Definitions and lists Country orig Country Group Group2 Albania Albania non-EU non-EU Austria Austria EU-15 EU-27 Belarus Belarus non-EU non-EU Belgium Belgium EU-15 EU-27 Belgium (Flanders Belgium (Flanders onEU-15 EU-27 Belgium-Luxenburg Belgium-Luxembourg EU-15 EU-27 Bosnia and Herzeg Bosnia and Herzegovinon-EU non-EU Bulgaria Bulgaria EU-2 EU-27 ch Switzerland non-EU non-EU Chech Republic Czech Republic EU-10 EU-27 Croatia Croatia non-EU non-EU Cyprus Cyprus EU-10 EU-27 cz Czech Republic EU-10 EU-27 Czech Czech Republic EU-10 EU-27 Czech Republic Czech Republic EU-10 EU-27 Czech Reublic Czech Republic EU-10 EU-27 Denmark Denmark EU-15 EU-27 EE Estonia EU-10 EU-27 England+Wales England EU-15 EU-27 ES Spain EU-15 EU-27 Estonia Estonia EU-10 EU-27 EU EU-x agg agg EU (examples from EU-x agg agg EU (plus case stu EU-x agg agg EU 25 EU-25 agg agg EU+12 EU-12 agg agg EU12 EU-12 agg agg EU15 EU-15 agg agg EU-15 EU-15 agg agg EU15+10+2 EU-27 agg agg EU-15+N+CH EU-15+N+CH agg agg EU25 EU-25 agg agg EU-25 EU-25 agg agg EU27 EU-27 agg agg EU-27 EU-27 agg agg EU27 (plus Switch EU-27+N+CH+U agg agg EU-8 EU-x agg agg EUROPE EU-x agg agg Europe (case stud EU-x agg agg Finland Finland EU-15 EU-27 France France EU-15 EU-27 Georgia Georgia non-EU non-EU Germany Germany EU-15 EU-27 Greece Greece EU-15 EU-27 Hungary Hungary EU-10 EU-27 Iceland Iceland non-EU non-EU IE Ireland EU-15 EU-27 Ireland Ireland EU-15 EU-27 Italy Italy EU-15 EU-27
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Supply/D3.… · XLS file · Web viewEU 27 EC 2005 EU 25 Wood direct from forest (increment and residues) Organic wastes, wood industry residues, agricultural and food processing
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Latvia Latvia EU-10 EU-27Liechtenstein Liechtenstein non-EU non-EULithouania Lithuania EU-10 EU-27Lithuania Lithuania EU-10 EU-27LT Lithuania EU-10 EU-27LU Luxembourg EU-15 EU-27Luxembourg Luxembourg EU-15 EU-27LV Latvia EU-10 EU-27Malta Malta EU-10 EU-27Moldova Moldova non-EU non-EUMontenegro Montenegro non-EU non-EUNetherlands Netherlands EU-15 EU-27New MS EU-12 agg aggNorway Norway non-EU non-EUPoland Poland EU-10 EU-27Polland Poland EU-10 EU-27Portugal Portugal EU-15 EU-27Romania Romania EU-2 EU-27Russian Federation Russian Federation non-EU non-EUSerbia Serbia non-EU non-EUSK Slovakia EU-10 EU-27SL Slovenia EU-10 EU-27Slovak Republic Slovakia EU-10 EU-27Slovakia Slovakia EU-10 EU-27Slovenia Slovenia EU-10 EU-27Spain Spain EU-15 EU-27Spain Spain EU-15 EU-27Sweden Sweden EU-15 EU-27Switcherland Switzerland non-EU non-EUSwitzerland Switzerland non-EU non-EUThe FYR of MacedoniThe FYR of Macedonia non-EU non-EUTurkey Turkey non-EU non-EUUK United Kingdom EU-15 EU-27Ukraine Ukraine non-EU non-EUUnited Kingdom United Kingdom EU-15 EU-27
BEE/NREAP Biomass types ExplanationBiomass from forestry direct from fellings & residues, indirect from wood industryEnergy cropsBiomass from agriculture agricultural crops directly provided for energy/ agricultural by-products / processed residues for energy generationBiomass from waste biodegradable fractions of MSW and industrial wastes, sewage sludgeTotal resource assessments
Tree of biomass typesBEE/NREAP Biomass types Biomass typeBiomass from agriculture Agricultural residuesEnergy crops Energy cropsBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from agriculture Agricultural residuesBiomass from waste Waste biomassEnergy crops Energy cropsBiomass from waste Waste biomassBiomass from waste Waste biomassBiomass from forestry Forestry biomassBiomass from waste Waste biomassBiomass from agriculture Agricultural residuesBiomass from agriculture Agricultural residuesEnergy crops Energy cropsEnergy crops Energy cropsBiomass from waste Waste biomass
cpanou:provide current land use and also future projections - see Table 8 in the Tables for NREAP file
G7
cpanou: provide current land use and also future projections - see Table 8 in the Tables for NREAP file
Biomass from agriculture Agricultural residuesEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsTotal resource assessments Total biomassBiomass from forestry Forestry biomassEnergy crops Energy cropsEnergy crops Energy cropsEnergy crops Energy cropsBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassEnergy crops Energy cropsEnergy crops Energy cropsBiomass from forestry Forestry biomassBiomass from waste Waste biomassBiomass from waste Waste biomassBiomass from forestry Forestry biomassEnergy crops Energy cropsBiomass from agriculture Agricultural residuesBiomass from waste Waste biomassnot defined not definedEnergy crops Energy cropsBiomass from agriculture Agricultural residues
Total resource assessments Total biomassBiomass from waste Waste biomassBiomass from forestry Forestry biomassBiomass from agriculture Agricultural residuesBiomass from agriculture Agricultural residuesBiomass from agriculture Agricultural residuesBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from waste Waste biomassBiomass from agriculture Agricultural residuesBiomass from agriculture Agricultural residuesEnergy crops Energy cropsEnergy crops Energy cropsBiomass from agriculture Agricultural residuesEnergy crops Energy cropsTotal resource assessments Total biomassTotal resource assessments Total biomassEnergy crops Energy cropsBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from waste Waste biomassBiomass from agriculture Agricultural residuesBiomass from agriculture Agricultural residuesBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassBiomass from forestry Forestry biomassEnergy crops Energy cropsnot defined not defined
direct from fellings & residues, indirect from wood industry
agricultural crops directly provided for energy/ agricultural by-products / processed residues for energy generationbiodegradable fractions of MSW and industrial wastes, sewage sludge
cpanou:provide current land use and also future projections - see Table 8 in the Tables for NREAP file
Dry manureEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsEnergy cropsWoody energy cropsWoody energy cropsEnergy cropsEnergy cropsNon-woody energy cropsNon-woody energy cropsNon-woody energy cropsEnergy cropsEnergy cropsNon-woody energy cropsEnergy cropsEnergy cropsTotal biomassPrimary forestry residuesEnergy cropsWoody energy cropsWoody energy cropsSecondary forestry residuesSecondary forestry residuesPrimary forestry residuesPrimary forestry residuesPrimary forestry residuesForestry biomassEnergy woodPrimary forestry residuesSecondary forestry residuesSecondary forestry residuesPrimary forestry residuesNon-woody energy cropsEnergy cropsSecondary forestry residuesIndustrial wasteIndustrial wasteSecondary forestry residuesWoody energy cropsSolid agricultural residuesBiodegradable wastenot definedNon-woody energy cropsSolid agricultural residues
Total biomassWaste biomassOther forestry biomassWet manureWet manureSolid agricultural residuesEnergy woodEnergy woodEnergy woodSewage sludgeDry manureSolid agricultural residuesEnergy cropsNon-woody energy cropsSolid agricultural residuesNon-woody energy cropsTotal biomassTotal biomassEnergy cropsPrimary forestry residuesEnergy woodWaste biomassWet manureSolid agricultural residuesPrimary forestry residuesEnergy woodPrimary forestry residuesPrimary forestry residuesEnergy woodEnergy woodWoody energy cropsnot defined
Conversion factors
GJagricultural crops directly provided for energy/ agricultural by-products / processed residues for energy generation MWhbiodegradable fractions of MSW and industrial wastes, sewage sludge tce
toebbl
m3t
Solid wood parameters:Heating va1 m3 round1 m3 round wood eq.1TWh electr= 3.3 TWh input (assuming conversion efficiency of 30%)= 12,000 TJ input= 1.5 million m3 round wood eq (see following table for the assumptions)
Moisture content (wet-base)Net calorific value (dry matterNet calorifBulk densitEnergy den
Biomass type originalagricultural wasteall biomass typesAmounts of logging residues potentially available for renewable energy when assuming a 15% recovery rateAvailable volume of felling residuesbarley residuesbiodegradable municipal wasteBiomass for generating electricity and heatbiomass residues (agr.+for.) biomass wasteblack liquorBMWcattle manurechicken manureCrops for biodiesel Crops for bioethanoldemolition wood
Hannes Bottcher:This column has to be sorted to have correct lookup!
J38
Hannes Bottcher: This column has to be sorted to have correct lookup!
dry manureEnergy cropsenergy crops energy crops (10% arable land and 10t/ha biomass yields)energy crops (10% arable land and 20t/ha biomass yields)energy crops (10% arable land and 30 t/ha biomass yields)energy crops (20% arable land and 10t/ha biomass yields)energy crops (20% arable land and 20t/ha biomass yields)energy crops (20% arable land and 30 t/ha biomass yields)energy crops (30% arable land and 10t/ha biomass yields)energy crops (30% arable land and 20t/ha biomass yields)energy crops (30% arable land and 30 t/ha biomass yields)energy crops (baseline scenario)energy crops (dry lignocellulosic and sugar/starch crops for ethanol)energy crops (dry lignocellulosic crops)energy crops (dry lignocellulosic)energy crops (high energy prices and high yields)energy crops (low energy prices and high yields)energy crops (oil crops and sugar/starch crops for ethanol)energy crops (oil seed crops)energy crops (oilseed crops and sugra/starch crops for ethanol)energy crops (Scenario 1)energy crops (Scenario 2)energy crops (sugar/starch crops for ethanol)Energy crops for agriculture Energy crops from agricultureenergy crops, manure (cattle, chicken, pigs, sheep), round wood & fuel wood, barley, maize, rapeseed, wheatFelling residuesfor first generation biofuels for second generation biofuelsfor second generation biofuels Forest by productsForest industry by-products, 25% of industr. RoundwoodForest residuesForest residues per tonne stemwood= 15% (coniferous) and 10% (deciduous)Forest residues per tonne stemwood= 30% (coniferous) and 20% (deciduous)Forestry biomassForestry biomass, fellingsForestry biomass, residues (branches and roots)Forestry by productsForestry byproductsForestry residues of round- and fuel woodsgrassy crops (miscanthus, siwtchgrass, reed canary grass)In general not specified but in the case studies some specific crops are mentionedIndustrial by productsindustrial residuesindustrial wasteIndustrial waste liquorlignocellulosic energy cropsmaize residuesMSW biodegradablenot specified oil crops (rapeseed, sunflower)oilcrops residues
Organic wastes, wood industry, residues, agricultural and food processing residues, manureOther biomass resourcespig and cattle manure -> biogaspig manurerapeseed residuesRefined wood fuelsResidential firewoodRoundwood productionsewage sludgesheep manuresolid agricultural residuesSolid energy cropsstarch crops (wheat, barley, rye, maize and sorghum)strawsugar crops (sugarbeets)TotalTotal biomasstotal energy cropsTotal felling residuesVolume of additionally harvested pulpwood realistically available for bio energywastewet manurewheat residuesWood direct from forest (increment and residues)wood fuelswood fuelsWood residuesWoodfuelWoodfuel and Forestry byproductswoody enErgy crops (poplar, willow, eucalyptus)
residues, manure
J110
Hannes Bottcher: rather belonging to Forestry residues?
BEE studies are used as a basis, however, additions should be made.
Select studies your institution has been involved in
Try to find studies covering all EU countries, with focus on studies that provide data at national levelSelect studies in a way to cover the full range of different biomass types (see Info sheet in this file)Select studies in a way to cover the full range of different potential types (see Info sheet in this file)
Select studies in a way to cover the full range of different methods (see Info sheet in this file)Select studies that cover the years 2015 and 2020 (2050 or 2100 too far)
Once finished with the initial study list you may add 'national- focus' studies if you consider them valid
Full list of studies of the BEE data abse (see EndNote database and txt file on BIOMASS FUTURES website)
# Authors Year1 Ahtikoski, A., J. Heikkilä, 20082 Al Seadi, T., K. Hjort-Gre 20073 Alakangas, E., A. Heikkin 20074 Alig, R. J., D. M. Adams a 20025 Andersen, R. S., W. Tower 20056 Antle, J. and B. McCarl 20017 Antlea, J. and B. McCarl 20018 Aretz, A., B. Hirschel and 20079 Arnell, N. W. 2004
10 Asikainen, A., H. Liiri, S. P 200811 Azar, C., K. Lindgren and 200312 Bakos, G. C., E. Tsioliarid 200813 Bamiere, L., J. C. Bureau 200814 Banowetz, G. M., A. Boateng 200815 Batidzirai, B., A. P. C. Fa 200616 Baudin, A. and H.-O. Nordv 200817 Beccali, M., P. Columba, V. 200818 Beckmann, G. 200619 BEE 200820 Bellona Foundation 200821 Benítez, P. C., I. McCall 200722 Berggren, M., E. Ljunggre 200823 Berndes, G. 200224 Berndes, G., C. Azar, T. 200125 Berndes, G. and J. Hanss 200726 Berndes, G., J. Hansson, 200827 Berndes, G., M. Hoogwijk 200328 Berndes, G. and S. Wirsen 199629 Berndes, S. and K. Kornw 199630 Biemans, M., Y. Waarts, A 200831 Bindraban, P., E. Bulte, S 200932 Böhme, D., W. Dürrschmidt, 200733 Bonari, E., T. Sabbatini, R. 200434 Börjesson, P. 199935 Börjesson, P. 199936 Börjesson, P. 200037 Bosello, F., B. Buchner, J 200738 Bosello, F., C. Giupponi a 200739 Bouwman, A. F., T. Kram a 200640 Bruinsma, J. 200241 Campbell, J. E., D. B. Lob 200842 Cannell, M. G. R. 200343 Cantrell, K. B., T. Ducey, 200844 Caparrós, A. and F. Jacq 200345 Clifton-Brown, J., P. F. S 200446 Crowe, M., K. Nolan, C. C 200247 Crowe, M., K. Nolan, C. Co 200248 Crowe, M., K. Nolan, C. Co 2002
49 Crutzen, P. J., A. R. Mosi 200850 Daily, G. C. 199551 Das, A., D. Rossetti di Val 200752 De Noord, M., L. W. M. Be 200453 De Vries, B., J. Bollen, 200054 De Vries, B. J. M., D. P. 200755 De Wit, M. P., A. P. C. Faa 200856 Dieter, M., H. Englert and 200157 Döös, B. R. and R. Shaw 199958 Dornburg, V., A. Faaij, P 200859 Dornburg, V., A. Faaij, P 200860 EC 200561 EC 200662 Edwards, R., S. Szekeres 200863 Edwards, R. A. H., A. Suri 200564 EEA 200565 EEA 200666 EEA 200767 EEA 200768 EEA 200769 EEA, JRC and WHO 200870 Eickhout, B. and A. G. Pri 200871 Erdogdu, E. 200872 Ericsson, K. and L. J. Nils 200673 Esteban, L. S., P. Cicar a 200874 Esteban, L. S., R. Garcia, 200675 Esteban, L. S., R. Garcia, 200776 EU 200877 Eunomia 200278 Ewert, F., M. D. A. Rounse 200579 Faber, J., G. Bergsma and 200680 FAO 198181 FAO 199882 FAO 200083 FAO 200184 FAO 200385 FAO 200586 FAO 200787 FAO 200788 FAO 200789 FAO 200890 FAO 200891 FAO 200892 FAO 200893 Fargione, J., J. Hill, D. T 200894 Fischer, G., Heilig, G.K. 199795 Fischer, G., E. Hizsnyik, S 200796 Fischer, G., S. Prieler an 200197 Fischer, G., S. Prieler and 200598 Fischer, G., S. Prieler and 200799 Fischer, G. and L. Schratt 2001
100 Fischer, G., M. Shah, F. N 2005101 Fischer, G., H. T. v. Velt 2002102 Fowles, M. 2007
103 Franco-Lopez, H., A. R. E 2001104 Freibauer, A., M. D. A. Ro 2004105 Fritsche, U. R., G. Dehous 2004106 Fritsche, U. R., K. J. He 2008107 Gan, J. 2007108 Gan, J. and C. T. Smith 2006109 Gan, J. and C. T. Smith 2007110 Ganko, E., G. Kunikowski, 2008111 Geletukha, G. G., P. P. K 2008112 Geletukha, G. G., B. M. Pr 2006113 Geletukha, G. G., T. A. 2006114 Geletukha, G. G., T. A. Z 2001115 Geletukha, G. G., T. A. Z 2008116 Gerasimov, Y., V. Goltsev, 2006117 Gerlagh, T. 1998118 Ghilardi, A., G. Guerrero 2007119 Gielen, D. J., M. A. P. C. 2001120 Gielen, D. J., J. Fujino, 2002121 Gordon, G., N. Parker, P. 2008122 Gordon, G., N. Parker, P. 2008123 Gordon, G., N. Parker, P. 2008124 Gordon, G., N. Parker, P. 2008125 Grahn, M., C. Azar, K. Li 2007126 GreenNet 2009127 Gustavsson, L., J. Holmbe 2007128 Hagstrom, P. 2006129 Hall, D. O. 1997130 Hall, D. O. and J. I. House 1995131 Hamelinck, C. N. and A. P. 2002132 Hamelinck, C. N., R. A. A. 2005133 Harmelink, M., M. Voogt 2006134 Havlickova, K., J. Weger, 2007135 Heilig, G. K. 1996136 Heistermann, M., C. Mülle 2006137 Hernandez, M. J., I. Canne 2007138 Hetsch, S., F. Steierer and 2008139 Hillring, B. 2006140 Hoefnagels, R., M. Banse, 2009141 Hoogwijk, M. 2004142 Hoogwijk, M., G. Berndes, 2000143 Hoogwijk, M., A. Faaij, B 2008144 Hoogwijk, M., A. Faaij, B. 2009145 Hoogwijk, M., A. Faaij, B. 2005146 Hoogwijk, M., A. Faaij, R 2003147 Huber, C., T. Faber, R. H 2003148 Huber, C., T. Faber, R. Ha 2004149 ICTSD 2009150 IEA 2005151 IEA 2006152 IEA 2007153 IEA 2007154 IEA 2008155 IEA 2008156 IEA 2008
157 IEA 2008158 IEA 2008159 IEA 2008160 IEA 2009161 IEA 2009162 IFPRI 2001163 IFPRI 2001164 Ignaciuk, A., F. Vöhringer, 2006165 IIASA and FAO 2002166 ILO 2008167 IMAGE-team 2001168 IPCC 2000169 IPCC 2007170 IPCC 2007171 IPCC-DCC 2004172 Jablonski, S., A. Pantale 2008173 Johanssen, T. B., H. Kelly 1993174 Johansson, D. J. A. and C 2007175 JRC-IES 2006176 Junginger, M. 2007177 Kajba, D. and S. Bogdan 2003178 Kallio, A. M. I., A. Moisey 2004179 Kappler, G., B. Koch and L 2008180 Karaoglanoglou, L. S., L. 2007181 Karjalainen, T., A. Asikain 2004182 Kärkkäinen, L., J. Matala, 2008183 Kavalov, B. 2004184 Kheshgi, H. S., R. C. Prin 2000185 Kilkki, P. and R. Päivinen 1987186 Kim, S. and B. E. Dale 2004187 Kinoshita, T., K. Inoue, 2009188 Kline, K. L., G. A. Olados 2008189 Kloek, W. and J. Jordan 2005190 Koch, B. and M. Dees 2008191 Krause, H. and E. Oettel 2007192 Kraxner, F., G. Adler, E. 2007193 Krewitt, W., S. Simon, W. 2007194 Kudria, C. O. 2001195 Lakemeyer, E. 2007196 Lakida, P., S. Nilsson and 1996197 Lakida, P., S. Nilsson and 1997198 Lakyda, P. I. and R. D. Va 2006199 Lal, R. 2005200 Lambert D'Apote, S. 1998201 Larsson, S. 2006202 Lee, H. C., B. A. McCarl, 2007203 Leemans, R., A. Van Amste 1996204 Leemans, R. and G. Van 1994205 Lemus, R. and R. Lal 2005206 Lewandowski, I. and A. Fa 2006207 Link, P. M., C. I. Ramos, 2008208 Liu, J. 2008209 LWF 2006210 Lychnaras, V. and U. A. S 2007
211 Mabee, W. E. 2006212 Madlener, R. and M. Bachh 2007213 Madlener, R., K. Kowalski 2007214 Malinen, J., M. Pesonen, 2001215 Mantau, U. and C. Sörgel 2006216 Mantau, U., F. Streierer, 2008217 Mantau, U., H. Weimar and 2004218 Marutzky, R. 2004219 Masera, O., A. Ghilardi, R 2006220 Mayfield, C. A., C. D. Fost 2007221 McCormick, K. and T. Kåb 2007222 McLaughlin, A. R., D. I. B 1994223 McLaughlin, R. A., E. A. 1987224 McLaughlin, S. B., J. Bout 1999225 McLaughlin, S. B., D. G. D 2002226 McLaughlin, S. B. and L. 2005227 McLaughlin, S. B. and M. 1998228 Meuleman, B., L. Kuiper 2005229 Mitchell, C., D. Bauknech 2006230 Mola-Yudego, B. and P. P 2008231 Monti, A., S. Fazio, V. Ly 2007232 Moreira, J. R. 2006233 Moreira, J. R., L. A. H. N 2005234 Muinonen, E. and T. Tokol 1990235 Nakicenovic, N. 2000236 Nemestothy, K. P. 2009237 Nibbi, L., G. Tondi, F. Mart 2004238 Nielsen, J. B. H., P. Oles 2007239 Nijsen, M., D. Van Vuuren 2009240 Nikolaou, A., M. Remrowa 2003241 Nilsson, B. and T. Thörnqv 2008242 Nilsson, D. 1999243 Nilsson, D. 1999244 Nilsson, L. J., M. Pisarek 2006245 Nitsch, J., W. Krewitt, M. 2004246 Nonhebel, S. 2005247 Nonhebel, S. 2007248 Nordenstaaf, K. and T. Th 2008249 Obersteiner, M., G. Alexan 2006250 OECD 2004251 OECD 2006252 OECD 2009253 OECD-FAO 2005254 Oldeman, L. R. 1994255 Oldeman, L. R. 1994256 Osvaldo, E. S., F. S. Chap 2000257 Ovando, P. and A. Caparr 2008258 Païvinen, R., J. Van Brus 2008259 Palacio, J. L., G. Bocco, A 2000260 Panichelli, L. and E. Gna 2008261 Panoutsou, C. 2007262 Parikka, M. 2004263 Parker, N. C., J. M. Ogde 2008264 Parry, M. L., C. Rosenzwei 2004
265 Paustian, K., J. Antle, J. 2006266 Perlack, R. D., L. L. Wrig 2005267 Perpiñá, C., D. Alfonso, 2008268 Perry, M. and F. Rosillo-Ca 2008269 Pirani, A., A. Gaviglio, L. 2007270 Ranta, T. 2002271 REFUEL 2008272 Reiche, D. 2006273 Reinhardt, G., K. Scheurle 2005274 Renew 2008275 Renew 2008276 Resch, G., F. Faber, R. H 2004277 Rettenmeijer, N., G. Rein 2008278 Richards, K. R. and C. St 2004279 Risovic, S., J. Domac, D. 2004280 Rogner, H. H. 2000281 Rokityanskiy, D., P. C. Be 2007282 Rosegrand, M., Paisner, M., 2001283 Rosenqvist, H. and L. Nils 2006284 Rounsevell, M. D. A., F. E 2005285 Rounsevell, M. D. A., I. R 2006286 Rowe, R. L., N. R. Street 2008287 Ryan, L., F. Convery and S 2006288 Sands, R. D. and M. Leim 2003289 Scenar2020 2006290 Scheuermann, A., D. Thrän, 2003291 Scheuermann, A., D. Thrän 2004292 Schlamadinger, B., A. Faa 2006293 Schmitz, F., H. Polley, P. 2005294 Schneider, U. A., J. Balkov 2008295 Schneider, U. A. and B. A 2003296 Schneider, U. A. and B. A 2005297 Schneider, U. A. and B. A 2006298 Schneider, U. A., B. A. M 2007299 Schneider, U. A. and D. E 2006300 Scholes, R. J. and R. Bigg 2005301 Schröter, D., W. Cramer, R. 2005302 Schuck, A., R. Päivinen, 2003303 Scurlock, J. M. O., D. O. H 1993304 Searchinger, T., R. Heimli 2008305 SenterNovem 2005306 Shell 2008307 Shiklomanov, I. A. 2000308 Siemons, R., M. Vis, D. Va 2004309 Sims, R. 2004310 Sims, R. E. H., A. Hasting 2006311 Sims, R. E. H., H.-H. Rog 2003312 Skovgaard, M. and S. Moll 2005313 Smeets, E. 2009314 Smeets, E., N. Rettenmeij 2008315 Smeets, E. M. W. 2008316 Smeets, E. M. W., A. F. B 2009317 Smeets, E. M. W. and A. P. 2007318 Smeets, E. M. W., A. P. C 2008
319 Smeets, E. M. W., A. P. C 2008320 Smeets, E. M. W., A. P. C 2007321 Smeets, E. M. W., M. Jungi 2008322 Smith, P., D. S. Powlson, 2000323 Sohngen, B. and R. Mend 2003324 Solberg, B., V. Dornburg, 2007325 Sørensen, B. 1999326 Stampfl, P. F., J. C. Clif 2006327 States, E. M. various y328 Streierer, F., A. Fischer-A 2007329 Strengers, B., R. Leemans 2004330 Strengers, B. J., J. G. Va 2008331 Stulpnagel, R. 2004332 Styles, D. and M. B. Jones 2007333 Szarka, N., J. Wolfbauer, 2007334 Tavoni, M. and B. Sohnge 2007335 Tavoni, M., B. Sohngen an 2007336 Ten Brink, B., R. Alkemad 2007337 Tharakan, P. J., T. A. Vol 2005338 Thornley, P., J. Rogers a 2008339 Thrän, D., M. Weber, A. Sc 2006340 Thuiller, W., S. Lavorel, M 2005341 Tokola, T., J. Pitkänen, P 1996342 Tomppo, E. 1992343 Tomppo, E. 1993344 Trømborg, E., T. F. Bolkes 2008345 Tuck, G., M. J. Glendining 2006346 Tukker, A., J. Hoogendoorn 2003347 UCE 2000348 UN 2006349 UN/ECE-FAO 2001350 UNE 2008351 UNECE and FAO 2005352 Upham, P., S. Shackleya 2007353 Upham, P. and D. Speak 2007354 USCCSP 2006355 USDA 2008356 Ustak, S. and V. Vana 2004357 Uyterlinde, M. A., G. H. M 2005358 Van Dam, J., A. P. C. Faai 2007359 Van Kooten, G. C. and B. 2007360 Van Ree, R., R. Korbee a 2000361 Van Vuuren, D., J. Van Vli 2009362 Van Vuuren, D. P., M. G. J 2007363 Van Vuuren, D. P., O. E. S 2006364 Venturi, P. and G. Venturi 2003365 Voivontas, D., D. Assimac 2001366 Von Blottnitz, H. and M. A 2007367 Von Braun, J. 2007368 Von Braun, J., M. Rosegra 2005369 Wahlund, B., J. Yan and 2004370 Wamelink, G. W. W., C. J. 2003371 WEC 1998372 Williams, R. H. 1995
373 Wirsenius, S., C. Azar an 2004374 Wirsenius, S., C. Azar an 2008375 Witzke, H. P., A. Zintl, A. 2007376 Wolf, J., P. S. Bindraban, 2003377 Word, E. C., G. G. Tappan 2004378 WWF Germany 2006379 WWI 2006380 Yamamoto, H., J. Fujino a 2001381 Yamamoto, H., K. Yamaji a 1999382 Young, A. 1999
Full list of studies of the BEE data abse (see EndNote database and txt file on BIOMASS FUTURES website)
Titel Economic viability of utilizing biomass energy from young stands--The c Promotion of biogas for electricity and heat production in EU countrie Biomass fuel trade in Europe. Summary Report. Projecting impacts of global climate change on the US forest and agric Assessing the potential for biomass energy to contribute to Scotland's The Economics of Carbon Sequestration in Agricultural Soils. The Economics of Carbon Sequestration in Agricultural Soils. Biomassepotenziale in Deutschland - Übersicht maßgeblicher Studiener Climate change and global water resources: SRES emissions and soci Forest energy potential in Europe (EU 27). Global energy scenarios meeting stringent CO2 constraints--cost-effectiv Technoeconomic assessment and strategic analysis of heat and power Prospects for EU Biofuel Production and Trade. Assessment of straw biomass feedstock resources in the Pacific Northw Biomass and bioenergy supply from Mozambique. Clean Hydrogen-rich Synthesis Gas (CHRISGAS) - Socio-economic Effec Assessment of bioenergy potential in Sicily: A GIS-based support metho Regionale Potenziale ausgewählter biogener Restoffe. Biomass Energy Europe - Harmonisation of biomass resource assessme How to Combat Global Warming - An ambitious but necessary approach Global potential for carbon sequestration: Geographical distribution, cou Biomass co-firing potentials for electricity generation in Poland--Matchi Bioenergy and water. The implications of large-scale bioenergy product The feasibility of large-scale lignocellulose-based bioenergy production. Bioenergy expansion in the EU: Cost-effective climate change mitigat Bioenergy expansion strategies for Europe. Cost effective biomass allo The contribution of biomass in the future global energy supply: a review Biomass for energy, food and materials in an industrial society of 10 bil Transferring knowledge about high-level waste repositories: An ethical Impacts of biofuel production on biodiversity in Europe. Can biofuels be sustainable by 2020? An assessment for an obligatory Renewable Energy in numbers - National and international developmen A model of GIS-based land suitability analysis for energy crops. Environmental effects of energy crop cultivation in Sweden - Part I: Ident Environmental effects of energy crop cultivation in Sweden - Part II: Ec Economic valuation of the environmental impact of logging residue rec The Kyoto Protocol and the Effect of Existing and Planned Measures in A Review of Recent Studies on Cost Effectiveness of GHG Mitigation M Integrated modelling of global environmental change. An overview of World Agriculture: Towards 2015/2030, An FAO Perspective. The Global Potential of Bioenergy on Abandoned Agriculture Lands. Carbon sequestration and biomass energy offset: theoretical, potential Livestock waste-to-bioenergy generation opportunities. Conflicts between biodiversity and carbon sequestration programs: econ Miscanthus biomass production for energy in Europe and its potential co Biodegradable municipal waste management in Europe - Part 3: Techno Biodegradable municipal waste management in Europe - Part 1: Strateg Biodegradable municipal waste management in Europe - Part 2: Strate
N2O release from agro-biofuel production negates global warming reducti Restoring Value to the World's Degraded Lands. ACROPOLIS: An example of international collaboration in the field of e Potentials and costs for renewable electricity generation, a data overvi Greenhouse gas emissions in an equity-, environment- and service-ori Renewable energy sources: Their global potential for the first-half of th Biomass Resources Potential and Related Costs. The Cost-Supply Pote Abschätzung des Rohholzpotenzials für die energetische Nutzung in der Can we predict the future food production? A sensitivity analysis. Biomass Assessment: Global biomass potentials and their links to food, Biomass Assessment: Global biomass potentials and their links to food, Biomass action plan. Scenar 2020 – Scenario study on agriculture and the rural world. Biofuels in the european context: facts and uncertainties. GIS-based assessment of cereal straw energy resource in the Europea Greenhouse gas emission trends and projections in Europe 2006. How much bioenergy can Europe produce without harming the environ Environmentally compatible bio-energy potential from European forests Estimating the environmentally compatible bioenergy potential from agri The pan-European environment: glimpses into an uncertain future. Impacts of Europe's changing climate - 2008 indicator-based assessme Eururalis 2.0 Technical background and indicator documentation. . An exposé of bioenergy and its potential and utilization in Turkey. Assessment of the potential biomass supply in Europe using a resourc An assessment of relevant methodological elements and criteria for sur Clean Hydrogen-rich Synthesis Gas (CHRISGAS) - Biomass Resources Clean Hydrogen-rich Synthesis Gas (CHRISGAS) - Fuel Supply Logistic Eurostat database. Economic analysis of options for managing biodegradable municipal wast Future scenarios of European agricultural land use: I. Estimating change Bio-energy in Europe 2005 - policy trends and issues. Report on the Agro-Ecological Zones project methodology and results f Global Fibre Supply Model. The global outlook for future wood supply from forest plantations. Global Forest Resources Assessment 2000. Main report. Integrated Supply/Demand Overview Mapping (WISDOM). Available at: Multiscale analysis of fuelwood hot spots using the WISDOM approach: Bioenergy and Food Security project. Forests and energy in OECD countries. A Review of the Current State of Bioenergy Development in G8 +5 Coun FAOSTAT database collections. Food Security Statistics. Forests and Energy. High level conference on world food security: the challenge of climate Land Clearing and the Biofuel Carbon Debt. Population Momentum and the Demand on Land and Water Resources Assessment of biomass potentials for bio-fuel feedstock production in Biomass energy from agricultural crops and plantation forestry: results Biomass potentials of miscanthus, willow and poplar: results and policy Europe’s land resource potential for biofuel production. Global bioenergy potentials through 2050. Socio-economic and climate change impacts on agriculture: An integra Global agro-ecological assessment for agriculture in the 21st century: Black carbon sequestration as an alternative to bioenergy.
Estimation and mapping of forest density, volume and cover type using Carbon sequestration in the agricultural soils of Europe. Material flow analysis of sustainable biomass use for energy; in Germ Bioenergy and Biodiversity: Potential for Sustainable Use of Degraded Supply of biomass, bioenergy, and carbon mitigation: Method and appli A comparative analysis of woody biomass and coal for electricity gene Co-benefits of utilizing logging residues for bioenergy production: The Biomass resources and potential assessment. Final report VIEWLS proj Status and prospects of biogas energy use in Ukraine. Collection and analysis of statistic data on straw potential in Ukraine’s o Overview on renewable energy in agriculture and forestry in Ukraine. Strategy of bioenergy development in Ukraine. Analysis of the present state and prospects for bioenergy development Assessment of energy wood resources in the Leningrad region. Biomass for greenhouse gas emission reduction. Western European land Spatial analysis of residential fuelwood supply and demand patterns Biomass for energy or materials?: A Western European systems engine Biomass strategies for climate policies? Strategic Assessment of Bioenergy Development in the West - Analyses Strategic Assessment of Bioenergy Development in the West - Bioenergy Strategic Assessment of Bioenergy Development in the West - Biomass Strategic Assessment of Bioenergy Development in the West - Spatial Biomass for heat or as transportation fuel? A comparison between two Guiding Large Scale and Least Cost Grid and Market Integration of RES-El Using biomass for climate change mitigation and oil use reduction. Biomass potential for heat, electrcity and vehicle fuel in Sweden. Biomass energy in industrialised countries. A view of the future. Biomass energy in Western Europe to 2050. Future prospects for production of methanol and hydrogen from biomas International bioenergy transport costs and energy balance. Analysing the effectiveness of renewable energy supporting policies in Estimation of proportions and distribution of realizable energy from bi World Population Prospects: Analyzing the 1996 UN Population Project Land in sight?: Achievements, deficits and potentials of continental to Preliminary results of short rotation foretry for bio-energy in Spain. Wood resources availability and demands. Future wood flows in the for World trade in forest products and wood fuel. Analysis of the Economic Impact of Large-Scale Deployment of Biomass On the Global and Regional Potential of Renewable Energy Sources A review of assessments on the future global contribution of biomass en Potential of biomass energy under four land use scenarios. Exploration Exploration of regional and global cost-supply curves of biomass ener Potential of biomass energy out to 2100, for four IPCC SRES land-use Exploration of the ranges of the global potential of biomass for energy. Organising a joint green European electricity market: the model ElGree Green-X: Deriving optimal promotion startergies for increasing the sha EU Support for Biofuels and Bioenergy, Environmental Sustainability Cri World Energy Outlook 2005 - Middle East and North Africa. World Energy Outlook 2006. World Energy Model - Methodology and Assumptions. World Energy Outlook 2007 - China and India Insights. Energy Statistics. Energy Technology Perspectives 2008- Scenarios & Strategies to 2050 A Hybrid Modelling Framework to Incorporate Expert Judgement in I
WEO Policy Database. World Energy Model - Methodology and Assumptions. World Energy Outlook 2008. Bioenergy review. . Bioenergy Review. Status, risk, opportunities and related policies for de Global Food Projections to 2020. Emerging trends and alternative futur Prospects for Global Food Security. A critical appraisal of past projecti Competition between biomass and food production in the presence of ener Global Agro-ecological Assessment for Agriculture in the 21st century: LABORSTA. The IMAGE 2.2 implementation of the SRES scenarios: a comprehensive Special report on emissions scenarios. Climate Change 2007: Mitigation. Contribution of Working Group III to Climate Change 2007: The Physical Science Basis. Contribution of Wor Climate Scenario Gateway. The IPCC Data Distribution Centre. http://ip The potential demand for bioenergy in residential heating applications Renewable Energy: sources for fuels and electricity. A scenario based analysis of land competition between food and bioene Proceedings of the Expert Consultation "Cereals Straw Resources for Lessons from European Bioenergy Policies. Experimental short rotation crops in Croatia. The global forest sector model EFI-GTM. The model structure. Waldenergieholzaufkommen in Baden-Württemberg - Teil 1. Mapping Regional Biofuel Production Potential – The Case of Cyprus. Estimation of energy wood potential in Europe. Working Papers of the Potential recovery of industrial wood and energy wood raw material in di Biofuels potentials in the EU. The potential of biomass fuels in the context of global climate change: f Reference sample plots to combine field measurements and satellite data Global potential bioethanol production from wasted crops and crop resi A spatial evaluation of forest biomass usage using GIS. Biofuel feedstock assessment for selected countries, to Support the DO Waste generated and treated in Europe, data 1995-2003. Forestry applications. Advances in photogrammetry, remote sensing and Key barriers for bioenergy in Europe: Economic conditions, know-how a Integrated Sink Enhancement Assessment (INSEA) - Main achievements
Atlas of energy potential of renewable and non-traditional energy source Bioenergy production in Ukraine: the competitiveness of crops and other Estimation of forest phytomass for selected countries of the former Eu Forest phytomass and carbon in European Russia. The perspectives of Ukrainian forests biomass use for bioenergy. World crop residues production and implications of its use as a biofuel. IEA Biomass Energy Analysis and Projections. Supply curves of reed canary grass (Phalaris arundinacea L.) in Väste Leakage and comparative advantage implications of agricultural partici The land cover and carbon cycle consequences of large-scale utilisati Determining the potential distribution of vegetation, crops and agricultur Bioenergy crops and carbon sequestration", Critical Reviews in Plant S Steps towards the development of a certification system for sustainable The interdependencies between food and biofuel production in Europea A GIS-based tool for modelling large-scale crop-water relations (in pres Energieholzmarkt Bayern - Analyse der Holzpotenziale und der Nachfra Dynamic economic analysis of perennial energy crops - effects of the
The 2 °C scenario--A sustainable world energy perspective.
Forest fibre availability: global forest outlook studies review. Socio-economic drivers of large urban biomass cogeneration: Sustainabl New ways for the integrated appraisal of national energy scenarios: Th Potential harvest for wood fuels (energy wood) from logging residues and Holzrohstoffbilanz Deutschland - Bestandesaufnahme 2004. Wood resources availability and demands – Part I National and region Holzrohstoffbilanz Deutschland - Bestandesaufnahme 2002. Biomassen auf Basis von Holz als Brennstoff in Österreich, der Schwe WISDOM: A GIS-based supply demand mapping tool for woodfuel man Opportunities, barriers, and strategies for forest bioenergy and bio-ba Key barriers for bioenergy in Europe: Economic conditions, know-how and Perennial grass production for biofuels: soil conservation considerations Biomass and nitrogen dynamics in an irrigated hybrid poplar plantation. Developing switchgrass as a bioenergy crop. High-value renewable energy from prairie grasses. Development of switchgrass (Panicum virgatum) as a bioenergy feedstoc Evaluating environmental consequences of producing herbaceous crops EFFECT: EU forests for renewable energy to mitigate climate. Effectiveness through risk reduction: a comparison of the renewable o The effects of policy incentives in the adoption of willow short rotation A full economic analysis of switchgrass under different scenarios in It Global Biomass Energy Potential. Biofuels for Transport, Development, and Climate Change: Lessons from An application of remote sensing for communal forest inventory. Special Report on Emission Scenarios. Wood fuels: characteristics, standards, production technology. Accessib GIS methodology and tool to analyzse and optimise biomass resources e Energy crop potentials for bioenergy in EU-27. The biomass energy potential of degraded areas (in preparation). Biomass availability in Europe. Clean Hydrogen-rich Synthesis Gas (CHRISGAS) - Regional Amount of SHAM--a simulation model for designing straw fuel delivery systems. Pa SHAM--a simulation model for designing straw fuel delivery systems. Pa Energy policy and the role of bioenergy in Poland. Ecologically optimized extension of renewable energy utilization (Öko Renewable energy and food supply: will there be enough land? Energy from agricultural residues and consequences for land requiremen Clean Hydrogen-rich Synthesis Gas (CHRISGAS) - Biomass Resources a Global supply of biomass for energy and carbon sequestration from affore Agricultural outlook 2004-2013. Agricultural Market Impacts of Future Growth in the Production of Biofue Glossary of statistical terms. Accessible via: http://stats.oecd.org/gloss OECD-FAO Agricultural Outlook 2005-2014. The global extend of soil degration. The global extend of soil degration. Global Biodiversity Scenarios for the Year 2100. Land use and carbon mitigation in Europe: A survey of the potentials of Mapping the growing stock of European forests (submitted). La condición actual de los recursos forestales en México: resultados de GIS-based approach for defining bioenergy facilities location: A case s Socio-economic impacts of energy crops for heat generation in Norther Global biomass fuel resources. The role of biomass in California's hydrogen economy. Effects of climate change on global food production under SRES emiss
The role of agriculture in reducing greenhouse gases. Biomass as feedstock for a bioenergy and bioproducts industry: the techni Methodology based on Geographic Information Systems for biomass logi Recent trends and future opportunities in UK bioenergy: Maximising bi Production of biomass resources, assessment of their availability and in Logging residues from regeneration fellings for biofuel production - a G Eyes on the track, mind on the horizon. Renewable energies in the EU-Accession States. The potential for sustainable biomass in the German state of Baden-W Renewable fuels for advanced powertrains - Scientific report WP5.1 B Renewable fuels for advanced powertrains - Scientific report WP5.3 C Experience Curves vs Dynamic Cost-Resource Curves and their Impact General baseline and principlesof work - Results of Task 3.1. Review of forest carbon sequestration cost studies: A dozen years of r Bioenergy in Croatia: How to bridge the gap between resource potentia Energy Resources. Geographically explicit global modeling of land-use change, carbon se Global food projections to 2020 - Emerging trends and issues. Energy crop production costs in the EU. Future scenarios of European agricultural land use: II. Projecting cha A coherent set of future land use change scenarios for Europe. Identifying potential environmental impacts of large-scale deployment o Stimulating the use of biofuels in the European Union: Implications for Modeling agriculture and land use in an integrated assessment framewo Scenar 2020 – Scenario study on agriculture and the rural world. Monitoring zur Wirkung der Biomasseverordnung auf Basis des Erneuer Fortschreibung der Daten zur Stromerzeugung aus Biomasse (Process of Should we trade biomass, bio-electricity, green certificates or CO2 credi Das potentielle Rohholzaufkommen 2003 bis 2042 (The potential of r The European Forest and Agricultural Sector Optimization Model (EU Economic Potential of Biomass Based Fuels for Greenhouse Gas Emissi Implications of a Carbon-Based Energy Tax for U.S. Agriculture. Appraising agricultural greenhouse gas mitigation potentials: effects of Agricultural sector analysis on greenhouse gas mitigation in US agricult The European Forest and Agricultural Sector Optimization Model. A biodiversity intactness index. Ecosystem Service Supply and Vulnerability to Global Change in Europ Compilation of a European forest map from Portugal to the Ural mountai Utilising biomass crops and an energy source: A european perspective. Use of U.S. croplands for biofuels increases greenhouse gases throug Shift Gear to Biofuels - Results and recommendations from the VIEWLS Shell Energy Scenarios to 2050. Appraisal and assessment of world water resources. Bio-energy's role in the EU Energy market, a view of developments unti Bioenergy - its global potential in future decades. Energy crops: current status and future prospects. Carbon emission and mitigation cost comparisons between fossil fuel, n Outlook for waste and material flows, baseline and alternative scenarios A list of biomass potential assessments compiled within the Biomass E General baseline and principlesof work - Results of Task 3.1. WP 4.1 General base line and priciples. Contribution of N2O emissions to the greenhouse gas balance of first-ge Bioenergy production potentials from forestry to 2050. The economical and environmental performance of miscanthus and switc
The impact of sustainability criteria on the costs and potentials of bioe A bottom up quickscan and review of global bio-energy potentials to 20 The sustainability of Brazilian ethanol - An assessment of the possibilitie Meeting Europe's climate change commitments: quantitative estimates of An optimal control model of forest carbon sequestration. Bioenergy and biomass trade: Evaluation of models’ suitability for anal Long-term scenarios for global energy demand and supply: Four global European-wide GIS-based modelling system for quantifying the feedstoc National Biomass Action Plans (Estonia, Finland, Ireland, Lithuania, Ne Wood energy in Europe and North America: A new estimate of volumes The land-use projections and resulting emissions in the IPCC SRES sc The role of carbon plantations in mitigating climate change: potentials a Estimating the potential of biomass for energy and industry with particula Current and future financial competitiveness of electricity and heat fro Agriculture and Forest origin biomass potential at regional scale. Forestry and the carbon market response to stabilize climate Forestry and the carbon market response to stabilize climate. Cross-roads of Life on Earth – Exploring means to meet the 2010 Biodive Evaluating the impact of three incentive programs on the economics of Quantification of employment from biomass power plants. Sustainable strategies for biomass use in the European context. Climate change threats to plant diversity in Europe. Point accuracy of a non-parametric method in estimation of forest characte Satellite image aided forest site fertility estimation for forest income taxa Multi-source national forest inventory of Finland. Biomass market and trade in Norway: Status and future prospects. The potential distribution of bioenergy crops in Europe under present an Scenarios of household waste generation in 2020. GRAIN: Global restrictions on biomass availability for import to the Net World Population Prospects: The 2006 Revision. Temperate and Boreal Forest Resource Assessment 2000 (TBFRA-2000) Land degradation. Guidelines for field assessments. Chapter 2: What i European Forest Sector Outlook Study. Public and stakeholder perceptions of 2030 bioenergy scenarios for th Stakeholder opinion on constrained 2030 bioenergy scenarios for Nort Scenarios of greenhouse gas emissions and atmospheric concentration EU-27 Bio-Fuels Annual 2008. Current and potential production and use of biomass as renewable sour The contribution of renewable energy to a sustainable energy system Biomass production in Central and Eastern Europe under different scen Economics of Forest Ecosystem Carbon Sinks: A Review. Biomass cofiring potential and experiences in the Netherlands. Future bio-energy potential under different assumptions. Stabilizing greenhouse gas concentrations at low levels: an assessment The future of vascular plant diversity under four global scenarios. Analysis of energy comparison for crops in European agricultural syste Assessment of biomass potential for power production: a GIS based m A review of assessments conducted on bio-ethanol as a transportation f The World Food Situation. New Driving Forces and Required Actions. New risks and opportunities for food security: Scenario analysis for 20 Increasing biomass utilisation in energy systems: A comparative study o Changes in large-scale patterns of plant biodiversity predicted from e Global Energy Perspectives database. Variants of a low CO2 emitting energy supply system (LESS) for the wor
Global bioenergy potentials: a new approach using a model-based asse How much land can livestock productivity increases and dietary changes The Common Agricultural Policy SIMulation (CAPSIM) Model: Structure Exploratory study on the land area required for global food supply and t Understanding the drivers of agricultural land use change in south-cent Sustainability standards for bioenergy. Biofuels for Transportation: Global Potential and Implications for Susta Evaluation of bioenergy potential with a multi-regional global-land-use Evaluation of bioenergy resources with a global land use and energy m Is there really spare land? A critique of estimates of available cultivabl
Full list of studies of the BEE data abse (see EndNote database and txt file on BIOMASS FUTURES website)
Journal Misc. URL Biomass and Bioenergy 32 988-996 http://www.sciencedirect.com/science/article/B6V22-4S08YGX-1/2/d618bf380d5dc3d794ff88f1fccd3b01 University of Southern Denmark Esbjerg, Technical Research Centre of Finland (VTT) Jyväskylä, Forest Ecology and Management 169 3-14 http://www.sciencedirect.com/science/article/B6T6X-46G3RGG-4/2/4ebb0ae1a053589d1599fc9eda46a25d Biomass and Bioenergy 29 73-82 http://www.sciencedirect.com/science/article/B6V22-4G4PBR6-1/2/d925e8f0f9c3bbd51ce99d2e91eeb34d In: T. Tienberg and H. Folmer The Inter Northham Edward El In: T. Tietenberg and H. Folmer The Inter Cheltenha Edward El DENDROM - Koordinationsbüro, Fachhochschule E Eberswald Global Environmental Change 14 31-52 http://www.sciencedirect.com/science/article/B6VFV-4BM8RY3-3/2/2702a6dbe565c0ca1a92187842f3d5e8 Finnish Forest Research Institute Joensuu, Energy Policy 31 961-976 http://www.sciencedirect.com/science/article/B6V2W-473M825-1/2/f11e4cde4b8b069dd9ffe9f9bd62aeb0 Biomass and Bioenergy 32 558-567 http://www.sciencedirect.com/science/article/B6V22-4RNS337-1/2/e9003583f46331ed978be9f729adcbd2 Grignon and Rennes, France Biomass and Bioenergy 32 629-634 http://www.sciencedirect.com/science/article/B6V22-4RSRPX2-2/2/ddde536758665e19352c1be07b271fc1 Energy for Sustainable Development 10 54-81 http://www.sciencedirect.com/science/article/B94T4-4V9PDG6-6/2/e71330b8fcb7b6c66a1ce3f4e27d9a19 The Department of Forest and Wood Technology, V Växjö, Sw Biomass and Bioenergy http://www.sciencedirect.com/science/article/B6V22-4ST45RJ-1/2/8eeeea28b79dff571e3e9bf998d84c29 Informationen zur Raumentwicklung 23-33 Biomass Energy Europe (BEE) project team Heidelber The Energy and Climate Department of The Bello Oslo, Nor Ecological Economics 60 572-583 http://www.sciencedirect.com/science/article/B6VDY-4JF97MF-2/2/6cb451553cd7200978374c6990addd65 Biomass and Bioenergy 32 865-879 http://www.sciencedirect.com/science/article/B6V22-4RWB0TD-1/2/e110215c19148f259c3168f99ba6424d Global Environmental Change 12 253-271 http://www.sciencedirect.com/science/article/B6VFV-475R4XJ-3/2/a0b906b24980cc52fd83d6986b36a4b4 Biomass and Bioenergy 20 371-383 http://www.sciencedirect.com/science/article/B6V22-430G48G-6/2/5678caf0d112f323d7951462e3f72b2b Energy Policy 35 5965-5979 Chalmers University of Technology Göteborg, Biomass and Bioenergy 25 1-28 Renewable Energy 9 926-929 <Go to ISI>://A1996UV25900080 High Level Radioactive Waste Management, 1996 494-498 European Centre for Nature Conservation (ECNC) Tilburg, T Wageningen University Research Centre, Netherl Wageninge Bundesministerium für Umwelt, Naturschutz und R Berlin, G 2nd World Conference on Biomass for Energy, Indu Rome, Ital Biomass and Bioenergy 16 137-154 http://www.sciencedirect.com/science/article/B6V22-3VTBF40-4/2/4b894722d69d30da6b8ea5bb14a1c2eb Biomass and Bioenergy 16 155-170 http://www.sciencedirect.com/science/article/B6V22-3VTBF40-5/2/440378b0a4f84ec5e3abe61a7d0d4ce1 Biomass and Bioenergy 19 137-152 http://www.sciencedirect.com/science/article/B6V22-41ST0DS-1/2/b43ca2e75b9e36f694f9fb97b2637aac Dipartimento di Produzione Vegetale, Università de Milan, Ital Fondazione Eni Enrico Mattei (FEEM) Milan, Ital Bilthoven, The Netherlands Netherlan
9251048355 Food and A Rome, Ital Environmental Science and Technology 42 5791-5794 Biomass and Bioenergy 24 97-116 http://www.sciencedirect.com/science/article/B6V22-47CPM5M-1/2/e48c273a135d684bbc768f1712da66dc Bioresource Technology 99 7941-7953 http://www.sciencedirect.com/science/article/B6V24-4SHN0C8-1/2/e27dce4d79a7722446d6aadf96fc4bb0 Ecological Economics 46 143-157 http://www.sciencedirect.com/science/article/B6VDY-491RRYP-4/2/10dcd8d5123c534fdddd720b5fd03981 Global Change Biology 10 509-518 European Environment Agency (EEA) Copenhag European Environment Agency (EEA) Copenhag European Environment Agency (EEA) Copenhag
Atmospheric Chemistry and Physics 8 389-395 Science 269 350-354 Energy Policy 35 763-771 http://www.sciencedirect.com/science/article/B6V2W-4MD9KF8-1/2/0550dd1426ea5cad4bc01810cf7cd354 Energy Centre Netherlands (ECN) Petten, th Technological Forecasting and Social Change 63 137-174 Energy Policy 35 2590-2610 http://www.sciencedirect.com/science/article/B6V2W-4MBT2B3-1/2/cfe03e01ae4d93635df627469db97dc8 Copernicus Institute, Utrecht University, the Nethe Utrecht, t Institut für Ökonomie, Bundesforschungsanstalt für Hamburg, Global Environmental Change 9 261-283 http://www.sciencedirect.com/science/article/B6VFV-3Y163T7-2/2/fbf9522b0b28552cc913914c63012605 Netherland Environmental Assessment Agency (MNP Bilthoven, Netherland Environmental Assessment Agency (MNP Bilthoven, European Commission (EC) Brussels, European Commission (EC) Brussels, Joint Research Centre Institute for Energy (JRC-IE Petten, Th 14th European Biomass Conference and Exhibition Paris, Fra Copenhagen, Denmark European European Environment Agency (EEA) Copenhag European Environment Agency (EEA) Copenhag Eurpean Environmental Agency (EEA) Copenhag European Environmental Agency (EEA) Copenhag European Environment Agency (EEA), Joint Resear Copenhag Wageningen University Research, The Netherlan Bilthoven, Energy Policy 36 2182-2190 http://www.sciencedirect.com/science/article/B6V2W-4S8TW9D-2/2/93875464da7ee025704ed41c4cc82935 Biomass and Bioenergy 30 1-15 http://www.sciencedirect.com/science/article/B6V22-4HNSJGH-1/2/42a72f90ef4fab8aafd6d4fdbcc6c0e8 BioResources 3 910-928 Centro de Investigaciones Energéticas Medioambi Madrid, Sp Centro de Investigaciones Energéticas Medioambi Madrid, Sp Accessible via http://epp.eurostat.cec.eu.int. Stat Brussels, Eunomia Research & Consulting, Scuala a Agrar Agriculture, Ecosystems & Environment 107 101-116 http://www.sciencedirect.com/science/article/B6T3Y-4F7Y96F-2/2/bf6906fc277a043ec99e202194e75add CE Delft and SenterNovem Delft, Utr World Soil Resources, Food and Agricultural Organ Rome, Ital United Nations Food Agricultural Organisation Rome, Ital United Nations Food Agricultural Organisation, For Rome, Ital Food and Agricultural Organisation of the United Rome, Ital Food and Agricultural Organisation of the United N Rome, Ital Food and Agricultural Organisation of the United N Rome, Ital Accessible via: http://www.fao.org/NR/ben/befs/, F Rome, Ital Food and Agricultural Organisation of the United Rome, Ital United Nations Food and Agricultural Organisatio Rome, Ital Accessible via: http://apps.fao.org/page/collection Rome, Ital Accessible via: http://www.fao.org/faostat/foodsec http://www.fao.org/faostat/foodsecurity/index_en.htm United Nations Food and Agricultural Organisatio Rome, Ital United Nations Food and Agricultural Organisation Rome, Ital Sciencexpress Philosophical Transactions 352 869-890 International Institute for Applied Systems Analysi Laxenburg, International Institute of Applied Systems Analysis Laxenburg, Biomass and Bioenergy 28 119-132 http://www.sciencedirect.com/science/article/B6V22-4DN4JTP-4/2/5f67bc12eb4973c4fe26bc40c4c0a4ea 15th European Biomass Conference and Exhibitio Berlin, G Biomass and bioenergy 20 151-159 Philosophical Transactions of the Royal Society. B 360 2067-2083 International Institute for Applied Systems Analysi Laxenburg, Biomass and Bioenergy 31 426-432 http://www.sciencedirect.com/science/article/B6V22-4N6FNT8-3/2/fa54c2bc1f5892234cd290d0b1877f70
Remote Sensing of Environment 77 251-274 Geoderma 122 1-23 http://www.sciencedirect.com/science/article/B6V67-4BT8H2F-1/2/5a54e03e8044285b205e1b1cdd5852fa Öko-Institut, Fraunhofer UMSICHT, Institut für En Darmstadt Öko Institute Darmstadt Energy Policy 35 6003-6009 http://www.sciencedirect.com/science/article/B6V2W-4PT2FVB-2/2/387e4003b52acbb6893b1bb8112ddb0a Biomass and Bioenergy 30 296-303 http://www.sciencedirect.com/science/article/B6V22-4HVDJC8-1/2/183b0a0e319ca0176da3cf320f6297fe Biomass and Bioenergy 31 623-630 http://www.sciencedirect.com/science/article/B6V22-4PBG1D7-1/2/664bdaf6a08123fee68e27341f17d74e EC Baltic Renewable Energy Centre and the Instit Warsaw, P Institute of Engineering Thermophysics Kiev, Ukra Institute for Economic Research and Policy Consu Kiev, Ukra Institute of Engineering Thermophysics Kiev, Ukra Finnish Forest Research Institute Joensuu, The Netherlands Energy Centre Petten, T Biomass and Bioenergy 31 475-491 http://www.sciencedirect.com/science/article/B6V22-4NJ26HJ-1/2/96a5d691ea561450d9c245299994d58e Energy Policy 29 291-302 http://www.sciencedirect.com/science/article/B6V2W-42349CF-4/2/cef3339d1098293961fa649872a95d3c Climate Policy 2 319-333 http://www.sciencedirect.com/science/article/B6W88-474GG4G-1/2/32bb42cecbcbe1bcdc546f881479a508 Kansas State University, United States Forest Ser Manhattan Kansas State University, United States Forest Ser Manhattan Kansas State University, United States Forest Ser Manhattan Kansas State University, United States Forest Ser Manhattan Biomass and Bioenergy 31 747-758 Energy Policy 35 5671-5691 http://www.sciencedirect.com/science/article/B6V2W-4PB75J4-1/2/379f2d20fce61aae03199894ed564566 Uppsala, Sweden Swedish Un Forest Ecology and Management 91 17-45 http://www.sciencedirect.com/science/article/B6T6X-3RGTBFX-3/2/0786ec350747daa1e4106bad097f38b3 Land Use Policy 12 37-48 http://www.sciencedirect.com/science/article/B6VB0-40T9MDH-M/2/7b5ef1ba726ce6cf3b534deadd07b479 Journal of Power Sources 111 1-22 http://www.sciencedirect.com/science/article/B6TH1-46FXSC5-4/2/000c4f3b6ca1132383069c1db89d6bc5 Biomass and Bioenergy 29 114-134 http://www.sciencedirect.com/science/article/B6V22-4G65C40-2/2/988368a15cc5c222981dbb956bfb2d3e Energy Policy 34 343-351 http://www.sciencedirect.com/science/article/B6V2W-4DDXRG5-1/2/92900c1452ff89e26b57d88b77bec2f8 15th European Biomass Conference and Exhibitio Berlin, G working paper WP-96-146 Internatio Laxenburg, Agriculture, Ecosystems & Environment 114 141-158 15th European Biomass Conference and Exhibitio Berlin, G United Nations Economic Commission for Europe Biomass and Bioenergy 30 815-825 http://www.sciencedirect.com/science/article/B6V22-4K421C3-1/2/8f7d0c8f9c7c61c82027c3287b5e2ef0 Copernicus Institute, Utrecht University; Agricultu Utrecht a Utrecht, The Netherlands Utrecht Un 257 UCE, UU-NW&S, RIVM, WU-PP, ECN, Ecofys Utrecht, t Biomass and Bioenergy (in press) Biomass and Bioenergy 33 26-43 http://www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6V22-4SSP736-2&_user=645615&_rdoc=1&_fmt=&_orig=search&_sort=d&view=c&_acct=C000034678&_version=1&_urlVersion=0&_userid=645615&md5=276cb44a797d1d6ea1031f4fbf460356 Biomass and Bioenergy 29 225-257 http://www.sciencedirect.com/science/article/B6V22-4GR33NT-1/2/e89e80c68817198897fecc3d99a26f71 Biomass and Bioenergy 25 119-133 Renewable Energy 29 13 Energy Economics Group (EEG), Institute of Powe Vienna, Au http://www.green-x.at/downloads/Final%20report%20of%20the%20project%20Green-X.pdf International Centre for Trade and Sustainable D Geneva, S Paris, France Internatio Paris, France Internatio International Energy Agency. Available at http: http://www.worldenergyoutlook.org/docs/weo2007/WEM_Methodology_07.pdf Paris, France Internatio International Energy Agency. Available at http://w http://www.iea.org/Textbase/stats/index.asp International Energy Agency Paris, Fra International Energy Agency. Avalable at http: http://www.worldenergyoutlook.org/docs/weo2008/WEM-ECO_Methodology.pdf
International Energy Agency. Available at http:/ http://www.iea.org/textbase/pm/?mode=weo International Energy Agency. Available at http: http://www.worldenergyoutlook.org/docs/weo2008/WEM_Methodology_08.pdf Paris, France Internatio International Energy Agency (IEA) Paris, Fra International Food Policy Research Institute Washingto International Food Policy Research Institute Washingto Energy Policy 34 1127-1138 http://www.sciencedirect.com/science/article/B6V2W-4DTTDSS-1/2/7c02a5f0cc6767c28bd613c0b4d9bc69 International Institute of Applied Systems Analysi Laxenburg, Accessible via: http://laborsta.ilo.org/ Internation http://laborsta.ilo.org/ National Institute for Public Health and the Enviro Bilthoven, Cambridge, United Kingdom and New York, NY, Cambridge http://www.grida.no/publications/other/ipcc_sr/?src=/climate/ipcc/emission/ Cambridge, United Kingdom and New York, NY, Cambridge Report of the Intergovernmental Panel on Climate Ch Cambridge Cambridge University Press IPCC (August 2004) Biomass and Bioenergy 32 635-653 http://www.sciencedirect.com/science/article/B6V22-4RV1JN1-1/2/8d89c6346b52e527918a60816f1c4e2c Washington D.C., U.S.A. Island Pre Climatic Change 82 267-291 Joint Research Centre Institute for Environment an Ispra, Italy Utrecht University Utrecht, T Workshop IEA Task 30 Short Rotation Crops for B Zagreb (Cr European Forest Institute Joensuu, Allgemeine Forst- und Jagdzeitung (accepted for pu 15th European Biomass Conference and Exhibitio Berlin, G Biomass & Bioenergy 32 934-943 Joint Research Centre Institute for Prospective T Ispra, Italy Annual Review of Energy and the Environment 199-244 Proceedings of the Seminars Organised by SNS, Helsinki, Biomass and Bioenergy 26 361-375 http://www.sciencedirect.com/science/article/B6V22-49M6MJ8-4/2/eab68873d12faff5eaec9a1e0ed08383 Applied Energy 86 1-8 http://www.sciencedirect.com/science/article/B6V1T-4SM1WW9-1/2/6d05242a366f1f8fea8e7998cf0ac067 Oak Ridge National Laboratory Oak Ridge European Commission (EC), Eurostat Luxembou Taylor & Francis Group London, U DBI Gas- und Umwelttechnik Leipzig, International Institute for Applied Systems Analysi Laxenburg, Energy Policy 35 4969-4980 http://www.sciencedirect.com/science/article/B6V2W-4NYJS4W-5/2/a0cccf7fdc4d757bae1ec265211ea929 Renewable Energy Institute Kiev, Ukra Institute for Economic Research and Policy Consul Kiev, Ukra Biomass and Bioenergy 11 371-382 http://www.sciencedirect.com/science/article/B6V22-3WFNFGB-2/2/367c26c5db5f98e755bba6bb55ec03d4 Biomass and Bioenergy 12 91-99 http://www.sciencedirect.com/science/article/B6V22-3WDCFH4-B/2/7ecf39be1ef9f7a89436828bbafebd8d Scientific Bulleten of National University of Ukra 30 225 - 230 Environment International 31 575-584 International Energy Agency Paris, Fra Biomass and Bioenergy 30 28-37 Mitigation and Adaptation Strategies for Global C 12 1573-1596 Global Environmental Change 6 335-357 In: J. Alcamo IMAGE 2.0 Dordrecht Kluwer Ac
24 1 Biomass and Bioenergy 30 83-104 Research Unit Sustainability and Global Change, Hamburg, Environmental Modelling & Software http://www.sciencedirect.com/science/article/B6VHC-4TPF945-1/2/23e9a6e3e561db78255af4749960c4e0 Bayerische Landesanstalt für Wald und Forstwirts Freising, Research unit Sustainability and Global Change, H Hamburg,
Univeristy of British Colombia Vancouver Energy Policy 35 1075-1087 http://www.sciencedirect.com/science/article/B6V2W-4JMM5W4-1/2/a5a2c6c9d8e4b2cd80649b0142c4cf88 Energy Policy 35 6060-6074 http://www.sciencedirect.com/science/article/B6V2W-4R1NNMB-1/2/c9b5ab0a7e2a203e0c80dbd67b067d0b Biomass and Bioenergy 20 189-196 http://www.sciencedirect.com/science/article/B6V22-42G0MJW-5/2/e9f7c18023be0d18009747660006b60f Universität Hamburg, Zentrum Holzwirtschaft Hamburg, United Nations Economic Commission for Europe Geneva, S Universität Hamburg, Zentrum Holzwirtschaft Hamburg, Fraunhofer-Institut für Holzforschung Wilhelm-Klaudi Braunschw Biomass and Bioenergy 30 618-637 http://www.sciencedirect.com/science/article/B6V22-4JK4PBN-1/2/69e7f8457ef52708f70a1edde210437b Biomass and Bioenergy 31 631-637 http://www.sciencedirect.com/science/article/B6V22-4PCH47J-1/2/83041fd202f3ecb30445b4b05ad3aa35 Biomass and Bioenergy 31 443-452 http://www.sciencedirect.com/science/article/B6V22-4N6FNT8-2/2/350740462e8be4a5b8f82eb9b094cb8b 6th National Bioenergy Conference, 2-6 October Reno, NV, Forest Ecology and Management 18 169-188 http://www.sciencedirect.com/science/article/B6T6X-48XMH8G-4D/2/eda136a4a1d9537eb5a0114d4cf7a369 In: J. Janick Perspecti Alexandri ASHS Pre 282–299 Environmental Science and Technology 36 2122-2129 Biomass and Bioenergy 28 515-535 http://www.sciencedirect.com/science/article/B6V22-4FNW4K1-1/2/672408bc44da3d75b65f817011643820 Biomass and Bioenergy 14 317-324 http://www.sciencedirect.com/science/article/B6V22-3VGT908-3/2/f08af5ad0af0922599f8327cc5a42bdf European Commission Brussels, Energy Policy 34 297-305 http://www.sciencedirect.com/science/article/B6V2W-4DGMRS3-1/2/9528d299e8856b28129631aef943812a Energy Policy 36 3062-3068 http://www.sciencedirect.com/science/article/B6V2W-4SNPR6R-1/2/08384dd7def3d87d0b55745ccd7c5d2a Biomass and Bioenergy 31 177-185 Journal Mitigation and Adaptation Strategies for 11 313-333 In: R. Bradley and K. A. Baumers Growing in Washingto World Reso 25-47 Remote Sensing Laboratory, Swedish University of Umeå, Sw Cambridge, U.K. Cambridge Austrian Energy Agency 2nd World Conference on Biomass for Energy, Indu Rome, Ital 15th European Biomass Conference and Exhibitio Berlin, G Centre for Renewable Energy Sources (CRES), B Athens, G The Department of Forest and Wood Technology, V Växjö, Sw Biomass and Bioenergy 16 25-38 http://www.sciencedirect.com/science/article/B6V22-3VR1835-3/2/556d4e4f88a97cccfa82b54f2900be3f Biomass and Bioenergy 16 39-50 http://www.sciencedirect.com/science/article/B6V22-3VR1835-4/2/6810d3ebe892d57dbb9a14b067f500c7 Energy Policy 34 2263-2278 http://www.sciencedirect.com/science/article/B6V2W-4G63JB4-2/2/ff8d88053a36877a0654a49adba3880c Deutsches Zentrum für Luft- und Raumfahrt (DLR), Stuttgart, Renewable and Sustainable Energy Reviews 9 191-201 http://www.sciencedirect.com/science/article/B6VMY-4C5MGS4-1/2/370fb6dade53b035a2bd069adc568140 Agricultural Systems 94 586-592 http://www.sciencedirect.com/science/article/B6T3W-4NC5V9F-1/2/8a1a783e860bcbc41a7be3b8af941440 The Department of Forest and Wood Technology, V Växjö, Sw Mitigation and Adaptation Strategies for Global C 11 1003-1021 Organisation of Economic Cooperation and Deve Paris, Fra Organisation of Economic Cooperation and Deve Paris, Fra Organisation of Economic Cooperation and Devel Paris, Fra Organisation of Economic Cooperation and Deve Paris, Fra Wallingford, U.K. Commonwea Wallingford, U.K. Commonwea Science 287 1170-1176 Energy Policy An International Journal of Forest Research Boletín delInstituto de Geografía 43 183–203 Biomass and Bioenergy 32 289-300 http://www.sciencedirect.com/science/article/B6V22-4RB5BGH-1/2/04187caf194928c85ca6289834224ef9 Energy Policy 35 6046-6059 http://www.sciencedirect.com/science/article/B6V2W-4R003X1-2/2/b6c9dc75a79d972b268d8d55479b019b Biomass and Bioenergy 27 613-620 http://www.sciencedirect.com/science/article/B6V22-4D2FHR0-1/2/9ce31e339cedf0f9548cae507171c885 Energy Policy 36 3925-3939 http://www.sciencedirect.com/science/article/B6V2W-4T8H3G2-1/2/f3fe441094603e34ad934fd28db96d9d Global Environmental Change 14 53-67 http://www.sciencedirect.com/science/article/B6VFV-4BDY65D-1/2/0dab1fac37737d687be95c17d2fede5c
Pew Center on Global Climate Change Arlington, Oak Ridge National Laboratory (ORNL) Oak Ridge Renewable Energy In Press, http://www.sciencedirect.com/science/article/B6V4S-4T2RYRN-1/2/7bd54fdb879920053c54f3871ee9b08c Biomass and Bioenergy 32 688-701 http://www.sciencedirect.com/science/article/B6V22-4RYXSM6-1/2/b0e8a789a6d066efa749f8caf84efda1 15th European Biomass Conference and Exhibitio Berlin, G Lappeenranta, Finland Lappeenra 168 + App Energy Research Centre of the Netherlands (ECN), Petten, T Energy Policy 34 365-375 http://www.sciencedirect.com/science/article/B6V2W-4D9R8D9-2/2/8fb8a61c1a46c8bdd1cd66226837eae5 Institut für Energie- und Umweltforschung (IFEU) Heidelber EC Baltic Renewable Energy Centre (EC BREC), Ce Wolfsburg EC Baltic Renewable Energy Centre (EC BREC), In Wolfsburg Energy and Environment 15 309-321 IFUE Heidelber Climatic Change 63 1-48 2nd World Conference on Biomass for Energy, Indu Rome, Ital In: J. Goldemberg World Ene Washingto UNPD 135-171 Technological Forecasting and Social Change 74 1057-1082 http://www.sciencedirect.com/science/article/B6V71-4M1TSSW-1/2/47317f4790cb9904c5823656b6af0d6e International Food Policy Research Institute Washingto Lund University Lund, Sw Agriculture, Ecosystems & Environment 107 117-135 http://www.sciencedirect.com/science/article/B6T3Y-4F7Y96F-1/2/7c9738e98a8dd4541d5273909985f9e5 Agriculture, Ecosystems & Environment 114 57-68 http://www.sciencedirect.com/science/article/B6T3Y-4J3WS2T-2/2/e74e3270aec54709d8515b762e98ff71 Renewable and Sustainable Energy Reviews Energy Policy 34 3184-3194 http://www.sciencedirect.com/science/article/B6V2W-4GRH79S-2/2/135a8751c02bad5e918c37e2696d6feb Climatic Change 56 185-210 European Centre for Nature Conservation (ECNC), Tilburg, T Institut für Energetik und Umwelt (IE) Leipzig, Institut für Energetik und Umwelt (IE) Leipzig, International Energy Agency (IEA) Paris, Fra Bundesministerium für Ernährung, Landwirtschaft Berlin, G Hamburg University Hamburg, Environmental and Resource Economics 24 291–312 Agricultural and Resource Economics Review 34 265-279 Agricultural Economics 35 277-287 Agricultural Systems 94 128-140 http://www.sciencedirect.com/science/article/B6T3W-4KXDRG5-1/2/8935b2f2a14c731547ce41d79d1eb8ea Research Unit Sustainability and Global Change, C Hamburg, Nature 434 45-49 Science 310 1333-1337 Forest Policy and Economics 5 187-202 http://www.sciencedirect.com/science/article/B6VT4-490GP4V-4/2/9865fe58e5be648aacca49d904b2b967 Water, Air, and Soil Pollution 70 499-518 Sciencexpress SenterNovem The Hague Shell International The Hague Water International 25 11-32 Biomass Technology Group (BTG), Energy for Sus Enschede, 2nd World Conference on Biomass for Energy, Indu Rome, Ital Global Change Biology 12 2054-2076 Energy Policy 31 1315-1326 http://www.sciencedirect.com/science/article/B6V2W-472S0YT-3/2/05686ec482c21dbae7445380462470e5 European Topic Centre on Waste and Material Fl Copenhag Copernicus Institute, Utrecht University Utrecht, The Netherl IFUE Heidelber
37 Global Change Biology 15 1-23 Climatic Change 81 353-390 Renewable & Sustainable Energy Reviews
Biomass and Bioenergy Progress in Energy and Combustion Science 33 56-106 Biomass and Bioenergy 32 781-813 Global Change Biology 6 525-539 American Journal of Agricultural Economics 85 448-457 IEA Task 40 Utrecht, T Energy & Environment Group, Roskilde University Roskilde Global Change Biology European Commission (EC); various national organ EU United Nations Economic Commission for Europe ( GeoJournal 61 381-393 Climatic Change 88 343-366 2nd World Conference on Biomass for Energy, Indu Rome, Ital Energy Policy 35 4355-4367 15th European Biomass Conference and Exhibitio Berlin, G Fondazione Eni Enrico Mattei (FEEM) Milan, Ital Energy Policy 35 5346-5353 http://www.sciencedirect.com/science/article/B6V2W-4P9K97Y-2/2/e1ef695b36ea9df4c7873e571249f13c Secretariat of the Convention on Biological Dive Montreal, Energy Policy 33 337-347 http://www.sciencedirect.com/science/article/B6V2W-49S7Y5G-1/2/6e672e3e3f2a49820827672d74720dfe Renewable Energy 33 1922-1927 http://www.sciencedirect.com/science/article/B6V4S-4RPD7B5-3/2/711a69692370118b9e4a039922e6f125 Institut für Energetik und Umwelt (IE) Leipzig, Proceedings of the National Academy of Sciences 102 8245-8250 International Journal of Remote Sensing 17 2333-2351 Acta Forestalia Fennica 229 40 The Finnish Forest Research Institute Research P 444 52-60 Biomass and Bioenergy 32 660-671 http://www.sciencedirect.com/science/article/B6V22-4SFR7N3-1/2/be58402abb57e98c32a25fffd68864a3 Biomass and Bioenergy 30 183-197 TNO-STB and VDI-TZ for European Commission, J Utrecht Centre for Energy research (UCE) Utrecht, T United Nations, Department of Economic and Social http://esa.un.org/unpp/ United Nations University United Nations Economic Commission for Europe ( Geneva, S Energy Policy 35 4403-4412 Energy Policy 35 5549-5561 United States Climate Change Science Program Washingto Foreign Agricultural Service. Global Agriculture I Washingto Rome, Italy 2nd World Energy Centre of the Netherlands (ECN) Petten, th Biomass and Bioenergy 31 345-366 REPA Research Group, Department of Economics, U Victoria, Netherlands Energy Research Foundation (ECN), Petten, th Climatic Change 81 119-159 Ecology and Society 11 Biomass and Bioenergy 25 235-255 http://www.sciencedirect.com/science/article/B6V22-482YWFR-2/2/fa1a82d638c041beecc9c2958ea26b5f Biomass and Bioenergy 20 101-112 Journal of Cleaner Production 15 607-619 International Food Policy Research Insitutute Washingto
39 Internatio Washingt http://www.ifpri.org/2020/dp/dp39/2020dp39.pdf Biomass and Bioenergy 26 531-544 http://www.sciencedirect.com/science/article/B6V22-4BMTDR6-1/2/ab731025ccb72baee0497ec9400b64d1 Landscape Ecology 18 513-527 Accessible via http://www.iiasa.ac.at/cgi-bin/ecs IPCC Second Working Group IIa Energy Supply Miti Richland,
2nd World Conference on Biomass for Energy, Indu Rome, Ital EUR 22670 EN Institute Seville, S http://ftp.jrc.es/EURdoc/eur22670en.pdf Agricultural Systems 76 841-861 http://www.sciencedirect.com/science/article/B6T3W-4839SGC-3/2/8474adf4662ab5adf4f416b96dfd9e83 Journal of Arid Environments 59 565–582 World Wide Fund for Nature (WWF) Frankfurt The Worldwatch Institute. EarthScan Publications London, U Biomass and Bioenergy 21 185-203 http://www.sciencedirect.com/science/article/B6V22-43TWGJS-5/2/65c34b0299cfe432831bc0154f5d4f97 Applied Energy 63 101-113 http://www.sciencedirect.com/science/article/B6V1T-3X05FJH-3/2/a452cfc697427b28c14c38223d9bc23d Environment, Development and Sustainability 1 3-18
PDF name Geogr. coverage ApproachFischer_et_al_2005Reiche_2006 10 NMS of 2004 + Bulgaria, Romania and Turkey
8 studies are included, 6 Analysis of existing biomMadlener_et_al_2007 Austria The scenarios and their eMarutzky_2004 Austria, Germany, Switze Literature-based analisis VIEWLS_wp3_2005 Cental and Eastern EuropBottom up modelling of teEC_NBAP_<country>_<year> CountryMitchell_et_al_2006 England, Wales & Germa The analysis looks at threEC_Biomass_Action_Plan_2005 EUSchneider_et_al_2008 EUEriksson&Nilsson_2006 EU 25 + Belarus + Ukrain Resource focused, based oKrause_&_Oettel_2007 EU 27McCormick_&_Kåberger_2007 EU, case cities in SwedenBuilding on studies by RoHarmelink_et_al_2006 EU/country A monitoring protocol whicFaber_et_al_2006 EU; special focus on the Analysing the current EuroDe_Noord_et_al_2004.pdf EU15 plus Norway Potential are calculated bKloek_Jordan_2005 EU15+10 + RO+BG+HRr+Joint Questionnaire 2004 Siemons_et_al_2004 EU15+accession countrieModelling of demand, supEdwards_et_al_2005 EU25+2 Using the available data fEEA_2002 Europe The concept of waste minFischer_et_al_2007aGanko_et_al_2008 Europe Bottom-up approach. ModelNikolaou_et_al. 2003 EuropeJunginger_2007 Europe (case countries S Literature review analysisAlakangas_et_al_2007 European Bottom-up, review of existAsikainen_et_al_2008 European Estimation of forest energEEA_2007 European Suitability classificationHetsch_et_al_2008 European Wood resource balance aMeuleman_et_al_2005 European Analysis of existing literNielsen_et_al_2007 European Other sources-based analyPäivinen_et_al EuropeanSchuck_et_al_2003 EuropeanLakyda_et_al_1996 European Bottom-up, review of existDe_Wit_&_Faaij_2008 European Union 27 + SwitConstruction of three scenEEA_2006 European, EU-25 Bottom-up modelling of teEEA_2007b European, EU--25 Bottom-up modelling of tecAlSaedi_et_al_2005AlSaedi_et_al_2007Kappler_et_al_2008 Federal-state: Baden - W Potential is estimated usLWF_2008 Federal-state: BavariaAretz_et_al_2007 Germany Comparison of the methodsBeckmann_2006 Germany Modelling and calculation Dieter_et_al_2001 GermanyFNR_2008 Germany Quantitative description oFritsche_et_al_2004 Germany Modelling of technical pot
Germany Quantitavie Analysis of tMantau_et_al_2004 Germany Quantitavie Analysis of tNitsch_et_al_2004 Germany Bottom-up modelling of tecScheuermann_et_al_2003 Germany
23 countries in Eastern Europe (Bulgaria, Czech Republic, Estonia, Hungary, Latvia,
Quantitative and semi-quantitative land evaluationLysen_et_al_2008a and
Lysen_et_al_2008b
Bottom-up modelling, partial equilibrium, dynamic, constrained welfare maximizationDefinition of the demand of legislative and technical regulations in the member states of
Europe Europe's biofuel
The approach is based on the combination of NOAA-AVHRR data and statistics derived from National ForestInventories of European countries.Combination of the information from both remote sensing (AVHRR) and forest inventorystatistics
European, specific regions
Literature review in each participating in the project region.
European, specific regions
Bottom-up modelling for the quantification of the potential environmental and socio-economic Modelling of the energy wood potential based on own research, market studies and Modelling of the raw-wood potential using mean ecologic and economic parameters.Mantau_2006_pt1;
Mantau_2006_pt2
Analyse the potentials, material flows and qualities of biomass and evaluate the impact of
D5
Eva: Short description of the general approach
Scheuermann_et_al_2004 GermanySchmitz GermanyCannell_2003 Global, Europe, UK ReviewWWI_2006 Global, with a specific se Summarising results from Corcoran_et_al_2007 Ireland Calculating the technicalStyles_&_Jones_2007 Ireland Bottom-up modelling of totGeletukha_2006 Local Analysis of publicly avaiGeletukha_et_al_2001 Local Analysis of official statGeletukha_et_al_2006 Local Analysis of official statistiGeletukha_et_al_2008 Local Analysis of official statiGeletukha_et_al_2008_2 Local Analysis of official statGerasimov_et_al_2006 Local Logging residues, non-indKudria_et_al_2001 Local Analysis of statistical daLakemeyer_2007 LocalBonari_et_al_2004 Local (regional). Region oGIS-based multicriteria deRomero_2000 Mediterranean, GlobalLakyda_et_al_1997 National Bottom-up, review of existPerry_Rosillo-Calle_2008 National Bottom-up, review of existiRanta_2002 National Empirical quantitative anaWahlund_et_al_2004 National Bottom-up, review of existiBMU_2007 National and InternationalQuantitative description oKaraoglanoglou_et_al_2007 National, CyprusThrän_et_al_2007 National, European The study considers two foBakos_et_al_2008 National, regionalTromborg et al 2008 NorwayUpham_&_Speakman_2007 NW England Simple spreadsheet model Berggren_et_al_2008 Poland Matching potentials in bioIgnaciuk_et_al_2006 Poland Developing a partial equilNilsson_et_al_2006 Poland In-dpth assessment of theSzarka_et_al_2007 RegionalVan Dam_et_al_2007 Regional Bottom-up approach to assUpham_et_al_2007 Regional (local) Documentation of public aVoivontas_et_al_2001 Regional, CreteNibbi_et_al_2004 Regional, TuscanyVon_Braun_2007 Results are available at a Economic equilibrium modAndersen_et_al_2005 Scotland Determination of biologicaMalinen et al 2001 Southern Finland Combination of NFI, simuEsteban_et_al_2006 Spain, France, Italy, Gre Bottom-up modelling of tecHagstrom_I_2006 Sweden Determination biomass poteNilsson_1998 Sweden Development of a tool: a Jablonski_et_al_2008 UK
Own surveys and different public and gvernmental information sources are used to
Model is based on federal forest inventory and different growth models. Forest
Analysis of publicly available information anddata from various sources including papers from the Institute for EconomicResearch and Policy Consulting as well as the German Advisory Group.
Overview of the general situation of the olive oil industry (production in different countries,
Examination and comparison of several bioenergy crops of main categories. Major Use of biomass modeling to determine biomass fueled plant installations.
Local energy sources are determined by the geographical, geological, climate and Development of a GIS decision support system (DSS) wich implements the method and provides
GIS methodology was developed in order to analyze specific territorial data (spatial
Understanding of the potentialdemand is crucial to the uptake of heat from bioenergy. Systematicframework utilizing market segmentation techniques to assess the potential demand forbiomass heat in the UK were designed. biomass heat in the UK. The heat market is divided into relevant segments,characterized in terms of their final energy consumption, technological and fuel supplyoptions. The key technical, economic and organizational factors that affect theuptake of bioenergy in each heat segment are identified, classified and then analyzed toreveal which could be strong barriers, which could be surmounted easily, and for whichbioenergy heat represents an improvement compared to alternatives.
Method Types of biomass Time frame
(Demand-driven) The framework conditions of renewaNot separated from othe Current situation8 studies are reviewed that vary with respect to the 8 studies are reviewed thaDepends on the study; thDemand-driven. Methodology combining (1) scenario Not specified 2020Resource-focussed. Different data sources are useAll woody biomass 2004Resource focused. The sum of biomass from energy cAgricultural residues, ene 2030
All biomass DifferentDemand-driven. The EEG and RO are analysed with aNot specified Not mentionedResource-focused All biomass 2010 (2020, 2030)
2005-max 2150Resource-focused. Based on land use area, growth anForest residues, forest in Short term (10-20y), medi
2003 to 2005Methodology to investigate key barriers to expandi Not specified Current situationDemand-driven. In a step-wise approach policy instNot specified 2010Both resource-focused and demand-driven. Studying Biomass for generating eleCurrent situationresource focussed Energy crops, Foresty, So2000 and somethimes 2030Using an EU 'List of Wastes' as described in 2000 Organic part MSW, excess1995-2003Modelling of demand, supply and technology develoTradeable biomass: forest2010 and 2020Resource focussed. Calculate the straw potental (theStraw from wheat and barActual situation in 2005resource focused, the starting point of the docume Biodegradable municipal 1996 - 2016
Resource focused approach. Food and fibre productLignocellulose energy cro 2020Agricultural crop residue 2000
Literature review of (1) multinational biomass compAll biomass Current situationBoth resource-focused and demand-driven. Project pForest residues, domestic 2001-2004, 2010, 2020Resource-focused. Forest fuels potential includes Logging residues from fel 2005Demand-driven. The forest biomass potential is modeFelling residues, wood fr 2005, 2010, 2020, 2030Wood resource balance. Wood flows are analysed calIndustrial wood, fuel woo 2005, 2010, 2020Demand driven. The estimation of biomass potentialForest wood biomass 2002, 2010Demand-driven. Due to the climate changes and conEnergy crops 2030
Forest wood 1996 -2001Forest wood 1995 -2001
Modellimg of biomass components based on conversioAlive biomass (phytomass) 1988Bio-physical modeling of land required for food an Annual crops, grasses and 2030Demand-driven There is a need to increase the useenergy crops, forestry bi 2030Demand-driven, The consumption of biomass is increagricultural biomass 2030
2005Both resource and demand focused. The work was ba 2005-2007Resource-focussed. The amount of forestry residuesWoody biomass from forestnot mentioned
2006Resource-focussed. Different bioenergy potential sSmall dimesioned wood, pnot mentionedResource-focussed. The potential of the investigatedPrimary agricultural resi for woody biomass 2000-2Resource-focussed. 2001Compilation of statistics from different studies and Woody forestry residues, 2005, 2006Resource-focused. The bioenergy potential of energyEnergy crops, agricultural2000, 2010, 2020, 2030Wood resource balance. The demand and the supplAll types of wood and woo 2004Wood resource balance. The demand and the supplAll types of wood and woo 2002Resource-focussed. Starting point is the existing l Woody and herbaceous res2000, 2010, 2020, 2030,
2003
Resource-forcused. All suitable areas and all suitable areas but excluding forests, urban areas and land suitable for cereals of potential productivity for miscanthus, willow and poplars
Bio-energy crops and serials and tree species for biomass plantation forestry.
not given
Resource-focussed (land endowments for 5 land qualities, pasture, and forest), demand and GHG policy driven (each bioenergy option has an exogenously estimated emission coefficient)
Resource focuced. Biogas potential estimation is based on european databases and survey of previous studies on national and european level. The demand of biogas speeded up in the last
Animal manure, sewage sludge, municipal solid wastes, industrial wastes, energy crops
Resource-forcused. the Agro-Ecological Zones methodology for the potential productivity assessment. estimates cultivated
1 st generation feedstock groups (Cereals, Oilcrops, Sugar crops) and 2 nd
2000-2002, 2030Resource focused approach. The resource assessment in this study was made in three steps: Technical resource potential, defined as the total annual production of all resources given no limits. Available potential, defined as all resources available with estimated, realistic limits. Finally, energy potential expressed inPJ/year.
Forest area map was derivedfrom forest area estimation by Häme et al., (2000), the calibration method byPäivinen et al. (2001) and its implementation (Schuck et al., 2002). Further, regional growing stock statistics referring to regional geographical units are combined to the forest area mapGeometrical correction of the satellite data using polynomial coefficients, separation of the corrected satellite data into three geographicstrata, the Atlantic; Mediterranean; and Temperate and Boreal stratum. Estimation of forest variables for each stratum separately. The percentage forest proportion was estimated for each individual pixel of the image mosaic using the CORINE Land Cover classification as training data. The approach of pixel-by-pixel ratio scaling was used for the calibration process which was applied to produce a pan-European forest map.
Resource focused, based on literature review and partner's experience.
Biodegradable part of organic wastes and energy crops for biogas production through
Biodegradable part of organic wastes and energy crops for biogas production through
The potentials are calculated with an resource-focussed approach. The current demand is analised. In the final part the data are balanced in an energy-wood-balance.
All types of woody biomass from forestry including primary and secondary residues, All types of woody biomass for energetic use from forestry without secondary residues.
The potentials are calculated with an resource-focussed approach. In the second part the actual use of biomass as solid/fluid combustible and biogas is analysed and described.
All types of biomass for energetic use.
Demand-driven. 20042003 - 20422050, 2100
Resource-focussed and demand-driven. Both issues aLignocellulose crops, resi Mostly short-term policy Mainly resource focussed, in last paragraph the c Miscanthus 2020demand-driven. The use of biomass for electricity aEnergy crops - Miscanthus20 years from 207BOTH: 1. Resource- focused. General analysis of ecoResidues of crop producti 2030Resource-focused. Estimation of residues generatResidues of crop producti1999-2000Resource-focused. Estimation of residues generatStraw of cereal crops 1999-2005Resource-focused. Consecutive calculation startingLivestock wastes:cattle ma 2015Resource- focused.Estimation of biomass potential Straw, energy crops, bioga 2030Resource-focused. The estimation of technically avaLogging residues, non-ind 2004Resource-focused. Estimation of residues generatResidues of crop producti 2001BOTH. Resource-focussed. Demand-driven. Rapeseed, sugar beet, whe 2007Resource-focused method, with focus on quality of Energy crops -
2000Modellimg of biomass components based on conversioAlive biomass (phytomass)1966,1973,1978,1983,19Analysis of current trends and future possibilities Sawmill residue, arboricu 2000-2010, 2008Resource focused. Estimation of logging residue poLogging residues 2002In this paper, authors systematically analyze a nu In this paper, biomass an 2004Compilation of market statistics Biomass is treated as only 2006
2005-2006Demand driven. The future supply of biomass and twood and agricultural bi 2000, 2010, 2020
Agricultural residues From 2004 up to 2020Projections by partial-equilibrium model wood residues, and roun 2010Both resource-focused and demand-driven. BioenerSRC willow 2030Demand-driven. Available estimates of biomass suppStraw and woody biomass 2010Mainly resource-focused. A partial equilibrium modePotatoes, cereals, hemp, Not mentionedBoth resource-focused and demand-driven. The curreForestry residues, wood wShort term (5 - 10 years)
2004 to 2020Resource-focussed. The bioenergy potential of enerAgricultural residues, for 2030Non-monetary evaluation techniques: Real-time MultWillow, 'Wood resources equilibrium for 2030 (wood
20002000
Demand-driven. An economic equilibrium model is uConventional crops used fo 2020Resource-focussed (land endowments for 3 croplandShort rotation willow and Current state (based on Potentials are based on the harvesting residues a Logging residues 2000, 2010, 2020Resource focused. The agricultural residues availabAgricultural, forestry by-p not clearly specified, inp
Mainly forestry residues, Around 2000Resource focussed. The best alternative for handl Straw currentDemand-driven, sector analysis current time
All types of biomass for energetic use.Resource-focussed. The total raw wood material
of germany is modelled with an elaborate single tree based growth model. The use and assortment of the wood is modelled as well.
Total amount of all wood from forestryReviewed material includes differrent methods. ‘Modern’ biomass, either produced from energy crops and plantations or recovered from industrial
Resource-focused. Overall overview of data from the FAOSTAT database, using specific coefficients.
Olive oil production residues
Resource focused. The methodology was based on categorization of biomass feedstocks in three main groups. After comparison of results of first harvesting, the most favourable one was selected
Sugar crops, starch crops, lignocellulosic agricultural residuesResource focused. The viable investmnets are
calculated based on the correlation between the plant capacity and available biomass quantities
Resource-focused. Estimation of biomass potential in tree levels (theiretical, available, technical). Many technological, socio-economic factors, affecting the availability of biomass origin,
Resource-focused. The algorithm for the estimation of economical biomass potential uses data of theoretical potential and estimates available and thechnological potential as well.
Resource focused. GIS based analysis of areas homogenous fro the agricultural and forestry point of view, industrial zones, storage zones, transoprt network, areas accessibility, etc.Marginal cost of
Forestry residues, agricultural-forestry residues, agricultural-herbaceous residues, 1. Resource assessments plus scenarios for its energy use (heat, el, tr fuel).
CountryMost studies aggregate the results into countries and/or world regions. CountryNationalNUT-3CountryCountryEU
National level of EU 25 + Belarus + Ukraine plus EU25 and further aggregations
EUEU/countryEU/country
2000 and somethimes 2030Country levelCountry levelNUTS 2(EU15)
6 European regions
EuropeEU20 - EU28EU27EU25 (without Greece, Luxembourg, Malta and Cyprus)EU/EFTA 29EU 15Germany, DenmarkEFTA, Belarus, Ukraine, European part of Russia38 European countries and European part of RussiaEuropean (Estonia, Latvia, Lithvania, Belarus, Ukraine, Moldova, Georgia, Armenia and Azerbaijan)27 EU member states + Switzerland, Norway, UkraineRegional, localRegional, local
Federal-state: Baden - Württemberg; communesFederal-state: BavariaNationwideCadastral-regions in Germany
States of the Former Soviet Union (FSU) + Mongolia and Eastern Europe
EU member countries plus 10 (soon 28) non-EU regionsEU15, EU 10, EU25, EU27
EU15, EU12, Norway, Switzerland, Ukraine
The selected cases refer to Austria, Germany, Denmark, Greece, Ireland, Italy, UK, and
The selected cases refer to regional case studies in Greece, France, Spain, the Netherlands,
97 administrative regions in Germany
NationwideNationwide
Varied4 Provinces, 26 countiesIrelandUkraineUkraineUkraineUkraineUkraineLeningrad region of RussiaUkraineUkraineAn individual region.Spain, Italy, GreeceEuropean part of RussiaUnited KingdomFinlandSwedenGermany, Europe, World
Germany, EU15, EU 28Greece, region of Grete
Regional16 regions (NUT-2)CountryCountryBorsod county, hungaryCentral and Eastern Europe (9 countries)Yorkshire and Humber egions (UK)All municipalities of Crete
Countries, regions.whole country (based on geographic data on 5km square grid resolution ??)
Regions (NUT-2) (annex)Country level
National, regional
Two specific sites (A:Achelia and X:Xylotimvos)
19 areas all over Tuscany
List of studies to be analysed by partnersPartner Biomass typesIIASA Forest biomass and residuesCRES Energy cropsAlterra Agricultural residues, Organic wasteIC Total resource assessments
# Partner analysed in BEE PDF NameK 1 IIASA, CRES, Alterra, IC yes EC_Biomass_Action_Plan_2005
28 CRES, Alterra yes EEA_2007b29 Alterra yes AlSaedi_et_al_200530 Alterra yes AlSaedi_et_al_200731 please add your studies32 when adding studies, please check: 1) are they in the "Full list of studies", 2) whether they are relevant to the task333435363738394041424344
Geogr. coverage MethodEU Resource-focusedEUEU 25 + Belarus + Ukraine Resource-focused. Based on land use area, growth andEU 27EU, case cities in Sweden, AuMethodology to investigate key barriers to expandinEU/country Demand-driven. In a step-wise approach policy instrEU; special focus on the NethBoth resource-focused and demand-driven. Studying tEU15 plus Norway resource focussedEU15+10 + RO+BG+HRr+TuUsing an EU 'List of Wastes' as described in 2000EU15+accession countries p Modelling of demand, supply and technology developEU25+2 Resource focussed. Calculate the straw potental (theEurope resource focused, the starting point of the documen
Europe Resource focused approach. Food and fibre productiEuropeEurope (case countries SwedLiterature review of (1) multinational biomass compEuropean Both resource-focused and demand-driven. Project pEuropean Resource-focused. Forest fuels potential includes lEuropean Demand-driven. The forest biomass potential is modelEuropean Wood resource balance. Wood flows are analysed calEuropean Demand driven. The estimation of biomass potentialEuropean Demand-driven. Due to the climate changes and consEuropeanEuropeanEuropean Union 27 + SwitzerBio-physical modeling of land required for food andEuropean, EU-25 Demand-driven There is a need to increase the use European, EU--25 Demand-driven, The consumption of biomass is increaEuropean, specific regionsEuropean, specific regions Both resource and demand focused. The work was bas
when adding studies, please check: 1) are they in the "Full list of studies", 2) whether they are relevant to the task
Resource-focussed (land endowments for 5 land qualities, pasture, and forest), demand and GHG policy driven (each bioenergy option has an exogenously estimated emission coefficient)Resource focuced. Biogas potential estimation is based on european databases and survey of previous studies on national and european level. The demand of biogas speeded up in the last
Europe Resource-forcused. the Agro-Ecological Zones methodology for the potential productivity assessment. estimates cultivated Resource focused approach. The resource assessment in this study was made in three steps: Technical resource potential, defined as the total annual production of all resources given no limits. Available potential, defined as all resources available with estimated, realistic limits. Finally, energy potential expressed inPJ/year.
Forest area map was derivedfrom forest area estimation by Häme et al., (2000), the calibration method byPäivinen et al. (2001) and its implementation (Schuck et al., 2002). Further, regional growing stock statistics referring to regional geographical units are combined to the forest area mapGeometrical correction of the satellite data using polynomial coefficients, separation of the corrected satellite data into three geographicstrata, the Atlantic; Mediterranean; and Temperate and Boreal stratum. Estimation of forest variables for each stratum separately. The percentage forest proportion was estimated for each individual pixel of the image mosaic using the CORINE Land Cover classification as training data. The approach of pixel-by-pixel ratio scaling was used for the calibration process which was applied to produce a pan-European forest map.
Resource focused, based on literature review and partner's experience.
Types of biomass Time frame CommentAll biomass 2010 (2020, 2030Does not contain numbers, just general description..
2005-max 2150Forest residues, forest industry by-products, crop residues (from tra Short term (10-20y), medium term (20-40y), long term (>40)
2003 to 2005Not specified Current situation Does not contain any information. It presents only methodology.Not specified 2010 does not contain any details. Only targets to renewable electricity generation for 2010 for EU 15 countriesBiomass for generating electricity and heat. Biomass for chemistry aCurrent situation Does not contain any information about potentialsEnergy crops, Foresty, Solid manure, Liquid manure, MSW, Barley re2000 and somethimes 2030Organic part MSW, excess manure, construction/demolition wastes 1995-2003Tradeable biomass: forestry byproducts, wood fuels, agricultural re 2010 and 2020 Good data based on statistics for wood fuel, Black liquor, residualsStraw from wheat and barley Actual situation in 2005Biodegradable municipal waste 1996 - 2016
Lignocellulose energy crops (woody and herbaceous), forestry and w 2020Agricultural crop residues, animal wastes, energy crops, forestry re 2000 Detailed data per member statesAll biomass Current situation Not RelevantForest residues, domestic (residential) firewood, refined wood fuels 2001-2004, 2010Detailed study made from the EUBIONET II projectLogging residues from fellings, annual change rate of growing stoc 2005 Good statistics on felling residuesFelling residues, wood from complementary fellings 2005, 2010, 2020Industrial wood, fuel wood, logging residues, bark, industrial wood 2005, 2010, 202Looking at wood supply in general, therefore very high estimatesForest wood biomass 2002, 2010 Detailed study based on statistics and literature, many numbersEnergy crops 2030Forest wood 1996 -2001 Just maps of growing stock, no country specific numbersForest wood 1995 -2001 Just maps of growing stock, no country specific numbersAnnual crops, grasses and SRC poplar/willow on agricultural land, an 2030 No country specific data on potentials in table formatenergy crops, forestry biomass, wastes 2030 Detailed study based on statistics and literature, many numbersagricultural biomass 2030
1 st generation feedstock groups (Cereals, Oilcrops, Sugar crops) and 2 nd generation feedstock groups (Herbaceous and woody ligno-cellulosic plants).
2000-2002, 2030
Modeling approach, Values for residuals depending on
Biodegradable part of organic wastes and energy crops for biogas production through anaerobic digestion (AD).Biodegradable part of organic wastes and energy crops for biogas production through anaerobic digestion (AD).
Does not contain numbers, just general description..
Short term (10-20y), medium term (20-40y), long term (>40)
Does not contain any information. It presents only methodology.does not contain any details. Only targets to renewable electricity generation for 2010 for EU 15 countriesDoes not contain any information about potentials
Good data based on statistics for wood fuel, Black liquor, residuals
Detailed data per member states
Detailed study made from the EUBIONET II projectGood statistics on felling residues
Looking at wood supply in general, therefore very high estimatesDetailed study based on statistics and literature, many numbers
Just maps of growing stock, no country specific numbersJust maps of growing stock, no country specific numbersNo country specific data on potentials in table formatDetailed study based on statistics and literature, many numbers
Scenario BaselineBiomass type (All)Biomass type detail Biodegradable waste
Sum of Value in ktoe Study PotentialDe_Noord_et_al_2004.pdfTheoretical potential
COLUMN CALC VAR TYPE and VALUESstudy ID AVG NUM (unique per study, I can add automatically if preferred)Study description TEXT (author names and date, or similar)?Scenario AVG TEXT or NUM (short description or numeric as appropriate?Biomass type SUM TEXTBiomass type detail SUM TEXTCountry SUM TEXTImplementation potential NUM (blank if no data from this study/scenario)Economical potential NUM (blank if no data from this study/scenario)Environmentally-compatible NUM (blank if no data from this study/scenario)Sustainable potential NUM (blank if no data from this study/scenario)Technical potential NUM (blank if no data from this study/scenario)Theoretical potential NUM (blank if no data from this study/scenario)
Sum of Value in ktoeStudy Scenario Biomass typeAlakangas_et_al_2007 Baseline Forestry biomass
Nielsen_et_al_2007 Baseline Energy cropsNikolaou_et_al_2003 Baseline Agricultural residues
Energy crops
Forestry biomass
Waste biomass
Siemons_et_al_2004 Baseline Agricultural residues
Energy crops
Forestry biomass
Waste biomass
Scenario 1 Energy crops
Scenario 2 Energy crops
Scenario 3 Energy crops
VAR TYPE and VALUESNUM (unique per study, I can add automatically if preferred)TEXT (author names and date, or similar)?TEXT or NUM (short description or numeric as appropriate?
NUM (blank if no data from this study/scenario)NUM (blank if no data from this study/scenario)NUM (blank if no data from this study/scenario)NUM (blank if no data from this study/scenario)NUM (blank if no data from this study/scenario)NUM (blank if no data from this study/scenario)
PotentialBiomass type detail Group Country Economical potentialEnergy wood EU-10 Czech Republic
10 Meuleman_et_al_2005 Luxembourg11 Meuleman_et_al_2005 Netherlands12 Meuleman_et_al_2005 Portugal13 Meuleman_et_al_2005 Spain14 Meuleman_et_al_2005 Sweden15 Meuleman_et_al_2005 United Kingdom16 Meuleman_et_al_2005 EU-251718 Meuleman_et_al_2005 Austria19 Meuleman_et_al_2005 Belgium20 Meuleman_et_al_2005 Denmark21 Meuleman_et_al_2005 Finland22 Meuleman_et_al_2005 France23 Meuleman_et_al_2005 Germany24 Meuleman_et_al_2005 Greece25 Meuleman_et_al_2005 Ireland26 Meuleman_et_al_2005 Italy27 Meuleman_et_al_2005 Luxembourg28 Meuleman_et_al_2005 Netherlands29 Meuleman_et_al_2005 Portugal30 Meuleman_et_al_2005 Spain31 Meuleman_et_al_2005 Sweden32 Meuleman_et_al_2005 United Kingdom33 Meuleman_et_al_2005 EU-2534 #N/A35 not only bioenergy Hetsch_2008 Albania36 not only bioenergy Hetsch_2008 Austria37 not only bioenergy Hetsch_2008 Belarus38 not only bioenergy Hetsch_2008 Belgium39 not only bioenergy Hetsch_2008 Bosnia and Herzegov40 not only bioenergy Hetsch_2008 Bosnia and Herzegov41 not only bioenergy Hetsch_2008 Croatia42 not only bioenergy Hetsch_2008 Cyprus43 not only bioenergy Hetsch_2008 Czech Republic44 not only bioenergy Hetsch_2008 Denmark45 not only bioenergy Hetsch_2008 Estonia46 not only bioenergy Hetsch_2008 Finland47 not only bioenergy Hetsch_2008 France48 not only bioenergy Hetsch_2008 Georgia49 not only bioenergy Hetsch_2008 Germany
50 not only bioenergy Hetsch_2008 Greece51 not only bioenergy Hetsch_2008 Hungary52 not only bioenergy Hetsch_2008 Iceland53 not only bioenergy Hetsch_2008 Ireland54 not only bioenergy Hetsch_2008 Italy55 not only bioenergy Hetsch_2008 Latvia56 not only bioenergy Hetsch_2008 Liechtenstein57 not only bioenergy Hetsch_2008 Lithuania58 not only bioenergy Hetsch_2008 Luxembourg59 not only bioenergy Hetsch_2008 Malta60 not only bioenergy Hetsch_2008 Moldova61 not only bioenergy Hetsch_2008 Montenegro62 not only bioenergy Hetsch_2008 Netherlands63 not only bioenergy Hetsch_2008 Norway64 not only bioenergy Hetsch_2008 Poland65 not only bioenergy Hetsch_2008 Portugal66 not only bioenergy Hetsch_2008 Romania67 not only bioenergy Hetsch_2008 Russian Federation68 not only bioenergy Hetsch_2008 Serbia69 not only bioenergy Hetsch_2008 Slovakia70 not only bioenergy Hetsch_2008 Slovenia71 not only bioenergy Hetsch_2008 Spain72 not only bioenergy Hetsch_2008 Sweden73 not only bioenergy Hetsch_2008 Switzerland74 not only bioenergy Hetsch_2008 The FYR of Macedon75 not only bioenergy Hetsch_2008 Turkey76 not only bioenergy Hetsch_2008 Ukraine77 not only bioenergy Hetsch_2008 United Kingdom78 #N/A79 not only bioenergy Hetsch_2008 Albania80 not only bioenergy Hetsch_2008 Austria81 not only bioenergy Hetsch_2008 Belarus82 not only bioenergy Hetsch_2008 Belgium83 not only bioenergy Hetsch_2008 Bosnia and Herzegov84 not only bioenergy Hetsch_2008 Bosnia and Herzegov85 not only bioenergy Hetsch_2008 Croatia86 not only bioenergy Hetsch_2008 Cyprus87 not only bioenergy Hetsch_2008 Czech Republic88 not only bioenergy Hetsch_2008 Denmark89 not only bioenergy Hetsch_2008 Estonia90 not only bioenergy Hetsch_2008 Finland91 not only bioenergy Hetsch_2008 France92 not only bioenergy Hetsch_2008 Georgia93 not only bioenergy Hetsch_2008 Germany94 not only bioenergy Hetsch_2008 Greece95 not only bioenergy Hetsch_2008 Hungary96 not only bioenergy Hetsch_2008 Iceland97 not only bioenergy Hetsch_2008 Ireland98 not only bioenergy Hetsch_2008 Italy99 not only bioenergy Hetsch_2008 Latvia
100 not only bioenergy Hetsch_2008 Liechtenstein101 not only bioenergy Hetsch_2008 Lithuania102 not only bioenergy Hetsch_2008 Luxembourg103 not only bioenergy Hetsch_2008 Malta
104 not only bioenergy Hetsch_2008 Moldova105 not only bioenergy Hetsch_2008 Montenegro106 not only bioenergy Hetsch_2008 Netherlands107 not only bioenergy Hetsch_2008 Norway108 not only bioenergy Hetsch_2008 Poland109 not only bioenergy Hetsch_2008 Portugal110 not only bioenergy Hetsch_2008 Romania111 not only bioenergy Hetsch_2008 Russian Federation112 not only bioenergy Hetsch_2008 Serbia113 not only bioenergy Hetsch_2008 Slovakia114 not only bioenergy Hetsch_2008 Slovenia115 not only bioenergy Hetsch_2008 Spain116 not only bioenergy Hetsch_2008 Sweden117 not only bioenergy Hetsch_2008 Switzerland118 not only bioenergy Hetsch_2008 The FYR of Macedon119 not only bioenergy Hetsch_2008 Turkey120 not only bioenergy Hetsch_2008 Ukraine121 not only bioenergy Hetsch_2008 United Kingdom122 #N/A123 EEA_2006 Austria124 EEA_2006 Belgium125 EEA_2006 Germany126 EEA_2006 Denmark127 EEA_2006 Spain128 EEA_2006 Finland129 EEA_2006 France130 EEA_2006 Greece131 EEA_2006 Ireland132 EEA_2006 Italy133 EEA_2006 Luxembourg134 EEA_2006 Netherlands135 EEA_2006 Portugal136 EEA_2006 Sweden137 EEA_2006 United Kingdom138 EEA_2006 EU-25139 EEA_2006 Czech Republic140 EEA_2006 Cyprus141 EEA_2006 Estonia142 EEA_2006 Hungary143 EEA_2006 Lithuania144 EEA_2006 Latvia145 EEA_2006 Malta146 EEA_2006 Poland147 EEA_2006 Slovenia148 EEA_2006 Slovakia149 EEA_2006 EU-25150 #N/A151 EEA_2006 Austria152 EEA_2006 Belgium153 EEA_2006 Germany154 EEA_2006 Denmark155 EEA_2006 Spain156 EEA_2006 Finland157 EEA_2006 France
1000 EEA_2006 Luxembourg1001 EEA_2006 Netherlands1002 EEA_2006 Portugal1003 EEA_2006 Sweden1004 EEA_2006 United Kingdom1005 EEA_2006 EU-251006 EEA_2006 Czech Republic1007 EEA_2006 Cyprus1008 EEA_2006 Estonia1009 EEA_2006 Hungary1010 EEA_2006 Lithuania1011 EEA_2006 Latvia1012 EEA_2006 Malta1013 EEA_2006 Poland1014 EEA_2006 Slovenia1015 EEA_2006 Slovakia1016 EEA_2006 EU-251017 #N/A1018 no biomass type Siemons_et_al_2004 Austria1019 no biomass type Siemons_et_al_2004 Belgium1020 no biomass type Siemons_et_al_2004 Denmark1021 no biomass type Siemons_et_al_2004 Finland
1022 no biomass type Siemons_et_al_2004 France1023 no biomass type Siemons_et_al_2004 Germany1024 no biomass type Siemons_et_al_2004 Greece1025 no biomass type Siemons_et_al_2004 Ireland1026 no biomass type Siemons_et_al_2004 Italy1027 no biomass type Siemons_et_al_2004 Netherlands1028 no biomass type Siemons_et_al_2004 Portugal1029 no biomass type Siemons_et_al_2004 Spain1030 no biomass type Siemons_et_al_2004 Sweden1031 no biomass type Siemons_et_al_2004 United Kingdom1032 no biomass type Siemons_et_al_2004 Bosnia and Herzegov1033 no biomass type Siemons_et_al_2004 Estonia1034 no biomass type Siemons_et_al_2004 Latvia1035 no biomass type Siemons_et_al_2004 Lithuania1036 no biomass type Siemons_et_al_2004 Romania1037 no biomass type Siemons_et_al_2004 Czech Republic1038 no biomass type Siemons_et_al_2004 Poland1039 no biomass type Siemons_et_al_2004 Slovakia1040 no biomass type Siemons_et_al_2004 Slovenia1041 no biomass type Siemons_et_al_2004 Hungary1042 #N/A1043 no data, no biomasSiemons_et_al_2004 Austria1044 no data, no biomasSiemons_et_al_2004 Belgium1045 no data, no biomasSiemons_et_al_2004 Denmark1046 no data, no biomasSiemons_et_al_2004 Finland1047 no data, no biomasSiemons_et_al_2004 France1048 no data, no biomasSiemons_et_al_2004 Germany1049 no data, no biomasSiemons_et_al_2004 Greece1050 no data, no biomasSiemons_et_al_2004 Ireland1051 no data, no biomasSiemons_et_al_2004 Italy1052 no data, no biomasSiemons_et_al_2004 Netherlands1053 no data, no biomasSiemons_et_al_2004 Portugal1054 no data, no biomasSiemons_et_al_2004 Spain1055 no data, no biomasSiemons_et_al_2004 Sweden1056 no data, no biomasSiemons_et_al_2004 United Kingdom1057 no data, no biomasSiemons_et_al_2004 Bosnia and Herzegov1058 no data, no biomasSiemons_et_al_2004 Czech Republic1059 no data, no biomasSiemons_et_al_2004 Estonia1060 no data, no biomasSiemons_et_al_2004 Hungary1061 no data, no biomasSiemons_et_al_2004 Latvia1062 no data, no biomasSiemons_et_al_2004 Lithuania1063 no data, no biomasSiemons_et_al_2004 Poland1064 no data, no biomasSiemons_et_al_2004 Romania1065 no data, no biomasSiemons_et_al_2004 Slovakia1066 no data, no biomasSiemons_et_al_2004 Slovenia1067 #N/A1068 no data Siemons_et_al_2004 Austria1069 no data Siemons_et_al_2004 Belgium1070 no data Siemons_et_al_2004 Germany1071 no data Siemons_et_al_2004 Denmark1072 no data Siemons_et_al_2004 Greece1073 no data Siemons_et_al_2004 Spain1074 no data Siemons_et_al_2004 Finland1075 no data Siemons_et_al_2004 France
1076 no data Siemons_et_al_2004 Ireland1077 no data Siemons_et_al_2004 Italy1078 no data Siemons_et_al_2004 Netherlands1079 no data Siemons_et_al_2004 Portugal1080 no data Siemons_et_al_2004 Sweden1081 no data Siemons_et_al_2004 United Kingdom1082 no data Siemons_et_al_2004 Bosnia and Herzegov1083 no data Siemons_et_al_2004 Czech Republic1084 no data Siemons_et_al_2004 Estonia1085 no data Siemons_et_al_2004 Hungary1086 no data Siemons_et_al_2004 Lithuania1087 no data Siemons_et_al_2004 Latvia1088 no data Siemons_et_al_2004 Poland1089 no data Siemons_et_al_2004 Romania1090 no data Siemons_et_al_2004 Slovakia1091 no data Siemons_et_al_2004 Slovenia1092 #N/A1093 orig unit? Could no De_Noord_et_al_2004.pdf Austria1094 orig unit? Could no De_Noord_et_al_2004.pdf Belgium1095 orig unit? Could no De_Noord_et_al_2004.pdf Denmark1096 orig unit? Could no De_Noord_et_al_2004.pdf Finland1097 orig unit? Could no De_Noord_et_al_2004.pdf France1098 orig unit? Could no De_Noord_et_al_2004.pdf Germany1099 orig unit? Could no De_Noord_et_al_2004.pdf Greece1100 orig unit? Could no De_Noord_et_al_2004.pdf Ireland1101 orig unit? Could no De_Noord_et_al_2004.pdf Italy1102 orig unit? Could no De_Noord_et_al_2004.pdf Luxembourg1103 orig unit? Could no De_Noord_et_al_2004.pdf Netherlands1104 orig unit? Could no De_Noord_et_al_2004.pdf Norway1105 orig unit? Could no De_Noord_et_al_2004.pdf Portugal1106 orig unit? Could no De_Noord_et_al_2004.pdf Spain1107 orig unit? Could no De_Noord_et_al_2004.pdf Sweden1108 orig unit? Could no De_Noord_et_al_2004.pdf Switzerland1109 orig unit? Could no De_Noord_et_al_2004.pdf United Kingdom1110 #N/A1111 Nikolaou_et_al_2003 Austria1112 Nikolaou_et_al_2003 Austria1113 Nikolaou_et_al_2003 Austria1114 Nikolaou_et_al_2003 Austria1115 Nikolaou_et_al_2003 Austria1116 Nikolaou_et_al_2003 Austria1117 Nikolaou_et_al_2003 Austria1118 Nikolaou_et_al_2003 Belgium1119 Nikolaou_et_al_2003 Belgium1120 Nikolaou_et_al_2003 Belgium1121 Nikolaou_et_al_2003 Belgium1122 Nikolaou_et_al_2003 Belgium1123 Nikolaou_et_al_2003 Belgium1124 Nikolaou_et_al_2003 Belgium1125 Nikolaou_et_al_2003 Bosnia and Herzegov1126 Nikolaou_et_al_2003 Bosnia and Herzegov1127 Nikolaou_et_al_2003 Bosnia and Herzegov1128 Nikolaou_et_al_2003 Bosnia and Herzegov1129 Nikolaou_et_al_2003 Bosnia and Herzegov
1400 Krause_&_Oettel_2007 EU-251401 Krause_&_Oettel_2007 EU-251402 Krause_&_Oettel_2007 EU-251403 Krause_&_Oettel_2007 EU-251404 Krause_&_Oettel_2007 EU-251405 Krause_&_Oettel_2007 EU-251406 Krause_&_Oettel_2007 EU-251407 Krause_&_Oettel_2007 EU-251408 Krause_&_Oettel_2007 EU-251409 Krause_&_Oettel_2007 EU-251410 Krause_&_Oettel_2007 EU-251411 Krause_&_Oettel_2007 EU-251412 Krause_&_Oettel_2007 EU-251413 Krause_&_Oettel_2007 EU-251414 Krause_&_Oettel_2007 EU-251415 Krause_&_Oettel_2007 EU-251416 Krause_&_Oettel_2007 EU-251417 #N/A1418 year was convertedDe_Noord_et_al_2004.pdf Denmark1419 year was convertedDe_Noord_et_al_2004.pdf Finland1420 year was convertedDe_Noord_et_al_2004.pdf France1421 year was convertedDe_Noord_et_al_2004.pdf Germany1422 year was convertedDe_Noord_et_al_2004.pdf Belgium1423 year was convertedDe_Noord_et_al_2004.pdf Austria1424 year was convertedDe_Noord_et_al_2004.pdf Greece1425 year was convertedDe_Noord_et_al_2004.pdf Ireland1426 year was convertedDe_Noord_et_al_2004.pdf Italy1427 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1428 year was convertedDe_Noord_et_al_2004.pdf Netherlands1429 year was convertedDe_Noord_et_al_2004.pdf Norway1430 year was convertedDe_Noord_et_al_2004.pdf Portugal1431 year was convertedDe_Noord_et_al_2004.pdf Spain1432 year was convertedDe_Noord_et_al_2004.pdf Sweden1433 year was convertedDe_Noord_et_al_2004.pdf Switzerland1434 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1435 year was convertedDe_Noord_et_al_2004.pdf EU-15+N+CH1436 #N/A1437 year was convertedDe_Noord_et_al_2004.pdf Denmark1438 year was convertedDe_Noord_et_al_2004.pdf Finland1439 year was convertedDe_Noord_et_al_2004.pdf France1440 year was convertedDe_Noord_et_al_2004.pdf Germany1441 year was convertedDe_Noord_et_al_2004.pdf Belgium1442 year was convertedDe_Noord_et_al_2004.pdf Austria1443 year was convertedDe_Noord_et_al_2004.pdf Greece1444 year was convertedDe_Noord_et_al_2004.pdf Ireland1445 year was convertedDe_Noord_et_al_2004.pdf Italy1446 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1447 year was convertedDe_Noord_et_al_2004.pdf Netherlands1448 year was convertedDe_Noord_et_al_2004.pdf Norway1449 year was convertedDe_Noord_et_al_2004.pdf Portugal1450 year was convertedDe_Noord_et_al_2004.pdf Spain1451 year was convertedDe_Noord_et_al_2004.pdf Sweden1452 year was convertedDe_Noord_et_al_2004.pdf Switzerland1453 year was convertedDe_Noord_et_al_2004.pdf United Kingdom
1454 year was convertedDe_Noord_et_al_2004.pdf EU-15+N+CH1455 #N/A1456 year was convertedDe_Noord_et_al_2004.pdf Austria1457 year was convertedDe_Noord_et_al_2004.pdf Belgium1458 year was convertedDe_Noord_et_al_2004.pdf Denmark1459 year was convertedDe_Noord_et_al_2004.pdf Finland1460 year was convertedDe_Noord_et_al_2004.pdf France1461 year was convertedDe_Noord_et_al_2004.pdf Germany1462 year was convertedDe_Noord_et_al_2004.pdf Greece1463 year was convertedDe_Noord_et_al_2004.pdf Ireland1464 year was convertedDe_Noord_et_al_2004.pdf Italy1465 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1466 year was convertedDe_Noord_et_al_2004.pdf Netherlands1467 year was convertedDe_Noord_et_al_2004.pdf Norway1468 year was convertedDe_Noord_et_al_2004.pdf Portugal1469 year was convertedDe_Noord_et_al_2004.pdf Spain1470 year was convertedDe_Noord_et_al_2004.pdf Sweden1471 year was convertedDe_Noord_et_al_2004.pdf Switzerland1472 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1473 year was convertedDe_Noord_et_al_2004.pdf EU-15+N+CH1474 #N/A1475 year was convertedDe_Noord_et_al_2004.pdf Austria1476 year was convertedDe_Noord_et_al_2004.pdf Belgium1477 year was convertedDe_Noord_et_al_2004.pdf Denmark1478 year was convertedDe_Noord_et_al_2004.pdf Finland1479 year was convertedDe_Noord_et_al_2004.pdf France1480 year was convertedDe_Noord_et_al_2004.pdf Germany1481 year was convertedDe_Noord_et_al_2004.pdf Greece1482 year was convertedDe_Noord_et_al_2004.pdf Ireland1483 year was convertedDe_Noord_et_al_2004.pdf Italy1484 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1485 year was convertedDe_Noord_et_al_2004.pdf Netherlands1486 year was convertedDe_Noord_et_al_2004.pdf Norway1487 year was convertedDe_Noord_et_al_2004.pdf Portugal1488 year was convertedDe_Noord_et_al_2004.pdf Spain1489 year was convertedDe_Noord_et_al_2004.pdf Sweden1490 year was convertedDe_Noord_et_al_2004.pdf Switzerland1491 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1492 year was convertedDe_Noord_et_al_2004.pdf EU-15+N+CH1493 #N/A1494 year was convertedDe_Noord_et_al_2004.pdf Austria1495 year was convertedDe_Noord_et_al_2004.pdf Belgium1496 year was convertedDe_Noord_et_al_2004.pdf Denmark1497 year was convertedDe_Noord_et_al_2004.pdf Finland1498 year was convertedDe_Noord_et_al_2004.pdf France1499 year was convertedDe_Noord_et_al_2004.pdf Germany1500 year was convertedDe_Noord_et_al_2004.pdf Greece1501 year was convertedDe_Noord_et_al_2004.pdf Ireland1502 year was convertedDe_Noord_et_al_2004.pdf Italy1503 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1504 year was convertedDe_Noord_et_al_2004.pdf Netherlands1505 year was convertedDe_Noord_et_al_2004.pdf Norway1506 year was convertedDe_Noord_et_al_2004.pdf Portugal1507 year was convertedDe_Noord_et_al_2004.pdf Spain
1508 year was convertedDe_Noord_et_al_2004.pdf Sweden1509 year was convertedDe_Noord_et_al_2004.pdf Switzerland1510 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1511 #N/A1512 year was convertedDe_Noord_et_al_2004.pdf Austria1513 year was convertedDe_Noord_et_al_2004.pdf Belgium1514 year was convertedDe_Noord_et_al_2004.pdf Denmark1515 year was convertedDe_Noord_et_al_2004.pdf Finland1516 year was convertedDe_Noord_et_al_2004.pdf France1517 year was convertedDe_Noord_et_al_2004.pdf Germany1518 year was convertedDe_Noord_et_al_2004.pdf Greece1519 year was convertedDe_Noord_et_al_2004.pdf Ireland1520 year was convertedDe_Noord_et_al_2004.pdf Italy1521 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1522 year was convertedDe_Noord_et_al_2004.pdf Netherlands1523 year was convertedDe_Noord_et_al_2004.pdf Norway1524 year was convertedDe_Noord_et_al_2004.pdf Portugal1525 year was convertedDe_Noord_et_al_2004.pdf Spain1526 year was convertedDe_Noord_et_al_2004.pdf Sweden1527 year was convertedDe_Noord_et_al_2004.pdf Switzerland1528 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1529 #N/A1530 year was convertedDe_Noord_et_al_2004.pdf Austria1531 year was convertedDe_Noord_et_al_2004.pdf Belgium1532 year was convertedDe_Noord_et_al_2004.pdf Denmark1533 year was convertedDe_Noord_et_al_2004.pdf Finland1534 year was convertedDe_Noord_et_al_2004.pdf France1535 year was convertedDe_Noord_et_al_2004.pdf Germany1536 year was convertedDe_Noord_et_al_2004.pdf Greece1537 year was convertedDe_Noord_et_al_2004.pdf Ireland1538 year was convertedDe_Noord_et_al_2004.pdf Italy1539 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1540 year was convertedDe_Noord_et_al_2004.pdf Netherlands1541 year was convertedDe_Noord_et_al_2004.pdf Norway1542 year was convertedDe_Noord_et_al_2004.pdf Portugal1543 year was convertedDe_Noord_et_al_2004.pdf Spain1544 year was convertedDe_Noord_et_al_2004.pdf Sweden1545 year was convertedDe_Noord_et_al_2004.pdf Switzerland1546 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1547 #N/A1548 year was convertedDe_Noord_et_al_2004.pdf Austria1549 year was convertedDe_Noord_et_al_2004.pdf Belgium1550 year was convertedDe_Noord_et_al_2004.pdf Denmark1551 year was convertedDe_Noord_et_al_2004.pdf Finland1552 year was convertedDe_Noord_et_al_2004.pdf France1553 year was convertedDe_Noord_et_al_2004.pdf Germany1554 year was convertedDe_Noord_et_al_2004.pdf Greece1555 year was convertedDe_Noord_et_al_2004.pdf Ireland1556 year was convertedDe_Noord_et_al_2004.pdf Italy1557 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1558 year was convertedDe_Noord_et_al_2004.pdf Netherlands1559 year was convertedDe_Noord_et_al_2004.pdf Norway1560 year was convertedDe_Noord_et_al_2004.pdf Portugal1561 year was convertedDe_Noord_et_al_2004.pdf Spain
1562 year was convertedDe_Noord_et_al_2004.pdf Sweden1563 year was convertedDe_Noord_et_al_2004.pdf Switzerland1564 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1565 #N/A1566 year was convertedDe_Noord_et_al_2004.pdf Austria1567 year was convertedDe_Noord_et_al_2004.pdf Belgium1568 year was convertedDe_Noord_et_al_2004.pdf Denmark1569 year was convertedDe_Noord_et_al_2004.pdf Finland1570 year was convertedDe_Noord_et_al_2004.pdf France1571 year was convertedDe_Noord_et_al_2004.pdf Germany1572 year was convertedDe_Noord_et_al_2004.pdf Greece1573 year was convertedDe_Noord_et_al_2004.pdf Ireland1574 year was convertedDe_Noord_et_al_2004.pdf Italy1575 year was convertedDe_Noord_et_al_2004.pdf Luxembourg1576 year was convertedDe_Noord_et_al_2004.pdf Netherlands1577 year was convertedDe_Noord_et_al_2004.pdf Norway1578 year was convertedDe_Noord_et_al_2004.pdf Portugal1579 year was convertedDe_Noord_et_al_2004.pdf Spain1580 year was convertedDe_Noord_et_al_2004.pdf Sweden1581 year was convertedDe_Noord_et_al_2004.pdf Switzerland1582 year was convertedDe_Noord_et_al_2004.pdf United Kingdom1583 #N/A1584 conversion wrong! De_Noord_et_al_2004.pdf Austria1585 conversion wrong! De_Noord_et_al_2004.pdf Belgium1586 conversion wrong! De_Noord_et_al_2004.pdf Denmark1587 conversion wrong! De_Noord_et_al_2004.pdf Finland1588 conversion wrong! De_Noord_et_al_2004.pdf France1589 conversion wrong! De_Noord_et_al_2004.pdf Germany1590 conversion wrong! De_Noord_et_al_2004.pdf Greece1591 conversion wrong! De_Noord_et_al_2004.pdf Ireland1592 conversion wrong! De_Noord_et_al_2004.pdf Italy1593 conversion wrong! De_Noord_et_al_2004.pdf Luxembourg1594 conversion wrong! De_Noord_et_al_2004.pdf Netherlands1595 conversion wrong! De_Noord_et_al_2004.pdf Norway1596 conversion wrong! De_Noord_et_al_2004.pdf Portugal1597 conversion wrong! De_Noord_et_al_2004.pdf Spain1598 conversion wrong! De_Noord_et_al_2004.pdf Sweden1599 conversion wrong! De_Noord_et_al_2004.pdf Switzerland1600 conversion wrong! De_Noord_et_al_2004.pdf United Kingdom1601 conversion wrong! De_Noord_et_al_2004.pdf EU-15+N+CH1602 #N/A1603 conversion wrong! De_Noord_et_al_2004.pdf Austria1604 conversion wrong! De_Noord_et_al_2004.pdf Belgium1605 conversion wrong! De_Noord_et_al_2004.pdf Denmark1606 conversion wrong! De_Noord_et_al_2004.pdf Finland1607 conversion wrong! De_Noord_et_al_2004.pdf France1608 conversion wrong! De_Noord_et_al_2004.pdf Germany1609 conversion wrong! De_Noord_et_al_2004.pdf Greece1610 conversion wrong! De_Noord_et_al_2004.pdf Ireland1611 conversion wrong! De_Noord_et_al_2004.pdf Italy1612 conversion wrong! De_Noord_et_al_2004.pdf Luxembourg1613 conversion wrong! De_Noord_et_al_2004.pdf Netherlands1614 conversion wrong! De_Noord_et_al_2004.pdf Norway1615 conversion wrong! De_Noord_et_al_2004.pdf Portugal
#N/A #N/A #N/AEU 25 agg agg Forestry biomassEU 25 agg agg Total biomassEU 25 agg agg Energy cropsEU 25 agg agg Total biomass
#N/A #N/A #N/AEU 25 agg agg Forestry biomassEU 25 agg agg Total biomassEU 25 agg agg Energy cropsEU 25 agg agg Total biomass
#N/A #N/A #N/AEU 25 agg agg Forestry biomassEU 25 agg agg Total biomassEU 25 agg agg Energy cropsEU 25 agg agg Total biomass
#N/A #N/A #N/AAustria EU-15 EU-27 Total biomassBelgium EU-15 EU-27 Total biomassGermany EU-15 EU-27 Total biomassDenmark EU-15 EU-27 Total biomassSpain EU-15 EU-27 Total biomassFinland EU-15 EU-27 Total biomassFrance EU-15 EU-27 Total biomassGreece EU-15 EU-27 Total biomassIreland EU-15 EU-27 Total biomassItaly EU-15 EU-27 Total biomassLuxembourg EU-2 EU-27 Total biomassNetherlands EU-2 EU-27 Total biomassPortugal EU-15 EU-27 Total biomassSweden EU-15 EU-27 Total biomassUnited Kingdom EU-15 EU-27 Total biomassEU-15 agg agg Total biomassCzech Republic EU-10 EU-27 Total biomassCyprus EU-2 EU-27 Total biomassEstonia EU-10 EU-27 Total biomassHungary EU-10 EU-27 Total biomassLithuania EU-10 EU-27 Total biomassLatvia EU-10 EU-27 Total biomassMalta EU-2 EU-27 Total biomassPoland EU-10 EU-27 Total biomassSlovenia EU-10 EU-27 Total biomassSlovakia EU-10 EU-27 Total biomassEU-25 agg agg Total biomass
#N/A #N/A #N/AAustria EU-15 EU-27 Total biomassBelgium EU-15 EU-27 Total biomassGermany EU-15 EU-27 Total biomassDenmark EU-15 EU-27 Total biomassSpain EU-15 EU-27 Total biomassFinland EU-15 EU-27 Total biomass
France EU-15 EU-27 Total biomassGreece EU-15 EU-27 Total biomassIreland EU-15 EU-27 Total biomassItaly EU-15 EU-27 Total biomassLuxembourg EU-2 EU-27 Total biomassNetherlands EU-2 EU-27 Total biomassPortugal EU-15 EU-27 Total biomassSweden EU-15 EU-27 Total biomassUnited Kingdom EU-15 EU-27 Total biomassEU-15 agg agg Total biomassCzech Republic EU-10 EU-27 Total biomassCyprus EU-2 EU-27 Total biomassEstonia EU-10 EU-27 Total biomassHungary EU-10 EU-27 Total biomassLithuania EU-10 EU-27 Total biomassLatvia EU-10 EU-27 Total biomassMalta EU-2 EU-27 Total biomassPoland EU-10 EU-27 Total biomassSlovenia EU-10 EU-27 Total biomassSlovakia EU-10 EU-27 Total biomassEU-25 agg agg Total biomass
#N/A #N/A #N/AAustria EU-15 EU-27 Total biomassBelgium EU-15 EU-27 Total biomassGermany EU-15 EU-27 Total biomassDenmark EU-15 EU-27 Total biomassSpain EU-15 EU-27 Total biomassFinland EU-15 EU-27 Total biomassFrance EU-15 EU-27 Total biomassGreece EU-15 EU-27 Total biomassIreland EU-15 EU-27 Total biomassItaly EU-15 EU-27 Total biomassLuxembourg EU-2 EU-27 Total biomassNetherlands EU-2 EU-27 Total biomassPortugal EU-15 EU-27 Total biomassSweden EU-15 EU-27 Total biomassUnited Kingdom EU-15 EU-27 Total biomassEU-15 agg agg Total biomassCzech Republic EU-10 EU-27 Total biomassCyprus EU-2 EU-27 Total biomassEstonia EU-10 EU-27 Total biomassHungary EU-10 EU-27 Total biomassLithuania EU-10 EU-27 Total biomassLatvia EU-10 EU-27 Total biomassMalta EU-2 EU-27 Total biomassPoland EU-10 EU-27 Total biomassSlovenia EU-10 EU-27 Total biomassSlovakia EU-10 EU-27 Total biomassEU-25 agg agg Total biomass
#N/A #N/A #N/AAustria EU-15 EU-27 Total biomassBelgium EU-15 EU-27 Total biomassDenmark EU-15 EU-27 Total biomassFinland EU-15 EU-27 Total biomassFrance EU-15 EU-27 Total biomassGermany EU-15 EU-27 Total biomassGreece EU-15 EU-27 Total biomassIreland EU-15 EU-27 Total biomassItaly EU-15 EU-27 Total biomassLuxembourg EU-2 EU-27 Total biomassNetherlands EU-2 EU-27 Total biomassNorway non-EU non-EU Total biomassPortugal EU-15 EU-27 Total biomassSpain EU-15 EU-27 Total biomassSweden EU-15 EU-27 Total biomassSwitzerland non-EU non-EU Total biomassUnited Kingdom EU-15 EU-27 Total biomass
#N/A #N/A #N/AEU agg agg Energy cropsEU agg agg Energy cropsEU agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy crops
Greece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsLuxembourg EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNorway non-EU non-EU Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSwitzerland non-EU non-EU Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15+N+CH agg agg Energy crops
#N/A #N/A #N/AEU27 agg agg Energy crops
#N/A #N/A #N/AEU15 agg agg Energy cropsEU12 agg agg Energy cropsUkraine non-EU non-EU Energy crops
#N/A #N/A #N/AEU15 agg agg Energy cropsEU12 agg agg Energy cropsUkraine non-EU non-EU Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsch non-EU non-EU Energy cropscz EU-10 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsEE EU-10 EU-27 Energy cropsES EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsIE EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsLT EU-10 EU-27 Energy cropsLU EU-2 EU-27 Energy cropsLV EU-10 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSK EU-10 EU-27 Energy cropsSL EU-10 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsEU15 agg agg Energy cropsEU12 agg agg Energy cropsEUROPE agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy crops
Belgium EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsSwitcherland non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsEE EU-10 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsIE EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLU EU-2 EU-27 Energy cropsLV EU-10 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSK EU-10 EU-27 Energy cropsSL EU-10 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsEU15 agg agg Energy cropsEU12 agg agg Energy cropsEUROPE agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsch non-EU non-EU Energy cropscz EU-10 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsEE EU-10 EU-27 Energy cropsES EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsIE EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsLT EU-10 EU-27 Energy cropsLU EU-2 EU-27 Energy cropsLV EU-10 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSK EU-10 EU-27 Energy cropsSL EU-10 EU-27 Energy crops
UK EU-15 EU-27 Energy cropsEU15 agg agg Energy cropsEU12 agg agg Energy cropsEUROPE agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsBulgaria EU-2 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsEU agg agg Energy crops
#N/A #N/A #N/AEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy cropsEU27 agg agg Energy crops
#N/A #N/A #N/AEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy cropsEU27 (plus Switchla agg agg Energy crops
#N/A #N/A #N/AGermany EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy crops
Hungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsEU25 agg agg Energy crops
#N/A #N/A #N/AGermany EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsEU25 agg agg Energy crops
#N/A #N/A #N/AGermany EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsEU25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy crops
Denmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy crops
Finland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
#N/A #N/A #N/AAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy crops
Greece EU-15 EU-27 Energy cropsIreland EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUnited Kingdom EU-15 EU-27 Energy cropsEU-15 agg agg Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLithuania EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsEU-8 agg agg Energy cropsEU-25 agg agg Energy crops
EU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy crops
Netherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy crops
Belgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy crops
Lithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy crops
Spain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy crops
Denmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy crops
Poland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy crops
Sweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy crops
France EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy crops
Slovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
#N/A #N/A #N/AEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15+10+2 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsEU15 agg agg Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsAustria EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsBelgium EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsDenmark EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFinland EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsFrance EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGermany EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsGreece EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsIrelamd EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsItaly EU-15 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsNetherlands EU-2 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsPortugal EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSpain EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsSweden EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy cropsUK EU-15 EU-27 Energy crops
UK EU-15 EU-27 Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsBulgaria non-EU non-EU Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsCzech Republic EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsEstonia EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsHungary EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLatvia EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsLithouania EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsPoland EU-10 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsRomania EU-2 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovakia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy cropsSlovenia EU-10 EU-27 Energy crops
Biomass type detail Biomass type originalScenario Scenario desYearEnergy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010Energy wood Volume of additionally hBaseline Baseline 2010
Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010Energy wood Amounts of logging resiBaseline Baseline 2010
#N/A Baseline BaselineEnergy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005Energy wood Roundwood production Baseline Baseline 2005
#N/A Baseline BaselinePrimary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005Primary forestry residues Total felling residues Baseline Baseline 2005
#N/A Baseline BaselinePrimary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005Primary forestry residues Available volume of fell Baseline Baseline 2005
#N/APrimary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050
Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050Primary forestry residues Forest residues per to Scenario 2 Scenario "30% 2050
#N/APrimary forestry residues Wood direct from forestBaseline Baseline 2010Total biomass Baseline Baseline 2010Energy crops Energy crops from agricBaseline Baseline 2010Total biomass Total biomass Baseline Baseline 2010
#N/APrimary forestry residues Wood direct from forestBaseline Baseline 2020Total biomass Baseline Baseline 2020Energy crops Energy crops from agricBaseline Baseline 2020Total biomass Total biomass Baseline Baseline 2020
#N/APrimary forestry residues Wood direct from forestBaseline Baseline 2030Total biomass Baseline Baseline 2030Energy crops Energy crops from agricBaseline Baseline 2030Total biomass Total biomass Baseline Baseline 2030
#N/ATotal biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010Total biomass Total Baseline Baseline 2010
#N/ATotal biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020
residues, manure
residues, manure
residues, manure
Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020Total biomass Total Baseline Baseline 2020
#N/ATotal biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030Total biomass Total Baseline Baseline 2030
#N/AEnergy crops Energy crops for agriculBaseline Baseline 2010Energy crops Energy crops for agriculBaseline Baseline 2020Energy crops Energy crops for agriculBaseline Baseline 2030
#N/AEnergy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002
Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002Energy crops Energy crops Baseline Baseline 2002
#N/AWoody energy crops lignocellulosic energy c Baseline Baseline 2000
#N/AEnergy crops for first generation biofuBaseline Baseline 2030Energy crops for first generation biofuBaseline Baseline 2030Energy crops for first generation biofuBaseline Baseline 2030
#N/AWoody energy crops for second generation bBaseline Baseline 2030Woody energy crops for second generation bBaseline Baseline 2030Woody energy crops for second generation bBaseline Baseline 2030
#N/AEnergy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020Energy crops energy crops (baseline Baseline Baseline 2020
#N/AEnergy crops energy crops (Scenario Scenario 1 Scenario 1 2020
Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020Energy crops energy crops (Scenario Scenario 1 Scenario 1 2020
#N/AEnergy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020
Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020Energy crops energy crops (Scenario Scenario 2 Scenario 2 2020
#N/ANon-woody energy crops energy crops (oil seed Baseline Baseline 2000Non-woody energy crops energy crops (oil seed Baseline Baseline 2000Woody energy crops energy crops (dry lignocBaseline Baseline 2000Non-woody energy crops energy crops (oilseed c Baseline Baseline 2000Non-woody energy crops energy crops (oil seed Baseline Baseline 2000Non-woody energy crops energy crops (oil seed Baseline Baseline 2000Non-woody energy crops energy crops (sugar/staBaseline Baseline 2000Energy crops energy crops (dry lignocBaseline Baseline 2000Woody energy crops energy crops (dry lignocBaseline Baseline 2000Non-woody energy crops energy crops (oil crops Baseline Baseline 2000Non-woody energy crops energy crops (sugar/staBaseline Baseline 2000Energy crops energy crops (dry lignocBaseline Baseline 2000Woody energy crops energy crops (dry lignocBaseline Baseline 2000Energy crops energy crops Baseline Baseline 2000
#N/AEnergy crops energy crops (10% arabBaseline Baseline 2030Energy crops energy crops (10% arabBaseline Baseline 2030Energy crops energy crops (10% arablBaseline Baseline 2030Energy crops energy crops (20% arabBaseline Baseline 2030Energy crops energy crops (20% arabBaseline Baseline 2030Energy crops energy crops (20% arablBaseline Baseline 2030Energy crops energy crops (30% arabBaseline Baseline 2030Energy crops energy crops (30% arabBaseline Baseline 2030Energy crops energy crops (30% arablBaseline Baseline 2030
#N/AWoody energy crops woody enErgy crops (popBaseline Baseline 2010Woody energy crops woody energy crops (popBaseline Baseline 2020Woody energy crops woody energy crops (popBaseline Baseline 2030Non-woody energy crops grassy crops (miscanthuBaseline Baseline 2010Non-woody energy crops grassy crops (miscanthuBaseline Baseline 2020Non-woody energy crops grassy crops (miscanthuBaseline Baseline 2030Non-woody energy crops oil crops (rapeseed, su Baseline Baseline 2010Non-woody energy crops oil crops (rapeseed, su Baseline Baseline 2020Non-woody energy crops oil crops (rapeseed, su Baseline Baseline 2030Non-woody energy crops sugar crops (sugarbeet Baseline Baseline 2010Non-woody energy crops sugar crops (sugarbeet Baseline Baseline 2020Non-woody energy crops sugar crops (sugarbeet Baseline Baseline 2030Non-woody energy crops starch crops (wheat, baBaseline Baseline 2010Non-woody energy crops starch crops (wheat, baBaseline Baseline 2020Non-woody energy crops starch crops (wheat, baBaseline Baseline 2030Energy crops total energy crops Baseline Baseline 2010Energy crops total energy crops Baseline Baseline 2020Energy crops total energy crops Baseline Baseline 2030
#N/AEnergy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020
Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020Energy crops energy crops Baseline Baseline 2020
#N/AEnergy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030Energy crops energy crops Baseline Baseline 2030
#N/AEnergy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010Energy crops energy crops Baseline Baseline 2010
#N/AEnergy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010Energy crops energy crops (high enerScenario 1 Scenario"high 2010
#N/AEnergy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020
Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020Energy crops energy crops (high enerScenario 1 Scenario"high 2020
#N/AEnergy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030Energy crops energy crops (high enerScenario 1 Scenario"high 2030
#N/AEnergy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010
Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010Energy crops energy crops (low energScenario 2 Scenario"low 2010
#N/AEnergy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020Energy crops energy crops (low energScenario 2 Scenario"low 2020
#N/AEnergy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030
Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030Energy crops energy crops (low energScenario 2 Scenario"low 2030
Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000
Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000Energy crops Solid energy crops Baseline Baseline 2000Energy crops Crops for bioethanol Baseline Baseline 2000Energy crops Crops for biodiesel Baseline Baseline 2000
#N/AEnergy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010
Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010
Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2010Energy crops Crops for biodiesel Scenario 1 Scenario "No 2010Energy crops Solid energy crops Scenario 1 Scenario "No 2010Energy crops Crops for bioethanol Scenario 1 Scenario "No 2000Energy crops Crops for biodiesel Scenario 1 Scenario "No 2000
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Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020Energy crops Solid energy crops Scenario 1 Scenario "No 2020Energy crops Crops for bioethanol Scenario 1 Scenario "No 2020Energy crops Crops for biodiesel Scenario 1 Scenario "No 2020
#N/AEnergy crops Solid energy crops Scenario 2 Scenario "Lo 2010Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2010Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2010Energy crops Solid energy crops Scenario 2 Scenario "Lo 2010Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2010Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2010Energy crops Solid energy crops Scenario 2 Scenario "Lo 2010Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2010Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2010Energy crops Solid energy crops Scenario 2 Scenario "Lo 2010Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2010Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2010Energy crops Solid energy crops Scenario 2 Scenario "Lo 2010Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2010
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#N/AEnergy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020
Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020Energy crops Solid energy crops Scenario 2 Scenario "Lo 2020Energy crops Crops for bioethanol Scenario 2 Scenario "Lo 2020Energy crops Crops for biodiesel Scenario 2 Scenario "Lo 2020
#N/AEnergy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010
Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010
Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010Energy crops Solid energy crops Scenario 3 Scenario "Hig 2010Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2010Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2010
#N/AEnergy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020
Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020Energy crops Solid energy crops Scenario 3 Scenario "Hig 2020Energy crops Crops for bioethanol Scenario 3 Scenario "Hig 2020Energy crops Crops for biodiesel Scenario 3 Scenario "Hig 2020
#N/AFischer_et_al_2007a+Energy crops+Woody energy crops+Technical potential+EU-25+2030+BaselineFischer_et_al_2007a+Energy crops+Woody energy crops+Technical potential+EU-25+2030+BaselineFischer_et_al_2007a+Energy crops+Woody energy crops+Technical potential+Ukraine+2030+Baseline
#N/ADe_Wit_&Faaij_2008+Energy crops+Woody energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Woody energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Woody energy crops+Technical potential+EU-27+N+CH+U+2030+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2030+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2030+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2030+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Non-woody energy crops+Technical potential+EU-27+N+CH+U+2030+BaselineDe_Wit_&Faaij_2008+Energy crops+Energy crops+Technical potential+EU-27+N+CH+U+2010+BaselineDe_Wit_&Faaij_2008+Energy crops+Energy crops+Technical potential+EU-27+N+CH+U+2020+BaselineDe_Wit_&Faaij_2008+Energy crops+Energy crops+Technical potential+EU-27+N+CH+U+2030+Baseline
Type of study MethodLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessment
Literature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessment
Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005
Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005Literature review, statistics actual use 2005
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Literature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessment
Literature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessment
Literature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessmentLiterature review and modeling Demand-driven assessment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Setting targets for the future biomass use in EU levelSetting targets for the future biomass use in EU levelSetting targets for the future biomass use in EU level
Potential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussed
Potential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussedPotential are calculated based on factors (availabiresource focussed
Bottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit method
Bottom up modelling of land availability Resource focused and spatially explicit method
Bottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit method
Bottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit method
Bottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit methodBottom up modelling of land availability Resource focused and spatially explicit method
Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven Other sources-based analysis of the future potent demand driven
Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops produ Bottom-up cost analysis of bioenergy crops production costs
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
Bottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environmentBottom-up modelling of technical potential Demand-driven with a strong consideration of environment
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potential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdf
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
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potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
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potential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdf
the potentials for 2010, 2020 and 2030 are given oSource: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.
(for cultivating energy crops in 7.9 million ha)
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It is mentioned that the available biomass potential in 2020 will be increse 20% compared tp 2000 (1% increase per year)
Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs Bottom-up cost analysis of bioenergy crops production costs
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High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium
High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium
High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium
High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium
High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium High S-premium
Source: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.
It is mentioned that the available biomass potential in 2020 will be increse 20% compared tp 2000 (1% increase per year)
Source: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.
Data per country
PDF name Country Biomass type
Meuleman_et_al_2005 Austria Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Belgium Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Denmark Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Finland Volume of additionally harvested pulpwood reMeuleman_et_al_2005 France Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Germany Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Greece Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Ireland Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Italy Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Luxembourg Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Netherlands Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Portugal Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Spain Volume of additionally harvested pulpwood reMeuleman_et_al_2005 Sweden Volume of additionally harvested pulpwood reMeuleman_et_al_2005 United Kingdom Volume of additionally harvested pulpwood reMeuleman_et_al_2005 EU-15 Volume of additionally harvested pulpwood re
Meuleman_et_al_2005 Austria Amounts of logging residues potentially avMeuleman_et_al_2005 Belgium Amounts of logging residues potentially avMeuleman_et_al_2005 Denmark Amounts of logging residues potentially avMeuleman_et_al_2005 Finland Amounts of logging residues potentially avMeuleman_et_al_2005 France Amounts of logging residues potentially avMeuleman_et_al_2005 Germany Amounts of logging residues potentially avMeuleman_et_al_2005 Greece Amounts of logging residues potentially avMeuleman_et_al_2005 Ireland Amounts of logging residues potentially avMeuleman_et_al_2005 Italy Amounts of logging residues potentially avMeuleman_et_al_2005 Luxembourg Amounts of logging residues potentially avMeuleman_et_al_2005 Netherlands Amounts of logging residues potentially avMeuleman_et_al_2005 Portugal Amounts of logging residues potentially avMeuleman_et_al_2005 Spain Amounts of logging residues potentially avMeuleman_et_al_2005 Sweden Amounts of logging residues potentially avMeuleman_et_al_2005 United Kingdom Amounts of logging residues potentially avMeuleman_et_al_2005 EU-15 Amounts of logging residues potentially av
Hetsch_2008 Albania Forestry biomass, fellingsHetsch_2008 Austria Forestry biomass, fellingsHetsch_2008 Belarus Forestry biomass, fellingsHetsch_2008 Belgium Forestry biomass, fellingsHetsch_2008 Bosnia and HerzegovForestry biomass, fellingsHetsch_2008 Bulgaria Forestry biomass, fellingsHetsch_2008 Croatia Forestry biomass, fellingsHetsch_2008 Cyprus Forestry biomass, fellingsHetsch_2008 Czech Republic Forestry biomass, fellingsHetsch_2008 Denmark Forestry biomass, fellingsHetsch_2008 Estonia Forestry biomass, fellingsHetsch_2008 Finland Forestry biomass, fellingsHetsch_2008 France Forestry biomass, fellingsHetsch_2008 Georgia Forestry biomass, fellings
Hetsch_2008 Malta Forestry biomass, fellingsHetsch_2008 Moldova Forestry biomass, fellingsHetsch_2008 Montenegro Forestry biomass, fellingsHetsch_2008 Netherlands Forestry biomass, fellingsHetsch_2008 Norway Forestry biomass, fellingsHetsch_2008 Poland Forestry biomass, fellingsHetsch_2008 Portugal Forestry biomass, fellingsHetsch_2008 Romania Forestry biomass, fellingsHetsch_2008 Russian Federation Forestry biomass, fellingsHetsch_2008 Serbia Forestry biomass, fellingsHetsch_2008 Slovakia Forestry biomass, fellingsHetsch_2008 Slovenia Forestry biomass, fellingsHetsch_2008 Spain Forestry biomass, fellingsHetsch_2008 Sweden Forestry biomass, fellingsHetsch_2008 Switzerland Forestry biomass, fellingsHetsch_2008 The FYR of MacedonForestry biomass, fellingsHetsch_2008 Turkey Forestry biomass, fellingsHetsch_2008 Ukraine Forestry biomass, fellingsHetsch_2008 United Kingdom Forestry biomass, fellings
Hetsch_2008 Albania Forestry biomass, residues (branches and rHetsch_2008 Austria Forestry biomass, residues (branches and rHetsch_2008 Belarus Forestry biomass, residues (branches and rHetsch_2008 Belgium Forestry biomass, residues (branches and rHetsch_2008 Bosnia and HerzegovForestry biomass, residues (branches and rHetsch_2008 Bulgaria Forestry biomass, residues (branches and rHetsch_2008 Croatia Forestry biomass, residues (branches and rHetsch_2008 Cyprus Forestry biomass, residues (branches and rHetsch_2008 Czech Republic Forestry biomass, residues (branches and rHetsch_2008 Denmark Forestry biomass, residues (branches and rHetsch_2008 Estonia Forestry biomass, residues (branches and rHetsch_2008 Finland Forestry biomass, residues (branches and rHetsch_2008 France Forestry biomass, residues (branches and rHetsch_2008 Georgia Forestry biomass, residues (branches and rHetsch_2008 Germany Forestry biomass, residues (branches and rHetsch_2008 Greece Forestry biomass, residues (branches and rHetsch_2008 Hungary Forestry biomass, residues (branches and rHetsch_2008 Iceland Forestry biomass, residues (branches and rHetsch_2008 Ireland Forestry biomass, residues (branches and rHetsch_2008 Italy Forestry biomass, residues (branches and rHetsch_2008 Latvia Forestry biomass, residues (branches and rHetsch_2008 Liechtenstein Forestry biomass, residues (branches and rHetsch_2008 Lithuania Forestry biomass, residues (branches and rHetsch_2008 Luxembourg Forestry biomass, residues (branches and rHetsch_2008 Malta Forestry biomass, residues (branches and rHetsch_2008 Moldova Forestry biomass, residues (branches and rHetsch_2008 Montenegro Forestry biomass, residues (branches and rHetsch_2008 Netherlands Forestry biomass, residues (branches and rHetsch_2008 Norway Forestry biomass, residues (branches and rHetsch_2008 Poland Forestry biomass, residues (branches and rHetsch_2008 Portugal Forestry biomass, residues (branches and rHetsch_2008 Romania Forestry biomass, residues (branches and rHetsch_2008 Russian Federation Forestry biomass, residues (branches and rHetsch_2008 Serbia Forestry biomass, residues (branches and r
Hetsch_2008 Slovakia Forestry biomass, residues (branches and rHetsch_2008 Slovenia Forestry biomass, residues (branches and rHetsch_2008 Spain Forestry biomass, residues (branches and rHetsch_2008 Sweden Forestry biomass, residues (branches and rHetsch_2008 Switzerland Forestry biomass, residues (branches and rHetsch_2008 The FYR of MacedonForestry biomass, residues (branches and rHetsch_2008 Turkey Forestry biomass, residues (branches and rHetsch_2008 Ukraine Forestry biomass, residues (branches and rHetsch_2008 United Kingdom Forestry biomass, residues (branches and r
Hetsch_2008 Albania Forestry biomass, residues (branches and rHetsch_2008 Austria Forestry biomass, residues (branches and rHetsch_2008 Belarus Forestry biomass, residues (branches and rHetsch_2008 Belgium Forestry biomass, residues (branches and rHetsch_2008 Bosnia and HerzegovForestry biomass, residues (branches and rHetsch_2008 Bulgaria Forestry biomass, residues (branches and rHetsch_2008 Croatia Forestry biomass, residues (branches and rHetsch_2008 Cyprus Forestry biomass, residues (branches and rHetsch_2008 Czech Republic Forestry biomass, residues (branches and rHetsch_2008 Denmark Forestry biomass, residues (branches and rHetsch_2008 Estonia Forestry biomass, residues (branches and rHetsch_2008 Finland Forestry biomass, residues (branches and rHetsch_2008 France Forestry biomass, residues (branches and rHetsch_2008 Georgia Forestry biomass, residues (branches and rHetsch_2008 Germany Forestry biomass, residues (branches and rHetsch_2008 Greece Forestry biomass, residues (branches and rHetsch_2008 Hungary Forestry biomass, residues (branches and rHetsch_2008 Iceland Forestry biomass, residues (branches and rHetsch_2008 Ireland Forestry biomass, residues (branches and rHetsch_2008 Italy Forestry biomass, residues (branches and rHetsch_2008 Latvia Forestry biomass, residues (branches and rHetsch_2008 Liechtenstein Forestry biomass, residues (branches and rHetsch_2008 Lithuania Forestry biomass, residues (branches and rHetsch_2008 Luxembourg Forestry biomass, residues (branches and rHetsch_2008 Malta Forestry biomass, residues (branches and rHetsch_2008 Moldova Forestry biomass, residues (branches and rHetsch_2008 Montenegro Forestry biomass, residues (branches and rHetsch_2008 Netherlands Forestry biomass, residues (branches and rHetsch_2008 Norway Forestry biomass, residues (branches and rHetsch_2008 Poland Forestry biomass, residues (branches and rHetsch_2008 Portugal Forestry biomass, residues (branches and rHetsch_2008 Romania Forestry biomass, residues (branches and rHetsch_2008 Russian Federation Forestry biomass, residues (branches and rHetsch_2008 Serbia Forestry biomass, residues (branches and rHetsch_2008 Slovakia Forestry biomass, residues (branches and rHetsch_2008 Slovenia Forestry biomass, residues (branches and rHetsch_2008 Spain Forestry biomass, residues (branches and rHetsch_2008 Sweden Forestry biomass, residues (branches and rHetsch_2008 Switzerland Forestry biomass, residues (branches and rHetsch_2008 The FYR of MacedonForestry biomass, residues (branches and rHetsch_2008 Turkey Forestry biomass, residues (branches and rHetsch_2008 Ukraine Forestry biomass, residues (branches and rHetsch_2008 United Kingdom Forestry biomass, residues (branches and r
EEA_2006 Austria AgricultureEEA_2006 Belgium AgricultureEEA_2006 Germany AgricultureEEA_2006 Denmark AgricultureEEA_2006 Spain AgricultureEEA_2006 Finland AgricultureEEA_2006 France AgricultureEEA_2006 Greece AgricultureEEA_2006 Ireland AgricultureEEA_2006 Italy AgricultureEEA_2006 Luxembourg AgricultureEEA_2006 Netherlands AgricultureEEA_2006 Portugal AgricultureEEA_2006 Sweden AgricultureEEA_2006 United Kingdom AgricultureEEA_2006 EU-15 AgricultureEEA_2006 Czech Republic AgricultureEEA_2006 Cyprus AgricultureEEA_2006 Estonia AgricultureEEA_2006 Hungary AgricultureEEA_2006 Lithuania AgricultureEEA_2006 Latvia AgricultureEEA_2006 Malta AgricultureEEA_2006 Poland AgricultureEEA_2006 Slovenia AgricultureEEA_2006 Slovakia AgricultureEEA_2006 EU-25 Agriculture
EEA_2006 Austria WasteEEA_2006 Belgium WasteEEA_2006 Germany WasteEEA_2006 Denmark WasteEEA_2006 Spain WasteEEA_2006 Finland WasteEEA_2006 France WasteEEA_2006 Greece WasteEEA_2006 Ireland WasteEEA_2006 Italy WasteEEA_2006 Luxembourg WasteEEA_2006 Netherlands WasteEEA_2006 Portugal WasteEEA_2006 Sweden WasteEEA_2006 United Kingdom WasteEEA_2006 EU-15 WasteEEA_2006 Czech Republic WasteEEA_2006 Cyprus WasteEEA_2006 Estonia WasteEEA_2006 Hungary WasteEEA_2006 Lithuania WasteEEA_2006 Latvia WasteEEA_2006 Malta WasteEEA_2006 Poland WasteEEA_2006 Slovenia WasteEEA_2006 Slovakia WasteEEA_2006 EU-25 Waste
EEA_2006 Austria TotalEEA_2006 Belgium TotalEEA_2006 Germany TotalEEA_2006 Denmark TotalEEA_2006 Spain TotalEEA_2006 Finland TotalEEA_2006 France TotalEEA_2006 Greece TotalEEA_2006 Ireland TotalEEA_2006 Italy TotalEEA_2006 Luxembourg TotalEEA_2006 Netherlands TotalEEA_2006 Portugal TotalEEA_2006 Sweden TotalEEA_2006 United Kingdom TotalEEA_2006 EU-15 Total
EEA_2006 Czech Republic TotalEEA_2006 Cyprus TotalEEA_2006 Estonia TotalEEA_2006 Hungary TotalEEA_2006 Lithuania TotalEEA_2006 Latvia TotalEEA_2006 Malta TotalEEA_2006 Poland TotalEEA_2006 Slovenia TotalEEA_2006 Slovakia TotalEEA_2006 EU-25 Total
Siemons_et_al_2004 Austria Forestry by productsSiemons_et_al_2004 Belgium Forestry by productsSiemons_et_al_2004 Denmark Forestry by productsSiemons_et_al_2004 Finland Forestry by productsSiemons_et_al_2004 France Forestry by productsSiemons_et_al_2004 Germany Forestry by productsSiemons_et_al_2004 Greece Forestry by productsSiemons_et_al_2004 Ireland Forestry by productsSiemons_et_al_2004 Italy Forestry by productsSiemons_et_al_2004 Netherlands Forestry by productsSiemons_et_al_2004 Portugal Forestry by productsSiemons_et_al_2004 Spain Forestry by productsSiemons_et_al_2004 Sweden Forestry by productsSiemons_et_al_2004 United Kingdom Forestry by products
Siemons_et_al_2004 Austria wood fuelsSiemons_et_al_2004 Belgium wood fuelsSiemons_et_al_2004 Denmark wood fuelsSiemons_et_al_2004 Finland wood fuelsSiemons_et_al_2004 France wood fuelsSiemons_et_al_2004 Germany wood fuelsSiemons_et_al_2004 Greece wood fuelsSiemons_et_al_2004 Ireland wood fuelsSiemons_et_al_2004 Italy wood fuelsSiemons_et_al_2004 Netherlands wood fuelsSiemons_et_al_2004 Portugal wood fuelsSiemons_et_al_2004 Spain wood fuelsSiemons_et_al_2004 Sweden wood fuelsSiemons_et_al_2004 United Kingdom wood fuelsSiemons_et_al_2004 Bulgaria wood fuelsSiemons_et_al_2004 Czech Republic wood fuelsSiemons_et_al_2004 Estonia wood fuelsSiemons_et_al_2004 Hungary wood fuelsSiemons_et_al_2004 Latvia wood fuelsSiemons_et_al_2004 Lithuania wood fuelsSiemons_et_al_2004 Poland wood fuelsSiemons_et_al_2004 Romania wood fuelsSiemons_et_al_2004 Slovakia wood fuelsSiemons_et_al_2004 Slovenia wood fuels
Siemons_et_al_2004 Austria black liquorSiemons_et_al_2004 Belgium black liquor
Siemons_et_al_2004 Denmark black liquorSiemons_et_al_2004 Finland black liquorSiemons_et_al_2004 France black liquorSiemons_et_al_2004 Germany black liquorSiemons_et_al_2004 Greece black liquorSiemons_et_al_2004 Ireland black liquorSiemons_et_al_2004 Italy black liquorSiemons_et_al_2004 Netherlands black liquorSiemons_et_al_2004 Portugal black liquorSiemons_et_al_2004 Spain black liquorSiemons_et_al_2004 Sweden black liquorSiemons_et_al_2004 United Kingdom black liquorSiemons_et_al_2004 Bulgaria black liquorSiemons_et_al_2004 Czech Republic black liquorSiemons_et_al_2004 Estonia black liquorSiemons_et_al_2004 Hungary black liquorSiemons_et_al_2004 Latvia black liquorSiemons_et_al_2004 Lithuania black liquorSiemons_et_al_2004 Poland black liquorSiemons_et_al_2004 Romania black liquorSiemons_et_al_2004 Slovakia black liquorSiemons_et_al_2004 Slovenia black liquorSiemons_et_al_2004 Austria Forest by productsSiemons_et_al_2004 Belgium Forest by productsSiemons_et_al_2004 Denmark Forest by productsSiemons_et_al_2004 Finland Forest by productsSiemons_et_al_2004 France Forest by productsSiemons_et_al_2004 Germany Forest by productsSiemons_et_al_2004 Greece Forest by productsSiemons_et_al_2004 Ireland Forest by productsSiemons_et_al_2004 Italy Forest by productsSiemons_et_al_2004 Netherlands Forest by productsSiemons_et_al_2004 Portugal Forest by productsSiemons_et_al_2004 Spain Forest by productsSiemons_et_al_2004 Sweden Forest by productsSiemons_et_al_2004 United Kingdom Forest by productsSiemons_et_al_2004 Austria Forest by productsSiemons_et_al_2004 Belgium Forest by productsSiemons_et_al_2004 Denmark Forest by productsSiemons_et_al_2004 Finland Forest by productsSiemons_et_al_2004 France Forest by productsSiemons_et_al_2004 Germany Forest by productsSiemons_et_al_2004 Greece Forest by productsSiemons_et_al_2004 Ireland Forest by productsSiemons_et_al_2004 Italy Forest by productsSiemons_et_al_2004 Netherlands Forest by productsSiemons_et_al_2004 Portugal Forest by productsSiemons_et_al_2004 Spain Forest by productsSiemons_et_al_2004 Sweden Forest by productsSiemons_et_al_2004 United Kingdom Forest by productsSiemons_et_al_2004 Austria wood fuelsSiemons_et_al_2004 Belgium wood fuelsSiemons_et_al_2004 Germany wood fuelsSiemons_et_al_2004 Denmark wood fuels
Siemons_et_al_2004 Greece wood fuelsSiemons_et_al_2004 Spain wood fuelsSiemons_et_al_2004 Finland wood fuelsSiemons_et_al_2004 France wood fuelsSiemons_et_al_2004 Ireland wood fuelsSiemons_et_al_2004 Italy wood fuelsSiemons_et_al_2004 Netherlands wood fuelsSiemons_et_al_2004 Portugal wood fuelsSiemons_et_al_2004 Sweden wood fuelsSiemons_et_al_2004 United Kingdom wood fuelsSiemons_et_al_2004 Bulgaria wood fuelsSiemons_et_al_2004 Czech Republic wood fuelsSiemons_et_al_2004 Estonia wood fuelsSiemons_et_al_2004 Hungary wood fuelsSiemons_et_al_2004 Lithuania wood fuelsSiemons_et_al_2004 Latvia wood fuelsSiemons_et_al_2004 Poland wood fuelsSiemons_et_al_2004 Romania wood fuelsSiemons_et_al_2004 Slovakia wood fuelsSiemons_et_al_2004 Slovenia wood fuelsSiemons_et_al_2004 Austria wood fuelsSiemons_et_al_2004 Belgium wood fuelsSiemons_et_al_2004 Germany wood fuelsSiemons_et_al_2004 Denmark wood fuelsSiemons_et_al_2004 Greece wood fuelsSiemons_et_al_2004 Spain wood fuelsSiemons_et_al_2004 Finland wood fuelsSiemons_et_al_2004 France wood fuelsSiemons_et_al_2004 Ireland wood fuelsSiemons_et_al_2004 Italy wood fuelsSiemons_et_al_2004 Netherlands wood fuelsSiemons_et_al_2004 Portugal wood fuelsSiemons_et_al_2004 Sweden wood fuelsSiemons_et_al_2004 United Kingdom wood fuelsSiemons_et_al_2004 Bulgaria wood fuelsSiemons_et_al_2004 Czech Republic wood fuelsSiemons_et_al_2004 Estonia wood fuelsSiemons_et_al_2004 Hungary wood fuelsSiemons_et_al_2004 Lithuania wood fuelsSiemons_et_al_2004 Latvia wood fuelsSiemons_et_al_2004 Poland wood fuelsSiemons_et_al_2004 Romania wood fuelsSiemons_et_al_2004 Slovakia wood fuelsSiemons_et_al_2004 Slovenia wood fuels
Asikainen_et_al_2008 Austria Growing stockAsikainen_et_al_2008 Belgium Growing stockAsikainen_et_al_2008 Bulgaria Growing stockAsikainen_et_al_2008 Czech Republic Growing stockAsikainen_et_al_2008 Denmark Growing stockAsikainen_et_al_2008 Estonia Growing stockAsikainen_et_al_2008 Finland Growing stockAsikainen_et_al_2008 France Growing stock
Asikainen_et_al_2008 Austria Growing stockAsikainen_et_al_2008 Belgium Growing stockAsikainen_et_al_2008 Bulgaria Growing stockAsikainen_et_al_2008 Cyprus Growing stockAsikainen_et_al_2008 Czech Republic Growing stockAsikainen_et_al_2008 Denmark Growing stockAsikainen_et_al_2008 Estonia Growing stockAsikainen_et_al_2008 Finland Growing stockAsikainen_et_al_2008 France Growing stockAsikainen_et_al_2008 Greece Growing stockAsikainen_et_al_2008 Hungary Growing stockAsikainen_et_al_2008 Italy Growing stockAsikainen_et_al_2008 Latvia Growing stockAsikainen_et_al_2008 Lithuania Growing stockAsikainen_et_al_2008 Luxembourg Growing stockAsikainen_et_al_2008 Netherlands Growing stockAsikainen_et_al_2008 Poland Growing stockAsikainen_et_al_2008 Portugal Growing stockAsikainen_et_al_2008 Romania Growing stockAsikainen_et_al_2008 Slovakia Growing stockAsikainen_et_al_2008 Slovenia Growing stockAsikainen_et_al_2008 Spain Growing stockAsikainen_et_al_2008 Sweden Growing stockAsikainen_et_al_2008 United Kingdom Growing stock
Asikainen_et_al_2008 Austria Roundwood productionAsikainen_et_al_2008 Belgium Roundwood productionAsikainen_et_al_2008 Bulgaria Roundwood productionAsikainen_et_al_2008 Cyprus Roundwood productionAsikainen_et_al_2008 Czech Republic Roundwood productionAsikainen_et_al_2008 Denmark Roundwood productionAsikainen_et_al_2008 Estonia Roundwood productionAsikainen_et_al_2008 Finland Roundwood productionAsikainen_et_al_2008 France Roundwood productionAsikainen_et_al_2008 Germany Roundwood productionAsikainen_et_al_2008 Greece Roundwood productionAsikainen_et_al_2008 Hungary Roundwood production
Asikainen_et_al_2008 Ireland Roundwood productionAsikainen_et_al_2008 Italy Roundwood productionAsikainen_et_al_2008 Latvia Roundwood productionAsikainen_et_al_2008 Lithuania Roundwood productionAsikainen_et_al_2008 Luxembourg Roundwood productionAsikainen_et_al_2008 Netherlands Roundwood productionAsikainen_et_al_2008 Poland Roundwood productionAsikainen_et_al_2008 Portugal Roundwood productionAsikainen_et_al_2008 Romania Roundwood productionAsikainen_et_al_2008 Slovakia Roundwood productionAsikainen_et_al_2008 Slovenia Roundwood productionAsikainen_et_al_2008 Spain Roundwood productionAsikainen_et_al_2008 Sweden Roundwood productionAsikainen_et_al_2008 United Kingdom Roundwood production
Asikainen_et_al_2008 Austria Total felling residuesAsikainen_et_al_2008 Belgium Total felling residuesAsikainen_et_al_2008 Bulgaria Total felling residuesAsikainen_et_al_2008 Czech Republic Total felling residuesAsikainen_et_al_2008 Denmark Total felling residuesAsikainen_et_al_2008 Estonia Total felling residuesAsikainen_et_al_2008 Finland Total felling residuesAsikainen_et_al_2008 France Total felling residuesAsikainen_et_al_2008 Germany Total felling residuesAsikainen_et_al_2008 Hungary Total felling residuesAsikainen_et_al_2008 Ireland Total felling residuesAsikainen_et_al_2008 Italy Total felling residuesAsikainen_et_al_2008 Latvia Total felling residuesAsikainen_et_al_2008 Lithuania Total felling residuesAsikainen_et_al_2008 Luxembourg Total felling residuesAsikainen_et_al_2008 Netherlands Total felling residuesAsikainen_et_al_2008 Poland Total felling residuesAsikainen_et_al_2008 Portugal Total felling residuesAsikainen_et_al_2008 Romania Total felling residuesAsikainen_et_al_2008 Slovakia Total felling residuesAsikainen_et_al_2008 Slovenia Total felling residuesAsikainen_et_al_2008 Spain Total felling residuesAsikainen_et_al_2008 Sweden Total felling residuesAsikainen_et_al_2008 United Kingdom Total felling residues
Asikainen_et_al_2008 Austria Available volume of felling residuesAsikainen_et_al_2008 Belgium Available volume of felling residuesAsikainen_et_al_2008 Bulgaria Available volume of felling residuesAsikainen_et_al_2008 Cyprus Available volume of felling residuesAsikainen_et_al_2008 Czech Republic Available volume of felling residuesAsikainen_et_al_2008 Denmark Available volume of felling residuesAsikainen_et_al_2008 Estonia Available volume of felling residuesAsikainen_et_al_2008 Finland Available volume of felling residuesAsikainen_et_al_2008 France Available volume of felling residuesAsikainen_et_al_2008 Germany Available volume of felling residuesAsikainen_et_al_2008 Greece Available volume of felling residuesAsikainen_et_al_2008 Hungary Available volume of felling residuesAsikainen_et_al_2008 Ireland Available volume of felling residuesAsikainen_et_al_2008 Italy Available volume of felling residues
Asikainen_et_al_2008 Latvia Available volume of felling residuesAsikainen_et_al_2008 Lithuania Available volume of felling residuesAsikainen_et_al_2008 Luxembourg Available volume of felling residuesAsikainen_et_al_2008 Netherlands Available volume of felling residuesAsikainen_et_al_2008 Poland Available volume of felling residuesAsikainen_et_al_2008 Portugal Available volume of felling residuesAsikainen_et_al_2008 Romania Available volume of felling residuesAsikainen_et_al_2008 Slovakia Available volume of felling residuesAsikainen_et_al_2008 Slovenia Available volume of felling residuesAsikainen_et_al_2008 Spain Available volume of felling residuesAsikainen_et_al_2008 Sweden Available volume of felling residuesAsikainen_et_al_2008 United Kingdom Available volume of felling residues
EEA_2007a Austria Felling residuesEEA_2007a Belgium Felling residuesEEA_2007a Czech Republic Felling residuesEEA_2007a Germany Felling residuesEEA_2007a Denmark Felling residuesEEA_2007a Estonia Felling residuesEEA_2007a Spain Felling residuesEEA_2007a Finland Felling residuesEEA_2007a France Felling residuesEEA_2007a Hungary Felling residuesEEA_2007a Ireland Felling residuesEEA_2007a Italy Felling residuesEEA_2007a Lithuania Felling residuesEEA_2007a Latvia Felling residuesEEA_2007a Netherlands Felling residuesEEA_2007a Poland Felling residuesEEA_2007a Portugal Felling residuesEEA_2007a Sweden Felling residuesEEA_2007a Slovenia Felling residuesEEA_2007a Slovakia Felling residuesEEA_2007a United Kingdom Felling residues
EEA_2007a Austria Felling residuesEEA_2007a Belgium Felling residuesEEA_2007a Czech Republic Felling residuesEEA_2007a Germany Felling residuesEEA_2007a Denmark Felling residuesEEA_2007a Estonia Felling residuesEEA_2007a Spain Felling residuesEEA_2007a Finland Felling residuesEEA_2007a France Felling residuesEEA_2007a Hungary Felling residuesEEA_2007a Ireland Felling residuesEEA_2007a Italy Felling residuesEEA_2007a Lithuania Felling residuesEEA_2007a Latvia Felling residuesEEA_2007a Netherlands Felling residuesEEA_2007a Poland Felling residuesEEA_2007a Portugal Felling residuesEEA_2007a Sweden Felling residuesEEA_2007a Slovenia Felling residues
EEA_2007a Slovakia Felling residuesEEA_2007a United Kingdom Felling residues
EEA_2007a Austria Felling residuesEEA_2007a Belgium Felling residuesEEA_2007a Czech Republic Felling residuesEEA_2007a Germany Felling residuesEEA_2007a Denmark Felling residuesEEA_2007a Estonia Felling residuesEEA_2007a Spain Felling residuesEEA_2007a Finland Felling residuesEEA_2007a France Felling residuesEEA_2007a Hungary Felling residuesEEA_2007a Ireland Felling residuesEEA_2007a Italy Felling residuesEEA_2007a Lithuania Felling residuesEEA_2007a Latvia Felling residuesEEA_2007a Netherlands Felling residuesEEA_2007a Poland Felling residuesEEA_2007a Portugal Felling residuesEEA_2007a Sweden Felling residuesEEA_2007a Slovenia Felling residuesEEA_2007a Slovakia Felling residuesEEA_2007a United Kingdom Felling residues
EEA_2007a Austria Felling residuesEEA_2007a Belgium Felling residuesEEA_2007a Czech Republic Felling residuesEEA_2007a Germany Felling residuesEEA_2007a Denmark Felling residuesEEA_2007a Estonia Felling residuesEEA_2007a Spain Felling residuesEEA_2007a Finland Felling residuesEEA_2007a France Felling residuesEEA_2007a Hungary Felling residuesEEA_2007a Ireland Felling residuesEEA_2007a Italy Felling residuesEEA_2007a Lithuania Felling residuesEEA_2007a Latvia Felling residuesEEA_2007a Netherlands Felling residuesEEA_2007a Poland Felling residuesEEA_2007a Portugal Felling residuesEEA_2007a Sweden Felling residuesEEA_2007a Slovenia Felling residuesEEA_2007a Slovakia Felling residuesEEA_2007a United Kingdom Felling residues
Nikolaou_et_al_2003 Austria WoodfuelNikolaou_et_al_2003 Austria Forestry byproductsNikolaou_et_al_2003 Austria Black liquorNikolaou_et_al_2003 Belgium WoodfuelNikolaou_et_al_2003 Belgium Forestry byproductsNikolaou_et_al_2003 Belgium Black liquorNikolaou_et_al_2003 Denmark Woodfuel
Nikolaou_et_al_2003 Denmark Forestry byproductsNikolaou_et_al_2003 Denmark Black liquorNikolaou_et_al_2003 Finland WoodfuelNikolaou_et_al_2003 Finland Forestry byproductsNikolaou_et_al_2003 Finland Black liquorNikolaou_et_al_2003 France WoodfuelNikolaou_et_al_2003 France Forestry byproductsNikolaou_et_al_2003 France Black liquorNikolaou_et_al_2003 Germany WoodfuelNikolaou_et_al_2003 Germany Forestry byproductsNikolaou_et_al_2003 Germany Black liquorNikolaou_et_al_2003 Greece WoodfuelNikolaou_et_al_2003 Greece Forestry byproductsNikolaou_et_al_2003 Greece Black liquorNikolaou_et_al_2003 Ireland WoodfuelNikolaou_et_al_2003 Ireland Forestry byproductsNikolaou_et_al_2003 Ireland Black liquorNikolaou_et_al_2003 Italy WoodfuelNikolaou_et_al_2003 Italy Forestry byproductsNikolaou_et_al_2003 Italy Black liquorNikolaou_et_al_2003 Netherlands WoodfuelNikolaou_et_al_2003 Netherlands Forestry byproductsNikolaou_et_al_2003 Portugal WoodfuelNikolaou_et_al_2003 Portugal Forestry byproductsNikolaou_et_al_2003 Portugal Black liquorNikolaou_et_al_2003 Spain WoodfuelNikolaou_et_al_2003 Spain Forestry byproductsNikolaou_et_al_2003 Spain Black liquorNikolaou_et_al_2003 Sweden WoodfuelNikolaou_et_al_2003 Sweden Forestry byproductsNikolaou_et_al_2003 Sweden Black liquorNikolaou_et_al_2003 United Kingdom WoodfuelNikolaou_et_al_2003 United Kingdom Forestry byproductsNikolaou_et_al_2003 United Kingdom Black liquorNikolaou_et_al_2003 Bulgaria WoodfuelNikolaou_et_al_2003 Bulgaria Forestry byproductsNikolaou_et_al_2003 Bulgaria Black liquorNikolaou_et_al_2003 Estonia Woodfuel and Forestry byproductsNikolaou_et_al_2003 Estonia Black liquorNikolaou_et_al_2003 Latvia Woodfuel and Forestry byproductsNikolaou_et_al_2003 Lithuania Woodfuel and Forestry byproductsNikolaou_et_al_2003 Romania Woodfuel and Forestry byproductsNikolaou_et_al_2003 Romania Black liquorNikolaou_et_al_2003 Czech Republic WoodfuelNikolaou_et_al_2003 Czech Republic Black liquorNikolaou_et_al_2003 Slovakia WoodfuelNikolaou_et_al_2003 Slovakia Black liquorNikolaou_et_al_2003 Polland WoodfuelNikolaou_et_al_2003 Polland Forestry byproductsNikolaou_et_al_2003 Polland Black liquorNikolaou_et_al_2003 Hungary WoodfuelNikolaou_et_al_2003 Slovenia WoodfuelNikolaou_et_al_2003 Slovenia Black liquor
Alakangas_et_al_2007 Austria Forest residuesAlakangas_et_al_2007 Austria Industrial by productsAlakangas_et_al_2007 Austria Industrial waste liquorAlakangas_et_al_2007 Austria Residential firewoodAlakangas_et_al_2007 Austria Wood residuesAlakangas_et_al_2007 Austria Refined wood fuelsAlakangas_et_al_2007 Austria Other biomass resourcesAlakangas_et_al_2007 Belgium Forest residuesAlakangas_et_al_2007 Czech Reublic Forest residuesAlakangas_et_al_2007 Czech Reublic Industrial by productsAlakangas_et_al_2007 Czech Reublic Industrial waste liquorAlakangas_et_al_2007 Czech Reublic Residential firewoodAlakangas_et_al_2007 Czech Reublic Wood residuesAlakangas_et_al_2007 Czech Reublic Other biomass resourcesAlakangas_et_al_2007 Denmark Forest residuesAlakangas_et_al_2007 Denmark Residential firewoodAlakangas_et_al_2007 Denmark Other biomass resourcesAlakangas_et_al_2007 Estonia Residential firewoodAlakangas_et_al_2007 Estonia Industrial by productsAlakangas_et_al_2007 Estonia Residential firewoodAlakangas_et_al_2007 Estonia Other biomass resourcesAlakangas_et_al_2007 Finland Forest residuesAlakangas_et_al_2007 Finland Industrial by productsAlakangas_et_al_2007 Finland Industrial waste liquorAlakangas_et_al_2007 Finland Residential firewoodAlakangas_et_al_2007 Finland Refined wood fuelsAlakangas_et_al_2007 Finland Other biomass resourcesAlakangas_et_al_2007 France Forest residuesAlakangas_et_al_2007 France Industrial by productsAlakangas_et_al_2007 France Industrial waste liquorAlakangas_et_al_2007 France Residential firewoodAlakangas_et_al_2007 France Wood residuesAlakangas_et_al_2007 France Other biomass resourcesAlakangas_et_al_2007 Germany Forest residuesAlakangas_et_al_2007 Germany Industrial by productsAlakangas_et_al_2007 Germany Industrial waste liquorAlakangas_et_al_2007 Germany Residential firewoodAlakangas_et_al_2007 Germany Wood residuesAlakangas_et_al_2007 Germany Other biomass resourcesAlakangas_et_al_2007 Greece Other biomass resourcesAlakangas_et_al_2007 Hungary Forest residuesAlakangas_et_al_2007 Hungary Residential firewoodAlakangas_et_al_2007 Ireland Industrial by productsAlakangas_et_al_2007 Ireland Other biomass resourcesAlakangas_et_al_2007 Italy Industrial by productsAlakangas_et_al_2007 Italy Residential firewoodAlakangas_et_al_2007 Italy Wood residuesAlakangas_et_al_2007 Latvia Forest residuesAlakangas_et_al_2007 Latvia Industrial by productsAlakangas_et_al_2007 Latvia Residential firewoodAlakangas_et_al_2007 Netherlands Forest residuesAlakangas_et_al_2007 Netherlands Industrial by productsAlakangas_et_al_2007 Netherlands Residential firewood
Alakangas_et_al_2007 Netherlands Wood residuesAlakangas_et_al_2007 Netherlands Other biomass resourcesAlakangas_et_al_2007 Poland Forest residuesAlakangas_et_al_2007 Poland Industrial by productsAlakangas_et_al_2007 Poland Industrial waste liquorAlakangas_et_al_2007 Poland Residential firewoodAlakangas_et_al_2007 Poland Wood residuesAlakangas_et_al_2007 Poland Other biomass resourcesAlakangas_et_al_2007 Portugal Forest residuesAlakangas_et_al_2007 Portugal Industrial by productsAlakangas_et_al_2007 Portugal Industrial waste liquorAlakangas_et_al_2007 Portugal Other biomass resourcesAlakangas_et_al_2007 Slovakia Forest residuesAlakangas_et_al_2007 Slovakia Residential firewoodAlakangas_et_al_2007 Slovakia Other biomass resourcesAlakangas_et_al_2007 Spain Forest residuesAlakangas_et_al_2007 Spain Industrial by productsAlakangas_et_al_2007 Spain Wood residuesAlakangas_et_al_2007 Spain Other biomass resourcesAlakangas_et_al_2007 Sweden Forest residuesAlakangas_et_al_2007 Sweden Industrial by productsAlakangas_et_al_2007 Sweden Industrial waste liquorAlakangas_et_al_2007 Sweden Residential firewoodAlakangas_et_al_2007 Sweden Wood residuesAlakangas_et_al_2007 Sweden Refined wood fuelsAlakangas_et_al_2007 Sweden Other biomass resourcesAlakangas_et_al_2007 United Kingdom Forest residuesAlakangas_et_al_2007 United Kingdom Industrial by products
De_Noord_et_al_2004.pdfAustria Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfBelgium Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfDenmark Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfFinland Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfFrance Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfGermany Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfGreece Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfIreland Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfItaly Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfLuxembourg Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfNetherlands Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfNorway Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfPortugal Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfSpain Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfSweden Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfSwitzerland Forestry residues of round- and fuel woodsDe_Noord_et_al_2004.pdfUnited Kingdom Forestry residues of round- and fuel woods
Eriksson&Nilsson_2006.pdAustria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelgium-Luxenburg Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdDenmark Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFinland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFrance Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGermany Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdGreece Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdIreland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdItaly Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdNetherlands Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPortugal Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSpain Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSweden Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUnited Kingdom Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelarus Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBulgaria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdCzech Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdEstonia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdHungary Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLatvia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLithuania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPoland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdRomania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovakia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovenia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUkraine Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdAustria Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBelgium-Luxenburg Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdDenmark Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdFinland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdFrance Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdGermany Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdGreece Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdIreland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdItaly Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdNetherlands Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdPortugal Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSpain Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSweden Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdUnited Kingdom Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBelarus Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBulgaria Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdCzech Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdEstonia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdHungary Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdLatvia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdLithuania Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdPoland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdRomania Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSlovakia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSlovenia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdUkraine Forest residues per tonne stemwood= 15%
Eriksson&Nilsson_2006.pdAustria Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBelgium-Luxenburg Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdDenmark Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdFinland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdFrance Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdGermany Forest residues per tonne stemwood= 30%
Eriksson&Nilsson_2006.pdGreece Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdIreland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdItaly Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdNetherlands Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdPortugal Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSpain Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSweden Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdUnited Kingdom Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBelarus Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBulgaria Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdCzech Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdEstonia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdHungary Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdLatvia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdLithuania Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdPoland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdRomania Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSlovakia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSlovenia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdUkraine Forest residues per tonne stemwood= 30%
Eriksson&Nilsson_2006.pdAustria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelgium-Luxenburg Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdDenmark Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFinland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFrance Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGermany Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGreece Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdIreland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdItaly Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdNetherlands Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPortugal Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSpain Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSweden Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUnited Kingdom Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelarus Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBulgaria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdCzech Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdEstonia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdHungary Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLatvia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLithuania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPoland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdRomania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovakia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovenia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUkraine Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdAustria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelgium-Luxenburg Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdDenmark Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFinland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFrance Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGermany Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdGreece Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdIreland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdItaly Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdNetherlands Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPortugal Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSpain Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSweden Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUnited Kingdom Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelarus Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBulgaria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdCzech Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdEstonia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdHungary Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLatvia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLithuania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPoland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdRomania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovakia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovenia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUkraine Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdAustria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelgium-Luxenburg Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdDenmark Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFinland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFrance Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGermany Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGreece Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdIreland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdItaly Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdNetherlands Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPortugal Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSpain Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSweden Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUnited Kingdom Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelarus Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBulgaria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdCzech Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdEstonia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdHungary Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLatvia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLithuania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPoland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdRomania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovakia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovenia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUkraine Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdAustria Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBelgium-Luxenburg Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdDenmark Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdFinland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdFrance Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdGermany Forest residues per tonne stemwood= 15%
Eriksson&Nilsson_2006.pdGreece Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdIreland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdItaly Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdNetherlands Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdPortugal Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSpain Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSweden Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdUnited Kingdom Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBelarus Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdBulgaria Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdCzech Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdEstonia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdHungary Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdLatvia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdLithuania Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdPoland Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdRomania Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSlovakia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdSlovenia Forest residues per tonne stemwood= 15% Eriksson&Nilsson_2006.pdUkraine Forest residues per tonne stemwood= 15%
Eriksson&Nilsson_2006.pdAustria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelgium-Luxenburg Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdDenmark Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFinland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdFrance Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGermany Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdGreece Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdIreland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdItaly Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdNetherlands Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPortugal Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSpain Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSweden Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUnited Kingdom Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBelarus Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdBulgaria Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdCzech Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdEstonia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdHungary Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLatvia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdLithuania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdPoland Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdRomania Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovakia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdSlovenia Forest industry by-products, 25% of indusEriksson&Nilsson_2006.pdUkraine Forest industry by-products, 25% of indus
Eriksson&Nilsson_2006.pdAustria Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBelgium-Luxenburg Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdDenmark Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdFinland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdFrance Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdGermany Forest residues per tonne stemwood= 30%
Eriksson&Nilsson_2006.pdGreece Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdIreland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdItaly Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdNetherlands Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdPortugal Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSpain Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSweden Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdUnited Kingdom Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBelarus Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdBulgaria Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdCzech Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdEstonia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdHungary Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdLatvia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdLithuania Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdPoland Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdRomania Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSlovakia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdSlovenia Forest residues per tonne stemwood= 30% Eriksson&Nilsson_2006.pdUkraine Forest residues per tonne stemwood= 30%
Siemons_et_al_2004 Austria black liquorSiemons_et_al_2004 Austria black liquorSiemons_et_al_2004 Belgium black liquorSiemons_et_al_2004 Belgium black liquorSiemons_et_al_2004 Denmark black liquorSiemons_et_al_2004 Denmark black liquorSiemons_et_al_2004 Finland black liquorSiemons_et_al_2004 Finland black liquorSiemons_et_al_2004 France black liquorSiemons_et_al_2004 France black liquorSiemons_et_al_2004 Germany black liquorSiemons_et_al_2004 Germany black liquorSiemons_et_al_2004 Greece black liquorSiemons_et_al_2004 Greece black liquorSiemons_et_al_2004 Ireland black liquorSiemons_et_al_2004 Ireland black liquorSiemons_et_al_2004 Italy black liquorSiemons_et_al_2004 Italy black liquorSiemons_et_al_2004 Luxembourg black liquorSiemons_et_al_2004 Luxembourg black liquorSiemons_et_al_2004 Netherlands black liquorSiemons_et_al_2004 Netherlands black liquorSiemons_et_al_2004 Norway black liquorSiemons_et_al_2004 Norway black liquorSiemons_et_al_2004 Portugal black liquorSiemons_et_al_2004 Portugal black liquorSiemons_et_al_2004 Spain black liquorSiemons_et_al_2004 Spain black liquorSiemons_et_al_2004 Sweden black liquorSiemons_et_al_2004 Sweden black liquorSiemons_et_al_2004 Switzerland black liquorSiemons_et_al_2004 Switzerland black liquorSiemons_et_al_2004 United Kingdom black liquorSiemons_et_al_2004 United Kingdom black liquorSiemons_et_al_2004 Bulgaria black liquorSiemons_et_al_2004 Bulgaria black liquorSiemons_et_al_2004 Czech Republic black liquorSiemons_et_al_2004 Czech Republic black liquorSiemons_et_al_2004 Estonia black liquorSiemons_et_al_2004 Estonia black liquorSiemons_et_al_2004 Hungary black liquorSiemons_et_al_2004 Hungary black liquorSiemons_et_al_2004 Lithuania black liquorSiemons_et_al_2004 Lithuania black liquorSiemons_et_al_2004 Latvia black liquor
Siemons_et_al_2004 Latvia black liquorSiemons_et_al_2004 Poland black liquorSiemons_et_al_2004 Poland black liquorSiemons_et_al_2004 Romania black liquorSiemons_et_al_2004 Romania black liquorSiemons_et_al_2004 Slovak Republic black liquorSiemons_et_al_2004 Slovak Republic black liquorSiemons_et_al_2004 Slovenia black liquorSiemons_et_al_2004 Slovenia black liquorSiemons_et_al_2004 EU-15 black liquorSiemons_et_al_2004 EU-15 black liquorSiemons_et_al_2004 EU+12 black liquorSiemons_et_al_2004 EU+12 black liquorSiemons_et_al_2004 EU-27 black liquorSiemons_et_al_2004 EU-27 black liquor
Siemons_et_al_2004 Austria sewage sludgeSiemons_et_al_2004 Austria sewage sludgeSiemons_et_al_2004 Belgium sewage sludgeSiemons_et_al_2004 Belgium sewage sludgeSiemons_et_al_2004 Denmark sewage sludgeSiemons_et_al_2004 Denmark sewage sludgeSiemons_et_al_2004 Finland sewage sludgeSiemons_et_al_2004 Finland sewage sludgeSiemons_et_al_2004 France sewage sludgeSiemons_et_al_2004 France sewage sludgeSiemons_et_al_2004 Germany sewage sludgeSiemons_et_al_2004 Germany sewage sludgeSiemons_et_al_2004 Greece sewage sludgeSiemons_et_al_2004 Greece sewage sludgeSiemons_et_al_2004 Ireland sewage sludgeSiemons_et_al_2004 Ireland sewage sludgeSiemons_et_al_2004 Italy sewage sludgeSiemons_et_al_2004 Italy sewage sludgeSiemons_et_al_2004 Luxembourg sewage sludgeSiemons_et_al_2004 Luxembourg sewage sludgeSiemons_et_al_2004 Netherlands sewage sludgeSiemons_et_al_2004 Netherlands sewage sludgeSiemons_et_al_2004 Norway sewage sludgeSiemons_et_al_2004 Norway sewage sludgeSiemons_et_al_2004 Portugal sewage sludgeSiemons_et_al_2004 Portugal sewage sludgeSiemons_et_al_2004 Spain sewage sludgeSiemons_et_al_2004 Spain sewage sludgeSiemons_et_al_2004 Sweden sewage sludgeSiemons_et_al_2004 Sweden sewage sludgeSiemons_et_al_2004 Switzerland sewage sludgeSiemons_et_al_2004 Switzerland sewage sludgeSiemons_et_al_2004 United Kingdom sewage sludgeSiemons_et_al_2004 United Kingdom sewage sludgeSiemons_et_al_2004 Bulgaria sewage sludgeSiemons_et_al_2004 Bulgaria sewage sludgeSiemons_et_al_2004 Czech Republic sewage sludgeSiemons_et_al_2004 Czech Republic sewage sludge
EC_Biomass_Action_PlanEU Energy crops for agriculture EC_Biomass_Action_PlanEU Energy crops for agriculture EC_Biomass_Action_PlanEU Energy crops for agriculture
Schneider_et_al_2008 EU Volume of additionally harvested pulpwood re
McKormick_&_Kaberger_ EU (plus case studiesIn general not specified but in the case st
Harmelink_et_al_2006 EU not specified
Faber_et_al_2006 EU (examples from Biomass for generating electricity and heat
De_Noord_et_al_2004.pdfAustria Energy cropsDe_Noord_et_al_2004.pdfBelgium Energy cropsDe_Noord_et_al_2004.pdfDenmark Energy cropsDe_Noord_et_al_2004.pdfFinland Energy cropsDe_Noord_et_al_2004.pdfFrance Energy cropsDe_Noord_et_al_2004.pdfGermany Energy cropsDe_Noord_et_al_2004.pdfGreece Energy cropsDe_Noord_et_al_2004.pdfIreland Energy cropsDe_Noord_et_al_2004.pdfItaly Energy cropsDe_Noord_et_al_2004.pdfLuxembourg Energy cropsDe_Noord_et_al_2004.pdfNetherlands Energy cropsDe_Noord_et_al_2004.pdfNorway Energy cropsDe_Noord_et_al_2004.pdfPortugal Energy cropsDe_Noord_et_al_2004.pdfSpain Energy cropsDe_Noord_et_al_2004.pdfSweden Energy cropsDe_Noord_et_al_2004.pdfSwitzerland Energy cropsDe_Noord_et_al_2004.pdfUnited Kingdom Energy cropsDe_Noord_et_al_2004.pdfTotal Energy crops
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanol
Siemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy crops
Siemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel
Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanol
Siemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanol
Siemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy crops
Siemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel
Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanolSiemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel
Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Siemons_et_al_2004 EU15+10+2 Solid energy cropsSiemons_et_al_2004 EU15+10+2 Crops for bioethanolSiemons_et_al_2004 EU15+10+2 Crops for biodiesel Siemons_et_al_2004 EU15 Solid energy cropsSiemons_et_al_2004 EU15 Crops for bioethanolSiemons_et_al_2004 EU15 Crops for biodiesel Siemons_et_al_2004 Austria Solid energy cropsSiemons_et_al_2004 Austria Crops for bioethanolSiemons_et_al_2004 Austria Crops for biodiesel Siemons_et_al_2004 Belgium Solid energy cropsSiemons_et_al_2004 Belgium Crops for bioethanolSiemons_et_al_2004 Belgium Crops for biodiesel Siemons_et_al_2004 Denmark Solid energy cropsSiemons_et_al_2004 Denmark Crops for bioethanolSiemons_et_al_2004 Denmark Crops for biodiesel Siemons_et_al_2004 Finland Solid energy cropsSiemons_et_al_2004 Finland Crops for bioethanolSiemons_et_al_2004 Finland Crops for biodiesel Siemons_et_al_2004 France Solid energy cropsSiemons_et_al_2004 France Crops for bioethanolSiemons_et_al_2004 France Crops for biodiesel Siemons_et_al_2004 Germany Solid energy cropsSiemons_et_al_2004 Germany Crops for bioethanolSiemons_et_al_2004 Germany Crops for biodiesel Siemons_et_al_2004 Greece Solid energy cropsSiemons_et_al_2004 Greece Crops for bioethanolSiemons_et_al_2004 Greece Crops for biodiesel Siemons_et_al_2004 Irelamd Solid energy cropsSiemons_et_al_2004 Irelamd Crops for bioethanolSiemons_et_al_2004 Irelamd Crops for biodiesel Siemons_et_al_2004 Italy Solid energy cropsSiemons_et_al_2004 Italy Crops for bioethanolSiemons_et_al_2004 Italy Crops for biodiesel Siemons_et_al_2004 Netherlands Solid energy cropsSiemons_et_al_2004 Netherlands Crops for bioethanolSiemons_et_al_2004 Netherlands Crops for biodiesel Siemons_et_al_2004 Portugal Solid energy cropsSiemons_et_al_2004 Portugal Crops for bioethanolSiemons_et_al_2004 Portugal Crops for biodiesel Siemons_et_al_2004 Spain Solid energy cropsSiemons_et_al_2004 Spain Crops for bioethanolSiemons_et_al_2004 Spain Crops for biodiesel Siemons_et_al_2004 Sweden Solid energy cropsSiemons_et_al_2004 Sweden Crops for bioethanolSiemons_et_al_2004 Sweden Crops for biodiesel Siemons_et_al_2004 UK Solid energy cropsSiemons_et_al_2004 UK Crops for bioethanol
Siemons_et_al_2004 UK Crops for biodiesel Siemons_et_al_2004 Bulgaria Solid energy cropsSiemons_et_al_2004 Bulgaria Crops for bioethanolSiemons_et_al_2004 Bulgaria Crops for biodiesel Siemons_et_al_2004 Czech Republic Solid energy cropsSiemons_et_al_2004 Czech Republic Crops for bioethanolSiemons_et_al_2004 Czech Republic Crops for biodiesel Siemons_et_al_2004 Estonia Solid energy cropsSiemons_et_al_2004 Estonia Crops for bioethanolSiemons_et_al_2004 Estonia Crops for biodiesel Siemons_et_al_2004 Hungary Solid energy cropsSiemons_et_al_2004 Hungary Crops for bioethanolSiemons_et_al_2004 Hungary Crops for biodiesel Siemons_et_al_2004 Latvia Solid energy cropsSiemons_et_al_2004 Latvia Crops for bioethanolSiemons_et_al_2004 Latvia Crops for biodiesel Siemons_et_al_2004 Lithouania Solid energy cropsSiemons_et_al_2004 Lithouania Crops for bioethanolSiemons_et_al_2004 Lithouania Crops for biodiesel Siemons_et_al_2004 Poland Solid energy cropsSiemons_et_al_2004 Poland Crops for bioethanolSiemons_et_al_2004 Poland Crops for biodiesel Siemons_et_al_2004 Romania Solid energy cropsSiemons_et_al_2004 Romania Crops for bioethanolSiemons_et_al_2004 Romania Crops for biodiesel Siemons_et_al_2004 Slovakia Solid energy cropsSiemons_et_al_2004 Slovakia Crops for bioethanolSiemons_et_al_2004 Slovakia Crops for biodiesel Siemons_et_al_2004 Slovenia Solid energy cropsSiemons_et_al_2004 Slovenia Crops for bioethanolSiemons_et_al_2004 Slovenia Crops for biodiesel
Fischer_et_al_2007a EU15 for first generation biofuels Fischer_et_al_2007a EU12 for first generation biofuels Fischer_et_al_2007a Ukraine for first generation biofuels
Fischer_et_al_2007a EU15 for second generation biofuelsFischer_et_al_2007a EU12 for second generation biofuelsFischer_et_al_2007a Ukraine for second generation biofuels
Ganko_et_al_2008 Austria energy crops (baseline scenario)Ganko_et_al_2008 Belgium energy crops (baseline scenario)Ganko_et_al_2008 Bulgaria energy crops (baseline scenario)Ganko_et_al_2008 ch energy crops (baseline scenario)Ganko_et_al_2008 cz energy crops (baseline scenario)Ganko_et_al_2008 Germany energy crops (baseline scenario)Ganko_et_al_2008 Denmark energy crops (baseline scenario)Ganko_et_al_2008 EE energy crops (baseline scenario)Ganko_et_al_2008 ES energy crops (baseline scenario)Ganko_et_al_2008 Finland energy crops (baseline scenario)
Ganko_et_al_2008 France energy crops (baseline scenario)Ganko_et_al_2008 Greece energy crops (baseline scenario)Ganko_et_al_2008 Hungary energy crops (baseline scenario)Ganko_et_al_2008 IE energy crops (baseline scenario)Ganko_et_al_2008 Italy energy crops (baseline scenario)Ganko_et_al_2008 LT energy crops (baseline scenario)Ganko_et_al_2008 LU energy crops (baseline scenario)Ganko_et_al_2008 LV energy crops (baseline scenario)Ganko_et_al_2008 Netherlands energy crops (baseline scenario)Ganko_et_al_2008 Poland energy crops (baseline scenario)Ganko_et_al_2008 Portugal energy crops (baseline scenario)Ganko_et_al_2008 Romania energy crops (baseline scenario)Ganko_et_al_2008 Sweden energy crops (baseline scenario)Ganko_et_al_2008 SK energy crops (baseline scenario)Ganko_et_al_2008 SL energy crops (baseline scenario)Ganko_et_al_2008 UK energy crops (baseline scenario)Ganko_et_al_2008 EU15 energy crops (baseline scenario)Ganko_et_al_2008 EU12 energy crops (baseline scenario)Ganko_et_al_2008 EUROPE energy crops (baseline scenario)
Ganko_et_al_2008 Austria energy crops (Scenario 1)Ganko_et_al_2008 Belgium energy crops (Scenario 1)Ganko_et_al_2008 Bulgaria energy crops (Scenario 1)Ganko_et_al_2008 Switcherland energy crops (Scenario 1)Ganko_et_al_2008 Czech Republic energy crops (Scenario 1)Ganko_et_al_2008 Germany energy crops (Scenario 1)Ganko_et_al_2008 Denmark energy crops (Scenario 1)Ganko_et_al_2008 EE energy crops (Scenario 1)Ganko_et_al_2008 Spain energy crops (Scenario 1)Ganko_et_al_2008 Finland energy crops (Scenario 1)Ganko_et_al_2008 France energy crops (Scenario 1)Ganko_et_al_2008 Greece energy crops (Scenario 1)Ganko_et_al_2008 Hungary energy crops (Scenario 1)Ganko_et_al_2008 IE energy crops (Scenario 1)Ganko_et_al_2008 Italy energy crops (Scenario 1)Ganko_et_al_2008 Lithouania energy crops (Scenario 1)Ganko_et_al_2008 LU energy crops (Scenario 1)Ganko_et_al_2008 LV energy crops (Scenario 1)Ganko_et_al_2008 Netherlands energy crops (Scenario 1)Ganko_et_al_2008 Poland energy crops (Scenario 1)Ganko_et_al_2008 Portugal energy crops (Scenario 1)Ganko_et_al_2008 Romania energy crops (Scenario 1)Ganko_et_al_2008 Sweden energy crops (Scenario 1)Ganko_et_al_2008 SK energy crops (Scenario 1)Ganko_et_al_2008 SL energy crops (Scenario 1)Ganko_et_al_2008 UK energy crops (Scenario 1)Ganko_et_al_2008 EU15 energy crops (Scenario 1)Ganko_et_al_2008 EU12 energy crops (Scenario 1)Ganko_et_al_2008 EUROPE energy crops (Scenario 1)
Ganko_et_al_2008 Austria energy crops (Scenario 2)Ganko_et_al_2008 Belgium energy crops (Scenario 2)Ganko_et_al_2008 Bulgaria energy crops (Scenario 2)Ganko_et_al_2008 ch energy crops (Scenario 2)
Ganko_et_al_2008 cz energy crops (Scenario 2)Ganko_et_al_2008 Germany energy crops (Scenario 2)Ganko_et_al_2008 Denmark energy crops (Scenario 2)Ganko_et_al_2008 EE energy crops (Scenario 2)Ganko_et_al_2008 ES energy crops (Scenario 2)Ganko_et_al_2008 Finland energy crops (Scenario 2)Ganko_et_al_2008 France energy crops (Scenario 2)Ganko_et_al_2008 Greece energy crops (Scenario 2)Ganko_et_al_2008 Hungary energy crops (Scenario 2)Ganko_et_al_2008 IE energy crops (Scenario 2)Ganko_et_al_2008 Italy energy crops (Scenario 2)Ganko_et_al_2008 LT energy crops (Scenario 2)Ganko_et_al_2008 LU energy crops (Scenario 2)Ganko_et_al_2008 LV energy crops (Scenario 2)Ganko_et_al_2008 Netherlands energy crops (Scenario 2)Ganko_et_al_2008 Poland energy crops (Scenario 2)Ganko_et_al_2008 Portugal energy crops (Scenario 2)Ganko_et_al_2008 Romania energy crops (Scenario 2)Ganko_et_al_2008 Sweden energy crops (Scenario 2)Ganko_et_al_2008 SK energy crops (Scenario 2)Ganko_et_al_2008 SL energy crops (Scenario 2)Ganko_et_al_2008 UK energy crops (Scenario 2)Ganko_et_al_2008 EU15 energy crops (Scenario 2)Ganko_et_al_2008 EU12 energy crops (Scenario 2)Ganko_et_al_2008 EUROPE energy crops (Scenario 2)
Nicholaou_et_al_2003 Austria energy crops (oil seed crops)Nicholaou_et_al_2003 Belgium energy crops (oil seed crops)Nicholaou_et_al_2003 Finland energy crops (dry lignocellulosic crops)Nicholaou_et_al_2003 France energy crops (oilseed crops and sugra/starcNicholaou_et_al_2003 Germany energy crops (oil seed crops)Nicholaou_et_al_2003 Italy energy crops (oil seed crops)Nicholaou_et_al_2003 Spain energy crops (sugar/starch crops for ethanoNicholaou_et_al_2003 Sweden energy crops (dry lignocellulosic and sugar/Nicholaou_et_al_2003 Bulgaria energy crops (dry lignocellulosic)Nicholaou_et_al_2003 Czech Republic energy crops (oil crops and sugar/starch croNicholaou_et_al_2003 Slovakia energy crops (sugar/starch crops for ethanoNicholaou_et_al_2003 Poland energy crops (dry lignocellulosic and sugar/Nicholaou_et_al_2003 Hungary energy crops (dry lignocellulosic)Nicholaou_et_al_2003 EU energy crops
Junginger_2007 Europe (case studie all biomass types
Nielsen_et_al_2007 EU27 energy crops (10% arable land and 10t/ha bNielsen_et_al_2007 EU27 energy crops (10% arable land and 20t/ha bNielsen_et_al_2007 EU27 energy crops (10% arable land and 30 t/ha Nielsen_et_al_2007 EU27 energy crops (20% arable land and 10t/ha bNielsen_et_al_2007 EU27 energy crops (20% arable land and 20t/ha bNielsen_et_al_2007 EU27 energy crops (20% arable land and 30 t/ha Nielsen_et_al_2007 EU27 energy crops (30% arable land and 10t/ha bNielsen_et_al_2007 EU27 energy crops (30% arable land and 20t/ha bNielsen_et_al_2007 EU27 energy crops (30% arable land and 30 t/ha
De_Wit_&Faaij_2008 EU27 (plus Switchla woody enErgy crops (poplar, willow, eucaly
EEA_2006 Germany energy cropsEEA_2006 Spain energy cropsEEA_2006 France energy cropsEEA_2006 Italy energy cropsEEA_2006 United Kingdom energy cropsEEA_2006 Hungary energy cropsEEA_2006 Lithuania energy cropsEEA_2006 Poland energy cropsEEA_2006 EU25 energy crops
EEA_2006 Germany energy cropsEEA_2006 Spain energy cropsEEA_2006 France energy cropsEEA_2006 Italy energy cropsEEA_2006 United Kingdom energy cropsEEA_2006 Hungary energy cropsEEA_2006 Lithuania energy cropsEEA_2006 Poland energy cropsEEA_2006 EU25 energy crops
EEA_2006 Germany energy cropsEEA_2006 Spain energy cropsEEA_2006 France energy cropsEEA_2006 Italy energy cropsEEA_2006 United Kingdom energy cropsEEA_2006 Hungary energy cropsEEA_2006 Lithuania energy cropsEEA_2006 Poland energy cropsEEA_2006 EU25 energy crops
EEA_2007b Austria energy crops (high energy prices and high yEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy crops
EEA_2007b France energy cropsEEA_2007b Greece energy cropsEEA_2007b Ireland energy cropsEEA_2007b Italy energy cropsEEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (high energy prices and high yEEA_2007b EU-25 energy crops (high energy prices and high y
EEA_2007b Austria energy crops (high energy prices and high yEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy cropsEEA_2007b France energy cropsEEA_2007b Greece energy cropsEEA_2007b Ireland energy cropsEEA_2007b Italy energy cropsEEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (high energy prices and high yEEA_2007b EU-25 energy crops (high energy prices and high y
EEA_2007b Austria energy crops (high energy prices and high yEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy cropsEEA_2007b France energy cropsEEA_2007b Greece energy crops
EEA_2007b Ireland energy cropsEEA_2007b Italy energy cropsEEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (high energy prices and high yEEA_2007b EU-25 energy crops (high energy prices and high y
EEA_2007b Austria energy crops (low energy prices and high yiEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy cropsEEA_2007b France energy cropsEEA_2007b Greece energy cropsEEA_2007b Ireland energy cropsEEA_2007b Italy energy cropsEEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (low energy prices and high yiEEA_2007b EU-25 energy crops (low energy prices and high yi
EEA_2007b Austria energy crops (low energy prices and high yiEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy cropsEEA_2007b France energy cropsEEA_2007b Greece energy cropsEEA_2007b Ireland energy cropsEEA_2007b Italy energy crops
EEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (low energy prices and high yiEEA_2007b EU-25 energy crops (low energy prices and high yi
EEA_2007b Austria energy crops (low energy prices and high yiEEA_2007b Belgium energy cropsEEA_2007b Germany energy cropsEEA_2007b Denmark energy cropsEEA_2007b Spain energy cropsEEA_2007b Finland energy cropsEEA_2007b France energy cropsEEA_2007b Greece energy cropsEEA_2007b Ireland energy cropsEEA_2007b Italy energy cropsEEA_2007b Netherlands energy cropsEEA_2007b Portugal energy cropsEEA_2007b Sweden energy cropsEEA_2007b United Kingdom energy cropsEEA_2007b EU-15 energy cropsEEA_2007b Czech Republic energy cropsEEA_2007b Estonia energy cropsEEA_2007b Hungary energy cropsEEA_2007b Lithuania energy cropsEEA_2007b Latvia energy cropsEEA_2007b Poland energy cropsEEA_2007b Slovenia energy cropsEEA_2007b Slovakia energy cropsEEA_2007b EU-8 energy crops (low energy prices and high yiEEA_2007b EU-25 energy crops (low energy prices and high yi
IC IIASA ALTERRA CRES
Year Type of study Potential Method
2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment
2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment2010 Literature review and modeling Technical potential Demand-driven assessment
2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential
2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential
2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)
2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)
2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential
2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential2005 Literature review, statistics Technical potential
2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)2005 Literature review, statistics Technical potential (35% utilisation)
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong consideration of e2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Setting targets for the future biomass use in EU level2020 Setting targets for the future biomass use in EU level2030 Setting targets for the future biomass use in EU level
2005-2150Documentation of model structure Resource-focussed (land endowments for 5 land qualities, pasture, and forest), demand and GHG policy driven (each bioenergy option has an exogenously estimated emission coefficient)
current sit Indentification, analysis and discussion of barriers for bio Methodoly to investigate key barriers to expanding bioenergy in the EU, six case studies
2010 monitoring protocol Demand-driven
current sit Analysing the current European trends in bioenergy policieBoth resource-focused and demand-driven. Studying the development of relevant policies and legislati
2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed2002 Potential are calculated based on factors (availability, yie resource focussed
2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially
2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially
2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially
2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially
2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially 2020 Bottom up modelling of land availabitechnical potential Resource focused and spatially
2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven 2030 Other sources-based analysis of ththeoretical potential demand driven
2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe
2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2010 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2020 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe2030 Bottom-up cost analysis of bioenergy crops production co Bottom-up cost analysis of bioe
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2010 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2020 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con2030 Bottom-up modelling of technical pEnvironmentally-compaDemand-driven with a strong con
Resource-focussed (land endowments for 5 land qualities, pasture, and forest), demand and GHG policy driven (each bioenergy option has an exogenously estimated emission coefficient)
Methodoly to investigate key barriers to expanding bioenergy in the EU, six case studies
With current policies in the EU level, the share of RES would be 8
Both resource-focused and demand-driven. Studying the development of relevant policies and legislati
potential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdfpotential energy feedstock given as growing stock, De_Noord_et_al_2004.pdf
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
potential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growthpotential based on biomass growth
the potentials for 2010, 2020 and 2030 are given oSource: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.
Resource-focussed (land endowments for 5 land qualities, pasture, and forest), demand and GHG policy driven (each bioenergy option has an exogenously estimated emission coefficient)
In some of the case studies the type of energy cro Buiding on studies of Roos et al 1999; Rosch and Kaltschmitt 1999
In 2010 the projected implementation of biomass will be 86 MTOE with the existing policies, 118 MTOE with the continued policy and 135 MTOE with the white paper
Analyses the general impacts of different legislative and financial measures on biomass supply and demand; no exact figures or estimations
It is mentioned that the available biomass potential in 2020 will be increse 20% compared tp 2000 (1% increase per year)
biomass policies comparisons and evaluation - case studies FROM Sweden and Netherlands
Source: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.
Buiding on studies of Roos et al 1999; Rosch and Kaltschmitt 1999
In 2010 the projected implementation of biomass will be 86 MTOE with the existing policies, 118 MTOE with the continued policy and 135 MTOE with the white paper
Analyses the general impacts of different legislative and financial measures on biomass supply and demand; no exact figures or estimations
It is mentioned that the available biomass potential in 2020 will be increse 20% compared tp 2000 (1% increase per year)
Source: 2003 data from EUROSTAT; PROJECTIONS FOR 2010, 2020 and 2030 from European Environmental Agency, "How much biomass can Europe use without harming the Environment", briefing 2/2005.