Progress on an urban surface energy balance model comparison study Acknowledge: UK Met Office, Vasilis Pappas (KCL), Rob Mullen (KCL) COST-728 Exeter meeting, 3-4 May 2007 Sue Grimmond, Martin Best, Janet Barlow King's College London, UK Met Office, University of Reading With (people participating so far): J-J Baik (Korea), M Best (UK), M Bruse (Germany), I Calmet (France), A Dandou (Greece), K Fortuniak (Poland), R Hamdi (Belgium), M Kanda (Japan), H Kondo (Japan), S Krayenhoff (Canada), S-B Limor (Israel), A Martilli (Spain), V Masson (France), K Oleson (USA), A Porson (UK), U Sievers (Germany), H Thompson (UK)
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Progress on an urban surface energy balance model comparison study Acknowledge: UK Met Office, Vasilis Pappas (KCL), Rob Mullen (KCL) COST-728 Exeter.
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Progress on an urban surface energy balance model comparison study
Acknowledge: UK Met Office, Vasilis Pappas (KCL), Rob Mullen (KCL)
COST-728 Exeter meeting, 3-4 May 2007
Sue Grimmond, Martin Best, Janet BarlowKing's College London, UK Met Office, University of Reading
With (people participating so far): J-J Baik (Korea), M Best (UK), M Bruse (Germany), I Calmet (France), A Dandou (Greece), K Fortuniak (Poland), R Hamdi (Belgium), M Kanda (Japan), H Kondo (Japan), S Krayenhoff (Canada), S-B Limor (Israel), A Martilli (Spain), V Masson (France), K Oleson (USA), A Porson (UK), U Sievers (Germany), H Thompson (UK)
For example: Meso-scale modelling Global climate modelling Air quality View factor determinations Heat island studies Upper boundary conditions for other models Weather forecasting Energy assessments Emergency response
This Study Suite of different models Range of complexity Range of applications Range of data needs Range of computer needs Common: all run offline
Variety of Applications for Urban Energy Balance Models
Simulation of the components of the surface energy balance (net radiation, storage, sensible and latent heat fluxes) for the location(s) of the evaluation dataset
Four stages Different levels of input data are released to the modellers At each stage more information is released about the
morphology and physical properties of the site enables determination of model parameters with more
accuracy
Staged approach to establish the required accuracy for each model parameter by comparing the quality of the simulation at each stage.
CODE Authors Contact Person Version used CountryBEP02 Martilli Alberto Martilli older version SpainBEP0X Martilli Heather Thompson Linked to METRAS UKCLMU Oleson et al Keith Oleson USACTTC Limor & Hoffman S-B Limor Green CTTC model IsraelENVI Bruse Michael Bruse GermanyLUMPS Grimmond & Oke Sue Grimmond UK/USAMCBM Kondo, Hiroaki Hiroaki Kondo v.1.0 Japan
MM5u Dandou & Tombrou Aggeliki Dandou, Maria Tombrou MM5V3-6-1 Greece
MOSES1T M. Best M. Best One tile version UKMOSES2T M. Best M. Best Two tile version UKMUKLIMO Siewers, Uwe U. Sievers Thermodynamic GermanySM2U Dupont & Mestayer Isabelle Calmet FranceSRUM Porson, Harman, Clark,
Best, BelcherA. Porson Under development UK
SUMM Kanda, T.Kawai, R Moriwaki
Manabu Kanda, Toru Kawai, Ryo Moriwaki
Coupled with 1D-vegetation model
Japan
TEB Masson, Valery Valery Masson Single-layer FranceTEB07 Masson, Valery Rafiq Hamdi last version BelgiumTUF2d Krayenhoff & Voogt Scott Krayenhoff 2-d version CanadaTUF3d Krayenhoff & Voogt Scott Krayenhoff 3-d version CanadaTUFopt Krayenhoff & Voogt Scott Krayenhoff Optimized 3-d ver CanadaTVM_BEP05 Martilli, Alberto Rafiq Hamdi last version BelgiumULEB Fortuniak, Krzysztof K. Fortuniak PolandVUCM Lee, S-H & Park, S-U Jong-Jin Baik Korea
Multiple versionsCODE Authors Contact Person Version used CountryBEP02 Martilli Alberto Martilli older version SpainBEP0X Martilli Heather Thompson Linked to METRAS UKCLMU Oleson et al Keith Oleson USACTTC Limor & Hoffman S-B Limor Green CTTC model IsraelENVI Bruse Michael Bruse GermanyLUMPS Grimmond & Oke Sue Grimmond UK/USAMCBM Kondo, Hiroaki Hiroaki Kondo v.1.0 Japan
MM5u Dandou & Tombrou Aggeliki Dandou, Maria Tombrou MM5V3-6-1 Greece
MOSES1T M. Best M. Best One tile version UKMOSES2T M. Best M. Best Two tile version UKMUKLIMO Siewers, Uwe U. Sievers Thermodynamic GermanySM2U Dupont & Mestayer Isabelle Calmet FranceSRUM Porson, Harman, Clark,
Best, BelcherA. Porson Under development UK
SUMM Kanda, T.Kawai, R Moriwaki
Manabu Kanda, Toru Kawai, Ryo Moriwaki
Coupled with 1D-vegetation model
Japan
TEB Masson, Valery Valery Masson Single-layer FranceTEB07 Masson, Valery Rafiq Hamdi last version BelgiumTUF2d Krayenhoff & Voogt Scott Krayenhoff 2-d version CanadaTUF3d Krayenhoff & Voogt Scott Krayenhoff 3-d version CanadaTUFopt Krayenhoff & Voogt Scott Krayenhoff Optimized 3-d ver CanadaTVM_BEP05 Martilli, Alberto Rafiq Hamdi last version BelgiumULEB Fortuniak, Krzysztof K. Fortuniak PolandVUCM Lee, S-H & Park, S-U Jong-Jin Baik Korea
BEP0X multipleTUF3d multiple (min 2) patches /facetTUF2d multiple (min 2) patches /facetTUFopt multiple (min 2) patches /facetVUCM threeMCBM two by facetMOSES2T one canyon, roofMOSES1T one bulkSM2U one bulk/effectiveMM5u one bulk/townENVI one by facetCTTC one by facetULEB one bulk/town