CORRIGENDA: Settele J et al. (2008) Climatic Risk Atlas of European Butterflies Josef Settele 1 , Otakar Kudrna 2 , Alexander Harpke 1 , Ingolf Kühn 1 , Chris van Swaay 3 , Rudi Verovnik 4 , Martin Warren 5 , Martin Wiemers 6 , Jan Hanspach 1 , omas Hickler 7 , Elisabeth Kühn 1 , Inge van Halder 3 , Kars Veling 3 , Albert Vliegenthart 3 , Irma Wynhoff 3 , Oliver Schweiger 1 1 UFZ, Helmholtz Centre for Environmental Research, Department of Community Ecology, eodor-Lieser-Str. 4, D-06120 Halle, Germany 2 Naturmuseum Südtirol, Bindergasse 1, I-39100 Bozen (Südtirol), Italy 3 De Vlin- derstichting – Dutch Butterfly Conservation, P.O. Box 506, 6700 AM Wageningen, e Netherlands 4 Društvo za proučevanje in ohranjanje metuljev Slovenije (DPOMS) , Stara Dečkova cesta 14, 3000 Celje, Slovenia 5 Butterfly Conservation, Manor Yard, East Lulworth, Wareham, Dorset BH20 5QP, United Kingdom 6 Department of Po- pulation Ecology, Faculty of Life Sciences, University of Vienna, Rennweg 14, A-1030 Wien, Austria 7 Department of Physical Geography & Ecosystems Analysis, University of Lund, Sölvegatan 13, 223 62 Lund, Sweden Corresponding author: Josef Settele ([email protected]) Received 31 August 2009 | Accepted 31 August 2009 | Published 27 November 2009 Citation: Settele J, Kudrna O, Harpke A, Kühn I, van Swaay C, Verovnik R, Warren M, Wiemers M, Hanspach J, Hic- kler T, Kühn E, van Halder I, Veling K, Vliegenthart A, Wynhoff I, Schweiger O (2009) Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterflies. BioRisk 2: 33–72. doi: 10.3897/biorisk.2.38 In the „Climatic Risk Atlas of European Butterflies” by Settele et al. (2008) some errors occurred for which we apologize and herewith present the corrections: 1. Legends of all niche space diagrams roughout the entire publication there was a systematic formatting error in the legends of the niche space diagram of each species: ‘green - hostile’ should read ‘green - habitable’. 2. Nomenclature Some mistakes in the nomenclature of the butterfly species occurred. ese are sum- marized in the following table: BioRisk 2: 33–72 (2009) doi: 10.3897/biorisk.2.38 www.pensoftonline.net/biorisk Copyright J. Settele et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited. CORRIGENDA A peer-reviewed open-access journal Biodiversity & Ecosystem Risk Assessment
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Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 33
CORRIGENDA:Settele J et al. (2008) Climatic Risk Atlas
of European Butterflies
Josef Settele1, Otakar Kudrna2, Alexander Harpke1, Ingolf Kühn1, Chris van Swaay3, Rudi Verovnik4, Martin Warren5, Martin Wiemers6, Jan Hanspach1, Th omas Hickler7, Elisabeth Kühn1, Inge van Halder3, Kars Veling3, Albert Vliegenthart3, Irma Wynhoff 3, Oliver Schweiger1
1 UFZ, Helmholtz Centre for Environmental Research, Department of Community Ecology, Th eodor-Lieser-Str. 4, D-06120 Halle, Germany 2 Naturmuseum Südtirol, Bindergasse 1, I-39100 Bozen (Südtirol), Italy 3 De Vlin-derstichting – Dutch Butterfl y Conservation, P.O. Box 506, 6700 AM Wageningen, Th e Netherlands 4 Društvo za proučevanje in ohranjanje metuljev Slovenije (DPOMS) , Stara Dečkova cesta 14, 3000 Celje, Slovenia 5 Butterfl y Conservation, Manor Yard, East Lulworth, Wareham, Dorset BH20 5QP, United Kingdom 6 Department of Po-pulation Ecology, Faculty of Life Sciences, University of Vienna, Rennweg 14, A-1030 Wien, Austria 7 Department of Physical Geography & Ecosystems Analysis, University of Lund, Sölvegatan 13, 223 62 Lund, Sweden
Corresponding author: Josef Settele ([email protected])
Received 31 August 2009 | Accepted 31 August 2009 | Published 27 November 2009
Citation: Settele J, Kudrna O, Harpke A, Kühn I, van Swaay C, Verovnik R, Warren M, Wiemers M, Hanspach J, Hic-kler T, Kühn E, van Halder I, Veling K, Vliegenthart A, Wynhoff I, Schweiger O (2009) Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies. BioRisk 2: 33–72. doi: 10.3897/biorisk.2.38
In the „Climatic Risk Atlas of European Butterfl ies” by Settele et al. (2008) some errors occurred for which we apologize and herewith present the corrections:
1. Legends of all niche space diagrams
Th roughout the entire publication there was a systematic formatting error in the legends of the niche space diagram of each species: ‘green - hostile’ should read ‘green - habitable’.
2. Nomenclature
Some mistakes in the nomenclature of the butterfl y species occurred. Th ese are sum-marized in the following table:
BioRisk 2: 33–72 (2009)
doi: 10.3897/biorisk.2.38
www.pensoftonline.net/biorisk
Copyright J. Settele et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
CORRIGENDA
A peer-reviewed open-access journal
Biodiversity & Ecosystem Risk Assessment
Settele J et al. / BioRisk 2: 33–72 (2009)34
3. Wrong niche space diagram
On page 164, for Colias palaeno the wrong multidimensional climate niche is shown (it is the same one as of C. phicomone from page 162). Th e right diagram is presented here:
Erroneous version in original publication correction
Carcharodus alceae (ESPER, 1870) Carcharodus alceae (ESPER, 1780)
Th ymelicus acteon (ROTTEMBURGER, 1775)
Th ymelicus acteon (ROTTEMBURG, 1775)
Colias palaeno (LINNAEUS, 1758) Colias palaeno (LINNAEUS, 1761)
Melitaea parthenoides (KEFERSTEIN, 1851)
Melitaea parthenoides KEFERSTEIN, 1851
Melitaea aurelia (NICKERL, 1850) Melitaea aurelia NICKERL, 1850
Melitaea britomartis (ASSMANN, 1847) Melitaea britomartis ASSMANN, 1847
Limenitis reducta (STAUDINGER, 1901) Limenitis reducta STAUDINGER, 1901
Lopinga achine (LINNAEUS, 1763) Lopinga achine (SCOPOLI, 1763)
Greyling GraylingPrins (author name) De Prins *Prunner (author name) De Prunner *
* When authors like De Prins or De Prunner consider these prefi xes as parts of their family names it seems most correct to cite them as such. As this is the case e.g. with De Prins (Wiemers, pers. comm.), and as our nomenclature does not follow a certain checklist, we decided to go for this version, while also the one without the prefi x is sometimes used.
Annual temperature range
Ann
ual t
empe
ratu
re r
ange
Max
imum
Maximum
Larg
e (6
6%)
Large (66%)
Smal
l (33
%)
Small (33%)
Min
imum
Swc
1.0
1.0
1.0
1.0
0.6
0.6
0.6
0.6
0.2
0.2
0.2
0.2
4000 4000 4000 40002000 2000 2000 20000 0 0 0
Swc
Swc
Swc
Gdd Gdd Gdd Gdd
Minimum
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 35
4. Wrong scenario maps
Unfortunately on page 237 the wrong scenario maps have been presented for Zizeeria knysna. Please use the following 6 maps for replacement:
SEDG 2050 BAMBU 2050 GRAS 2050
SEDG 2080 BAMBU 2080 GRAS 2080
5. Further errors or amendments
a) On page 20 the analysis of the soil water content is listed as one of the factors. Th e background publication for the fi nal model was not yet cited as it was not yet available. In the meantime the paper is published. We herewith supplement the respec-tive reference:
Hickler T, Fronzek S, Araújo MB, Schweiger O, Th uiller W, Sykes MT (2009) An ecosys-tem-model-based estimate of changes in water availability diff ers from water proxies that are commonly used in species distribution models. Global Ecology & Biogeography 18: 304–313.
b) On page 590 the wrong species is shown; we herewith provide a new picture of Hipparchia syriaca (Staudinger, 1871) – Eastern Rock Grayling (© Rudi Verovnik)
Settele J et al. / BioRisk 2: 33–72 (2009)36
c) On pages 670 and 688 the reference to the page number of Euphydryas cynthia should be 412, not 212.
d) Appendix 1:On pages 664 to 673, from Euchloe ausonia (Hübner, 1806) (complex) onwards,
there have been systematic errors in the values of the columns “f.pres.”, “r.pres.”, and “f. abs.”, while the results presented in the other columns are correct. Th erefore, we now provide a completely corrected table (which also includes the taxonomic corrections in the scientifi c names mentioned above).
e) Appendix 2:On pages 678 to 695, from Euchloe ausonia (Hübner, 1806) (complex) onwards,
there have been systematic errors in most of the scenario results of the 2050 period, while the results presented in the species accounts on pages 32 to 618 have been cor-rect. Th erefore we now provide a completely corrected table (which also includes the taxonomic corrections in the scientifi c names mentioned above).
Reference
Settele J, Kudrna O, Harpke A, Kühn I, van Swaay C, Verovnik R, Warren M, Wiemers M, Hans-pach J, Hickler T, Kühn E, van Halder I, Veling K, Vliegenthart A, Wynhoff I, Schweiger O (2008) Climatic Risk Atlas of European Butterfl ies. BioRisk 1 (special issue), 1-710. [ISBN 978-954-642-454-9 (PB), 978-954-642-455-6 (HB). Pensoft, Sofi a-Moscow.]
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 37
Ap
pen
dix
1 –
Mo
del
per
form
ance
Pag
eA
UC
Kap
pa
Dia
gr.
abs
f.p
rer.
pre
f.ab
so
ccu
pie
d c
ells
32Er
ynni
s tag
es (L
inna
eus,
1758
)0.
720.
350.
660.
500.
500.
880.
1217
709
34Er
ynni
s mar
loyi
(Boi
sduv
al, 1
834)
0.98
0.40
0.98
0.98
0.02
0.52
0.48
904
36C
arch
arod
us a
lceae
(Esp
er, 1
780)
0.71
0.39
0.68
0.60
0.40
0.87
0.13
1257
138
Car
char
odus
lava
ther
ae (E
sper
, 178
3)0.
730.
150.
830.
860.
140.
360.
6432
6240
Car
char
odus
fl oc
cifer
us (Z
elle
r, 1
847)
0.79
0.30
0.81
0.87
0.13
0.47
0.53
4213
42C
arch
arod
us o
rient
alis
(Rev
erdi
n, 1
913)
0.92
0.41
0.96
0.97
0.03
0.54
0.46
1232
44C
arch
arod
us b
aetic
us (R
ambu
r, 1
840)
0.8
0.20
0.96
0.99
0.01
0.18
0.82
414
46Sp
ialia
phl
omid
is (H
erri
ch-S
chäf
fer,
184
5)0.
930.
300.
991.
000.
000.
200.
8038
348
Spia
lia se
rtor
ius (
Hof
fman
segg
, 180
4)0.
770.
350.
740.
760.
240.
670.
3367
6850
Spia
lia o
rbife
r (H
übne
r, 1
823)
0.89
0.40
0.91
0.93
0.07
0.57
0.43
2728
52Sy
richt
us p
roto
(Och
senh
eim
er, 1
808)
0.89
0.30
0.85
0.85
0.15
0.88
0.13
3666
54Sy
richt
us te
ssellu
m (H
übne
r, 1
803)
0.89
0.37
0.97
0.98
0.02
0.73
0.27
1059
56Py
rgus
cart
ham
i (H
übne
r, 1
813)
0.76
0.26
0.75
0.77
0.23
0.61
0.39
6563
58Py
rgus
sida
e (Es
per,
178
2)0.
850.
240.
940.
960.
040.
300.
7013
4360
Pyrg
us a
ndro
med
ae (W
alle
ngre
n, 1
853)
0.87
0.43
0.94
0.96
0.04
0.57
0.43
1931
62Py
rgus
caca
liae (
Ram
bur,
184
0)0.
920.
500.
970.
980.
020.
600.
4011
5364
Pyrg
us ce
ntau
reae
(Ram
bur,
184
0)0.
960.
710.
940.
940.
060.
950.
0557
6066
Pyrg
us m
alva
e (Li
nnae
us, 1
758)
/ m
alvo
ides
(Elw
es &
Edw
ards
, 189
7) (c
ompl
ex)
0.71
0.35
0.68
0.48
0.52
0.87
0.13
2044
0
68Py
rgus
serr
atul
ae (R
ambu
r, 1
840)
0.82
0.34
0.77
0.81
0.19
0.61
0.39
6215
70Py
rgus
ono
pord
i (R
ambu
r, 1
840)
0.78
0.22
0.87
0.89
0.11
0.46
0.54
2169
72Py
rgus
carli
nae (
Ram
bur,
184
0)0.
90.
350.
970.
970.
030.
630.
3781
874
Pyrg
us ci
rsii (
Ram
bur,
184
0)0.
90.
240.
830.
830.
170.
760.
2443
5276
Pyrg
us a
rmor
icanu
s (O
bert
hür,
191
0)0.
780.
270.
740.
760.
240.
600.
4066
5878
Pyrg
us a
lveu
s (H
übne
r, 1
803)
(com
plex
)0.
730.
270.
700.
740.
260.
560.
4410
912
80Py
rgus
bell
ieri (
Obe
rthü
r, 1
910)
0.94
0.49
0.98
0.99
0.01
0.59
0.41
406
Settele J et al. / BioRisk 2: 33–72 (2009)38
Pag
eA
UC
Kap
pa
Dia
gr.
abs
f.p
rer.
pre
f.ab
so
ccu
pie
d c
ells
82Py
rgus
war
rene
nsis
(Ver
ity,
192
8)0.
990.
430.
960.
960.
040.
970.
0314
0584
Het
erop
teru
s mor
pheu
s (Pa
llas
, 177
1)0.
780.
270.
740.
760.
240.
640.
3675
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Car
tero
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alus
pal
aem
on (P
alla
s, 17
71)
0.79
0.41
0.76
0.84
0.16
0.57
0.43
1123
288
Car
tero
ceph
alus
silv
icolu
s (M
eige
n, 1
829)
0.93
0.59
0.92
0.95
0.05
0.63
0.37
5493
90Th
ymeli
cus l
ineo
la (O
chse
nhei
mer
, 180
6)0.
750.
420.
700.
550.
450.
870.
1319
431
92Th
ymeli
cus s
ylvest
ris (P
oda,
176
1)0.
720.
390.
690.
640.
360.
760.
2412
329
94Th
ymeli
cus a
cteon
(Rot
tem
burg
, 177
5)0.
760.
360.
690.
660.
340.
790.
2198
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Hesp
eria
com
ma
(Lin
naeu
s, 17
58)
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0.41
0.71
0.71
0.29
0.70
0.30
1180
698
Och
lode
s sylv
anus
(Esp
er, 1
777)
0.75
0.42
0.72
0.53
0.47
0.88
0.12
2055
410
0G
egen
es pu
mili
o (H
offm
anse
gg, 1
804)
0.96
0.42
0.96
0.98
0.02
0.38
0.62
525
102
Geg
enes
nostr
odam
us (F
abri
cius
, 179
3)0.
940.
300.
920.
940.
060.
570.
4312
2510
4Ze
rynt
hia
rum
ina
(Lin
naeu
s, 17
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0.91
0.39
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0.86
0.14
0.85
0.15
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Zery
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, 177
5)0.
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850.
860.
140.
690.
3148
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8Ze
rynt
hia
ceris
yi (G
odar
t, 1
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0.91
0.37
0.97
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0.01
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0.69
579
110
Parn
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naeu
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58)
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0.37
0.78
0.81
0.19
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6273
116
Iphi
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s pod
aliri
us (L
inna
eus,
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)0.
760.
430.
720.
710.
290.
740.
2610
378
118
Papi
lio m
acha
on L
inna
eus,
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0.37
0.73
0.46
0.54
0.88
0.12
2133
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pilio
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anor
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er, 1
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0.38
0.97
0.98
0.02
0.43
0.57
687
122
Lept
idea
sina
pis (
Linn
aeus
, 175
8) /
real
i Rei
ssin
ger,
199
0 (c
ompl
ex)
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0.26
0.64
0.53
0.47
0.73
0.27
1812
612
4Le
ptid
ea d
upon
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(Sta
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ger,
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550.
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thoc
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card
amin
es (L
inna
eus,
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)0.
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360.
690.
660.
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2918
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ocha
ris eu
phen
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s Sta
udin
ger,
186
90.
910.
350.
860.
880.
120.
690.
3129
7013
2An
thoc
haris
gru
neri
Her
rich
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äffe
r, 1
851
0.92
0.34
0.97
0.97
0.03
0.50
0.50
997
134
Zegr
is eu
phem
e (Es
per,
180
5)0.
970.
400.
960.
970.
030.
670.
3385
8
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 39
Pag
eA
UC
Kap
pa
Dia
gr.
abs
f.p
rer.
pre
f.ab
so
ccu
pie
d c
ells
136
Euch
loe b
elem
ia (E
sper
, 179
8)0.
960.
380.
960.
970.
030.
440.
5669
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8Eu
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e aus
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ompl
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0.53
0.85
0.88
0.12
0.70
0.30
4483
140
Euch
loe t
agis
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ner,
180
4)0.
860.
190.
840.
840.
160.
790.
2131
5214
2Ap
oria
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aegi
(Lin
naeu
s, 17
58)
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0.30
0.64
0.48
0.52
0.83
0.17
1878
514
4Pi
eris
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sicae
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naeu
s, 17
58)
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0.31
0.75
0.34
0.66
0.93
0.07
2348
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6Pi
eris
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peri
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udin
ger,
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0)0.
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400.
960.
970.
030.
590.
4113
1414
8Pi
eris
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er, 1
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0.31
0.88
0.94
0.06
0.34
0.66
1710
150
Pier
is ra
pae (
Linn
aeus
, 175
8)0.
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370.
780.
340.
660.
970.
0324
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152
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0.34
0.90
0.93
0.07
0.48
0.52
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Pier
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)0.
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350.
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156
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übne
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0.50
0.95
0.98
0.02
0.48
0.52
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Pont
ia ca
llidi
ce (H
übne
r, 1
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0.61
0.98
0.98
0.02
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0.33
891
160
Pont
ia d
aplid
ice (L
inna
eus,
1758
) /
edus
a (F
abri
cius
, 177
7) (c
ompl
ex)
0.72
0.42
0.71
0.61
0.39
0.81
0.19
1531
0
162
Col
ias p
hico
mon
e (Es
per,
178
0)0.
960.
550.
960.
970.
030.
660.
3414
2316
4C
olia
s pal
aeno
(Lin
naeu
s, 17
61)
0.9
0.66
0.88
0.91
0.09
0.77
0.23
9886
166
Col
ias e
rate
(Esp
er, 1
805)
0.92
0.45
0.93
0.96
0.04
0.51
0.49
2394
168
Col
ias c
roce
us (G
eoff
roy,
178
5)0.
760.
450.
730.
550.
450.
890.
1116
185
170
Col
ias h
ecla
Lef
ebvr
e, 1
836
0.99
0.77
0.99
0.99
0.01
1.00
0.00
980
172
Col
ias m
yrm
idon
e (Es
per,
178
0)0.
920.
360.
890.
900.
100.
770.
2342
5217
4C
olia
s chr
ysot
hem
e (Es
per,
178
0)0.
890.
280.
980.
990.
010.
250.
7575
217
6C
olia
s hya
le (L
inna
eus,
1758
)0.
840.
510.
770.
800.
200.
720.
2812
535
178
Col
ias a
lfaca
riens
is R
ibbe
, 190
50.
840.
440.
740.
730.
270.
790.
2196
4818
0G
onep
tery
x rh
amni
(Lin
naeu
s, 17
58)
0.73
0.44
0.74
0.56
0.44
0.86
0.14
2059
918
2G
onep
tery
x fa
rinos
a Z
elle
r, 1
847
0.94
0.49
0.98
0.99
0.01
0.44
0.56
645
184
Gon
epte
ryx
cleop
atra
(Lin
naeu
s, 17
67)
0.92
0.60
0.88
0.89
0.11
0.82
0.18
4249
186
Lyca
ena
phla
eas (
Linn
aeus
, 176
1)0.
650.
250.
740.
270.
730.
940.
0623
910
Settele J et al. / BioRisk 2: 33–72 (2009)40
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pie
d c
ells
188
Lyca
ena
helle
([Sc
hiff
er m
ülle
r], 1
775)
0.78
0.26
0.90
0.95
0.05
0.28
0.72
2439
190
Lyca
ena
disp
ar (H
awor
th, 1
803)
0.88
0.46
0.83
0.89
0.11
0.57
0.43
8048
192
Lyca
ena
virg
aure
ae (L
inna
eus,
1758
)0.
860.
600.
800.
780.
220.
840.
1614
822
194
Lyca
ena
otto
man
a (L
efeb
vre,
183
0)0.
980.
460.
981.
000.
000.
380.
6247
319
6Ly
caen
a tit
yrus
(Pod
a, 1
761)
0.82
0.48
0.75
0.74
0.26
0.77
0.23
1117
219
8Ly
caen
a al
ciphr
on (R
otte
mbu
rg, 1
775)
0.8
0.40
0.74
0.77
0.23
0.66
0.34
9113
200
Lyca
ena
hipp
otho
e (Li
nnae
us, 1
761)
0.85
0.53
0.77
0.75
0.25
0.80
0.20
1410
920
2Ly
caen
a ca
nden
s (H
erri
ch-S
chäf
fer,
184
4)0.
860.
300.
981.
000.
000.
220.
7865
720
4Ly
caen
a th
ersa
mon
(Esp
er, 1
784)
0.93
0.41
0.87
0.91
0.09
0.58
0.42
4545
206
Th ec
la b
etul
ae (L
inna
eus,
1758
)0.
790.
420.
720.
680.
320.
790.
2112
908
208
Favo
nius
que
rcus
(Lin
naeu
s, 17
58)
0.72
0.37
0.68
0.59
0.41
0.81
0.19
1388
621
0La
eoso
pis r
obor
is (E
sper
, 179
3)0.
810.
200.
810.
810.
190.
790.
2140
2421
2To
mar
es ba
llus (
Fabr
iciu
s, 17
87)
0.91
0.25
0.96
0.98
0.02
0.29
0.71
397
214
Cal
loph
rys r
ubi (
Linn
aeus
, 175
8)0.
630.
230.
650.
460.
540.
760.
2421
380
216
Cal
loph
rys a
vis C
hapm
an, 1
909
0.9
0.25
0.96
0.97
0.03
0.38
0.62
433
218
Saty
rium
w-a
lbum
(Kno
ch, 1
782)
0.78
0.37
0.69
0.66
0.34
0.78
0.22
1110
322
0Sa
tyriu
m p
runi
(Lin
naeu
s, 17
58)
0.83
0.43
0.75
0.74
0.26
0.80
0.20
1227
022
2Sa
tyriu
m sp
ini (
[Fab
rici
us, 1
787)
0.71
0.31
0.70
0.73
0.27
0.63
0.37
8540
224
Saty
rium
ilici
s (Es
per,
177
9)0.
710.
330.
670.
630.
370.
750.
2510
856
226
Saty
rium
escu
li (H
übne
r, 1
804)
0.82
0.32
0.87
0.87
0.13
0.74
0.26
3010
228
Saty
rium
aca
ciae (
Fabr
iciu
s, 17
87)
0.76
0.32
0.73
0.74
0.26
0.68
0.32
7748
230
Lam
pide
s boe
ticus
(Lin
naeu
s, 17
67)
0.83
0.48
0.80
0.80
0.20
0.80
0.20
6381
232
Cac
yreu
s mar
shal
li (B
utle
r, 1
898)
0.85
0.24
0.95
0.96
0.04
0.48
0.52
800
234
Lept
otes
pirit
hous
(Lin
naeu
s, 17
67)
0.83
0.45
0.82
0.83
0.17
0.76
0.24
5475
236
Zize
eria
kny
sna
(Tri
men
, 186
2)0.
940.
340.
960.
970.
030.
560.
4482
223
8C
upid
o m
inim
us (F
uess
ly, 1
775)
0.71
0.30
0.64
0.58
0.42
0.74
0.26
1343
724
0C
upid
o os
iris (
Mei
gen,
182
9)0.
760.
220.
910.
960.
040.
250.
7511
16
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 41
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f.ab
so
ccu
pie
d c
ells
242
Cup
ido
argi
ades
(Pal
las,
1771
)0.
810.
380.
690.
630.
370.
880.
1215
026
244
Cup
ido
deco
lora
tus (
Stau
ding
er, 1
886)
0.93
0.27
0.92
0.94
0.06
0.49
0.51
2040
246
Cup
ido
alce
tas (
Hof
fman
segg
, 180
4)0.
770.
300.
880.
920.
080.
420.
5822
0824
8C
elastr
ina
argi
olus
(Lin
naeu
s, 17
58)
0.65
0.28
0.68
0.46
0.54
0.81
0.19
2042
225
0Sc
olita
ntid
es ba
ton
(Ber
gstr
ässe
r, 1
779)
0.83
0.41
0.87
0.92
0.08
0.53
0.47
2643
252
Scol
itant
ides
vicr
ama
(Moo
re, 1
865)
0.85
0.31
0.83
0.86
0.14
0.54
0.46
5393
254
Scol
itant
ides
aben
cerr
agus
(Pie
rret
, 183
7)0.
940.
170.
890.
890.
110.
930.
0726
7925
6Sc
olita
ntid
es ba
vius
(Eve
rsm
ann,
183
2)0.
860.
140.
991.
000.
000.
100.
9042
825
8Sc
olita
ntid
es or
ion
(Pal
las,
1771
)0.
780.
250.
790.
830.
170.
480.
5262
7026
0Sc
olita
ntid
es pa
nopt
es (H
übne
r, 1
813)
0.87
0.27
0.94
0.94
0.06
0.61
0.39
1493
262
Gla
ucop
syche
alex
is (P
oda,
176
1)0.
70.
250.
610.
550.
450.
750.
2515
676
264
Gla
ucop
syche
mela
nops
(Boi
sduv
al, 1
828)
0.8
0.29
0.85
0.85
0.15
0.79
0.21
3577
266
Iola
na io
las (
Och
senh
eim
er, 1
816)
0.82
0.24
0.88
0.90
0.10
0.50
0.50
3307
268
Phen
garis
ario
n (L
inna
eus,
1758
)0.
770.
310.
670.
640.
360.
750.
2513
242
270
Phen
garis
telei
us (B
ergs
träs
ser,
177
9)0.
840.
370.
800.
810.
190.
700.
3064
8327
2Ph
enga
ris n
ausit
hous
(Ber
gstr
ässe
r, 1
779)
0.91
0.44
0.88
0.90
0.10
0.65
0.35
3619
274
Phen
garis
alco
n ([
Schi
ffer
mül
ler]
, 177
5)0.
830.
380.
770.
790.
210.
680.
3266
4327
6Pl
ebeju
s arg
us (L
inna
eus,
1758
)0.
690.
370.
690.
540.
460.
830.
1719
107
278
Pleb
ejus i
das (
Linn
aeus
, 176
1)0.
740.
410.
700.
640.
360.
780.
2218
438
280
Pleb
ejus a
rgyr
ogno
mon
(Ber
gstr
ässe
r, 1
779)
0.8
0.37
0.81
0.84
0.16
0.59
0.41
5588
282
Pleb
ejus o
ptile
te (K
noch
, 178
1)0.
90.
630.
860.
900.
100.
740.
2610
092
284
Pleb
ejus g
land
on (D
e Pr
unne
r, 1
798)
0.99
0.63
0.98
0.99
0.01
0.60
0.40
425
286
Pleb
ejus a
quilo
(Boi
sduv
al, 1
832)
10.
780.
990.
990.
010.
950.
0569
528
8Pl
ebeju
s orb
itulu
s (D
e Pr
unne
r, 1
798)
0.98
0.64
0.97
0.98
0.02
0.73
0.27
1242
290
Pleb
ejus s
ephi
rus (
FRIV
ALD
SZK
Y, 1
835)
0.93
0.22
0.96
0.97
0.03
0.33
0.67
1189
292
Arici
a eu
med
on (E
sper
, 178
0)0.
80.
390.
750.
760.
240.
690.
3113
389
294
Arici
a cr
amer
a (E
schs
chol
tz, 1
821)
0.91
0.49
0.90
0.91
0.09
0.79
0.21
2471
Settele J et al. / BioRisk 2: 33–72 (2009)42
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pie
d c
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296
Arici
a ag
estis
([Sc
hiff
er m
ülle
r], 1
775)
0.7
0.34
0.65
0.52
0.48
0.87
0.13
1525
329
8Ar
icia
arta
xerx
es (F
abri
cius
, 179
3)0.
720.
330.
740.
790.
210.
560.
4496
6830
0Ar
icia
mon
tens
is (V
erit
y, 1
928)
0.7
0.29
0.96
0.97
0.03
0.50
0.50
859
302
Arici
a an
tero
s (Fr
eyer
, 183
8)0.
960.
300.
981.
000.
000.
190.
8150
330
4Ar
icia
nicia
s (M
eige
n, 1
829)
0.82
0.28
0.91
0.93
0.07
0.51
0.49
4301
306
Cyan
iris s
emia
rgus
(Rot
tem
burg
, 177
5)0.
760.
390.
690.
620.
380.
770.
2317
359
308
Polyo
mm
atus
esch
eri (
Hüb
ner,
182
3)0.
80.
330.
880.
920.
080.
470.
5323
1031
0Po
lyom
mat
us d
oryla
s ([S
chif
fer m
ülle
r], 1
775)
0.81
0.36
0.81
0.87
0.13
0.51
0.49
4520
312
Polyo
mm
atus
niv
escen
s (K
efer
stei
n, 1
851)
0.98
0.40
0.98
0.98
0.02
0.54
0.46
467
314
Polyo
mm
atus
am
andu
s (Sc
hnei
der
1792
)0.
830.
440.
760.
810.
190.
650.
3510
087
316
Polyo
mm
atus
ther
sites
(Can
tene
r, 1
834)
0.75
0.31
0.74
0.76
0.24
0.64
0.36
6959
318
Polyo
mm
atus
icar
us (R
otte
mbu
rg, 1
775)
0.65
0.25
0.79
0.24
0.76
0.96
0.04
2532
032
0Po
lyom
mat
us er
os (O
chse
nhei
mer
, 180
8)0.
710.
260.
900.
910.
090.
500.
5026
5132
2Po
lyom
mat
us d
aphn
is ([
Schi
ffer
mül
ler]
, 177
5)0.
840.
350.
760.
760.
240.
730.
2784
8332
4Po
lyom
mat
us b
ellar
gus (
Rot
tem
burg
, 177
5)0.
720.
320.
650.
590.
410.
790.
2112
245
326
Polyo
mm
atus
corid
on (P
oda,
176
1)0.
820.
410.
740.
770.
230.
670.
3388
0632
8Po
lyom
mat
us h
ispan
us (H
erri
ch-S
chäf
fer,
185
1)0.
950.
340.
950.
960.
040.
540.
4679
233
0Po
lyom
mat
us a
lbica
ns (H
erri
ch-S
chäf
fer,
185
1)0.
880.
520.
970.
980.
020.
700.
3095
033
2Po
lyom
mat
us a
dmet
us (E
sper
, 178
5)0.
880.
260.
950.
970.
030.
330.
6715
3733
4Po
lyom
mat
us ri
part
ii (F
reye
r, 1
830)
0.75
0.25
0.97
0.99
0.01
0.20
0.80
460
336
Polyo
mm
atus
dol
us (H
übne
r, 1
823)
0.97
0.37
0.98
0.99
0.01
0.38
0.63
214
338
Polyo
mm
atus
dam
on ([
Schi
ffer
mül
ler]
, 177
5)0.
850.
290.
880.
920.
080.
400.
6023
3834
0H
amea
ris lu
cina
(Lin
naeu
s, 17
58)
0.77
0.35
0.75
0.83
0.17
0.53
0.47
6207
342
Liby
thea
celti
s (La
icha
rtin
g, 1
782)
0.8
0.37
0.86
0.89
0.11
0.59
0.41
3684
344
Argy
nnis
paph
ia (L
inna
eus,
1758
)0.
780.
470.
740.
620.
380.
850.
1518
276
346
Argy
nnis
pand
ora
([Sc
hiff
er m
ülle
r], 1
775)
0.83
0.40
0.81
0.85
0.15
0.62
0.38
5433
348
Argy
nnis
agla
ja (L
inna
eus,
1758
)0.
780.
460.
740.
600.
400.
840.
1620
551
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 43
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f.ab
so
ccu
pie
d c
ells
350
Argy
nnis
adip
pe ([
Schi
ffer
mül
ler]
, 177
5)0.
780.
430.
710.
720.
280.
710.
2914
199
352
Argy
nnis
niob
e (Li
nnae
us, 1
758)
0.74
0.35
0.66
0.57
0.43
0.84
0.16
1653
935
4Ar
gynn
is la
odice
(Pal
las,
1771
)0.
890.
480.
940.
950.
050.
650.
3549
6135
6Iss
oria
lath
onia
(Lin
naeu
s, 17
58)
0.78
0.48
0.74
0.70
0.30
0.78
0.22
1406
035
8Br
enth
is in
o (R
otte
mbu
rg, 1
775)
0.87
0.59
0.80
0.79
0.21
0.82
0.18
1378
836
0Br
enth
is da
phne
(Ber
gstr
ässe
r, 1
780)
0.77
0.32
0.77
0.81
0.19
0.57
0.43
5509
362
Bren
this
heca
te ([
Schi
ffer
mül
ler]
, 177
5)0.
790.
280.
840.
880.
120.
470.
5338
1436
4Bo
loria
euno
mia
(Esp
er, 1
799)
0.89
0.64
0.90
0.94
0.06
0.70
0.30
7954
366
Bolo
ria eu
phro
syne
(Lin
naeu
s, 17
58)
0.73
0.39
0.69
0.54
0.46
0.85
0.15
2152
936
8Bo
loria
tita
nia
(Esp
er, 1
793)
0.9
0.36
0.91
0.95
0.05
0.43
0.57
1910
370
Bolo
ria se
lene (
[Sch
iffe
r mül
ler]
, 177
5)0.
730.
460.
730.
630.
370.
830.
1720
468
372
Bolo
ria ch
aricl
ea (S
chne
ider
, 179
4)1
0.73
0.99
1.00
0.00
0.64
0.36
528
374
Bolo
ria fr
eija
(Bec
klin
, 179
1)0.
950.
620.
930.
940.
060.
850.
1555
0737
6Bo
loria
dia
(Lin
naeu
s, 17
67)
0.86
0.47
0.78
0.83
0.17
0.65
0.35
8338
378
Bolo
ria th
ore (
Hüb
ner,
180
6)0.
950.
490.
960.
970.
030.
560.
4416
2438
0Bo
loria
frig
ga (B
eckl
in, 1
791)
0.96
0.64
0.94
0.94
0.06
0.87
0.13
5945
382
Bolo
ria p
ales
([Sc
hiff
er m
ülle
r], 1
775)
0.89
0.47
0.94
0.96
0.04
0.54
0.46
1516
384
Bolo
ria a
quilo
naris
(Sti
chel
, 190
8)0.
890.
600.
860.
940.
060.
620.
3881
7738
6Bo
loria
gra
eca
(Sta
udin
ger,
187
0)0.
750.
190.
980.
990.
010.
160.
8448
138
8Va
nessa
ata
lant
a (L
inna
eus,
1758
)0.
650.
280.
730.
380.
620.
880.
1222
574
390
Vane
ssa ca
rdui
(Lin
naeu
s, 17
58)
0.63
0.24
0.68
0.49
0.51
0.75
0.25
2013
639
2Ag
lais
io (L
inna
eus,
1758
)0.
80.
500.
770.
600.
400.
890.
1120
483
394
Agla
is ur
ticae
(Lin
naeu
s, 17
58)
0.8
0.45
0.76
0.61
0.39
0.83
0.17
2181
839
6N
ymph
alis
c-al
bum
(Lin
naeu
s, 17
58)
0.77
0.43
0.73
0.51
0.49
0.90
0.10
2139
939
8N
ymph
alis
egea
(Cra
mer
, 177
5)0.
940.
440.
910.
950.
050.
500.
5017
8040
0N
ymph
alis
antio
pa (L
inna
eus,
1758
)0.
760.
470.
730.
730.
270.
740.
2616
102
402
Nym
phal
is po
lychl
oros
(Lin
naeu
s, 17
58)
0.7
0.34
0.66
0.53
0.47
0.83
0.17
1586
1
Settele J et al. / BioRisk 2: 33–72 (2009)44
Pag
eA
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gr.
abs
f.p
rer.
pre
f.ab
so
ccu
pie
d c
ells
404
Nym
phal
is xa
ntho
mela
s (Es
per,
178
1)0.
870.
250.
880.
910.
090.
450.
5541
1140
6N
ymph
alis
l-alb
um (E
sper
, 178
0)0.
890.
250.
910.
930.
070.
460.
5452
3740
8Ar
asch
nia
levan
a (L
inna
eus,
1758
)0.
870.
580.
800.
800.
200.
810.
1912
725
410
Euph
ydry
as id
una
(Dal
man
, 181
6)1
0.64
0.99
0.99
0.01
0.96
0.04
1320
412
Euph
ydry
as cy
nthi
a ([
Schi
ffer
mül
ler]
, 177
5)0.
980.
480.
981.
000.
000.
380.
6239
541
4Eu
phyd
ryas
inte
rmed
ia (M
enet
ries
, 185
9)0.
980.
520.
990.
990.
010.
500.
5026
941
6Eu
phyd
ryas
mat
urna
(Lin
naeu
s, 17
58)
0.79
0.26
0.84
0.90
0.10
0.40
0.60
7164
418
Euph
ydry
as d
esfon
tain
ii (G
odar
t, 1
819)
0.88
0.20
0.92
0.92
0.08
0.59
0.41
1641
420
Euph
ydry
as a
urin
ia (R
otte
mbu
rg, 1
775)
0.72
0.36
0.74
0.82
0.18
0.54
0.46
6513
422
Meli
taea
cinx
ia (L
inna
eus,
1758
)0.
750.
360.
670.
590.
410.
820.
1813
195
424
Meli
taea
pho
ebe (
Goe
ze, 1
779)
0.77
0.41
0.75
0.78
0.22
0.67
0.33
7693
426
Meli
taea
aet
herie
(Hüb
ner,
182
6)0.
950.
370.
970.
980.
020.
580.
4239
242
8M
elita
ea tr
ivia
([Sc
hiff
er m
ülle
r], 1
775)
0.86
0.40
0.84
0.88
0.12
0.59
0.41
5195
430
Meli
taea
did
yma
(Esp
er, 1
779)
0.77
0.40
0.70
0.65
0.35
0.81
0.19
1240
043
2M
elita
ea d
iam
ina
(Lan
g, 1
789)
0.84
0.37
0.73
0.75
0.25
0.68
0.32
8633
434
Meli
taea
deio
ne (G
eyer
, 183
2)0.
760.
190.
850.
870.
130.
470.
5324
2643
6M
elita
ea v
aria
(Mey
er-D
ür, 1
851)
0.96
0.42
0.98
0.99
0.01
0.44
0.56
506
438
Meli
taea
par
then
oide
s Kef
erst
ein,
185
10.
840.
330.
860.
890.
110.
540.
4631
8344
0M
elita
ea a
ureli
a N
icke
rl, 1
850
0.82
0.37
0.83
0.87
0.13
0.55
0.45
4423
442
Meli
taea
brit
omar
tis A
ssm
ann,
184
70.
830.
180.
850.
860.
140.
490.
5142
8044
4M
elita
ea a
thal
ia (R
otte
mbu
rg, 1
775)
0.79
0.43
0.71
0.73
0.27
0.69
0.31
1548
244
6Li
men
itis p
opul
i (Li
nnae
us, 1
758)
0.84
0.49
0.78
0.78
0.22
0.76
0.24
1133
244
8Li
men
itis c
amill
a (L
inna
eus,
1764
)0.
810.
450.
760.
780.
220.
720.
2888
3345
0Li
men
itis r
educ
ta S
taud
inge
r, 1
901
0.82
0.43
0.79
0.83
0.17
0.64
0.36
5716
452
Nep
tis sa
ppho
(Pal
las,
1771
)0.
920.
440.
930.
940.
060.
630.
3726
0745
4N
eptis
rivu
laris
(Sco
poli
, 176
3)0.
870.
420.
920.
960.
040.
450.
5521
3545
6C
hara
xes j
asiu
s (Li
nnae
us, 1
767)
0.94
0.48
0.91
0.92
0.08
0.76
0.24
1979
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 45
Pag
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gr.
abs
f.p
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pre
f.ab
so
ccu
pie
d c
ells
458
Apat
ura
met
is (F
reye
r, 1
829)
0.98
0.34
0.94
0.95
0.05
0.66
0.34
2091
460
Apat
ura
ilia
([Sc
hiff
er m
ülle
r], 1
775)
0.86
0.53
0.80
0.83
0.17
0.73
0.27
9958
462
Apat
ura
iris (
Linn
aeus
, 175
8)0.
850.
500.
790.
830.
170.
690.
3187
8446
4Ki
rinia
roxe
lana
(Cra
mer
, 177
7)0.
910.
510.
960.
980.
020.
530.
4711
9846
6Pa
rarg
e aeg
eria
(Lin
naeu
s, 17
58)
0.65
0.36
0.73
0.36
0.64
0.96
0.04
2288
246
8La
siom
mat
a m
eger
a (L
inna
eus,
1767
)0.
750.
470.
740.
570.
430.
890.
1116
529
470
Lasio
mm
ata
petro
polit
ana
(Fab
rici
us, 1
787)
0.84
0.46
0.83
0.87
0.13
0.62
0.38
9156
472
Lasio
mm
ata
mae
ra (L
inna
eus,
1758
)0.
750.
350.
670.
680.
320.
670.
3314
684
474
Lopi
nga
achi
ne (S
copo
li, 1
763)
0.81
0.35
0.82
0.86
0.14
0.55
0.45
6680
476
Coe
nony
mph
a tu
llia
(Mül
ler,
176
4)0.
830.
500.
770.
780.
220.
770.
2313
062
478
Coe
nony
mph
a oe
dipp
us (F
abri
cius
, 178
7)0.
950.
260.
950.
970.
030.
370.
6310
5548
0C
oeno
nym
pha
rhod
open
sis E
lwes
, 190
00.
950.
150.
960.
970.
030.
210.
7975
948
2C
oeno
nym
pha
arca
nia
(Lin
naeu
s, 17
61)
0.83
0.47
0.74
0.70
0.30
0.80
0.20
1354
448
4C
oeno
nym
pha
glyc
erio
n (B
orkh
ause
n, 1
788)
0.86
0.57
0.81
0.81
0.19
0.81
0.19
1283
548
6C
oeno
nym
pha
gard
etta
(De
Prun
ner,
179
8)0.
970.
570.
970.
980.
020.
640.
3694
148
8C
oeno
nym
pha
doru
s (Es
per,
178
2)0.
830.
280.
860.
870.
130.
640.
3627
8149
0C
oeno
nym
pha
hero
(Lin
naeu
s, 17
61)
0.88
0.38
0.88
0.91
0.09
0.55
0.45
3543
492
Coe
nony
mph
a lea
nder
(Esp
er, 1
784)
0.89
0.35
0.98
0.99
0.01
0.37
0.63
827
494
Coe
nony
mph
a pa
mph
ilus (
Linn
aeus
, 175
8)0.
660.
290.
730.
420.
580.
850.
1522
310
496
Pyro
nia
titho
nus (
Linn
aeus
, 177
1)0.
820.
470.
790.
850.
150.
640.
3664
1149
8Py
roni
a ce
cilia
(Val
lant
in, 1
894)
0.91
0.55
0.90
0.93
0.07
0.68
0.32
2350
500
Pyro
nia
bath
seba
(Fab
rici
us, 1
793)
0.83
0.30
0.85
0.85
0.15
0.80
0.20
3461
502
Apha
ntop
us h
yper
antu
s (Li
nnae
us, 1
758)
0.84
0.58
0.79
0.78
0.22
0.80
0.20
1667
250
4M
anio
la ju
rtin
a (L
inna
eus,
1758
)0.
70.
480.
800.
460.
540.
960.
0421
820
506
Hyp
onep
hele
lycao
n (K
ühn,
177
4)0.
780.
320.
760.
810.
190.
550.
4568
8450
8H
ypon
ephe
le lu
pina
(Cos
ta, 1
836)
0.88
0.38
0.89
0.92
0.08
0.55
0.45
2829
510
Ereb
ia li
gea
(Lin
naeu
s, 17
58)
0.86
0.55
0.80
0.83
0.17
0.75
0.25
1246
2
Settele J et al. / BioRisk 2: 33–72 (2009)46
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f.ab
so
ccu
pie
d c
ells
512
Ereb
ia eu
ryal
e (Es
per,
180
5)0.
890.
470.
900.
950.
050.
510.
4920
9251
4Er
ebia
erip
hyle
(Fre
yer,
183
6)0.
990.
640.
990.
990.
010.
650.
3538
551
6Er
ebia
man
to ([
Schi
ffer
mül
ler]
, 177
5)0.
90.
480.
950.
970.
030.
560.
4413
5351
8Er
ebia
epip
hron
(Kno
ch, 1
783)
0.84
0.38
0.88
0.90
0.10
0.64
0.36
3243
520
Ereb
ia p
hart
e (H
übne
r, 1
804)
0.89
0.51
0.96
0.97
0.03
0.75
0.25
1356
522
Ereb
ia m
elam
pus (
Fues
sli,
1775
)0.
980.
530.
960.
970.
030.
790.
2114
2152
4Er
ebia
aet
hiop
s (Es
per,
177
7)0.
820.
400.
820.
880.
120.
540.
4645
2352
6Er
ebia
tria
ria (D
e Pr
unne
r, 1
798)
0.81
0.36
0.94
0.96
0.04
0.50
0.50
1169
528
Ereb
ia em
bla
(Bec
klin
, 179
1)0.
970.
700.
960.
980.
020.
760.
2438
0453
0Er
ebia
disa
(Bec
klin
, 179
1)0.
990.
720.
990.
990.
010.
720.
2814
7553
2Er
ebia
med
usa
(Fab
rici
us, 1
787)
0.9
0.49
0.85
0.91
0.09
0.56
0.44
4124
534
Ereb
ia a
lber
ganu
s (D
e Pr
unne
r, 1
798)
0.87
0.42
0.96
0.97
0.03
0.49
0.51
1025
536
Ereb
ia p
luto
(De
Prun
ner,
179
8)0.
980.
520.
970.
980.
020.
630.
3788
353
8Er
ebia
gor
ge (E
sper
, 180
5)0.
880.
420.
940.
960.
040.
540.
4617
0654
0Er
ebia
mne
stra
(Esp
er, 1
805)
0.96
0.46
0.99
0.99
0.01
0.45
0.55
280
542
Ereb
ia ep
istyg
ne (H
übne
r, 1
819)
0.91
0.22
0.99
1.00
0.00
0.17
0.83
172
544
Ereb
ia o
ttom
ana
(Her
rich
-Sch
äffe
r, 1
847)
0.81
0.28
0.98
0.99
0.01
0.21
0.79
631
546
Ereb
ia ty
ndar
us (E
sper
, 178
1)0.
990.
530.
990.
990.
010.
640.
3643
554
8Er
ebia
cassi
oide
s (R
eine
r &
Hoh
enw
arth
, 179
2) (c
ompl
ex)
0.8
0.35
0.95
0.97
0.03
0.40
0.60
1176
550
Ereb
ia p
rono
e (Es
per,
178
0)0.
890.
420.
940.
960.
040.
570.
4316
8055
2Er
ebia
styx
(Fre
yer,
183
4)0.
950.
360.
980.
990.
010.
400.
6042
955
4Er
ebia
mon
tana
(De
Prun
ner,
179
8)0.
980.
580.
980.
990.
010.
680.
3263
555
6Er
ebia
neo
ridas
(Boi
sduv
al, 1
828)
0.93
0.52
0.97
0.98
0.02
0.63
0.38
677
558
Ereb
ia m
elas (
Her
bst,
179
6)0.
840.
320.
980.
990.
010.
290.
7165
056
0Er
ebia
oem
e (Es
per,
180
5)0.
890.
380.
950.
970.
030.
390.
6110
9556
2Er
ebia
meo
lans
(De
Prun
ner,
179
8)0.
920.
450.
900.
910.
090.
710.
2927
5856
4Er
ebia
pan
dros
e (Bo
rkha
usen
, 178
8)0.
860.
620.
930.
950.
050.
730.
2744
93
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 47
Pag
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UC
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abs
f.p
rer.
pre
f.ab
so
ccu
pie
d c
ells
566
Mela
narg
ia ru
ssiae
(Esp
er, 1
784)
0.85
0.33
0.92
0.94
0.06
0.44
0.56
1515
568
Mela
narg
ia g
alat
hea
(Lin
naeu
s, 17
58)
0.81
0.50
0.75
0.71
0.29
0.81
0.19
1395
857
0M
elana
rgia
lach
esis (
Hüb
ner
1790
)0.
890.
440.
940.
960.
040.
500.
5013
9457
2M
elana
rgia
laris
sa (E
sper
, 178
4)0.
890.
390.
960.
980.
020.
410.
5911
2157
4M
elana
rgia
arg
e (Su
lzer
, 177
6)0.
980.
440.
970.
980.
020.
640.
3661
757
6M
elana
rgia
occ
itani
ca (E
sper
, 179
3)0.
860.
300.
910.
930.
070.
510.
4914
0557
8M
elana
rgia
ines
(Hof
fman
segg
, 180
4)0.
950.
370.
940.
960.
040.
480.
5211
0858
0Sa
tyru
s fer
ula
(Fab
rici
us, 1
793)
0.76
0.35
0.89
0.92
0.08
0.51
0.49
2203
582
Saty
rus a
ctaea
(Esp
er, 1
780)
0.92
0.39
0.93
0.94
0.06
0.68
0.32
1618
584
Min
ois d
ryas
(Sco
poli
, 176
3)0.
830.
430.
840.
910.
090.
520.
4842
4058
6H
ippa
rchi
a fa
gi (S
copo
li, 1
763)
0.83
0.39
0.78
0.79
0.21
0.72
0.28
6537
588
Hip
parc
hia
herm
ione
(Lin
naeu
s, 17
64)
0.72
0.31
0.83
0.89
0.11
0.45
0.55
3309
590
Hip
parc
hia
syria
ca (S
taud
inge
r, 1
871)
0.95
0.34
0.94
0.94
0.06
0.67
0.33
1919
592
Hip
parc
hia
semele
(Lin
naeu
s, 17
58)
0.79
0.43
0.71
0.63
0.37
0.82
0.18
1383
359
4H
ippa
rchi
a vo
lgens
is (M
azoc
hin-
Pors
hnya
kov,
195
2)0.
940.
330.
970.
990.
010.
310.
6998
159
6H
ippa
rchi
a sta
tilin
us (H
ufna
gel,
176
6)0.
760.
330.
760.
790.
210.
610.
3961
1759
8H
ippa
rchi
a fa
tua
(Fre
yer,
184
5)0.
980.
450.
960.
970.
030.
630.
3810
2460
0H
ippa
rchi
a fi d
ia (L
inna
eus,
1767
)0.
880.
320.
890.
900.
100.
700.
3021
9260
2H
ippa
rchi
a sen
thes
(Fru
hsto
rfer
, 190
8)0.
940.
360.
960.
980.
020.
390.
6184
060
4Ar
ethu
sana
are
thus
a ([
Schi
ffer
mül
ler]
, 177
5)0.
770.
320.
800.
820.
180.
630.
3756
2160
6Br
inte
sia ci
rce (
Fabr
iciu
s, 17
75)
0.81
0.42
0.77
0.78
0.22
0.73
0.27
7539
608
Cha
zara
bris
eis (L
inna
eus,
1764
)0.
80.
340.
740.
750.
250.
700.
3072
9261
0Ps
eudo
chaz
ara
anth
elea
(Lef
ebvr
e, 1
831)
0.9
0.52
0.98
0.99
0.01
0.58
0.42
818
612
Oen
eis n
orna
(Bec
klin
, 179
1)0.
980.
580.
970.
980.
020.
700.
3020
7761
4O
eneis
gla
cialis
(Mol
l, 1
785)
0.99
0.59
0.98
0.98
0.02
0.78
0.22
930
616
Oen
eis ju
tta (H
übne
r, 1
806)
0.96
0.68
0.94
0.95
0.05
0.86
0.14
5991
618
Dan
aus c
hrys
ippu
s (Li
nnae
us, 1
758)
0.89
0.36
0.97
0.98
0.02
0.50
0.50
412
Settele J et al. / BioRisk 2: 33–72 (2009)48
App
endi
x 2
– S
cena
rio
res
ults
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
32Er
ynni
s tag
es (L
inna
eus,
1758
)-2
873
(-16
.22%
)-2
385
(-13
.47%
)-1
786
(-10
.09%
)-4
268
(-24
.1%
)-3
834
(-21
.65%
)-3
203
(-18
.09%
)-7
225
(-40
.8%
)-5
429
(-30
.66%
)-4
695
(-26
.51%
)-1
0729
(-60
.59%
)-8
408
(-47
.48%
)-6
615
(-37
.35%
)34
Eryn
nis m
arlo
yi
(Boi
sduv
al, 1
834)
-222
(-24
.56%
)-2
40(-
26.5
5%)
-123
(-13
.61%
)-6
31(-
69.8
%)
-583
(-64
.49%
)-5
21(-
57.6
3%)
-658
(-72
.79%
)-5
72(-
63.2
7%)
-72
(-7.
96%
)-8
62(-
95.3
5%)
-807
(-89
.27%
)-5
78(-
63.9
4%)
36C
arch
arod
us a
lceae
(E
sper
, 178
0)29
40(2
3.39
%)
2554
(20.
32%
)38
84(3
0.9%
)-1
476
(-11
.74%
)-1
255
(-9.
98%
)-5
68(-
4.52
%)
-118
8(-
9.45
%)
-222
(-1.
77%
)18
89(1
5.03
%)
-613
9(-
48.8
3%)
-481
5(-
38.3
%)
-210
6(-
16.7
5%)
38C
arch
arod
us
lava
ther
ae
(Esp
er, 1
783)
-379
(-11
.62%
)-1
32(-
4.05
%)
-21
(-0.
64%
)-1
893
(-58
.03%
)-1
578
(-48
.38%
)-1
482
(-45
.43%
)-4
54(-
13.9
2%)
284
(8.7
1%)
1101
(33.
75%
)-2
792
(-85
.59%
)-2
409
(-73
.85%
)-1
978
(-60
.64%
)
40C
arch
arod
us
fl occ
iferu
s (Z
elle
r, 1
847)
104
(2.4
7%)
1228
(29.
15%
)46
0(1
0.92
%)
-166
1(-
39.4
3%)
-118
8(-
28.2
%)
-114
8(-
27.2
5%)
2972
(70.
54%
)24
27(5
7.61
%)
2641
(62.
69%
)-2
925
(-69
.43%
)-2
346
(-55
.68%
)-1
670
(-39
.64%
)
42C
arch
arod
us
orien
talis
(R
ever
din,
191
3)
-94
(-7.
63%
)-1
19(-
9.66
%)
-26
(-2.
11%
)-6
95(-
56.4
1%)
-594
(-48
.21%
)-6
11(-
49.5
9%)
-266
(-21
.59%
)-4
35(-
35.3
1%)
255
(20.
7%)
-111
6(-
90.5
8%)
-972
(-78
.9%
)-7
29(-
59.1
7%)
44C
arch
arod
us
baet
icus (
Ram
bur,
18
40)
168
(40.
58%
)75
(18.
12%
)88
(21.
26%
)-2
29(-
55.3
1%)
-233
(-56
.28%
)-2
39(-
57.7
3%)
248
(59.
9%)
138
(33.
33%
)10
6(2
5.6%
)-2
93(-
70.7
7%)
-288
(-69
.57%
)-2
75(-
66.4
3%)
46Sp
ialia
phl
omid
is (H
erri
ch-
Schä
ffer
, 184
5)
-110
(-28
.72%
)-8
8(-
22.9
8%)
-59
(-15
.4%
)-2
60(-
67.8
9%)
-228
(-59
.53%
)-1
95(-
50.9
1%)
-319
(-83
.29%
)-2
62(-
68.4
1%)
27(7
.05%
)-3
81(-
99.4
8%)
-352
(-91
.91%
)-2
29(-
59.7
9%)
48Sp
ialia
sert
oriu
s (H
offm
anse
gg,
1804
)
-111
4(-
16.4
6%)
-331
(-4.
89%
)-4
26(-
6.29
%)
-242
5(-
35.8
3%)
-175
5(-
25.9
3%)
-177
1(-
26.1
7%)
-221
8(-
32.7
7%)
-100
6(-
14.8
6%)
-553
(-8.
17%
)-4
639
(-68
.54%
)-3
188
(-47
.1%
)-2
424
(-35
.82%
)
50Sp
ialia
orb
ifer
(Hüb
ner,
182
3)12
11(4
4.39
%)
528
(19.
35%
)22
29(8
1.71
%)
-976
(-35
.78%
)-9
87(-
36.1
8%)
-341
(-12
.5%
)14
43(5
2.9%
)-5
9(-
2.16
%)
1025
(37.
57%
)-2
000
(-73
.31%
)-1
848
(-67
.74%
)-1
188
(-43
.55%
)52
Syric
htus
pro
to
(Och
senh
eim
er,
1808
)
-192
8(-
52.5
9%)
-186
2(-
50.7
9%)
-132
8(-
36.2
2%)
-224
8(-
61.3
2%)
-201
2(-
54.8
8%)
-180
2(-
49.1
5%)
-294
5(-
80.3
3%)
-301
4(-
82.2
1%)
-192
9(-
52.6
2%)
-355
3(-
96.9
2%)
-324
2(-
88.4
3%)
-253
0(-
69.0
1%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 49
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
54Sy
richt
us te
ssellu
m
(Hüb
ner,
180
3)53
(5%
)-3
03(-
28.6
1%)
305
(28.
8%)
-960
(-90
.65%
)-9
38(-
88.5
7%)
-806
(-76
.11%
)-7
36(-
69.5
%)
-755
(-71
.29%
)-2
70(-
25.5
%)
-105
9(-
100%
)-1
058
(-99
.91%
)-9
07(-
85.6
5%)
56Py
rgus
cart
ham
i (H
übne
r, 1
813)
-761
(-11
.6%
)-7
70(-
11.7
3%)
222
(3.3
8%)
-271
2(-
41.3
2%)
-241
5(-
36.8
%)
-195
2(-
29.7
4%)
-328
5(-
50.0
5%)
-178
7(-
27.2
3%)
-105
1(-
16.0
1%)
-556
3(-
84.7
6%)
-428
5(-
65.2
9%)
-347
1(-
52.8
9%)
58Py
rgus
sida
e (E
sper
, 178
2)-3
52(-
26.2
1%)
-427
(-31
.79%
)33
(2.4
6%)
-981
(-73
.05%
)-9
17(-
68.2
8%)
-831
(-61
.88%
)-3
84(-
28.5
9%)
-808
(-60
.16%
)-1
78(-
13.2
5%)
-132
8(-
98.8
8%)
-128
6(-
95.7
6%)
-105
1(-
78.2
6%)
60Py
rgus
and
rom
edae
(W
alle
ngre
n,
1853
)
-511
(-26
.46%
)-2
80(-
14.5
%)
-432
(-22
.37%
)-5
46(-
28.2
8%)
-356
(-18
.44%
)-5
17(-
26.7
7%)
-584
(-30
.24%
)-3
06(-
15.8
5%)
-425
(-22
.01%
)-7
77(-
40.2
4%)
-542
(-28
.07%
)-5
86(-
30.3
5%)
62Py
rgus
caca
liae
(Ram
bur,
184
0)-3
12(-
27.0
6%)
-207
(-17
.95%
)-2
72(-
23.5
9%)
-400
(-34
.69%
)-3
20(-
27.7
5%)
-368
(-31
.92%
)-5
23(-
45.3
6%)
-336
(-29
.14%
)-5
14(-
44.5
8%)
-719
(-62
.36%
)-5
38(-
46.6
6%)
-630
(-54
.64%
)64
Pyrg
us ce
ntau
reae
(R
ambu
r, 1
840)
-156
5(-
27.1
7%)
-144
6(-
25.1
%)
-131
3(-
22.8
%)
-158
8(-
27.5
7%)
-146
5(-
25.4
3%)
-137
2(-
23.8
2%)
-372
2(-
64.6
2%)
-293
2(-
50.9
%)
-183
6(-
31.8
7%)
-381
1(-
66.1
6%)
-302
2(-
52.4
7%)
-207
3(-
35.9
9%)
66Py
rgus
mal
vae
(Lin
naeu
s, 17
58)
(spe
cies
com
plex
)
-263
8(-
12.9
1%)
-232
4(-
11.3
7%)
-152
9(-
7.48
%)
-415
9(-
20.3
5%)
-358
6(-
17.5
4%)
-319
7(-
15.6
4%)
-555
4(-
27.1
7%)
-421
2(-
20.6
1%)
-228
8(-
11.1
9%)
-100
58(-
49.2
1%)
-773
5(-
37.8
4%)
-534
9(-
26.1
7%)
68Py
rgus
serr
atul
ae
(Ram
bur,
184
0)-6
38(-
10.2
7%)
-450
(-7.
24%
)52
(0.8
4%)
-241
1(-
38.7
9%)
-206
1(-
33.1
6%)
-187
1(-
30.1
%)
-300
8(-
48.4
%)
-148
3(-
23.8
6%)
-759
(-12
.21%
)-4
947
(-79
.6%
)-3
798
(-61
.11%
)-2
952
(-47
.5%
)70
Pyrg
us o
nopo
rdi
(Ram
bur,
184
0)-4
49(-
20.7
%)
-306
(-14
.11%
)-2
79(-
12.8
6%)
-131
2(-
60.4
9%)
-106
9(-
49.2
9%)
-103
2(-
47.5
8%)
-373
(-17
.2%
)-9
8(-
4.52
%)
88(4
.06%
)-2
079
(-95
.85%
)-1
602
(-73
.86%
)-1
395
(-64
.32%
)72
Pyrg
us ca
rlina
e (R
ambu
r, 1
840)
-133
(-16
.26%
)22
(2.6
9%)
-100
(-12
.22%
)-5
06(-
61.8
6%)
-419
(-51
.22%
)-4
81(-
58.8
%)
-362
(-44
.25%
)-1
97(-
24.0
8%)
-231
(-28
.24%
)-7
03(-
85.9
4%)
-614
(-75
.06%
)-7
14(-
87.2
9%)
74Py
rgus
cirsi
i (R
ambu
r, 1
840)
-110
7(-
25.4
4%)
-524
(-12
.04%
)-4
72(-
10.8
5%)
-193
3(-
44.4
2%)
-132
6(-
30.4
7%)
-130
6(-
30.0
1%)
-308
0(-
70.7
7%)
-177
3(-
40.7
4%)
-947
(-21
.76%
)-3
713
(-85
.32%
)-2
764
(-63
.51%
)-1
936
(-44
.49%
)76
Pyrg
us a
rmor
icanu
s (O
bert
hür,
191
0)38
6(5
.8%
)36
2(5
.44%
)10
76(1
6.16
%)
-269
1(-
40.4
2%)
-240
4(-
36.1
1%)
-205
0(-
30.7
9%)
-402
(-6.
04%
)67
(1.0
1%)
987
(14.
82%
)-5
276
(-79
.24%
)-4
177
(-62
.74%
)-3
082
(-46
.29%
)78
Pyrg
us a
lveu
s (H
übne
r, 1
803)
(s
peci
es c
ompl
ex)
-179
6(-
16.4
6%)
580
(5.3
2%)
-102
(-0.
93%
)-3
665
(-33
.59%
)-2
013
(-18
.45%
)-2
549
(-23
.36%
)24
6(2
.25%
)10
87(9
.96%
)25
39(2
3.27
%)
-611
7(-
56.0
6%)
-481
5(-
44.1
3%)
-368
0(-
33.7
2%)
80Py
rgus
bell
ieri
(Obe
rthü
r, 1
910)
-109
(-26
.85%
)-1
72(-
42.3
6%)
-180
(-44
.33%
)-3
69(-
90.8
9%)
-338
(-83
.25%
)-3
56(-
87.6
8%)
-113
(-27
.83%
)-6
0(-
14.7
8%)
242
(59.
61%
)-4
06(-
100%
)-4
04(-
99.5
1%)
-395
(-97
.29%
)
Settele J et al. / BioRisk 2: 33–72 (2009)50
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
82Py
rgus
war
rene
nsis
(Ver
ity,
192
8)-5
37(-
38.2
2%)
-437
(-31
.1%
)-4
47(-
31.8
1%)
-644
(-45
.84%
)-5
41(-
38.5
1%)
-568
(-40
.43%
)-7
96(-
56.6
5%)
-655
(-46
.62%
)-7
25(-
51.6
%)
-997
(-70
.96%
)-8
34(-
59.3
6%)
-954
(-67
.9%
)84
Het
erop
teru
s m
orph
eus
(Pal
las,
1771
)
2282
(30.
19%
)40
28(5
3.29
%)
1974
(26.
11%
)-2
646
(-35
%)
-193
7(-
25.6
3%)
-227
2(-
30.0
6%)
819
(10.
83%
)23
05(3
0.49
%)
1760
(23.
28%
)-5
718
(-75
.64%
)-4
136
(-54
.72%
)-3
328
(-44
.03%
)
86C
arte
roce
phal
us
pala
emon
(P
alla
s, 17
71)
-187
7(-
16.7
1%)
113
(1.0
1%)
-172
2(-
15.3
3%)
-357
0(-
31.7
8%)
-211
7(-
18.8
5%)
-339
7(-
30.2
4%)
-748
(-6.
66%
)41
(0.3
7%)
696
(6.2
%)
-472
5(-
42.0
7%)
-352
8(-
31.4
1%)
-296
1(-
26.3
6%)
88C
arte
roce
phal
us
silvi
colu
s (M
eige
n, 1
829)
-599
(-10
.9%
)-9
19(-
16.7
3%)
-100
8(-
18.3
5%)
-220
0(-
40.0
5%)
-227
3(-
41.3
8%)
-236
4(-
43.0
4%)
-256
5(-
46.7
%)
-174
6(-
31.7
9%)
-192
8(-
35.1
%)
-464
2(-
84.5
1%)
-378
0(-
68.8
1%)
-360
9(-
65.7
%)
90Th
ymeli
cus l
ineo
la
(Och
senh
eim
er,
1806
)
-283
9(-
14.6
1%)
-257
2(-
13.2
4%)
-190
6(-
9.81
%)
-404
5(-
20.8
2%)
-350
6(-
18.0
4%)
-317
6(-
16.3
5%)
-760
5(-
39.1
4%)
-558
0(-
28.7
2%)
-342
5(-
17.6
3%)
-105
51(-
54.3
%)
-789
1(-
40.6
1%)
-533
0(-
27.4
3%)
92Th
ymeli
cus s
ylvest
ris
(Pod
a, 1
761)
-228
3(-
18.5
2%)
-188
0(-
15.2
5%)
-979
(-7.
94%
)-4
097
(-33
.23%
)-3
492
(-28
.32%
)-2
907
(-23
.58%
)-5
406
(-43
.85%
)-4
395
(-35
.65%
)-3
060
(-24
.82%
)-8
045
(-65
.25%
)-6
533
(-52
.99%
)-4
995
(-40
.51%
)94
Th ym
elicu
s acte
on
(Rot
tem
burg
, 17
75)
-445
(-4.
54%
)-4
56(-
4.65
%)
222
(2.2
7%)
-235
9(-
24.0
7%)
-208
9(-
21.3
1%)
-174
4(-
17.7
9%)
-286
0(-
29.1
8%)
-214
8(-
21.9
2%)
-827
(-8.
44%
)-5
473
(-55
.84%
)-4
352
(-44
.4%
)-2
875
(-29
.33%
)
96H
esper
ia co
mm
a (L
inna
eus,
1758
)-2
913
(-24
.67%
)-2
321
(-19
.66%
)-1
980
(-16
.77%
)-4
003
(-33
.91%
)-3
408
(-28
.87%
)-3
034
(-25
.7%
)-7
069
(-59
.88%
)-5
466
(-46
.3%
)-4
598
(-38
.95%
)-9
066
(-76
.79%
)-7
294
(-61
.78%
)-6
026
(-51
.04%
)98
Och
lode
s sylv
anus
(E
sper
, 177
7)-1
398
(-6.
8%)
-953
(-4.
64%
)-7
26(-
3.53
%)
-405
8(-
19.7
4%)
-330
9(-
16.1
%)
-327
6(-
15.9
4%)
-389
2(-
18.9
4%)
-208
2(-
10.1
3%)
-750
(-3.
65%
)-9
349
(-45
.49%
)-6
893
(-33
.54%
)-4
881
(-23
.75%
)10
0G
egen
es pu
mili
o (H
offm
anse
gg,
1804
)
-39
(-7.
43%
)-1
5(-
2.86
%)
-11
(-2.
1%)
-239
(-45
.52%
)-2
01(-
38.2
9%)
-195
(-37
.14%
)-2
23(-
42.4
8%)
-123
(-23
.43%
)90
(17.
14%
)-4
20(-
80%
)-3
42(-
65.1
4%)
-220
(-41
.9%
)
102
Geg
enes
nostr
odam
us
(Fab
rici
us, 1
793)
-718
(-58
.61%
)-6
26(-
51.1
%)
-628
(-51
.27%
)-9
27(-
75.6
7%)
-828
(-67
.59%
)-8
05(-
65.7
1%)
-103
5(-
84.4
9%)
-912
(-74
.45%
)-7
31(-
59.6
7%)
-121
6(-
99.2
7%)
-114
2(-
93.2
2%)
-100
5(-
82.0
4%)
104
Zery
nthi
a ru
min
a (L
inna
eus,
1767
)-1
187
(-33
.91%
)-1
378
(-39
.37%
)-8
02(-
22.9
1%)
-219
6(-
62.7
4%)
-193
2(-
55.2
%)
-184
7(-
52.7
7%)
-196
7(-
56.2
%)
-211
9(-
60.5
4%)
-157
4(-
44.9
7%)
-340
5(-
97.2
9%)
-307
8(-
87.9
4%)
-261
7(-
74.7
7%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 51
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
106
Zery
nthi
a po
lyxen
a ([
Schi
ffer
-m
ülle
r], 1
775)
3098
(63.
24%
)32
18(6
5.69
%)
3753
(76.
61%
)-1
499
(-30
.6%
)-1
107
(-22
.6%
)-7
22(-
14.7
4%)
4141
(84.
53%
)34
32(7
0.06
%)
4158
(84.
87%
)-3
917
(-79
.96%
)-3
156
(-64
.42%
)-1
612
(-32
.9%
)
108
Zery
nthi
a ce
risyi
(G
odar
t, 1
822)
2080
(359
.24%
)20
79(3
59.0
7%)
1685
(291
.02%
)-2
3(-
3.97
%)
-10
(-1.
73%
)-1
1(-
1.9%
)40
73(7
03.4
5%)
3022
(521
.93%
)29
70(5
12.9
5%)
-71
(-12
.26%
)-7
3(-
12.6
1%)
-35
(-6.
04%
)11
0Pa
rnas
sius
mne
mos
yne
(Lin
naeu
s, 17
58)
-198
3(-
21.7
7%)
-179
3(-
19.6
8%)
-465
(-5.
1%)
-322
2(-
35.3
7%)
-298
0(-
32.7
1%)
-230
8(-
25.3
4%)
-216
3(-
23.7
5%)
-253
6(-
27.8
4%)
-175
(-1.
92%
)-7
025
(-77
.12%
)-6
269
(-68
.82%
)-4
413
(-48
.45%
)
112
Parn
assiu
s pho
ebus
(F
abri
cius
, 179
3)-3
14(-
28.2
1%)
-198
(-17
.79%
)-2
75(-
24.7
1%)
-488
(-43
.85%
)-3
88(-
34.8
6%)
-455
(-40
.88%
)-5
74(-
51.5
7%)
-364
(-32
.7%
)-5
26(-
47.2
6%)
-804
(-72
.24%
)-6
45(-
57.9
5%)
-755
(-67
.83%
)11
4Pa
rnas
sius a
pollo
(L
inna
eus,
1758
)-2
915
(-46
.47%
)-2
609
(-41
.59%
)-1
887
(-30
.08%
)-3
479
(-55
.46%
)-3
126
(-49
.83%
)-2
568
(-40
.94%
)-3
972
(-63
.32%
)-3
319
(-52
.91%
)-2
234
(-35
.61%
)-4
758
(-75
.85%
)-4
177
(-66
.59%
)-3
431
(-54
.69%
)11
6Ip
hicli
des p
odal
irius
(L
inna
eus,
1758
)30
58(2
9.47
%)
3818
(36.
79%
)40
99(3
9.5%
)-1
226
(-11
.81%
)-8
52(-
8.21
%)
-483
(-4.
65%
)34
33(3
3.08
%)
3105
(29.
92%
)43
80(4
2.2%
)-4
169
(-40
.17%
)-3
182
(-30
.66%
)-1
186
(-11
.43%
)11
8Pa
pilio
mac
haon
Li
nnae
us, 1
758
1346
(6.3
1%)
1206
(5.6
5%)
1744
(8.1
8%)
-742
(-3.
48%
)-4
28(-
2.01
%)
-449
(-2.
1%)
227
(1.0
6%)
1066
(5%
)26
37(1
2.36
%)
-416
7(-
19.5
3%)
-254
7(-
11.9
4%)
-809
(-3.
79%
)12
0Pa
pilio
alex
anor
Es
per,
179
9-2
78(-
40.4
7%)
-277
(-40
.32%
)-2
24(-
32.6
1%)
-454
(-66
.08%
)-4
36(-
63.4
6%)
-404
(-58
.81%
)-4
62(-
67.2
5%)
-380
(-55
.31%
)-2
57(-
37.4
1%)
-592
(-86
.17%
)-5
34(-
77.7
3%)
-455
(-66
.23%
)12
2Le
ptid
ea si
napi
s (L
inna
eus,
1758
) / r
eali
Rei
ssin
ger,
19
90 (c
ompl
ex)
97(0
.54%
)23
6(1
.3%
)18
29(1
0.09
%)
-357
5(-
19.7
2%)
-273
3(-
15.0
8%)
-239
4(-
13.2
1%)
795
(4.3
9%)
1117
(6.1
6%)
2744
(15.
14%
)-7
192
(-39
.68%
)-5
664
(-31
.25%
)-3
709
(-20
.46%
)
124
Lept
idea
dup
onch
eli
(Sta
udin
ger,
18
71)
22(1
.97%
)-1
86(-
16.6
5%)
221
(19.
79%
)-8
56(-
76.6
3%)
-812
(-72
.69%
)-7
12(-
63.7
4%)
-594
(-53
.18%
)-6
28(-
56.2
2%)
32(2
.86%
)-1
066
(-95
.43%
)-1
009
(-90
.33%
)-7
82(-
70.0
1%)
126
Lept
idea
mor
sei
(Fen
ton,
188
1)18
8(1
2%)
761
(48.
56%
)37
0(2
3.61
%)
-115
4(-
73.6
4%)
-988
(-63
.05%
)-8
93(-
56.9
9%)
293
(18.
7%)
196
(12.
51%
)-1
33(-
8.49
%)
-141
6(-
90.3
6%)
-132
8(-
84.7
5%)
-119
8(-
76.4
5%)
128
Anth
ocha
ris
card
amin
es (L
inna
eus,
1758
)
-292
8(-
15.5
8%)
-202
1(-
10.7
5%)
-141
6(-
7.53
%)
-478
7(-
25.4
7%)
-370
7(-
19.7
2%)
-316
8(-
16.8
6%)
-691
8(-
36.8
1%)
-476
5(-
25.3
5%)
-215
9(-
11.4
9%)
-100
40(-
53.4
2%)
-747
6(-
39.7
8%)
-444
7(-
23.6
6%)
Settele J et al. / BioRisk 2: 33–72 (2009)52
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
130
Anth
ocha
ris
euph
enoi
des
Stau
ding
er, 1
869
-137
4(-
46.2
6%)
-129
9(-
43.7
4%)
-989
(-33
.3%
)-2
012
(-67
.74%
)-1
763
(-59
.36%
)-1
744
(-58
.72%
)-1
956
(-65
.86%
)-1
948
(-65
.59%
)-1
313
(-44
.21%
)-2
887
(-97
.21%
)-2
614
(-88
.01%
)-2
309
(-77
.74%
)
132
Anth
ocha
ris
grun
eri H
erri
ch-
Schä
ffer
, 185
1
-356
(-35
.71%
)-3
30(-
33.1
%)
-266
(-26
.68%
)-6
96(-
69.8
1%)
-648
(-64
.99%
)-6
13(-
61.4
8%)
-773
(-77
.53%
)-6
66(-
66.8
%)
-224
(-22
.47%
)-9
71(-
97.3
9%)
-888
(-89
.07%
)-6
95(-
69.7
1%)
134
Zegr
is eu
phem
e (E
sper
, 180
5)-4
56(-
53.1
5%)
-536
(-62
.47%
)-4
11(-
47.9
%)
-580
(-67
.6%
)-5
62(-
65.5
%)
-520
(-60
.61%
)-8
49(-
98.9
5%)
-837
(-97
.55%
)-7
65(-
89.1
6%)
-849
(-98
.95%
)-8
37(-
97.5
5%)
-766
(-89
.28%
)13
6Eu
chlo
e bele
mia
(E
sper
, 179
8)-4
00(-
57.5
5%)
-424
(-61
.01%
)-2
89(-
41.5
8%)
-446
(-64
.17%
)-4
32(-
62.1
6%)
-377
(-54
.24%
)-6
49(-
93.3
8%)
-607
(-87
.34%
)-3
38(-
48.6
3%)
-670
(-96
.4%
)-6
26(-
90.0
7%)
-495
(-71
.22%
)13
8Eu
chlo
e aus
onia
(H
übne
r, 1
806)
(c
ompl
ex)
586
(13.
07%
)-9
1(-
2.03
%)
742
(16.
55%
)-1
029
(-22
.95%
)-1
080
(-24
.09%
)-8
02(-
17.8
9%)
-265
(-5.
91%
)-3
27(-
7.29
%)
338
(7.5
4%)
-247
2(-
55.1
4%)
-205
8(-
45.9
1%)
-143
9(-
32.1
%)
140
Euch
loe t
agis
(Hüb
ner,
180
4)-7
94(-
25.1
9%)
-999
(-31
.69%
)-5
90(-
18.7
2%)
-169
2(-
53.6
8%)
-150
7(-
47.8
1%)
-153
7(-
48.7
6%)
-174
9(-
55.4
9%)
-153
5(-
48.7
%)
-920
(-29
.19%
)-2
743
(-87
.02%
)-2
350
(-74
.56%
)-1
943
(-61
.64%
)14
2Ap
oria
crat
aegi
(L
inna
eus,
1758
)-1
530
(-8.
14%
)-7
03(-
3.74
%)
-661
(-3.
52%
)-3
266
(-17
.39%
)-2
451
(-13
.05%
)-2
426
(-12
.91%
)-3
323
(-17
.69%
)-2
410
(-12
.83%
)-1
604
(-8.
54%
)-8
101
(-43
.12%
)-6
143
(-32
.7%
)-4
323
(-23
.01%
)14
4Pi
eris
bras
sicae
(L
inna
eus,
1758
)-3
241
(-13
.8%
)-3
133
(-13
.34%
)-1
904
(-8.
11%
)-4
419
(-18
.82%
)-4
027
(-17
.15%
)-3
228
(-13
.75%
)-8
906
(-37
.93%
)-6
368
(-27
.12%
)-3
429
(-14
.6%
)-1
1751
(-50
.04%
)-8
473
(-36
.08%
)-5
640
(-24
.02%
)14
6Pi
eris
krue
peri
(Sta
udin
ger,
18
60)
-25
(-1.
9%)
11(0
.84%
)21
6(1
6.44
%)
-698
(-53
.12%
)-6
04(-
45.9
7%)
-619
(-47
.11%
)36
(2.7
4%)
-141
(-10
.73%
)44
6(3
3.94
%)
-103
3(-
78.6
1%)
-900
(-68
.49%
)-7
48(-
56.9
3%)
148
Pier
is m
anni
i (M
ayer
, 185
1)22
2(1
2.98
%)
221
(12.
92%
)21
4(1
2.51
%)
-803
(-46
.96%
)-7
16(-
41.8
7%)
-572
(-33
.45%
)71
1(4
1.58
%)
639
(37.
37%
)61
6(3
6.02
%)
-149
7(-
87.5
4%)
-131
8(-
77.0
8%)
-968
(-56
.61%
)15
0Pi
eris
rapa
e (L
inna
eus,
1758
)-8
91(-
3.69
%)
-690
(-2.
86%
)82
(0.3
4%)
-225
8(-
9.35
%)
-174
2(-
7.22
%)
-150
2(-
6.22
%)
-408
8(-
16.9
3%)
-311
9(-
12.9
2%)
-670
(-2.
78%
)-8
043
(-33
.31%
)-6
008
(-24
.89%
)-3
296
(-13
.65%
)15
2Pi
eris
erga
ne
(Gey
er, 1
828)
-90
(-4.
19%
)-1
01(-
4.71
%)
94(4
.38%
)-1
043
(-48
.6%
)-9
32(-
43.4
3%)
-786
(-36
.63%
)51
9(2
4.18
%)
223
(10.
39%
)52
7(2
4.56
%)
-189
4(-
88.2
6%)
-168
4(-
78.4
7%)
-115
7(-
53.9
1%)
154
Pier
is na
pi
(Lin
naeu
s, 17
58)
-327
5(-
12.3
8%)
-249
7(-
9.44
%)
-254
3(-
9.61
%)
-381
9(-
14.4
3%)
-302
2(-
11.4
2%)
-304
5(-
11.5
1%)
-758
3(-
28.6
6%)
-538
6(-
20.3
6%)
-381
7(-
14.4
3%)
-825
3(-
31.1
9%)
-606
3(-
22.9
1%)
-442
4(-
16.7
2%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 53
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
156
Pier
is br
yoni
ae
(Hüb
ner,
179
1)-5
21(-
44.0
4%)
-320
(-27
.05%
)-4
21(-
35.5
9%)
-594
(-50
.21%
)-4
18(-
35.3
3%)
-520
(-43
.96%
)-3
03(-
25.6
1%)
-197
(-16
.65%
)-3
12(-
26.3
7%)
-844
(-71
.34%
)-6
55(-
55.3
7%)
-637
(-53
.85%
)15
8Po
ntia
calli
dice
(H
übne
r, 1
800)
-211
(-23
.68%
)-9
7(-
10.8
9%)
-182
(-20
.43%
)-3
70(-
41.5
3%)
-296
(-33
.22%
)-3
47(-
38.9
5%)
-481
(-53
.98%
)-2
80(-
31.4
3%)
-452
(-50
.73%
)-6
82(-
76.5
4%)
-509
(-57
.13%
)-6
39(-
71.7
2%)
160
Pont
ia d
aplid
ice
(Lin
naeu
s, 17
58)
/ edu
sa (F
abri
cius
, 17
77) (
com
plex
)
3493
(22.
82%
)19
73(1
2.89
%)
4490
(29.
33%
)-8
42(-
5.5%
)-9
18(-
6%)
-364
(-2.
38%
)-1
327
(-8.
67%
)-1
57(-
1.03
%)
3091
(20.
19%
)-7
478
(-48
.84%
)-5
708
(-37
.28%
)-2
391
(-15
.62%
)
162
Col
ias p
hico
mon
e (E
sper
, 178
0)-4
32(-
30.3
6%)
-209
(-14
.69%
)-3
06(-
21.5
%)
-611
(-42
.94%
)-4
50(-
31.6
2%)
-513
(-36
.05%
)-6
65(-
46.7
3%)
-426
(-29
.94%
)-5
62(-
39.4
9%)
-101
7(-
71.4
7%)
-781
(-54
.88%
)-8
90(-
62.5
4%)
164
Col
ias p
alae
no
(Lin
naeu
s, 17
61)
-309
5(-
31.3
1%)
-279
9(-
28.3
1%)
-287
5(-
29.0
8%)
-336
1(-
34%
)-3
063
(-30
.98%
)-3
210
(-32
.47%
)-5
087
(-51
.46%
)-4
202
(-42
.5%
)-3
370
(-34
.09%
)-5
433
(-54
.96%
)-4
562
(-46
.15%
)-3
889
(-39
.34%
)16
6C
olia
s era
te
(Esp
er, 1
805)
1982
(82.
79%
)81
5(3
4.04
%)
2797
(116
.83%
)-9
89(-
41.3
1%)
-119
9(-
50.0
8%)
-331
(-13
.83%
)44
(1.8
4%)
-317
(-13
.24%
)13
79(5
7.6%
)-2
260
(-94
.4%
)-2
059
(-86
.01%
)-1
160
(-48
.45%
)16
8C
olia
s cro
ceus
(G
eoff
roy,
178
5)-4
20(-
2.59
%)
-123
(-0.
76%
)10
37(6
.41%
)-2
931
(-18
.11%
)-2
525
(-15
.6%
)-1
750
(-10
.81%
)-4
329
(-26
.75%
)-3
091
(-19
.1%
)-9
62(-
5.94
%)
-746
0(-
46.0
9%)
-589
6(-
36.4
3%)
-351
8(-
21.7
4%)
170
Col
ias h
ecla
Le
febv
re, 1
836
-784
(-80
%)
-767
(-78
.27%
)-7
36(-
75.1
%)
-805
(-82
.14%
)-7
91(-
80.7
1%)
-785
(-80
.1%
)-9
63(-
98.2
7%)
-931
(-95
%)
-828
(-84
.49%
)-9
64(-
98.3
7%)
-949
(-96
.84%
)-8
79(-
89.6
9%)
172
Col
ias m
yrm
idon
e (E
sper
, 178
0)-1
528
(-35
.94%
)-2
181
(-51
.29%
)-3
29(-
7.74
%)
-219
6(-
51.6
5%)
-261
6(-
61.5
2%)
-135
1(-
31.7
7%)
-266
7(-
62.7
2%)
-297
1(-
69.8
7%)
-189
6(-
44.5
9%)
-404
8(-
95.2
%)
-388
7(-
91.4
2%)
-319
3(-
75.0
9%)
174
Col
ias c
hrys
othe
me
(Esp
er, 1
780)
463
(61.
57%
)-2
46(-
32.7
1%)
416
(55.
32%
)-5
59(-
74.3
4%)
-565
(-75
.13%
)-4
89(-
65.0
3%)
-550
(-73
.14%
)-4
90(-
65.1
6%)
-519
(-69
.02%
)-7
33(-
97.4
7%)
-707
(-94
.02%
)-6
65(-
88.4
3%)
176
Col
ias h
yale
(Lin
naeu
s, 17
58)
-786
(-6.
27%
)-3
05(-
2.43
%)
-437
(-3.
49%
)-3
393
(-27
.07%
)-2
961
(-23
.62%
)-2
793
(-22
.28%
)-3
035
(-24
.21%
)-1
777
(-14
.18%
)-9
05(-
7.22
%)
-928
4(-
74.0
6%)
-720
8(-
57.5
%)
-522
9(-
41.7
2%)
178
Col
ias a
lfaca
riens
is R
ibbe
, 190
5-1
44(-
1.49
%)
32(0
.33%
)98
3(1
0.19
%)
-327
8(-
33.9
8%)
-299
7(-
31.0
6%)
-210
1(-
21.7
8%)
-246
1(-
25.5
1%)
-154
7(-
16.0
3%)
-812
(-8.
42%
)-6
649
(-68
.92%
)-5
409
(-56
.06%
)-4
054
(-42
.02%
)18
0G
onep
tery
x rh
amni
(L
inna
eus,
1758
)-1
973
(-9.
58%
)-1
593
(-7.
73%
)-1
084
(-5.
26%
)-4
092
(-19
.87%
)-3
440
(-16
.7%
)-3
228
(-15
.67%
)-4
146
(-20
.13%
)-2
555
(-12
.4%
)-1
165
(-5.
66%
)-9
486
(-46
.05%
)-7
022
(-34
.09%
)-4
835
(-23
.47%
)18
2G
onep
tery
x fa
rinos
a Z
elle
r, 1
847
84(1
3.02
%)
75(1
1.63
%)
89(1
3.8%
)-2
31(-
35.8
1%)
-188
(-29
.15%
)-1
89(-
29.3
%)
-144
(-22
.33%
)-2
7(-
4.19
%)
334
(51.
78%
)-5
19(-
80.4
7%)
-369
(-57
.21%
)-2
10(-
32.5
6%)
Settele J et al. / BioRisk 2: 33–72 (2009)54
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
184
Gon
epte
ryx
cleop
atra
(L
inna
eus,
1767
)
-31
(-0.
73%
)-5
95(-
14%
)-1
7(-
0.4%
)-1
653
(-38
.9%
)-1
527
(-35
.94%
)-1
417
(-33
.35%
)-1
293
(-30
.43%
)-1
013
(-23
.84%
)-1
43(-
3.37
%)
-325
0(-
76.4
9%)
-262
1(-
61.6
9%)
-191
8(-
45.1
4%)
186
Lyca
ena
phla
eas
(Lin
naeu
s, 17
61)
-392
3(-
16.4
1%)
-404
8(-
16.9
3%)
-216
8(-
9.07
%)
-477
6(-
19.9
7%)
-460
2(-
19.2
5%)
-337
2(-
14.1
%)
-114
53(-
47.9
%)
-852
6(-
35.6
6%)
-505
7(-
21.1
5%)
-131
77(-
55.1
1%)
-100
86(-
42.1
8%)
-676
5(-
28.2
9%)
188
Lyca
ena
helle
([
Schi
ffer
-m
ülle
r], 1
775)
-41
(-1.
68%
)22
9(9
.39%
)15
9(6
.52%
)-6
86(-
28.1
3%)
-487
(-19
.97%
)-5
63(-
23.0
8%)
-466
(-19
.11%
)-3
6(-
1.48
%)
-197
(-8.
08%
)-1
201
(-49
.24%
)-9
68(-
39.6
9%)
-107
3(-
43.9
9%)
190
Lyca
ena
disp
ar
(Haw
orth
, 180
3)29
80(3
7.03
%)
3583
(44.
52%
)21
92(2
7.24
%)
-176
4(-
21.9
2%)
-126
2(-
15.6
8%)
-153
9(-
19.1
2%)
4375
(54.
36%
)49
92(6
2.03
%)
3656
(45.
43%
)-4
188
(-52
.04%
)-3
071
(-38
.16%
)-2
587
(-32
.14%
)19
2Ly
caen
a vi
rgau
reae
(L
inna
eus,
1758
)-3
078
(-20
.77%
)-2
665
(-17
.98%
)-7
80(-
5.26
%)
-462
2(-
31.1
8%)
-387
6(-
26.1
5%)
-276
2(-
18.6
3%)
-721
6(-
48.6
8%)
-541
6(-
36.5
4%)
-269
4(-
18.1
8%)
-106
71(-
71.9
9%)
-857
1(-
57.8
3%)
-609
7(-
41.1
3%)
194
Lyca
ena
otto
man
a (L
efeb
vre,
183
0)10
2(2
1.56
%)
72(1
5.22
%)
103
(21.
78%
)-2
47(-
52.2
2%)
-204
(-43
.13%
)-1
82(-
38.4
8%)
-89
(-18
.82%
)-5
4(-
11.4
2%)
264
(55.
81%
)-4
05(-
85.6
2%)
-346
(-73
.15%
)-2
20(-
46.5
1%)
196
Lyca
ena
tityr
us
(Pod
a, 1
761)
-132
9(-
11.9
%)
-636
(-5.
69%
)11
9(1
.07%
)-4
083
(-36
.55%
)-3
400
(-30
.43%
)-2
721
(-24
.36%
)-4
194
(-37
.54%
)-3
278
(-29
.34%
)-2
294
(-20
.53%
)-8
250
(-73
.85%
)-6
816
(-61
.01%
)-5
357
(-47
.95%
)19
8Ly
caen
a al
ciphr
on
(Rot
tem
burg
, 17
75)
-295
9(-
32.4
7%)
-298
8(-
32.7
9%)
-503
(-5.
52%
)-4
292
(-47
.1%
)-3
855
(-42
.3%
)-2
545
(-27
.93%
)-4
303
(-47
.22%
)-4
297
(-47
.15%
)-1
861
(-20
.42%
)-7
612
(-83
.53%
)-6
740
(-73
.96%
)-5
247
(-57
.58%
)
200
Lyca
ena
hipp
otho
e (L
inna
eus,
1761
)-4
808
(-34
.08%
)-3
282
(-23
.26%
)-4
111
(-29
.14%
)-6
020
(-42
.67%
)-4
839
(-34
.3%
)-5
600
(-39
.69%
)-8
606
(-61
%)
-650
5(-
46.1
1%)
-593
5(-
42.0
7%)
-986
2(-
69.9
%)
-831
7(-
58.9
5%)
-742
7(-
52.6
4%)
202
Lyca
ena
cand
ens
(Her
rich
-Sc
häff
er, 1
844)
-75
(-11
.42%
)-1
61(-
24.5
1%)
192
(29.
22%
)-4
14(-
63.0
1%)
-376
(-57
.23%
)-2
89(-
43.9
9%)
-394
(-59
.97%
)-3
91(-
59.5
1%)
70(1
0.65
%)
-624
(-94
.98%
)-5
64(-
85.8
4%)
-343
(-52
.21%
)
204
Lyca
ena
ther
sam
on
(Esp
er, 1
784)
1838
(40.
44%
)16
32(3
5.91
%)
2941
(64.
71%
)-1
584
(-34
.85%
)-1
421
(-31
.27%
)-7
57(-
16.6
6%)
2058
(45.
28%
)57
4(1
2.63
%)
2327
(51.
2%)
-365
1(-
80.3
3%)
-314
3(-
69.1
5%)
-173
9(-
38.2
6%)
206
Th ec
la b
etul
ae
(Lin
naeu
s, 17
58)
-292
5(-
22.6
6%)
-129
8(-
10.0
6%)
-224
3(-
17.3
8%)
-446
2(-
34.5
7%)
-321
4(-
24.9
%)
-361
9(-
28.0
4%)
-502
9(-
38.9
6%)
-311
0(-
24.0
9%)
-369
7(-
28.6
4%)
-953
2(-
73.8
5%)
-691
2(-
53.5
5%)
-588
9(-
45.6
2%)
208
Favo
nius
que
rcus
(L
inna
eus,
1758
)-3
105
(-22
.36%
)-2
778
(-20
.01%
)-2
079
(-14
.97%
)-4
170
(-30
.03%
)-3
767
(-27
.13%
)-3
083
(-22
.2%
)-7
703
(-55
.47%
)-6
242
(-44
.95%
)-4
962
(-35
.73%
)-9
184
(-66
.14%
)-7
466
(-53
.77%
)-5
822
(-41
.93%
)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 55
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
210
Laeo
sopi
s rob
oris
(Esp
er, 1
793)
-155
1(-
38.5
4%)
-186
4(-
46.3
2%)
-912
(-22
.66%
)-2
621
(-65
.13%
)-2
456
(-61
.03%
)-2
173
(-54
%)
-275
7(-
68.5
1%)
-253
5(-
63%
)-1
773
(-44
.06%
)-3
709
(-92
.17%
)-3
335
(-82
.88%
)-2
963
(-73
.63%
)21
2To
mar
es ba
llus
(Fab
rici
us, 1
787)
-316
(-79
.6%
)-2
96(-
74.5
6%)
-285
(-71
.79%
)-3
41(-
85.8
9%)
-315
(-79
.35%
)-3
09(-
77.8
3%)
-386
(-97
.23%
)-3
40(-
85.6
4%)
-309
(-77
.83%
)-3
94(-
99.2
4%)
-368
(-92
.7%
)-3
58(-
90.1
8%)
214
Cal
loph
rys r
ubi
(Lin
naeu
s, 17
58)
-404
9(-
18.9
4%)
-392
1(-
18.3
4%)
-260
0(-
12.1
6%)
-484
2(-
22.6
5%)
-448
7(-
20.9
9%)
-340
1(-
15.9
1%)
-102
12(-
47.7
6%)
-757
0(-
35.4
1%)
-421
2(-
19.7
%)
-114
97(-
53.7
7%)
-859
5(-
40.2
%)
-525
0(-
24.5
6%)
216
Cal
loph
rys a
vis
Cha
pman
, 190
9-2
75(-
63.5
1%)
-320
(-73
.9%
)-2
83(-
65.3
6%)
-390
(-90
.07%
)-3
78(-
87.3
%)
-386
(-89
.15%
)-2
43(-
56.1
2%)
-303
(-69
.98%
)-2
94(-
67.9
%)
-425
(-98
.15%
)-4
15(-
95.8
4%)
-408
(-94
.23%
)21
8Sa
tyriu
m w
-alb
um
(Kno
ch, 1
782)
-282
7(-
25.4
6%)
-214
1(-
19.2
8%)
-191
7(-
17.2
7%)
-362
9(-
32.6
8%)
-295
5(-
26.6
1%)
-264
1(-
23.7
9%)
-738
0(-
66.4
7%)
-564
4(-
50.8
3%)
-483
6(-
43.5
6%)
-865
7(-
77.9
7%)
-669
8(-
60.3
3%)
-547
7(-
49.3
3%)
220
Saty
rium
pru
ni
(Lin
naeu
s, 17
58)
-404
(-3.
29%
)10
89(8
.88%
)-2
89(-
2.36
%)
-359
6(-
29.3
1%)
-224
5(-
18.3
%)
-310
1(-
25.2
7%)
-224
4(-
18.2
9%)
-702
(-5.
72%
)-2
55(-
2.08
%)
-798
8(-
65.1
%)
-606
6(-
49.4
4%)
-467
1(-
38.0
7%)
222
Saty
rium
spin
i ([
Fabr
iciu
s, 17
87)
-154
7(-
18.1
1%)
-207
8(-
24.3
3%)
5(0
.06%
)-3
552
(-41
.59%
)-3
494
(-40
.91%
)-2
382
(-27
.89%
)-1
885
(-22
.07%
)-2
494
(-29
.2%
)-6
95(-
8.14
%)
-670
6(-
78.5
2%)
-589
9(-
69.0
7%)
-429
0(-
50.2
3%)
224
Saty
rium
ilici
s (E
sper
, 177
9)-9
66(-
8.9%
)-6
13(-
5.65
%)
-164
(-1.
51%
)-3
370
(-31
.04%
)-2
924
(-26
.93%
)-2
441
(-22
.49%
)-4
333
(-39
.91%
)-3
154
(-29
.05%
)-2
100
(-19
.34%
)-7
136
(-65
.73%
)-5
618
(-51
.75%
)-4
264
(-39
.28%
)22
6Sa
tyriu
m es
culi
(Hüb
ner,
180
4)-1
549
(-51
.46%
)-1
649
(-54
.78%
)-1
000
(-33
.22%
)-2
151
(-71
.46%
)-1
938
(-64
.39%
)-1
760
(-58
.47%
)-2
014
(-66
.91%
)-2
208
(-73
.36%
)-1
726
(-57
.34%
)-2
998
(-99
.6%
)-2
811
(-93
.39%
)-2
448
(-81
.33%
)22
8Sa
tyriu
m a
cacia
e (F
abri
cius
, 178
7)-3
99(-
5.13
%)
-492
(-6.
32%
)12
05(1
5.48
%)
-334
0(-
42.9
1%)
-295
3(-
37.9
4%)
-230
3(-
29.5
9%)
-220
6(-
28.3
4%)
-128
7(-
16.5
3%)
57(0
.73%
)-6
127
(-78
.71%
)-5
311
(-68
.23%
)-3
942
(-50
.64%
)23
0La
mpi
des b
oetic
us
(Lin
naeu
s, 17
67)
950
(14.
89%
)81
5(1
2.77
%)
1279
(20.
04%
)-1
240
(-19
.43%
)-1
156
(-18
.12%
)-1
030
(-16
.14%
)-7
22(-
11.3
1%)
10(0
.16%
)88
5(1
3.87
%)
-366
6(-
57.4
5%)
-277
0(-
43.4
1%)
-166
3(-
26.0
6%)
232
Cac
yreu
s mar
shal
li (B
utle
r, 1
898)
-310
(-38
.75%
)-2
77(-
34.6
2%)
-207
(-25
.87%
)-5
57(-
69.6
2%)
-464
(-58
%)
-437
(-54
.62%
)-6
29(-
78.6
2%)
-592
(-74
%)
-661
(-82
.62%
)-8
00(-
100%
)-7
80(-
97.5
%)
-746
(-93
.25%
)23
4Le
ptot
es pi
ritho
us
(Lin
naeu
s, 17
67)
654
(11.
95%
)25
9(4
.73%
)99
8(1
8.23
%)
-112
0(-
20.4
6%)
-868
(-15
.85%
)-7
59(-
13.8
6%)
838
(15.
31%
)-3
0(-
0.55
%)
800
(14.
61%
)-3
855
(-70
.41%
)-2
922
(-53
.37%
)-1
775
(-32
.42%
)23
6Zi
zeer
ia k
nysn
a (T
rim
en, 1
862)
-619
(-75
.3%
)-6
19(-
75.3
%)
-528
(-64
.23%
)-6
66(-
81.0
2%)
-643
(-78
.22%
)-5
82(-
70.8
%)
-711
(-86
.5%
)-7
59(-
92.3
4%)
-575
(-69
.95%
)-8
15(-
99.1
5%)
-797
(-96
.96%
)-7
08(-
86.1
3%)
238
Cup
ido
min
imus
(F
uess
ly, 1
775)
-324
5(-
24.1
5%)
-225
6(-
16.7
9%)
-212
4(-
15.8
1%)
-413
4(-
30.7
7%)
-327
5(-
24.3
7%)
-303
2(-
22.5
6%)
-629
9(-
46.8
8%)
-449
1(-
33.4
2%)
-415
7(-
30.9
4%)
-870
2(-
64.7
6%)
-667
2(-
49.6
5%)
-545
1(-
40.5
7%)
Settele J et al. / BioRisk 2: 33–72 (2009)56
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
240
Cup
ido
osiri
s (M
eige
n, 1
829)
-566
(-50
.72%
)-5
06(-
45.3
4%)
-470
(-42
.11%
)-9
61(-
86.1
1%)
-847
(-75
.9%
)-8
10(-
72.5
8%)
-373
(-33
.42%
)-4
27(-
38.2
6%)
-154
(-13
.8%
)-1
101
(-98
.66%
)-1
039
(-93
.1%
)-1
003
(-89
.87%
)24
2C
upid
o ar
giad
es (P
alla
s, 17
71)
746
(4.9
6%)
1387
(9.2
3%)
1445
(9.6
2%)
-269
2(-
17.9
2%)
-213
9(-
14.2
4%)
-182
2(-
12.1
3%)
626
(4.1
7%)
1482
(9.8
6%)
1257
(8.3
7%)
-788
3(-
52.4
6%)
-568
5(-
37.8
3%)
-397
9(-
26.4
8%)
244
Cup
ido
deco
lora
tus
(Sta
udin
ger,
18
86)
147
(7.2
1%)
-308
(-15
.1%
)77
5(3
7.99
%)
-158
2(-
77.5
5%)
-156
8(-
76.8
6%)
-940
(-46
.08%
)-8
79(-
43.0
9%)
-933
(-45
.74%
)-6
51(-
31.9
1%)
-203
1(-
99.5
6%)
-200
7(-
98.3
8%)
-175
7(-
86.1
3%)
246
Cup
ido
alce
tas
(Hof
fman
segg
, 18
04)
473
(21.
42%
)79
6(3
6.05
%)
321
(14.
54%
)-9
33(-
42.2
6%)
-717
(-32
.47%
)-7
14(-
32.3
4%)
1325
(60.
01%
)17
82(8
0.71
%)
1589
(71.
97%
)-1
785
(-80
.84%
)-1
328
(-60
.14%
)-1
036
(-46
.92%
)
248
Cela
strin
a ar
giol
us
(Lin
naeu
s, 17
58)
-279
5(-
13.6
9%)
-264
6(-
12.9
6%)
-170
3(-
8.34
%)
-434
1(-
21.2
6%)
-367
0(-
17.9
7%)
-338
7(-
16.5
9%)
-668
2(-
32.7
2%)
-510
1(-
24.9
8%)
-242
7(-
11.8
8%)
-100
36(-
49.1
4%)
-752
4(-
36.8
4%)
-494
3(-
24.2
%)
250
Scol
itant
ides
bato
n (B
ergs
träs
ser,
17
79)
-401
(-15
.17%
)15
(0.5
7%)
-226
(-8.
55%
)-1
295
(-49
%)
-964
(-36
.47%
)-1
037
(-39
.24%
)-8
47(-
32.0
5%)
-88
(-3.
33%
)-8
1(-
3.06
%)
-220
9(-
83.5
8%)
-143
3(-
54.2
2%)
-117
9(-
44.6
1%)
252
Scol
itant
ides
vicr
ama
(Moo
re,
1865
)
1968
(36.
49%
)38
3(7
.1%
)29
85(5
5.35
%)
-962
(-17
.84%
)-1
599
(-29
.65%
)-3
53(-
6.55
%)
2622
(48.
62%
)30
9(5
.73%
)21
98(4
0.76
%)
-313
5(-
58.1
3%)
-297
4(-
55.1
5%)
-145
7(-
27.0
2%)
254
Scol
itant
ides
aben
cerr
agus
(P
ierr
et, 1
837)
-107
4(-
40.0
9%)
-128
7(-
48.0
4%)
-567
(-21
.16%
)-1
454
(-54
.27%
)-1
366
(-50
.99%
)-1
068
(-39
.87%
)-2
531
(-94
.48%
)-2
301
(-85
.89%
)-1
568
(-58
.53%
)-2
614
(-97
.57%
)-2
392
(-89
.29%
)-1
822
(-68
.01%
)
256
Scol
itant
ides
bavi
us
(Eve
rsm
ann,
18
32)
74(1
7.29
%)
36(8
.41%
)14
2(3
3.18
%)
-210
(-49
.07%
)-1
82(-
42.5
2%)
-170
(-39
.72%
)-7
0(-
16.3
6%)
-124
(-28
.97%
)30
7(7
1.73
%)
-406
(-94
.86%
)-3
31(-
77.3
4%)
-230
(-53
.74%
)
258
Scol
itant
ides
orio
n (P
alla
s, 17
71)
-153
2(-
24.4
3%)
-129
1(-
20.5
9%)
-24
(-0.
38%
)-2
699
(-43
.05%
)-2
663
(-42
.47%
)-1
835
(-29
.27%
)-2
649
(-42
.25%
)-2
659
(-42
.41%
)-1
446
(-23
.06%
)-5
527
(-88
.15%
)-4
917
(-78
.42%
)-3
844
(-61
.31%
)26
0Sc
olita
ntid
es pa
nopt
es (H
übne
r,
1813
)
-114
6(-
76.7
6%)
-112
4(-
75.2
8%)
-867
(-58
.07%
)-1
207
(-80
.84%
)-1
130
(-75
.69%
)-9
71(-
65.0
4%)
-149
3(-
100%
)-1
493
(-10
0%)
-132
4(-
88.6
8%)
-149
3(-
100%
)-1
493
(-10
0%)
-134
4(-
90.0
2%)
262
Gla
ucop
syche
alex
is (P
oda,
176
1)12
67(8
.08%
)20
34(1
2.98
%)
2477
(15.
8%)
-206
5(-
13.1
7%)
-144
8(-
9.24
%)
-112
8(-
7.2%
)15
91(1
0.15
%)
1588
(10.
13%
)31
55(2
0.13
%)
-678
5(-
43.2
8%)
-509
5(-
32.5
%)
-281
0(-
17.9
3%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 57
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
264
Gla
ucop
syche
m
elano
ps
(Boi
sduv
al, 1
828)
-133
3(-
37.2
7%)
-170
8(-
47.7
5%)
-720
(-20
.13%
)-2
464
(-68
.88%
)-2
238
(-62
.57%
)-2
069
(-57
.84%
)-2
032
(-56
.81%
)-2
319
(-64
.83%
)-1
767
(-49
.4%
)-3
524
(-98
.52%
)-3
287
(-91
.89%
)-2
884
(-80
.63%
)
266
Iola
na io
las
(Och
senh
eim
er,
1816
)
-974
(-29
.45%
)-1
610
(-48
.68%
)-1
02(-
3.08
%)
-184
9(-
55.9
1%)
-190
9(-
57.7
3%)
-137
1(-
41.4
6%)
-259
6(-
78.5
%)
-262
5(-
79.3
8%)
-156
4(-
47.2
9%)
-318
6(-
96.3
4%)
-293
8(-
88.8
4%)
-214
9(-
64.9
8%)
268
Phen
garis
ario
n (L
inna
eus,
1758
)-2
206
(-16
.66%
)-3
30(-
2.49
%)
-992
(-7.
49%
)-4
172
(-31
.51%
)-2
858
(-21
.58%
)-3
076
(-23
.23%
)-3
006
(-22
.7%
)-1
732
(-13
.08%
)-1
865
(-14
.08%
)-8
692
(-65
.64%
)-6
599
(-49
.83%
)-5
421
(-40
.94%
)27
0Ph
enga
ris te
leius
(B
ergs
träs
ser,
17
79)
-153
7(-
23.7
1%)
-551
(-8.
5%)
-35
(-0.
54%
)-3
224
(-49
.73%
)-2
612
(-40
.29%
)-2
184
(-33
.69%
)-2
476
(-38
.19%
)-1
587
(-24
.48%
)-1
008
(-15
.55%
)-5
731
(-88
.4%
)-4
723
(-72
.85%
)-3
984
(-61
.45%
)
272
Phen
garis
na
usith
ous
(Ber
gstr
ässe
r,
1779
)
-145
1(-
40.0
9%)
-699
(-19
.31%
)-8
30(-
22.9
3%)
-250
1(-
69.1
1%)
-196
0(-
54.1
6%)
-199
9(-
55.2
4%)
-233
4(-
64.4
9%)
-171
6(-
47.4
2%)
-789
(-21
.8%
)-3
460
(-95
.61%
)-3
061
(-84
.58%
)-2
643
(-73
.03%
)
274
Phen
garis
alco
n ([
Schi
ffer
-m
ülle
r], 1
775)
-138
8(-
20.8
9%)
375
(5.6
5%)
-800
(-12
.04%
)-2
689
(-40
.48%
)-1
448
(-21
.8%
)-2
001
(-30
.12%
)-2
097
(-31
.57%
)-1
062
(-15
.99%
)-7
41(-
11.1
5%)
-488
3(-
73.5
1%)
-352
5(-
53.0
6%)
-279
4(-
42.0
6%)
276
Pleb
ejus a
rgus
(L
inna
eus,
1758
)-2
138
(-11
.19%
)-1
803
(-9.
44%
)-8
89(-
4.65
%)
-414
8(-
21.7
1%)
-336
1(-
17.5
9%)
-315
1(-
16.4
9%)
-412
3(-
21.5
8%)
-303
8(-
15.9
%)
-865
(-4.
53%
)-9
598
(-50
.23%
)-7
385
(-38
.65%
)-5
024
(-26
.29%
)27
8Pl
ebeju
s ida
s (L
inna
eus,
1761
)-5
296
(-28
.72%
)-4
401
(-23
.87%
)-3
965
(-21
.5%
)-5
309
(-28
.79%
)-4
419
(-23
.97%
)-3
996
(-21
.67%
)-9
992
(-54
.19%
)-7
986
(-43
.31%
)-6
083
(-32
.99%
)-1
0023
(-54
.36%
)-8
006
(-43
.42%
)-6
192
(-33
.58%
)28
0Pl
ebeju
s ar
gyro
gnom
on
(Ber
gstr
ässe
r,
1779
)
267
(4.7
8%)
1176
(21.
05%
)99
5(1
7.81
%)
-268
1(-
47.9
8%)
-206
5(-
36.9
5%)
-188
3(-
33.7
%)
-655
(-11
.72%
)29
7(5
.31%
)76
0(1
3.6%
)-4
776
(-85
.47%
)-4
064
(-72
.73%
)-3
178
(-56
.87%
)
282
Pleb
ejus o
ptile
te
(Kno
ch, 1
781)
-306
5(-
30.3
7%)
-280
3(-
27.7
7%)
-297
5(-
29.4
8%)
-315
3(-
31.2
4%)
-290
7(-
28.8
%)
-310
4(-
30.7
6%)
-613
5(-
60.7
9%)
-494
9(-
49.0
4%)
-436
7(-
43.2
7%)
-620
9(-
61.5
2%)
-505
7(-
50.1
1%)
-458
0(-
45.3
8%)
284
Pleb
ejus g
land
on
(De
Prun
ner,
17
98)
-2(-
0.47
%)
94(2
2.12
%)
14(3
.29%
)-2
37(-
55.7
6%)
-189
(-44
.47%
)-2
29(-
53.8
8%)
-235
(-55
.29%
)-9
3(-
21.8
8%)
-221
(-52
%)
-363
(-85
.41%
)-2
83(-
66.5
9%)
-348
(-81
.88%
)
Settele J et al. / BioRisk 2: 33–72 (2009)58
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
286
Pleb
ejus a
quilo
(B
oisd
uval
, 183
2)-4
97(-
71.5
1%)
-479
(-68
.92%
)-4
62(-
66.4
7%)
-553
(-79
.57%
)-5
37(-
77.2
7%)
-529
(-76
.12%
)-6
82(-
98.1
3%)
-646
(-92
.95%
)-5
62(-
80.8
6%)
-695
(-10
0%)
-685
(-98
.56%
)-6
37(-
91.6
5%)
288
Pleb
ejus o
rbitu
lus
(De
Prun
ner,
17
98)
-299
(-24
.07%
)-2
26(-
18.2
%)
-234
(-18
.84%
)-3
97(-
31.9
6%)
-333
(-26
.81%
)-3
56(-
28.6
6%)
-493
(-39
.69%
)-3
65(-
29.3
9%)
-352
(-28
.34%
)-6
15(-
49.5
2%)
-489
(-39
.37%
)-5
05(-
40.6
6%)
290
Pleb
ejus s
ephi
rus
(Fri
vald
szky
, 183
5)3
(0.2
5%)
-143
(-12
.03%
)74
3(6
2.49
%)
-833
(-70
.06%
)-7
60(-
63.9
2%)
-676
(-56
.85%
)-1
00(-
8.41
%)
-441
(-37
.09%
)33
0(2
7.75
%)
-111
5(-
93.7
8%)
-102
0(-
85.7
9%)
-853
(-71
.74%
)29
2Ar
icia
eum
edon
(E
sper
, 178
0)-5
616
(-41
.94%
)-4
609
(-34
.42%
)-3
820
(-28
.53%
)-6
091
(-45
.49%
)-5
017
(-37
.47%
)-4
459
(-33
.3%
)-7
151
(-53
.41%
)-6
493
(-48
.5%
)-3
967
(-29
.63%
)-7
854
(-58
.66%
)-7
131
(-53
.26%
)-4
888
(-36
.51%
)29
4Ar
icia
cram
era
(Esc
hsch
oltz
, 18
21)
-159
1(-
64.3
9%)
-156
3(-
63.2
5%)
-127
3(-
51.5
2%)
-184
3(-
74.5
9%)
-164
8(-
66.6
9%)
-150
5(-
60.9
1%)
-195
0(-
78.9
2%)
-205
4(-
83.1
2%)
-169
2(-
68.4
7%)
-244
8(-
99.0
7%)
-234
6(-
94.9
4%)
-203
3(-
82.2
7%)
296
Arici
a ag
estis
([Sc
hiff
er-
mül
ler]
, 177
5)
-837
(-5.
49%
)-3
54(-
2.32
%)
299
(1.9
6%)
-363
1(-
23.8
1%)
-312
4(-
20.4
8%)
-249
9(-
16.3
8%)
-478
7(-
31.3
8%)
-346
3(-
22.7
%)
-227
9(-
14.9
4%)
-871
5(-
57.1
4%)
-693
9(-
45.4
9%)
-493
3(-
32.3
4%)
298
Arici
a ar
taxe
rxes
(Fab
rici
us, 1
793)
-447
6(-
46.3
%)
-489
1(-
50.5
9%)
-334
0(-
34.5
5%)
-460
1(-
47.5
9%)
-498
5(-
51.5
6%)
-370
8(-
38.3
5%)
-788
6(-
81.5
7%)
-711
0(-
73.5
4%)
-494
3(-
51.1
3%)
-803
7(-
83.1
3%)
-726
2(-
75.1
1%)
-518
6(-
53.6
4%)
300
Arici
a m
onte
nsis
(Ver
ity,
192
8)-5
93(-
69.0
3%)
-606
(-70
.55%
)-4
58(-
53.3
2%)
-755
(-87
.89%
)-6
83(-
79.5
1%)
-618
(-71
.94%
)-4
64(-
54.0
2%)
-605
(-70
.43%
)-5
91(-
68.8
%)
-840
(-97
.79%
)-8
19(-
95.3
4%)
-804
(-93
.6%
)30
2Ar
icia
ante
ros
(Fre
yer,
183
8)-7
0(-
13.9
2%)
-64
(-12
.72%
)63
(12.
52%
)-3
35(-
66.6
%)
-300
(-59
.64%
)-2
52(-
50.1
%)
-355
(-70
.58%
)-3
00(-
59.6
4%)
113
(22.
47%
)-4
88(-
97.0
2%)
-445
(-88
.47%
)-2
85(-
56.6
6%)
304
Arici
a ni
cias
(Mei
gen,
182
9)-1
255
(-29
.18%
)-1
380
(-32
.09%
)-4
34(-
10.0
9%)
-146
7(-
34.1
1%)
-152
8(-
35.5
3%)
-814
(-18
.93%
)-1
952
(-45
.38%
)-1
611
(-37
.46%
)-2
07(-
4.81
%)
-262
5(-
61.0
3%)
-224
2(-
52.1
3%)
-103
1(-
23.9
7%)
306
Cyan
iris s
emia
rgus
(R
otte
mbu
rg,
1775
)
-151
0(-
8.7%
)-3
49(-
2.01
%)
-131
(-0.
75%
)-3
763
(-21
.68%
)-2
498
(-14
.39%
)-2
574
(-14
.83%
)-4
868
(-28
.04%
)-2
792
(-16
.08%
)-7
92(-
4.56
%)
-832
3(-
47.9
5%)
-616
6(-
35.5
2%)
-423
8(-
24.4
1%)
308
Polyo
mm
atus
esch
eri
(Hüb
ner,
182
3)-1
243
(-53
.81%
)-1
061
(-45
.93%
)-8
89(-
38.4
8%)
-187
3(-
81.0
8%)
-163
3(-
70.6
9%)
-156
2(-
67.6
2%)
-117
8(-
51%
)-1
188
(-51
.43%
)-7
88(-
34.1
1%)
-226
8(-
98.1
8%)
-211
6(-
91.6
%)
-198
8(-
86.0
6%)
310
Polyo
mm
atus
do
ryla
s ([S
chif
fer-
mül
ler]
, 177
5)
-180
4(-
39.9
1%)
-152
6(-
33.7
6%)
-949
(-21
%)
-268
4(-
59.3
8%)
-232
8(-
51.5
%)
-203
0(-
44.9
1%)
-190
3(-
42.1
%)
-138
3(-
30.6
%)
-372
(-8.
23%
)-3
725
(-82
.41%
)-3
262
(-72
.17%
)-2
706
(-59
.87%
)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 59
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
312
Polyo
mm
atus
ni
vesce
ns
(Kef
erst
ein,
18
51)
-446
(-95
.5%
)-4
34(-
92.9
3%)
-378
(-80
.94%
)-4
48(-
95.9
3%)
-434
(-92
.93%
)-3
92(-
83.9
4%)
-467
(-10
0%)
-467
(-10
0%)
-466
(-99
.79%
)-4
67(-
100%
)-4
67(-
100%
)-4
66(-
99.7
9%)
314
Polyo
mm
atus
am
andu
s (S
chne
ider
179
2)
-450
5(-
44.6
6%)
-535
3(-
53.0
7%)
-288
9(-
28.6
4%)
-501
3(-
49.7
%)
-557
5(-
55.2
7%)
-358
3(-
35.5
2%)
-893
5(-
88.5
8%)
-825
7(-
81.8
6%)
-690
7(-
68.4
7%)
-908
8(-
90.1
%)
-842
6(-
83.5
3%)
-732
1(-
72.5
8%)
316
Polyo
mm
atus
th
ersit
es (C
ante
ner,
183
4)
-140
(-2.
01%
)-2
78(-
3.99
%)
787
(11.
31%
)-2
824
(-40
.58%
)-2
569
(-36
.92%
)-2
140
(-30
.75%
)-1
437
(-20
.65%
)-7
46(-
10.7
2%)
279
(4.0
1%)
-567
3(-
81.5
2%)
-462
2(-
66.4
2%)
-338
8(-
48.6
9%)
318
Polyo
mm
atus
icar
us
(Rot
tem
burg
, 17
75)
-305
4(-
12.0
6%)
-290
2(-
11.4
6%)
-150
8(-
5.96
%)
-437
4(-
17.2
7%)
-383
6(-
15.1
5%)
-325
2(-
12.8
4%)
-723
1(-
28.5
6%)
-520
8(-
20.5
7%)
-227
9(-
9%)
-106
08(-
41.9
%)
-795
0(-
31.4
%)
-524
2(-
20.7
%)
320
Polyo
mm
atus
eros
(O
chse
nhei
mer
, 18
08)
-116
2(-
43.8
3%)
-968
(-36
.51%
)-8
80(-
33.2
%)
-132
2(-
49.8
7%)
-113
0(-
42.6
3%)
-108
7(-
41%
)-1
399
(-52
.77%
)-1
167
(-44
.02%
)-1
071
(-40
.4%
)-1
855
(-69
.97%
)-1
570
(-59
.22%
)-1
530
(-57
.71%
)
322
Polyo
mm
atus
da
phni
s ([
Schi
ffer
-m
ülle
r], 1
775)
-261
5(-
30.8
3%)
-305
4(-
36%
)-5
99(-
7.06
%)
-348
7(-
41.1
1%)
-357
5(-
42.1
4%)
-224
3(-
26.4
4%)
-393
7(-
46.4
1%)
-452
5(-
53.3
4%)
-216
2(-
25.4
9%)
-701
6(-
82.7
1%)
-633
8(-
74.7
1%)
-472
3(-
55.6
8%)
324
Polyo
mm
atus
be
llarg
us
(Rot
tem
burg
, 17
75)
285
(2.3
3%)
1018
(8.3
1%)
1560
(12.
74%
)-3
061
(-25
%)
-260
0(-
21.2
3%)
-204
7(-
16.7
2%)
-111
7(-
9.12
%)
-405
(-3.
31%
)41
1(3
.36%
)-6
854
(-55
.97%
)-5
496
(-44
.88%
)-3
601
(-29
.41%
)
326
Polyo
mm
atus
co
ridon
(Pod
a,
1761
)
-917
(-10
.41%
)38
4(4
.36%
)30
4(3
.45%
)-3
587
(-40
.73%
)-2
645
(-30
.04%
)-2
524
(-28
.66%
)-1
527
(-17
.34%
)-8
38(-
9.52
%)
-501
(-5.
69%
)-6
483
(-73
.62%
)-5
197
(-59
.02%
)-4
088
(-46
.42%
)
328
Polyo
mm
atus
hi
span
us
(Her
rich
-Sc
häff
er, 1
851)
145
(18.
31%
)68
(8.5
9%)
170
(21.
46%
)-6
08(-
76.7
7%)
-559
(-70
.58%
)-5
57(-
70.3
3%)
151
(19.
07%
)21
4(2
7.02
%)
500
(63.
13%
)-7
87(-
99.3
7%)
-739
(-93
.31%
)-6
56(-
82.8
3%)
Settele J et al. / BioRisk 2: 33–72 (2009)60
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
330
Polyo
mm
atus
al
bica
ns (H
erri
ch-
Schä
ffer
, 185
1)
-498
(-52
.42%
)-6
91(-
72.7
4%)
-457
(-48
.11%
)-7
07(-
74.4
2%)
-700
(-73
.68%
)-5
98(-
62.9
5%)
-922
(-97
.05%
)-9
46(-
99.5
8%)
-924
(-97
.26%
)-9
50(-
100%
)-9
50(-
100%
)-9
26(-
97.4
7%)
332
Polyo
mm
atus
ad
met
us (E
sper
, 17
85)
-39
(-2.
54%
)-4
52(-
29.4
1%)
568
(36.
96%
)-1
076
(-70
.01%
)-1
020
(-66
.36%
)-8
42(-
54.7
8%)
-915
(-59
.53%
)-1
004
(-65
.32%
)-1
50(-
9.76
%)
-146
4(-
95.2
5%)
-135
7(-
88.2
9%)
-101
6(-
66.1
%)
334
Polyo
mm
atus
rip
artii
(Fre
yer,
18
30)
-349
(-75
.87%
)-3
42(-
74.3
5%)
-290
(-63
.04%
)-3
84(-
83.4
8%)
-372
(-80
.87%
)-3
36(-
73.0
4%)
-447
(-97
.17%
)-4
06(-
88.2
6%)
-359
(-78
.04%
)-4
56(-
99.1
3%)
-433
(-94
.13%
)-4
08(-
88.7
%)
336
Polyo
mm
atus
dol
us
(Hüb
ner,
182
3)-3
4(-
15.8
9%)
-90
(-42
.06%
)-5
8(-
27.1
%)
-202
(-94
.39%
)-1
92(-
89.7
2%)
-190
(-88
.79%
)-7
9(-
36.9
2%)
-97
(-45
.33%
)10
5(4
9.07
%)
-214
(-10
0%)
-214
(-10
0%)
-208
(-97
.2%
)33
8Po
lyom
mat
us
dam
on ([
Schi
ffer
-m
ülle
r], 1
775)
-111
2(-
47.5
6%)
-850
(-36
.36%
)-6
60(-
28.2
3%)
-152
6(-
65.2
7%)
-127
7(-
54.6
2%)
-116
9(-
50%
)-1
409
(-60
.27%
)-1
091
(-46
.66%
)-8
57(-
36.6
6%)
-200
9(-
85.9
3%)
-176
9(-
75.6
6%)
-165
3(-
70.7
%)
340
Ham
earis
lucin
a (L
inna
eus,
1758
)-6
86(-
11.0
5%)
529
(8.5
2%)
55(0
.89%
)-2
928
(-47
.17%
)-2
161
(-34
.82%
)-2
192
(-35
.31%
)-1
480
(-23
.84%
)-4
52(-
7.28
%)
-249
(-4.
01%
)-5
148
(-82
.94%
)-4
008
(-64
.57%
)-3
222
(-51
.91%
)34
2Li
byth
ea ce
ltis
(Lai
char
ting
, 17
82)
-116
5(-
31.6
2%)
-128
0(-
34.7
4%)
-582
(-15
.8%
)-2
165
(-58
.77%
)-1
946
(-52
.82%
)-1
642
(-44
.57%
)-1
312
(-35
.61%
)-1
635
(-44
.38%
)-8
13(-
22.0
7%)
-340
9(-
92.5
4%)
-306
8(-
83.2
8%)
-234
1(-
63.5
5%)
344
Argy
nnis
paph
ia
(Lin
naeu
s, 17
58)
-257
7(-
14.1
%)
-211
0(-
11.5
5%)
-136
6(-
7.47
%)
-436
9(-
23.9
1%)
-376
6(-
20.6
1%)
-335
1(-
18.3
4%)
-645
7(-
35.3
3%)
-487
2(-
26.6
6%)
-291
2(-
15.9
3%)
-110
83(-
60.6
4%)
-825
3(-
45.1
6%)
-575
7(-
31.5
%)
346
Argy
nnis
pand
ora
([Sc
hiff
er-
mül
ler]
, 177
5)
-587
(-10
.8%
)-1
933
(-35
.58%
)11
93(2
1.96
%)
-256
6(-
47.2
3%)
-255
6(-
47.0
5%)
-162
6(-
29.9
3%)
-214
8(-
39.5
4%)
-312
1(-
57.4
5%)
-159
9(-
29.4
3%)
-474
4(-
87.3
2%)
-417
2(-
76.7
9%)
-324
6(-
59.7
5%)
348
Argy
nnis
agla
ja
(Lin
naeu
s, 17
58)
-288
5(-
14.0
4%)
-286
5(-
13.9
4%)
-121
3(-
5.9%
)-4
947
(-24
.07%
)-4
599
(-22
.38%
)-3
328
(-16
.19%
)-9
906
(-48
.2%
)-7
493
(-36
.46%
)-4
162
(-20
.25%
)-1
3024
(-63
.37%
)-1
0512
(-51
.15%
)-7
016
(-34
.14%
)35
0Ar
gynn
is ad
ippe
([
Schi
ffer
-m
ülle
r], 1
775)
-372
0(-
26.2
%)
-249
3(-
17.5
6%)
-158
9(-
11.1
9%)
-486
5(-
34.2
6%)
-355
6(-
25.0
4%)
-291
9(-
20.5
6%)
-810
2(-
57.0
6%)
-593
5(-
41.8
%)
-376
3(-
26.5
%)
-106
04(-
74.6
8%)
-814
3(-
57.3
5%)
-592
0(-
41.6
9%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 61
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
352
Argy
nnis
niob
e (L
inna
eus,
1758
)-2
562
(-15
.49%
)-2
109
(-12
.75%
)-1
295
(-7.
83%
)-3
948
(-23
.87%
)-3
441
(-20
.81%
)-2
967
(-17
.94%
)-7
117
(-43
.03%
)-5
110
(-30
.9%
)-3
322
(-20
.09%
)-1
0289
(-62
.21%
)-7
946
(-48
.04%
)-6
045
(-36
.55%
)35
4Ar
gynn
is la
odice
(P
alla
s, 17
71)
-443
(-8.
93%
)20
1(4
.05%
)-6
79(-
13.6
9%)
-224
2(-
45.1
9%)
-179
4(-
36.1
6%)
-220
9(-
44.5
3%)
167
(3.3
7%)
960
(19.
35%
)-3
58(-
7.22
%)
-384
9(-
77.5
9%)
-308
3(-
62.1
4%)
-292
3(-
58.9
2%)
356
Issor
ia la
thon
ia
(Lin
naeu
s, 17
58)
-203
1(-
14.4
5%)
-254
5(-
18.1
%)
-770
(-5.
48%
)-3
944
(-28
.05%
)-4
088
(-29
.08%
)-2
836
(-20
.17%
)-7
632
(-54
.28%
)-6
471
(-46
.02%
)-4
326
(-30
.77%
)-1
0003
(-71
.15%
)-8
591
(-61
.1%
)-6
463
(-45
.97%
)35
8Br
enth
is in
o (R
otte
mbu
rg,
1775
)
-270
4(-
19.6
1%)
-232
9(-
16.8
9%)
-215
7(-
15.6
4%)
-515
7(-
37.4
%)
-474
8(-
34.4
4%)
-463
1(-
33.5
9%)
-690
8(-
50.1
%)
-490
6(-
35.5
8%)
-412
6(-
29.9
2%)
-104
72(-
75.9
5%)
-846
0(-
61.3
6%)
-721
6(-
52.3
4%)
360
Bren
this
daph
ne
(Ber
gstr
ässe
r,
1780
)
763
(13.
85%
)19
16(3
4.78
%)
1518
(27.
55%
)-1
779
(-32
.29%
)-1
365
(-24
.78%
)-1
190
(-21
.6%
)19
29(3
5.02
%)
2007
(36.
43%
)26
53(4
8.16
%)
-367
6(-
66.7
3%)
-286
8(-
52.0
6%)
-192
7(-
34.9
8%)
362
Bren
this
heca
te
([Sc
hiff
er-
mül
ler]
, 177
5)
-270
(-7.
08%
)-5
89(-
15.4
4%)
554
(14.
53%
)-2
292
(-60
.09%
)-2
135
(-55
.98%
)-1
741
(-45
.65%
)-5
08(-
13.3
2%)
-554
(-14
.53%
)-2
17(-
5.69
%)
-344
2(-
90.2
5%)
-324
3(-
85.0
3%)
-254
2(-
66.6
5%)
364
Bolo
ria eu
nom
ia
(Esp
er, 1
799)
-156
4(-
19.6
6%)
-122
0(-
15.3
4%)
-158
9(-
19.9
8%)
-176
0(-
22.1
3%)
-139
9(-
17.5
9%)
-178
3(-
22.4
2%)
-317
1(-
39.8
7%)
-241
0(-
30.3
%)
-184
3(-
23.1
7%)
-344
3(-
43.2
9%)
-274
7(-
34.5
4%)
-229
1(-
28.8
%)
366
Bolo
ria eu
phro
syne
(L
inna
eus,
1758
)-5
707
(-26
.51%
)-3
553
(-16
.5%
)-4
042
(-18
.77%
)-5
782
(-26
.86%
)-3
587
(-16
.66%
)-4
132
(-19
.19%
)-8
912
(-41
.4%
)-7
044
(-32
.72%
)-4
372
(-20
.31%
)-9
059
(-42
.08%
)-7
118
(-33
.06%
)-4
649
(-21
.59%
)36
8Bo
loria
tita
nia
(Esp
er, 1
793)
-580
(-30
.37%
)-1
51(-
7.91
%)
-377
(-19
.74%
)-8
74(-
45.7
6%)
-525
(-27
.49%
)-7
66(-
40.1
%)
492
(25.
76%
)57
0(2
9.84
%)
116
(6.0
7%)
-118
1(-
61.8
3%)
-926
(-48
.48%
)-8
63(-
45.1
8%)
370
Bolo
ria se
lene
([Sc
hiff
er-
mül
ler]
, 177
5)
-609
3(-
29.7
7%)
-511
4(-
24.9
9%)
-470
8(-
23%
)-6
442
(-31
.47%
)-5
424
(-26
.5%
)-5
037
(-24
.61%
)-1
0443
(-51
.02%
)-8
549
(-41
.77%
)-6
291
(-30
.74%
)-1
0927
(-53
.39%
)-8
996
(-43
.95%
)-6
771
(-33
.08%
)
372
Bolo
ria ch
aricl
ea
(Sch
neid
er, 1
794)
-518
(-98
.11%
)-5
18(-
98.1
1%)
-519
(-98
.3%
)-5
24(-
99.2
4%)
-521
(-98
.67%
)-5
23(-
99.0
5%)
-528
(-10
0%)
-526
(-99
.62%
)-5
12(-
96.9
7%)
-528
(-10
0%)
-528
(-10
0%)
-528
(-10
0%)
374
Bolo
ria fr
eija
(Bec
klin
, 179
1)-1
581
(-28
.71%
)-1
434
(-26
.04%
)-1
904
(-34
.57%
)-1
593
(-28
.93%
)-1
446
(-26
.26%
)-1
930
(-35
.05%
)-4
189
(-76
.07%
)-3
324
(-60
.36%
)-3
654
(-66
.35%
)-4
197
(-76
.21%
)-3
340
(-60
.65%
)-3
670
(-66
.64%
)37
6Bo
loria
dia
(L
inna
eus,
1767
)-2
(-0.
02%
)14
36(1
7.22
%)
1212
(14.
54%
)-3
190
(-38
.26%
)-2
450
(-29
.38%
)-2
342
(-28
.09%
)60
5(7
.26%
)89
2(1
0.7%
)13
25(1
5.89
%)
-639
4(-
76.6
9%)
-522
9(-
62.7
1%)
-403
0(-
48.3
3%)
Settele J et al. / BioRisk 2: 33–72 (2009)62
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
378
Bolo
ria th
ore
(Hüb
ner,
180
6)-3
65(-
22.4
8%)
-237
(-14
.59%
)-2
00(-
12.3
2%)
-471
(-29
%)
-370
(-22
.78%
)-3
96(-
24.3
8%)
388
(23.
89%
)22
9(1
4.1%
)57
9(3
5.65
%)
-549
(-33
.81%
)-4
37(-
26.9
1%)
-405
(-24
.94%
)38
0Bo
loria
frig
ga
(Bec
klin
, 179
1)-1
842
(-30
.98%
)-1
331
(-22
.39%
)-1
825
(-30
.7%
)-1
949
(-32
.78%
)-1
457
(-24
.51%
)-1
919
(-32
.28%
)-3
189
(-53
.64%
)-2
550
(-42
.89%
)-3
317
(-55
.79%
)-3
323
(-55
.9%
)-2
690
(-45
.25%
)-3
406
(-57
.29%
)38
2Bo
loria
pal
es ([
Schi
ffer
-m
ülle
r], 1
775)
-520
(-34
.3%
)-2
86(-
18.8
7%)
-359
(-23
.68%
)-6
31(-
41.6
2%)
-463
(-30
.54%
)-4
93(-
32.5
2%)
-631
(-41
.62%
)-4
17(-
27.5
1%)
-533
(-35
.16%
)-1
002
(-66
.09%
)-7
82(-
51.5
8%)
-808
(-53
.3%
)
384
Bolo
ria a
quilo
naris
(S
tich
el, 1
908)
-236
2(-
28.8
9%)
-196
4(-
24.0
2%)
-237
1(-
29%
)-2
625
(-32
.1%
)-2
230
(-27
.27%
)-2
668
(-32
.63%
)-4
789
(-58
.57%
)-3
717
(-45
.46%
)-3
359
(-41
.08%
)-5
019
(-61
.38%
)-4
025
(-49
.22%
)-3
768
(-46
.08%
)38
6Bo
loria
gra
eca
(Sta
udin
ger,
187
0)-2
71(-
56.3
4%)
-281
(-58
.42%
)-2
39(-
49.6
9%)
-378
(-78
.59%
)-3
70(-
76.9
2%)
-353
(-73
.39%
)-2
59(-
53.8
5%)
-330
(-68
.61%
)-1
97(-
40.9
6%)
-433
(-90
.02%
)-4
18(-
86.9
%)
-370
(-76
.92%
)38
8Va
nessa
ata
lant
a (L
inna
eus,
1758
)-4
073
(-18
.04%
)-4
288
(-19
%)
-268
3(-
11.8
9%)
-506
3(-
22.4
3%)
-485
7(-
21.5
2%)
-387
4(-
17.1
6%)
-118
74(-
52.6
%)
-896
3(-
39.7
%)
-500
8(-
22.1
8%)
-136
84(-
60.6
2%)
-103
81(-
45.9
9%)
-675
5(-
29.9
2%)
390
Vane
ssa ca
rdui
(L
inna
eus,
1758
)-3
350
(-16
.64%
)-4
224
(-20
.98%
)-1
792
(-8.
9%)
-518
0(-
25.7
3%)
-507
3(-
25.1
9%)
-388
3(-
19.2
8%)
-927
2(-
46.0
5%)
-705
4(-
35.0
3%)
-279
9(-
13.9
%)
-118
05(-
58.6
3%)
-917
0(-
45.5
4%)
-556
7(-
27.6
5%)
392
Agla
is io
(L
inna
eus,
1758
)-2
035
(-9.
94%
)-1
744
(-8.
51%
)-1
220
(-5.
96%
)-4
094
(-19
.99%
)-3
602
(-17
.59%
)-3
269
(-15
.96%
)-5
130
(-25
.05%
)-3
006
(-14
.68%
)-1
718
(-8.
39%
)-1
0412
(-50
.83%
)-7
383
(-36
.04%
)-5
136
(-25
.07%
)39
4Ag
lais
urtic
ae
(Lin
naeu
s, 17
58)
-383
5(-
17.5
8%)
-339
4(-
15.5
6%)
-252
2(-
11.5
6%)
-471
8(-
21.6
2%)
-415
3(-
19.0
3%)
-331
7(-
15.2
%)
-100
97(-
46.2
8%)
-786
3(-
36.0
4%)
-439
1(-
20.1
3%)
-121
11(-
55.5
1%)
-969
2(-
44.4
2%)
-589
8(-
27.0
3%)
396
Nym
phal
is c-
albu
m
(Lin
naeu
s, 17
58)
-194
3(-
9.08
%)
-183
0(-
8.55
%)
-811
(-3.
79%
)-3
916
(-18
.3%
)-3
404
(-15
.91%
)-2
936
(-13
.72%
)-5
154
(-24
.09%
)-3
567
(-16
.67%
)-1
279
(-5.
98%
)-9
934
(-46
.42%
)-7
489
(-35
%)
-503
2(-
23.5
2%)
398
Nym
phal
is eg
ea
(Cra
mer
, 177
5)34
8(1
9.55
%)
309
(17.
36%
)28
3(1
5.9%
)-4
14(-
23.2
6%)
-330
(-18
.54%
)-3
68(-
20.6
7%)
1380
(77.
53%
)70
9(3
9.83
%)
937
(52.
64%
)-1
161
(-65
.22%
)-7
84(-
44.0
4%)
-471
(-26
.46%
)40
0N
ymph
alis
antio
pa
(Lin
naeu
s, 17
58)
-208
3(-
12.9
4%)
-104
7(-
6.5%
)-8
86(-
5.5%
)-3
979
(-24
.71%
)-2
840
(-17
.64%
)-2
806
(-17
.43%
)-5
251
(-32
.61%
)-3
635
(-22
.57%
)-8
05(-
5%)
-801
7(-
49.7
9%)
-607
9(-
37.7
5%)
-361
5(-
22.4
5%)
402
Nym
phal
is po
lychl
oros
(L
inna
eus,
1758
)
-286
4(-
18.0
6%)
-299
1(-
18.8
6%)
-149
4(-
9.42
%)
-440
3(-
27.7
6%)
-423
6(-
26.7
1%)
-321
0(-
20.2
4%)
-822
0(-
51.8
3%)
-699
5(-
44.1
%)
-492
6(-
31.0
6%)
-105
95(-
66.8
%)
-895
2(-
56.4
4%)
-666
9(-
42.0
5%)
404
Nym
phal
is xa
ntho
mela
s (E
sper
, 178
1)
-272
(-6.
62%
)-1
55(-
3.77
%)
-292
(-7.
1%)
-218
3(-
53.1
%)
-198
1(-
48.1
9%)
-178
9(-
43.5
2%)
-229
7(-
55.8
7%)
-173
8(-
42.2
8%)
-221
0(-
53.7
6%)
-403
1(-
98.0
5%)
-368
3(-
89.5
9%)
-384
6(-
93.5
5%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 63
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
406
Nym
phal
is l-a
lbum
(E
sper
, 178
0)90
(1.7
2%)
1514
(28.
91%
)10
1(1
.93%
)-1
836
(-35
.06%
)-8
50(-
16.2
3%)
-176
1(-
33.6
3%)
3035
(57.
95%
)33
50(6
3.97
%)
3311
(63.
22%
)-2
884
(-55
.07%
)-2
324
(-44
.38%
)-1
611
(-30
.76%
)40
8Ar
asch
nia
levan
a (L
inna
eus,
1758
)-1
214
(-9.
54%
)-2
31(-
1.82
%)
-750
(-5.
89%
)-3
737
(-29
.37%
)-2
980
(-23
.42%
)-3
045
(-23
.93%
)-2
943
(-23
.13%
)-1
661
(-13
.05%
)-2
108
(-16
.57%
)-9
390
(-73
.79%
)-7
261
(-57
.06%
)-5
787
(-45
.48%
)41
0Eu
phyd
ryas
idun
a (D
alm
an, 1
816)
-108
6(-
82.2
7%)
-104
7(-
79.3
2%)
-104
7(-
79.3
2%)
-109
5(-
82.9
5%)
-105
7(-
80.0
8%)
-106
2(-
80.4
5%)
-131
5(-
99.6
2%)
-127
6(-
96.6
7%)
-121
1(-
91.7
4%)
-131
5(-
99.6
2%)
-128
0(-
96.9
7%)
-122
3(-
92.6
5%)
412
Euph
ydry
as cy
nthi
a ([
Schi
ffer
-m
ülle
r], 1
775)
-132
(-33
.42%
)-8
0(-
20.2
5%)
-77
(-19
.49%
)-1
80(-
45.5
7%)
-149
(-37
.72%
)-1
47(-
37.2
2%)
-210
(-53
.16%
)-1
65(-
41.7
7%)
-233
(-58
.99%
)-3
27(-
82.7
8%)
-249
(-63
.04%
)-2
85(-
72.1
5%)
414
Euph
ydry
as
inte
rmed
ia
(Men
etri
es,
1859
)
-69
(-25
.65%
)-1
1(-
4.09
%)
-24
(-8.
92%
)-1
55(-
57.6
2%)
-123
(-45
.72%
)-1
27(-
47.2
1%)
-105
(-39
.03%
)-4
5(-
16.7
3%)
-157
(-58
.36%
)-2
33(-
86.6
2%)
-193
(-71
.75%
)-2
31(-
85.8
7%)
416
Euph
ydry
as
mat
urna
(L
inna
eus,
1758
)
2526
(35.
26%
)39
98(5
5.81
%)
296
(4.1
3%)
-175
4(-
24.4
8%)
-981
(-13
.69%
)-2
439
(-34
.05%
)24
76(3
4.56
%)
3987
(55.
65%
)33
54(4
6.82
%)
-342
9(-
47.8
6%)
-244
6(-
34.1
4%)
-197
1(-
27.5
1%)
418
Euph
ydry
as
desfo
ntai
nii
(God
art,
181
9)
-120
2(-
73.2
5%)
-122
6(-
74.7
1%)
-100
3(-
61.1
2%)
-131
4(-
80.0
7%)
-125
6(-
76.5
4%)
-113
2(-
68.9
8%)
-162
4(-
98.9
6%)
-159
3(-
97.0
7%)
-140
6(-
85.6
8%)
-164
0(-
99.9
4%)
-162
2(-
98.8
4%)
-148
1(-
90.2
5%)
420
Euph
ydry
as a
urin
ia
(Rot
tem
burg
, 17
75)
-543
(-8.
34%
)33
5(5
.14%
)-2
76(-
4.24
%)
-129
2(-
19.8
4%)
-786
(-12
.07%
)-9
76(-
14.9
9%)
-248
8(-
38.2
%)
-111
5(-
17.1
2%)
-105
5(-
16.2
%)
-365
9(-
56.1
8%)
-236
5(-
36.3
1%)
-190
8(-
29.3
%)
422
Meli
taea
cinx
ia
(Lin
naeu
s, 17
58)
-264
7(-
20.0
6%)
-260
2(-
19.7
2%)
-150
5(-
11.4
1%)
-396
1(-
30.0
2%)
-369
2(-
27.9
8%)
-278
7(-
21.1
2%)
-689
6(-
52.2
6%)
-570
6(-
43.2
4%)
-465
3(-
35.2
6%)
-894
1(-
67.7
6%)
-729
3(-
55.2
7%)
-593
5(-
44.9
8%)
424
Meli
taea
pho
ebe
(Goe
ze, 1
779)
1267
(16.
47%
)14
13(1
8.37
%)
2383
(30.
98%
)-2
473
(-32
.15%
)-2
181
(-28
.35%
)-1
579
(-20
.53%
)18
43(2
3.96
%)
1417
(18.
42%
)26
05(3
3.86
%)
-532
4(-
69.2
1%)
-420
9(-
54.7
1%)
-263
0(-
34.1
9%)
426
Meli
taea
aet
herie
(H
übne
r, 1
826)
214
(54.
59%
)26
1(6
6.58
%)
51(1
3.01
%)
-248
(-63
.27%
)-1
84(-
46.9
4%)
-215
(-54
.85%
)43
48(1
109.
18%
)24
80(6
32.6
5%)
642
(163
.78%
)-3
86(-
98.4
7%)
-351
(-89
.54%
)-3
18(-
81.1
2%)
428
Meli
taea
triv
ia
([Sc
hiff
er-
mül
ler]
, 177
5)
299
(5.7
6%)
-715
(-13
.76%
)16
35(3
1.47
%)
-215
4(-
41.4
6%)
-223
7(-
43.0
6%)
-142
1(-
27.3
5%)
-107
0(-
20.6
%)
-182
0(-
35.0
3%)
-75
(-1.
44%
)-4
285
(-82
.48%
)-3
718
(-71
.57%
)-2
656
(-51
.13%
)
Settele J et al. / BioRisk 2: 33–72 (2009)64
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
430
Meli
taea
did
yma
(Esp
er, 1
779)
1374
(11.
08%
)17
59(1
4.19
%)
2540
(20.
48%
)-2
686
(-21
.66%
)-2
270
(-18
.31%
)-1
554
(-12
.53%
)-3
47(-
2.8%
)-7
3(-
0.59
%)
1522
(12.
27%
)-7
258
(-58
.53%
)-5
816
(-46
.9%
)-3
397
(-27
.4%
)43
2M
elita
ea d
iam
ina
(Lan
g, 1
789)
-151
1(-
17.5
%)
171
(1.9
8%)
-116
9(-
13.5
4%)
-278
0(-
32.2
%)
-164
8(-
19.0
9%)
-238
2(-
27.5
9%)
-337
7(-
39.1
2%)
-178
0(-
20.6
2%)
-225
7(-
26.1
4%)
-607
3(-
70.3
5%)
-447
2(-
51.8
%)
-402
6(-
46.6
4%)
434
Meli
taea
deio
ne
(Gey
er, 1
832)
-122
0(-
50.2
9%)
-151
7(-
62.5
3%)
-832
(-34
.3%
)-1
824
(-75
.19%
)-1
792
(-73
.87%
)-1
587
(-65
.42%
)-1
062
(-43
.78%
)-1
236
(-50
.95%
)-1
099
(-45
.3%
)-2
213
(-91
.22%
)-2
071
(-85
.37%
)-2
005
(-82
.65%
)43
6M
elita
ea v
aria
(M
eyer
-Dür
, 18
51)
-66
(-13
.04%
)85
(16.
8%)
-19
(-3.
75%
)-2
98(-
58.8
9%)
-232
(-45
.85%
)-2
81(-
55.5
3%)
-249
(-49
.21%
)-1
23(-
24.3
1%)
-232
(-45
.85%
)-4
34(-
85.7
7%)
-355
(-70
.16%
)-4
38(-
86.5
6%)
438
Meli
taea
pa
rthe
noid
es K
efer
stei
n, 1
851
-805
(-25
.29%
)-4
67(-
14.6
7%)
-263
(-8.
26%
)-1
756
(-55
.17%
)-1
326
(-41
.66%
)-1
251
(-39
.3%
)-1
842
(-57
.87%
)-1
391
(-43
.7%
)-1
137
(-35
.72%
)-2
969
(-93
.28%
)-2
457
(-77
.19%
)-2
098
(-65
.91%
)
440
Meli
taea
aur
elia
Nic
kerl
, 185
080
1(1
8.11
%)
2241
(50.
67%
)33
5(7
.57%
)-1
641
(-37
.1%
)-1
117
(-25
.25%
)-1
527
(-34
.52%
)49
0(1
1.08
%)
1372
(31.
02%
)62
5(1
4.13
%)
-328
8(-
74.3
4%)
-236
1(-
53.3
8%)
-207
6(-
46.9
4%)
442
Meli
taea
br
itom
artis
As
sman
n, 1
847
793
(18.
53%
)31
(0.7
2%)
1268
(29.
63%
)-1
987
(-46
.43%
)-2
095
(-48
.95%
)-1
324
(-30
.93%
)-2
251
(-52
.59%
)-1
961
(-45
.82%
)-1
646
(-38
.46%
)-4
035
(-94
.28%
)-3
747
(-87
.55%
)-3
144
(-73
.46%
)
444
Meli
taea
ath
alia
(R
otte
mbu
rg,
1775
)
-139
1(-
8.98
%)
-610
(-3.
94%
)10
9(0
.7%
)-3
658
(-23
.63%
)-2
730
(-17
.63%
)-2
510
(-16
.21%
)-2
980
(-19
.25%
)-1
542
(-9.
96%
)56
0(3
.62%
)-7
785
(-50
.28%
)-5
975
(-38
.59%
)-3
902
(-25
.2%
)
446
Lim
eniti
s pop
uli
(Lin
naeu
s, 17
58)
-269
5(-
23.7
8%)
-937
(-8.
27%
)-2
247
(-19
.83%
)-4
819
(-42
.53%
)-3
448
(-30
.43%
)-4
349
(-38
.38%
)-3
162
(-27
.9%
)-1
580
(-13
.94%
)-1
234
(-10
.89%
)-8
315
(-73
.38%
)-6
352
(-56
.05%
)-5
291
(-46
.69%
)44
8Li
men
itis c
amill
a (L
inna
eus,
1764
)-1
369
(-15
.5%
)89
0(1
0.08
%)
-100
9(-
11.4
2%)
-317
9(-
35.9
9%)
-171
6(-
19.4
3%)
-260
0(-
29.4
4%)
-144
7(-
16.3
8%)
-161
(-1.
82%
)-9
79(-
11.0
8%)
-625
3(-
70.7
9%)
-423
2(-
47.9
1%)
-358
0(-
40.5
3%)
450
Lim
eniti
s red
ucta
St
audi
nger
, 190
116
1(2
.82%
)73
5(1
2.86
%)
347
(6.0
7%)
-154
6(-
27.0
5%)
-133
2(-
23.3
%)
-125
9(-
22.0
3%)
254
(4.4
4%)
897
(15.
69%
)11
80(2
0.64
%)
-326
2(-
57.0
7%)
-239
0(-
41.8
1%)
-176
4(-
30.8
6%)
452
Nep
tis sa
ppho
(P
alla
s, 17
71)
1157
(44.
38%
)21
87(8
3.89
%)
1384
(53.
09%
)-1
389
(-53
.28%
)-1
038
(-39
.82%
)-1
028
(-39
.43%
)16
49(6
3.25
%)
1506
(57.
77%
)87
6(3
3.6%
)-2
435
(-93
.4%
)-2
254
(-86
.46%
)-1
769
(-67
.86%
)45
4N
eptis
rivu
laris
(S
copo
li, 1
763)
-108
2(-
50.6
8%)
-739
(-34
.61%
)-6
55(-
30.6
8%)
-139
1(-
65.1
5%)
-111
3(-
52.1
3%)
-108
6(-
50.8
7%)
-121
(-5.
67%
)-4
58(-
21.4
5%)
74(3
.47%
)-1
763
(-82
.58%
)-1
520
(-71
.19%
)-1
285
(-60
.19%
)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 65
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
456
Cha
raxe
s jas
ius
(Lin
naeu
s, 17
67)
-840
(-42
.45%
)-8
79(-
44.4
2%)
-760
(-38
.4%
)-1
367
(-69
.08%
)-1
198
(-60
.54%
)-1
174
(-59
.32%
)-1
012
(-51
.14%
)-1
121
(-56
.64%
)-7
95(-
40.1
7%)
-191
8(-
96.9
2%)
-173
7(-
87.7
7%)
-150
4(-
76%
)45
8Ap
atur
a m
etis
(Fre
yer,
182
9)27
59(1
31.9
5%)
1346
(64.
37%
)30
14(1
44.1
4%)
-488
(-23
.34%
)-5
89(-
28.1
7%)
-141
(-6.
74%
)78
7(3
7.64
%)
212
(10.
14%
)19
51(9
3.3%
)-1
885
(-90
.15%
)-1
703
(-81
.44%
)-8
80(-
42.0
9%)
460
Apat
ura
ilia
([Sc
hiff
er-
mül
ler]
, 177
5)
-633
(-6.
36%
)11
44(1
1.49
%)
322
(3.2
3%)
-341
2(-
34.2
6%)
-208
5(-
20.9
4%)
-242
0(-
24.3
%)
-37
(-0.
37%
)52
6(5
.28%
)10
42(1
0.46
%)
-727
0(-
73.0
1%)
-554
8(-
55.7
1%)
-413
7(-
41.5
4%)
462
Apat
ura
iris
(Lin
naeu
s, 17
58)
-250
4(-
28.5
1%)
-106
3(-
12.1
%)
-177
7(-
20.2
3%)
-470
8(-
53.6
%)
-354
7(-
40.3
8%)
-389
9(-
44.3
9%)
-373
2(-
42.4
9%)
-296
9(-
33.8
%)
-282
5(-
32.1
6%)
-800
7(-
91.1
5%)
-664
1(-
75.6
%)
-551
1(-
62.7
4%)
464
Kirin
ia ro
xela
na
(Cra
mer
, 177
7)20
7(1
7.28
%)
177
(14.
77%
)25
7(2
1.45
%)
-523
(-43
.66%
)-4
38(-
36.5
6%)
-459
(-38
.31%
)49
1(4
0.98
%)
62(5
.18%
)64
4(5
3.76
%)
-882
(-73
.62%
)-7
26(-
60.6
%)
-587
(-49
%)
466
Para
rge a
eger
ia
(Lin
naeu
s, 17
58)
-845
(-3.
69%
)-3
59(-
1.57
%)
111
(0.4
9%)
-266
2(-
11.6
3%)
-202
5(-
8.85
%)
-169
3(-
7.4%
)-3
117
(-13
.62%
)-2
115
(-9.
24%
)-6
86(-
3%)
-808
0(-
35.3
1%)
-599
3(-
26.1
9%)
-371
8(-
16.2
5%)
468
Lasio
mm
ata
meg
era
(Lin
naeu
s, 17
67)
-213
3(-
12.9
%)
-240
1(-
14.5
3%)
-590
(-3.
57%
)-4
415
(-26
.71%
)-4
201
(-25
.42%
)-3
165
(-19
.15%
)-7
558
(-45
.73%
)-6
087
(-36
.83%
)-3
806
(-23
.03%
)-9
777
(-59
.15%
)-8
167
(-49
.41%
)-5
677
(-34
.35%
)47
0La
siom
mat
a pe
tropo
litan
a (F
abri
cius
, 178
7)
-313
5(-
34.2
4%)
-302
6(-
33.0
5%)
-264
7(-
28.9
1%)
-365
6(-
39.9
3%)
-347
7(-
37.9
8%)
-321
5(-
35.1
1%)
-459
4(-
50.1
7%)
-387
9(-
42.3
7%)
-244
0(-
26.6
5%)
-572
1(-
62.4
8%)
-471
1(-
51.4
5%)
-362
1(-
39.5
5%)
472
Lasio
mm
ata
mae
ra
(Lin
naeu
s, 17
58)
-156
4(-
10.6
5%)
-485
(-3.
3%)
-126
(-0.
86%
)-3
521
(-23
.98%
)-2
663
(-18
.14%
)-2
562
(-17
.45%
)-1
106
(-7.
53%
)-1
019
(-6.
94%
)78
0(5
.31%
)-7
698
(-52
.42%
)-6
194
(-42
.18%
)-4
420
(-30
.1%
)47
4Lo
ping
a ac
hine
(S
copo
li, 1
763)
-282
(-4.
22%
)29
68(4
4.43
%)
-645
(-9.
66%
)-2
207
(-33
.04%
)-8
93(-
13.3
7%)
-218
2(-
32.6
6%)
3726
(55.
78%
)47
90(7
1.71
%)
3110
(46.
56%
)-3
777
(-56
.54%
)-2
501
(-37
.44%
)-2
392
(-35
.81%
)47
6C
oeno
nym
pha
tulli
a (M
ülle
r, 1
764)
-380
2(-
29.1
1%)
-304
7(-
23.3
3%)
-353
4(-
27.0
6%)
-510
9(-
39.1
1%)
-428
7(-
32.8
2%)
-474
3(-
36.3
1%)
-601
4(-
46.0
4%)
-491
5(-
37.6
3%)
-421
3(-
32.2
5%)
-874
7(-
66.9
7%)
-744
1(-
56.9
7%)
-622
6(-
47.6
6%)
478
Coe
nony
mph
a oe
dipp
us
(Fab
rici
us, 1
787)
168
(15.
92%
)11
70(1
10.9
%)
-5(-
0.47
%)
-331
(-31
.37%
)-1
09(-
10.3
3%)
-269
(-25
.5%
)22
36(2
11.9
4%)
2128
(201
.71%
)73
2(6
9.38
%)
-713
(-67
.58%
)-4
81(-
45.5
9%)
-387
(-36
.68%
)
480
Coe
nony
mph
a rh
odop
ensis
Elw
es,
1900
197
(25.
96%
)12
5(1
6.47
%)
332
(43.
74%
)-6
03(-
79.4
5%)
-592
(-78
%)
-514
(-67
.72%
)32
2(4
2.42
%)
432
(56.
92%
)35
1(4
6.25
%)
-737
(-97
.1%
)-7
05(-
92.8
9%)
-606
(-79
.84%
)
Settele J et al. / BioRisk 2: 33–72 (2009)66
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
482
Coe
nony
mph
a ar
cani
a (L
inna
eus,
1761
)
-150
1(-
11.0
8%)
-110
4(-
8.15
%)
-389
(-2.
87%
)-3
774
(-27
.86%
)-3
319
(-24
.51%
)-2
771
(-20
.46%
)-4
819
(-35
.58%
)-3
556
(-26
.26%
)-2
377
(-17
.55%
)-9
350
(-69
.03%
)-7
474
(-55
.18%
)-5
692
(-42
.03%
)
484
Coe
nony
mph
a gl
ycer
ion
(Bor
khau
sen,
17
88)
90(0
.7%
)-1
74(-
1.36
%)
735
(5.7
3%)
-284
9(-
22.2
%)
-268
8(-
20.9
4%)
-241
5(-
18.8
2%)
-114
3(-
8.91
%)
609
(4.7
4%)
2334
(18.
18%
)-7
723
(-60
.17%
)-5
395
(-42
.03%
)-3
666
(-28
.56%
)
486
Coe
nony
mph
a ga
rdet
ta (D
e Pr
unne
r, 1
798)
-207
(-22
%)
-97
(-10
.31%
)-1
67(-
17.7
5%)
-354
(-37
.62%
)-2
79(-
29.6
5%)
-312
(-33
.16%
)-4
66(-
49.5
2%)
-213
(-22
.64%
)-4
05(-
43.0
4%)
-662
(-70
.35%
)-4
75(-
50.4
8%)
-570
(-60
.57%
)
488
Coe
nony
mph
a do
rus
(Esp
er, 1
782)
-856
(-30
.78%
)-1
152
(-41
.42%
)-5
08(-
18.2
7%)
-212
8(-
76.5
2%)
-190
7(-
68.5
7%)
-186
4(-
67.0
3%)
-877
(-31
.54%
)-1
232
(-44
.3%
)-9
27(-
33.3
3%)
-268
9(-
96.6
9%)
-250
1(-
89.9
3%)
-229
7(-
82.6
%)
490
Coe
nony
mph
a he
ro
(Lin
naeu
s, 17
61)
-517
(-14
.59%
)94
1(2
6.56
%)
-141
6(-
39.9
7%)
-154
5(-
43.6
1%)
-845
(-23
.85%
)-1
929
(-54
.45%
)-2
024
(-57
.13%
)-8
82(-
24.8
9%)
-176
1(-
49.7
%)
-330
1(-
93.1
7%)
-233
1(-
65.7
9%)
-249
3(-
70.3
6%)
492
Coe
nony
mph
a lea
nder
(Esp
er,
1784
)
-46
(-5.
56%
)-3
99(-
48.2
5%)
225
(27.
21%
)-5
71(-
69.0
4%)
-597
(-72
.19%
)-4
25(-
51.3
9%)
-571
(-69
.04%
)-5
74(-
69.4
1%)
-168
(-20
.31%
)-7
98(-
96.4
9%)
-746
(-90
.21%
)-5
46(-
66.0
2%)
494
Coe
nony
mph
a pa
mph
ilus
(Lin
naeu
s, 17
58)
-292
0(-
13.0
9%)
-272
7(-
12.2
2%)
-170
9(-
7.66
%)
-443
9(-
19.9
%)
-387
8(-
17.3
8%)
-347
6(-
15.5
8%)
-610
5(-
27.3
6%)
-419
7(-
18.8
1%)
-199
4(-
8.94
%)
-104
38(-
46.7
9%)
-761
4(-
34.1
3%)
-509
5(-
22.8
4%)
496
Pyro
nia
titho
nus
(Lin
naeu
s, 17
71)
-511
(-7.
97%
)-4
8(-
0.75
%)
-385
(-6.
01%
)-1
691
(-26
.38%
)-1
437
(-22
.41%
)-1
451
(-22
.63%
)-2
622
(-40
.9%
)-1
165
(-18
.17%
)-8
98(-
14.0
1%)
-389
9(-
60.8
2%)
-264
9(-
41.3
2%)
-202
9(-
31.6
5%)
498
Pyro
nia
cecil
ia
(Val
lant
in, 1
894)
-939
(-39
.96%
)-9
25(-
39.3
6%)
-794
(-33
.79%
)-1
613
(-68
.64%
)-1
406
(-59
.83%
)-1
382
(-58
.81%
)-1
037
(-44
.13%
)-1
206
(-51
.32%
)-8
91(-
37.9
1%)
-228
0(-
97.0
2%)
-204
2(-
86.8
9%)
-178
1(-
75.7
9%)
500
Pyro
nia
bath
seba
(Fab
rici
us, 1
793)
-115
1(-
33.2
6%)
-144
0(-
41.6
1%)
-696
(-20
.11%
)-2
282
(-65
.93%
)-2
070
(-59
.81%
)-1
954
(-56
.46%
)-2
079
(-60
.07%
)-2
178
(-62
.93%
)-1
610
(-46
.52%
)-3
404
(-98
.35%
)-3
150
(-91
.01%
)-2
673
(-77
.23%
)50
2Ap
hant
opus
hy
pera
ntus
(L
inna
eus,
1758
)
-234
0(-
14.0
4%)
-187
5(-
11.2
5%)
-158
3(-
9.49
%)
-484
0(-
29.0
3%)
-427
4(-
25.6
4%)
-379
0(-
22.7
3%)
-711
8(-
42.6
9%)
-502
1(-
30.1
2%)
-382
8(-
22.9
6%)
-120
05(-
72.0
1%)
-933
7(-
56%
)-7
230
(-43
.37%
)
504
Man
iola
jurt
ina
(Lin
naeu
s, 17
58)
-298
6(-
13.6
8%)
-288
4(-
13.2
2%)
-133
0(-
6.1%
)-4
489
(-20
.57%
)-4
188
(-19
.19%
)-3
022
(-13
.85%
)-9
317
(-42
.7%
)-6
627
(-30
.37%
)-4
349
(-19
.93%
)-1
1852
(-54
.32%
)-9
090
(-41
.66%
)-6
262
(-28
.7%
)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 67
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
506
Hyp
onep
hele
lycao
n (K
ühn,
177
4)-2
698
(-39
.19%
)-3
974
(-57
.73%
)-8
05(-
11.6
9%)
-345
4(-
50.1
7%)
-424
5(-
61.6
6%)
-206
9(-
30.0
6%)
-546
1(-
79.3
3%)
-573
9(-
83.3
7%)
-358
2(-
52.0
3%)
-640
6(-
93.0
6%)
-613
8(-
89.1
6%)
-479
2(-
69.6
1%)
508
Hyp
onep
hele
lupi
na
(Cos
ta, 1
836)
-981
(-34
.68%
)-1
228
(-43
.41%
)-3
89(-
13.7
5%)
-169
0(-
59.7
4%)
-154
7(-
54.6
8%)
-130
8(-
46.2
4%)
-235
4(-
83.2
1%)
-219
8(-
77.7
%)
-138
3(-
48.8
9%)
-272
0(-
96.1
5%)
-248
2(-
87.7
3%)
-184
5(-
65.2
2%)
510
Ereb
ia li
gea
(Lin
naeu
s, 17
58)
-407
5(-
32.7
%)
-241
5(-
19.3
8%)
-295
8(-
23.7
4%)
-473
7(-
38.0
1%)
-318
7(-
25.5
7%)
-387
5(-
31.0
9%)
-548
5(-
44.0
1%)
-443
5(-
35.5
9%)
-279
8(-
22.4
5%)
-641
8(-
51.5
%)
-538
8(-
43.2
4%)
-389
5(-
31.2
6%)
512
Ereb
ia eu
ryal
e (E
sper
, 180
5)-7
91(-
37.8
1%)
-435
(-20
.79%
)-5
24(-
25.0
5%)
-110
0(-
52.5
8%)
-769
(-36
.76%
)-8
25(-
39.4
4%)
-500
(-23
.9%
)-2
75(-
13.1
5%)
-326
(-15
.58%
)-1
541
(-73
.66%
)-1
218
(-58
.22%
)-1
147
(-54
.83%
)51
4Er
ebia
erip
hyle
(Fre
yer,
183
6)-9
9(-
25.7
1%)
-33
(-8.
57%
)-5
7(-
14.8
1%)
-172
(-44
.68%
)-1
41(-
36.6
2%)
-144
(-37
.4%
)-1
21(-
31.4
3%)
-76
(-19
.74%
)-1
68(-
43.6
4%)
-304
(-78
.96%
)-2
51(-
65.1
9%)
-250
(-64
.94%
)51
6Er
ebia
man
to
([Sc
hiff
er-
mül
ler]
, 177
5)
-357
(-26
.39%
)-1
65(-
12.2
%)
-258
(-19
.07%
)-5
48(-
40.5
%)
-394
(-29
.12%
)-4
66(-
34.4
4%)
-402
(-29
.71%
)-2
28(-
16.8
5%)
-368
(-27
.2%
)-8
50(-
62.8
2%)
-661
(-48
.85%
)-6
68(-
49.3
7%)
518
Ereb
ia ep
iphr
on
(Kno
ch, 1
783)
-980
(-30
.22%
)-7
61(-
23.4
7%)
-747
(-23
.03%
)-1
321
(-40
.73%
)-1
057
(-32
.59%
)-1
068
(-32
.93%
)-6
79(-
20.9
4%)
-717
(-22
.11%
)-5
24(-
16.1
6%)
-183
7(-
56.6
5%)
-152
6(-
47.0
6%)
-131
7(-
40.6
1%)
520
Ereb
ia p
hart
e (H
übne
r, 1
804)
-337
(-24
.85%
)-2
12(-
15.6
3%)
-284
(-20
.94%
)-5
42(-
39.9
7%)
-429
(-31
.64%
)-4
87(-
35.9
1%)
-426
(-31
.42%
)-2
69(-
19.8
4%)
-428
(-31
.56%
)-8
32(-
61.3
6%)
-666
(-49
.12%
)-6
79(-
50.0
7%)
522
Ereb
ia m
elam
pus
(Fue
ssli
, 177
5)-4
13(-
29.0
6%)
-244
(-17
.17%
)-3
33(-
23.4
3%)
-520
(-36
.59%
)-3
89(-
27.3
8%)
-444
(-31
.25%
)-5
88(-
41.3
8%)
-379
(-26
.67%
)-4
99(-
35.1
2%)
-917
(-64
.53%
)-6
86(-
48.2
8%)
-740
(-52
.08%
)52
4Er
ebia
aet
hiop
s (E
sper
, 177
7)-1
395
(-30
.84%
)-5
19(-
11.4
7%)
-968
(-21
.4%
)-2
226
(-49
.22%
)-1
542
(-34
.09%
)-1
883
(-41
.63%
)54
8(1
2.12
%)
316
(6.9
9%)
491
(10.
86%
)-2
876
(-63
.59%
)-2
318
(-51
.25%
)-1
899
(-41
.99%
)52
6Er
ebia
tria
ria (D
e Pr
unne
r, 1
798)
-66
(-5.
65%
)7
(0.6
%)
70(5
.99%
)-6
90(-
59.0
2%)
-608
(-52
.01%
)-5
90(-
50.4
7%)
-285
(-24
.38%
)-2
36(-
20.1
9%)
-255
(-21
.81%
)-9
43(-
80.6
7%)
-847
(-72
.46%
)-8
77(-
75.0
2%)
528
Ereb
ia em
bla
(Bec
klin
, 179
1)-8
06(-
21.1
9%)
-782
(-20
.56%
)-8
35(-
21.9
5%)
-120
7(-
31.7
3%)
-114
5(-
30.1
%)
-114
1(-
29.9
9%)
-223
8(-
58.8
3%)
-160
5(-
42.1
9%)
-158
3(-
41.6
1%)
-259
2(-
68.1
4%)
-201
0(-
52.8
4%)
-186
4(-
49%
)53
0Er
ebia
disa
(B
eckl
in, 1
791)
-102
5(-
69.4
9%)
-956
(-64
.81%
)-1
068
(-72
.41%
)-1
249
(-84
.68%
)-1
166
(-79
.05%
)-1
242
(-84
.2%
)-1
405
(-95
.25%
)-1
347
(-91
.32%
)-1
285
(-87
.12%
)-1
472
(-99
.8%
)-1
470
(-99
.66%
)-1
446
(-98
.03%
)53
2Er
ebia
med
usa
(Fab
rici
us, 1
787)
-141
6(-
34.3
4%)
-151
(-3.
66%
)-9
43(-
22.8
7%)
-227
9(-
55.2
6%)
-163
5(-
39.6
5%)
-190
7(-
46.2
4%)
-111
(-2.
69%
)10
6(2
.57%
)30
4(7
.37%
)-3
288
(-79
.73%
)-2
660
(-64
.5%
)-2
199
(-53
.32%
)
Settele J et al. / BioRisk 2: 33–72 (2009)68
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
534
Ereb
ia a
lber
ganu
s (D
e Pr
unne
r,
1798
)
-244
(-23
.8%
)-9
5(-
9.27
%)
-208
(-20
.29%
)-3
52(-
34.3
4%)
-258
(-25
.17%
)-3
28(-
32%
)-5
13(-
50.0
5%)
-276
(-26
.93%
)-4
27(-
41.6
6%)
-685
(-66
.83%
)-4
83(-
47.1
2%)
-585
(-57
.07%
)
536
Ereb
ia p
luto
(De
Prun
ner,
179
8)-2
39(-
27.0
7%)
-145
(-16
.42%
)-1
89(-
21.4
%)
-353
(-39
.98%
)-2
74(-
31.0
3%)
-306
(-34
.65%
)-4
68(-
53%
)-2
85(-
32.2
8%)
-437
(-49
.49%
)-6
48(-
73.3
9%)
-467
(-52
.89%
)-5
97(-
67.6
1%)
538
Ereb
ia g
orge
(E
sper
, 180
5)-6
02(-
35.2
9%)
-375
(-21
.98%
)-4
52(-
26.4
9%)
-717
(-42
.03%
)-5
38(-
31.5
4%)
-578
(-33
.88%
)-7
21(-
42.2
6%)
-534
(-31
.3%
)-5
87(-
34.4
1%)
-112
8(-
66.1
2%)
-900
(-52
.75%
)-8
84(-
51.8
2%)
540
Ereb
ia m
nestr
a (E
sper
, 180
5)75
(26.
79%
)16
0(5
7.14
%)
72(2
5.71
%)
-108
(-38
.57%
)-6
8(-
24.2
9%)
-119
(-42
.5%
)-1
85(-
66.0
7%)
-69
(-24
.64%
)-1
69(-
60.3
6%)
-241
(-86
.07%
)-1
73(-
61.7
9%)
-216
(-77
.14%
)54
2Er
ebia
epist
ygne
(H
übne
r, 1
819)
-165
(-95
.93%
)-1
65(-
95.9
3%)
-137
(-79
.65%
)-1
70(-
98.8
4%)
-167
(-97
.09%
)-1
62(-
94.1
9%)
-172
(-10
0%)
-172
(-10
0%)
-166
(-96
.51%
)-1
72(-
100%
)-1
72(-
100%
)-1
72(-
100%
)54
4Er
ebia
otto
man
a (H
erri
ch-
Schä
ffer
, 184
7)
-95
(-15
.06%
)-1
44(-
22.8
2%)
-69
(-10
.94%
)-3
04(-
48.1
8%)
-297
(-47
.07%
)-2
40(-
38.0
3%)
-118
(-18
.7%
)-1
58(-
25.0
4%)
193
(30.
59%
)-4
76(-
75.4
4%)
-431
(-68
.3%
)-2
12(-
33.6
%)
546
Ereb
ia ty
ndar
us
(Esp
er, 1
781)
-11
(-2.
53%
)51
(11.
72%
)-2
4(-
5.52
%)
-204
(-46
.9%
)-1
60(-
36.7
8%)
-205
(-47
.13%
)-2
00(-
45.9
8%)
-80
(-18
.39%
)-2
51(-
57.7
%)
-339
(-77
.93%
)-2
72(-
62.5
3%)
-357
(-82
.07%
)54
8Er
ebia
cassi
oide
s (R
eine
r &
Hoh
enw
arth
, 17
92) (
com
plex
)
-398
(-33
.84%
)-3
20(-
27.2
1%)
-337
(-28
.66%
)-4
57(-
38.8
6%)
-378
(-32
.14%
)-4
04(-
34.3
5%)
-647
(-55
.02%
)-5
25(-
44.6
4%)
-656
(-55
.78%
)-7
47(-
63.5
2%)
-630
(-53
.57%
)-7
46(-
63.4
4%)
550
Ereb
ia p
rono
e (E
sper
, 178
0)-5
86(-
34.8
8%)
-326
(-19
.4%
)-4
07(-
24.2
3%)
-692
(-41
.19%
)-4
72(-
28.1
%)
-570
(-33
.93%
)-4
66(-
27.7
4%)
-319
(-18
.99%
)-3
15(-
18.7
5%)
-101
1(-
60.1
8%)
-774
(-46
.07%
)-7
21(-
42.9
2%)
552
Ereb
ia st
yx (F
reye
r,
1834
)-2
55(-
59.4
4%)
-186
(-43
.36%
)-2
00(-
46.6
2%)
-264
(-61
.54%
)-2
06(-
48.0
2%)
-227
(-52
.91%
)-2
87(-
66.9
%)
-242
(-56
.41%
)-2
47(-
57.5
8%)
-361
(-84
.15%
)-2
80(-
65.2
7%)
-282
(-65
.73%
)55
4Er
ebia
mon
tana
(D
e Pr
unne
r,
1798
)
-112
(-17
.64%
)25
(3.9
4%)
-77
(-12
.13%
)-3
03(-
47.7
2%)
-224
(-35
.28%
)-2
82(-
44.4
1%)
-332
(-52
.28%
)-1
86(-
29.2
9%)
-349
(-54
.96%
)-5
12(-
80.6
3%)
-409
(-64
.41%
)-5
30(-
83.4
6%)
556
Ereb
ia n
eorid
as
(Boi
sduv
al, 1
828)
18(2
.66%
)-1
(-0.
15%
)-1
0(-
1.48
%)
-521
(-76
.96%
)-4
88(-
72.0
8%)
-473
(-69
.87%
)-2
65(-
39.1
4%)
-162
(-23
.93%
)21
9(3
2.35
%)
-605
(-89
.36%
)-5
91(-
87.3
%)
-560
(-82
.72%
)55
8Er
ebia
mela
s (H
erbs
t, 1
796)
121
(18.
62%
)40
(6.1
5%)
179
(27.
54%
)-2
31(-
35.5
4%)
-239
(-36
.77%
)-1
58(-
24.3
1%)
40(6
.15%
)-3
5(-
5.38
%)
416
(64%
)-4
96(-
76.3
1%)
-434
(-66
.77%
)-1
67(-
25.6
9%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 69
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
560
Ereb
ia o
eme
(Esp
er, 1
805)
-298
(-27
.21%
)-3
2(-
2.92
%)
-195
(-17
.81%
)-4
27(-
39%
)-2
76(-
25.2
1%)
-357
(-32
.6%
)-4
13(-
37.7
2%)
-155
(-14
.16%
)-2
60(-
23.7
4%)
-732
(-66
.85%
)-5
23(-
47.7
6%)
-538
(-49
.13%
)56
2Er
ebia
meo
lans
(De
Prun
ner,
179
8)-3
42(-
12.4
%)
-153
(-5.
55%
)-8
9(-
3.23
%)
-138
9(-
50.3
6%)
-110
3(-
39.9
9%)
-113
0(-
40.9
7%)
-114
5(-
41.5
2%)
-644
(-23
.35%
)-3
60(-
13.0
5%)
-219
8(-
79.7
%)
-181
3(-
65.7
4%)
-168
7(-
61.1
7%)
564
Ereb
ia p
andr
ose
(Bor
khau
sen,
17
88)
-121
2(-
26.9
8%)
-779
(-17
.34%
)-9
50(-
21.1
4%)
-121
5(-
27.0
4%)
-830
(-18
.47%
)-1
006
(-22
.39%
)-1
444
(-32
.14%
)-1
128
(-25
.11%
)-8
83(-
19.6
5%)
-154
6(-
34.4
1%)
-126
5(-
28.1
5%)
-110
6(-
24.6
2%)
566
Mela
narg
ia ru
ssiae
(E
sper
, 178
4)-9
82(-
64.8
2%)
-988
(-65
.21%
)-7
81(-
51.5
5%)
-127
5(-
84.1
6%)
-116
9(-
77.1
6%)
-115
8(-
76.4
4%)
-752
(-49
.64%
)-1
026
(-67
.72%
)-7
52(-
49.6
4%)
-150
4(-
99.2
7%)
-144
1(-
95.1
2%)
-135
2(-
89.2
4%)
568
Mela
narg
ia
gala
thea
(L
inna
eus,
1758
)
-12
(-0.
09%
)91
2(6
.53%
)88
4(6
.33%
)-3
686
(-26
.41%
)-3
015
(-21
.6%
)-2
681
(-19
.21%
)-6
09(-
4.36
%)
-22
(-0.
16%
)48
3(3
.46%
)-8
654
(-62
%)
-663
3(-
47.5
2%)
-481
1(-
34.4
7%)
570
Mela
narg
ia la
chesi
s (H
übne
r 17
90)
-104
5(-
74.9
6%)
-105
4(-
75.6
1%)
-863
(-61
.91%
)-1
232
(-88
.38%
)-1
131
(-81
.13%
)-1
047
(-75
.11%
)-9
10(-
65.2
8%)
-112
9(-
80.9
9%)
-105
5(-
75.6
8%)
-139
4(-
100%
)-1
374
(-98
.57%
)-1
324
(-94
.98%
)57
2M
elana
rgia
laris
sa
(Esp
er, 1
784)
24(2
.14%
)-2
5(-
2.23
%)
127
(11.
33%
)-5
98(-
53.3
5%)
-534
(-47
.64%
)-4
97(-
44.3
4%)
-249
(-22
.21%
)-4
10(-
36.5
7%)
246
(21.
94%
)-1
008
(-89
.92%
)-8
73(-
77.8
8%)
-586
(-52
.27%
)57
4M
elana
rgia
arg
e (S
ulze
r, 1
776)
719
(116
.53%
)49
7(8
0.55
%)
488
(79.
09%
)-3
05(-
49.4
3%)
-291
(-47
.16%
)-2
81(-
45.5
4%)
655
(106
.16%
)76
7(1
24.3
1%)
776
(125
.77%
)-4
47(-
72.4
5%)
-409
(-66
.29%
)-3
31(-
53.6
5%)
576
Mela
narg
ia
occit
anica
(Esp
er,
1793
)
-114
1(-
81.2
1%)
-108
1(-
76.9
4%)
-958
(-68
.19%
)-1
246
(-88
.68%
)-1
137
(-80
.93%
)-1
076
(-76
.58%
)-1
014
(-72
.17%
)-1
196
(-85
.12%
)-1
081
(-76
.94%
)-1
405
(-10
0%)
-140
2(-
99.7
9%)
-134
5(-
95.7
3%)
578
Mela
narg
ia in
es (H
offm
anse
gg,
1804
)
-657
(-59
.3%
)-6
48(-
58.4
8%)
-460
(-41
.52%
)-6
90(-
62.2
7%)
-659
(-59
.48%
)-5
47(-
49.3
7%)
-107
3(-
96.8
4%)
-101
9(-
91.9
7%)
-794
(-71
.66%
)-1
073
(-96
.84%
)-1
019
(-91
.97%
)-8
33(-
75.1
8%)
580
Saty
rus f
erul
a (F
abri
cius
, 179
3)-9
41(-
42.7
1%)
-741
(-33
.64%
)-7
03(-
31.9
1%)
-157
2(-
71.3
6%)
-133
3(-
60.5
1%)
-120
6(-
54.7
4%)
-631
(-28
.64%
)-6
01(-
27.2
8%)
-378
(-17
.16%
)-2
036
(-92
.42%
)-1
846
(-83
.79%
)-1
706
(-77
.44%
)58
2Sa
tyru
s acta
ea
(Esp
er, 1
780)
-669
(-41
.35%
)-1
060
(-65
.51%
)-2
00(-
12.3
6%)
-137
3(-
84.8
6%)
-131
7(-
81.4
%)
-117
1(-
72.3
7%)
-101
5(-
62.7
3%)
-101
6(-
62.7
9%)
-749
(-46
.29%
)-1
611
(-99
.57%
)-1
579
(-97
.59%
)-1
522
(-94
.07%
)58
4M
inoi
s dry
as
(Sco
poli
, 176
3)23
75(5
6.01
%)
3822
(90.
14%
)22
62(5
3.35
%)
-231
1(-
54.5
%)
-193
4(-
45.6
1%)
-195
7(-
46.1
6%)
4305
(101
.53%
)38
10(8
9.86
%)
3230
(76.
18%
)-3
463
(-81
.67%
)-3
066
(-72
.31%
)-2
611
(-61
.58%
)
Settele J et al. / BioRisk 2: 33–72 (2009)70
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
586
Hip
parc
hia
fagi
(S
copo
li, 1
763)
830
(12.
7%)
2258
(34.
54%
)15
16(2
3.19
%)
-222
6(-
34.0
5%)
-171
0(-
26.1
6%)
-156
5(-
23.9
4%)
1334
(20.
41%
)17
47(2
6.72
%)
2059
(31.
5%)
-442
5(-
67.6
9%)
-347
8(-
53.2
%)
-248
7(-
38.0
4%)
588
Hip
parc
hia
herm
ione
(L
inna
eus,
1764
)
-132
9(-
40.1
6%)
-181
0(-
54.7
%)
14(0
.42%
)-2
414
(-72
.95%
)-2
266
(-68
.48%
)-1
651
(-49
.89%
)-2
086
(-63
.04%
)-2
091
(-63
.19%
)-9
06(-
27.3
8%)
-319
1(-
96.4
3%)
-296
8(-
89.6
9%)
-253
5(-
76.6
1%)
590
Hip
parc
hia
syria
ca
(Sta
udin
ger,
18
71)
534
(27.
83%
)48
1(2
5.07
%)
774
(40.
33%
)-7
73(-
40.2
8%)
-646
(-33
.66%
)-5
95(-
31.0
1%)
445
(23.
19%
)-2
01(-
10.4
7%)
652
(33.
98%
)-1
432
(-74
.62%
)-1
231
(-64
.15%
)-8
93(-
46.5
3%)
592
Hip
parc
hia
semele
(L
inna
eus,
1758
)-3
564
(-25
.76%
)-3
269
(-23
.63%
)-2
284
(-16
.51%
)-4
405
(-31
.84%
)-4
031
(-29
.14%
)-3
095
(-22
.37%
)-8
424
(-60
.9%
)-6
634
(-47
.96%
)-5
233
(-37
.83%
)-9
748
(-70
.47%
)-7
748
(-56
.01%
)-6
024
(-43
.55%
)59
4H
ippa
rchi
a vo
lgen
sis
(Maz
ochi
n-Po
rshn
yako
v,
1952
)
155
(15.
8%)
-96
(-9.
79%
)42
6(4
3.43
%)
-575
(-58
.61%
)-5
49(-
55.9
6%)
-382
(-38
.94%
)-4
67(-
47.6
%)
-432
(-44
.04%
)15
2(1
5.49
%)
-856
(-87
.26%
)-7
35(-
74.9
2%)
-465
(-47
.4%
)
596
Hip
parc
hia
statil
inus
(H
ufna
gel,
176
6)
506
(8.2
7%)
-56
(-0.
92%
)10
04(1
6.41
%)
-264
0(-
43.1
6%)
-241
6(-
39.5
%)
-194
7(-
31.8
3%)
-106
8(-
17.4
6%)
-506
(-8.
27%
)-9
9(-
1.62
%)
-518
8(-
84.8
1%)
-401
7(-
65.6
7%)
-306
3(-
50.0
7%)
598
Hip
parc
hia
fatu
a (F
reye
r, 1
845)
-92
(-8.
98%
)-4
6(-
4.49
%)
-89
(-8.
69%
)-5
13(-
50.1
%)
-439
(-42
.87%
)-4
82(-
47.0
7%)
-426
(-41
.6%
)-2
45(-
23.9
3%)
235
(22.
95%
)-8
27(-
80.7
6%)
-693
(-67
.68%
)-5
27(-
51.4
6%)
600
Hip
parc
hia
fi dia
(L
inna
eus,
1767
)-1
040
(-47
.45%
)-1
294
(-59
.03%
)-7
31(-
33.3
5%)
-187
5(-
85.5
4%)
-164
4(-
75%
)-1
623
(-74
.04%
)-1
463
(-66
.74%
)-1
518
(-69
.25%
)-1
112
(-50
.73%
)-2
180
(-99
.45%
)-2
110
(-96
.26%
)-1
959
(-89
.37%
)60
2H
ippa
rchi
a sen
thes
(Fru
hsto
rfer
, 19
08)
-85
(-10
.12%
)-2
(-0.
24%
)-6
2(-
7.38
%)
-386
(-45
.95%
)-2
93(-
34.8
8%)
-350
(-41
.67%
)-4
44(-
52.8
6%)
-280
(-33
.33%
)20
7(2
4.64
%)
-767
(-91
.31%
)-6
31(-
75.1
2%)
-421
(-50
.12%
)
604
Aret
husa
na a
reth
usa
([Sc
hiff
er-
mül
ler]
, 177
5)
487
(8.6
6%)
-64
(-1.
14%
)10
68(1
9%)
-293
8(-
52.2
7%)
-266
6(-
47.4
3%)
-231
3(-
41.1
5%)
-233
5(-
41.5
4%)
-133
2(-
23.7
%)
-616
(-10
.96%
)-5
381
(-95
.73%
)-4
595
(-81
.75%
)-3
665
(-65
.2%
)
606
Brin
tesia
circ
e (F
abri
cius
, 177
5)-4
2(-
0.56
%)
-443
(-5.
88%
)10
57(1
4.02
%)
-314
3(-
41.6
9%)
-286
4(-
37.9
9%)
-230
8(-
30.6
1%)
-151
8(-
20.1
4%)
-961
(-12
.75%
)18
5(2
.45%
)-6
183
(-82
.01%
)-5
018
(-66
.56%
)-3
680
(-48
.81%
)60
8C
haza
ra b
riseis
(L
inna
eus,
1764
)-3
49(-
4.79
%)
-27
(-0.
37%
)64
5(8
.85%
)-2
727
(-37
.4%
)-2
256
(-30
.94%
)-1
902
(-26
.08%
)-2
263
(-31
.03%
)-1
170
(-16
.04%
)-4
02(-
5.51
%)
-542
9(-
74.4
5%)
-423
1(-
58.0
2%)
-322
6(-
44.2
4%)
Corrigenda: Settele J et al. (2008) Climatic Risk Atlas of European Butterfl ies 71
Pag
e2
05
02
05
02
05
02
05
02
05
02
05
02
08
02
08
02
08
02
08
02
08
02
08
0
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
full
d
isp
ersa
lfu
ll
dis
per
sal
full
d
isp
ersa
ln
o
dis
per
sal
no
d
isp
ersa
ln
o
dis
per
sal
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
GR
AS
BA
MB
US
ED
GG
RA
SB
AM
BU
SE
DG
610
Pseu
doch
azar
a an
thele
a (L
efeb
vre,
183
1)
-181
(-22
.13%
)-1
34(-
16.3
8%)
-175
(-21
.39%
)-3
85(-
47.0
7%)
-332
(-40
.59%
)-3
60(-
44.0
1%)
-322
(-39
.36%
)-2
31(-
28.2
4%)
193
(23.
59%
)-6
23(-
76.1
6%)
-481
(-58
.8%
)-3
79(-
46.3
3%)
612
Oen
eis n
orna
(B
eckl
in, 1
791)
-172
9(-
83.2
5%)
-168
0(-
80.8
9%)
-168
3(-
81.0
3%)
-173
7(-
83.6
3%)
-168
7(-
81.2
2%)
-169
1(-
81.4
2%)
-206
5(-
99.4
2%)
-202
6(-
97.5
4%)
-189
9(-
91.4
3%)
-206
5(-
99.4
2%)
-203
0(-
97.7
4%)
-190
9(-
91.9
1%)
614
Oen
eis g
lacia
lis
(Mol
l, 1
785)
-247
(-26
.56%
)-1
14(-
12.2
6%)
-192
(-20
.65%
)-4
00(-
43.0
1%)
-323
(-34
.73%
)-3
68(-
39.5
7%)
-480
(-51
.61%
)-2
72(-
29.2
5%)
-430
(-46
.24%
)-7
10(-
76.3
4%)
-529
(-56
.88%
)-6
37(-
68.4
9%)
616
Oen
eis ju
tta
(Hüb
ner,
180
6)-1
446
(-24
.14%
)-1
434
(-23
.94%
)-1
165
(-19
.45%
)-2
091
(-34
.9%
)-2
057
(-34
.33%
)-1
791
(-29
.89%
)-2
839
(-47
.39%
)-2
096
(-34
.99%
)-1
820
(-30
.38%
)-3
887
(-64
.88%
)-3
090
(-51
.58%
)-2
670
(-44
.57%
)61
8D
anau
s chr
ysip
pus
(Lin
naeu
s, 17
58)
-209
(-50
.73%
)-1
71(-
41.5
%)
-204
(-49
.51%
)-3
04(-
73.7
9%)
-262
(-63
.59%
)-2
70(-
65.5
3%)
-203
(-49
.27%
)-1
95(-
47.3
3%)
-74
(-17
.96%
)-3
69(-
89.5
6%)
-334
(-81
.07%
)-2
73(-
66.2
6%)
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