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Article 17 > Species report

Species assessments at Member State level

Choose a period, a group and then a country. Optionally, further refine your query by selecting one of the available biogeographical regions for that country.

Note: Rows in italic shows data not taken into account when performing the assessments (marginal presence, occasional, extinct prior HD, information, optional reports, etc). For Cladonia subgenus Cladina, Lycopodium and Sphagnum, Member States were asked to report on the group rather than individual species, some also reported for individual species and these are shown in italics (e.g. Sweden also reported Lycopodium zeilleri in the Boreal region).

Legend
FV
Favourable
XX
Unknown
U1
Unfavourable-Inadequate
U2
Unfavourable-Bad
Current selection: 2013-2018, Mammals, Austria, None.
Member States reports
Species Region Range (km2) Population Habitat for the species Future prospects Overall assessment Distribution
area (km2)
Surface Status
(% MS)		 Trend FRR
Min
Member State
code		 Reporting units Alternative units
Min Max Best value Unit Type of estimate Min Max Best value Unit Type of estimate
AT 550 N/A N/A i minimum 245 N/A N/A grids1x1 minimum
AT 150 N/A N/A i minimum 184 N/A N/A grids1x1 minimum
AT N/A N/A N/A 23 N/A N/A grids1x1 minimum
AT N/A N/A N/A 12 N/A N/A grids1x1 minimum
AT 23 28 N/A i minimum N/A N/A N/A minimum
AT 6 8 N/A i minimum N/A N/A N/A minimum
AT 6000 6800 N/A i estimate N/A N/A N/A N/A
AT 1100 1300 N/A i estimate N/A N/A N/A N/A
AT 6000 6500 N/A i estimate N/A N/A N/A N/A
AT N/A N/A N/A N/A N/A 15 grids1x1 minimum
AT 50000 85000 60000 i minimum N/A N/A 830 grids1x1 minimum
AT N/A N/A 108 grids1x1 minimum 1000 18000 N/A i minimum
AT N/A N/A 9 grids1x1 minimum 9 1600 N/A i N/A
AT 283 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 96 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 399 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 311 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 50 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 154 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT N/A N/A N/A i estimate 233 233 N/A grids1x1 estimate
AT 1555 N/A N/A grids1x1 minimum 850 1650 N/A adults minimum
AT 1354 N/A N/A grids1x1 minimum 1000 1550 N/A adults minimum
AT 5 19 N/A i minimum N/A N/A N/A N/A
AT 12 16 N/A i minimum N/A N/A N/A N/A
AT 10000 42000 N/A i minimum 1904 N/A N/A grids1x1 minimum
AT 4000 18000 N/A i minimum 1828 N/A N/A grids1x1 minimum
AT 117 205 N/A i estimate 22 22 N/A grids1x1 estimate
AT 25 N/A N/A i minimum N/A N/A 1 grids1x1 estimate
AT N/A N/A 50 i estimate N/A N/A 1 grids1x1 estimate
AT N/A N/A 43 grids1x1 minimum 400 1300 N/A i minimum
AT N/A N/A 121 grids1x1 minimum 1000 3600 N/A i minimum
AT 80 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 10000 30000 N/A i minimum 1335 1335 N/A grids1x1 minimum
AT 14000 40000 N/A i minimum 1757 1757 N/A grids1x1 N/A
AT 11 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 31 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 200 N/A N/A i minimum 87 N/A N/A grids1x1 minimum
AT 200 N/A N/A i minimum 44 N/A N/A grids1x1 minimum
AT N/A N/A N/A 11 N/A N/A grids1x1 minimum
AT 50 N/A N/A i minimum 13 N/A N/A grids1x1 minimum
AT 15 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 45 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 313 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 333 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT N/A N/A 3500 i estimate 173 N/A N/A grids1x1 minimum
AT N/A N/A 2900 i estimate 122 N/A N/A grids1x1 minimum
AT N/A N/A 18500 i estimate 370 N/A N/A grids1x1 minimum
AT N/A N/A 30000 i estimate N/A N/A 308 grids1x1 estimate
AT 351 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 282 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 98 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 79 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 75 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 30 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 597 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 281 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 99 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 54 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 112 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 147 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 1074 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 449 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 445 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 239 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 54 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 90 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 13 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 82 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 32 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 18 N/A N/A i minimum 15 N/A N/A grids1x1 minimum
AT N/A N/A 145 i estimate N/A N/A 51 grids1x1 estimate
AT N/A N/A 1700 i estimate N/A N/A 132 grids1x1 estimate
AT N/A N/A 16500 i estimate N/A N/A 600 grids1x1 estimate
AT 90000 130000 N/A i estimate N/A N/A N/A N/A
AT 300 1000 N/A i estimate N/A N/A N/A N/A
AT 60 6000 N/A i minimum N/A N/A 62 grids1x1 minimum
AT 7 700 N/A i minimum N/A N/A 7 grids1x1 minimum
AT N/A N/A 50 i estimate N/A N/A N/A N/A
AT 140000 160000 157000 i estimate N/A N/A N/A N/A
AT 2 8 N/A i minimum N/A N/A N/A minimum
AT 123 N/A N/A grids1x1 minimum N/A N/A N/A N/A
AT 195 N/A N/A grids1x1 minimum N/A N/A N/A N/A
Max
Best value Unit Type est. Method Status
(% MS)		 Trend FRP Unit Occupied
suff.		 Unoccupied
suff.		 Status Trend Range
prosp.		 Population
prosp.		 Hab. for sp.
prosp.		 Status Curr. CS Curr. CS
trend		 Prev. CS Prev. CS
trend		 Status
Nat. of ch.		 CS trend
Nat. of ch.		 Distrib. Method % MS
Barbastella barbastellus ALP 14800 8.58 = ≈ 550 N/A N/A i minimum b 0.51 = > Y FV = good good poor U1 U1 = U1 + noChange knowledge 11600 b 15.70
Barbastella barbastellus CON 9100 1.28 = > 150 N/A N/A i minimum c 0.20 = > Y FV = good good poor U1 U1 = U1 x noChange knowledge 6700 b 2.23
Canis aureus CON 3000 0 x N/ N/A N/A N/A b 0 x N/ N/A N N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 1900 b 0
Canis aureus ALP 800 0 x N/ N/A N/A N/A b 0 x N/ N/A N N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 800 b 0
Canis lupus CON 6400 0 + N/ 23 28 N/A i minimum b 0 + N/ N/A N N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 3600 b 0
Canis lupus ALP 8900 0 + N/ 6 8 N/A i minimum c 0 x N/ N/A N N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 5500 b 0
Capra ibex ALP 22000 33.28 = ≈ 6000 6800 N/A i estimate b 18.77 + ≈ Y FV = good good good FV FV = FV noChange noChange 16100 b 29.60
Castor fiber ALP 17200 14.29 + > 1100 1300 N/A i estimate a 12.49 + > Y FV = good good good FV U1 + U1 + noChange noChange 13500 a 17.29
Castor fiber CON 32500 4.19 + ≈ 6000 6500 N/A i estimate a 5.98 + ≈ Y FV = good good good FV FV + FV noChange genuine 25900 a 4.86
Cricetus cricetus ALP 600 0 = ≈ N/A N/A N/A c 0 N N/ N/A N N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 500 b 0
Cricetus cricetus CON 11200 5.66 - ≈ 50000 85000 60000 i minimum b 32.62 - >> N N U2 - poor bad bad U2 U2 - U1 x genuine genuine 9600 b 6.39
Dryomys nitedula ALP 30700 44.40 - > N/A N/A 108 grids1x1 minimum c 0.85 x x Y FV x good good good FV U1 x FV knowledge noInfo 9100 c 32.16
Dryomys nitedula CON 1900 2.25 x > N/A N/A 9 grids1x1 minimum c 0.02 x x N Unk U1 x poor poor poor U1 U1 x FV knowledge knowledge 900 c 1.69
Eptesicus nilssonii ALP 21700 21.53 = ≈ 283 N/A N/A grids1x1 minimum b 1.31 x x Y FV = good unk good FV FV = U1 = method noChange 15700 b 33.05
Eptesicus nilssonii CON 8300 3.11 = ≈ 96 N/A N/A grids1x1 minimum b 0.18 x x Y FV = good unk good FV FV = U1 = method noChange 6500 b 5.89
Eptesicus serotinus CON 23900 2.57 = ≈ 399 N/A N/A grids1x1 minimum b 0.10 - >> Y U1 = good poor poor U1 U2 - U1 - knowledge noChange 17200 b 4.07
Eptesicus serotinus ALP 18800 10.41 = ≈ 311 N/A N/A grids1x1 minimum b 0.69 x x Y U1 = good poor poor U1 U1 = U1 - noChange knowledge 14300 b 20.34
Hypsugo savii ALP 3000 2.58 + > 50 N/A N/A grids1x1 minimum b 0.18 + > Y FV = good good good FV U1 + U1 + noChange noChange 2300 b 5.99
Hypsugo savii CON 2900 1.33 + > 154 N/A N/A grids1x1 minimum b 0.40 + > Y FV = good good good FV U1 + U1 + noChange noChange 2600 b 3.72
Lepus timidus ALP 28700 13.96 x ≈ N/A N/A N/A i estimate c 0 x x Y FV x good good good FV FV = FV noChange noChange 15800 b 9.08
Lutra lutra ALP 38900 15.10 + > 1555 N/A N/A grids1x1 minimum b 7.92 + ≈ Y FV = good unk good FV U1 + U1 + noChange noChange 33900 a 24.42
Lutra lutra CON 36100 3.92 + ≈ 1354 N/A N/A grids1x1 minimum b 1.84 + ≈ Y FV = good unk good FV FV + FV noChange noChange 30400 a 5.21
Lynx lynx CON 3500 2.52 = > 5 19 N/A i minimum b 1.21 = > N Y FV = poor poor poor U1 U1 = U1 x noChange knowledge 2000 b 2.22
Lynx lynx ALP 4700 2.21 + >> 12 16 N/A i minimum b 0.61 x > N Y FV x bad poor poor U2 U2 x U2 x noChange noChange 3600 b 2.99
Martes martes ALP 57100 16.22 = ≈ 10000 42000 N/A i minimum c 33.75 x ≈ Y FV x good good good FV FV x FV noChange noChange 50500 b 19.03
Martes martes CON 38100 3.60 = ≈ 4000 18000 N/A i minimum b 13.05 x ≈ Y FV x good good good FV FV x FV noChange noChange 32500 b 4.34
Microtus oeconomus mehelyi CON 700 100 = > 117 205 N/A i estimate a 100 = > Y FV = poor poor poor U1 U1 = U1 x knowledge knowledge 500 a 100
Miniopterus schreibersii ALP 100 0.12 = >> 25 N/A N/A i minimum b 0.04 = >> Unk Unk XX - bad poor poor U2 U2 - U2 - noChange noChange 100 b 0.40
Miniopterus schreibersii CON 100 0.04 = >> N/A N/A 50 i estimate b 0.03 + >> Y U1 = poor poor unk U1 U2 + U2 = noChange genuine 100 b 0.14
Muscardinus avellanarius CON 10300 2.34 x > N/A N/A 43 grids1x1 minimum c 0.02 x > N N U1 x poor poor poor U1 U1 - FV knowledge knowledge 3200 b 1.19
Muscardinus avellanarius ALP 17000 16.06 x ≈ N/A N/A 121 grids1x1 minimum b 0.19 x > Y FV x good poor poor U1 U1 x FV knowledge noInfo 6000 b 10.05
Mustela eversmanii CON 7100 15.92 x > 80 N/A N/A grids1x1 minimum b 31.94 x >> Y XX x poor bad unk U2 U2 x U2 - noChange N/A 4200 b 22.70
Mustela putorius ALP 48900 29.81 = ≈ 10000 30000 N/A i minimum c 71.54 x ≈ Y FV x good unk good FV FV x FV noChange noChange 41700 b 40.33
Mustela putorius CON 38400 3.39 = ≈ 14000 40000 N/A i minimum c 25.85 x ≈ Y FV x good good good FV FV x FV noChange noChange 33000 b 3.99
Myotis alcathoe ALP 800 0 x > 11 N/A N/A grids1x1 minimum c 0 x > Y FV = unk unk unk XX U1 x N/A N/A N/A N/A 700 b 0
Myotis alcathoe CON 1000 1.17 = > 31 N/A N/A grids1x1 minimum c 0.05 x > Y FV = unk unk unk XX U1 = XX knowledge knowledge 900 b 2.38
Myotis bechsteinii CON 4200 0.82 = > 200 N/A N/A i minimum b 0.01 x > Y U1 - poor poor poor U1 U1 x U1 x noChange noChange 3400 b 1.77
Myotis bechsteinii ALP 4400 6.34 = > 200 N/A N/A i minimum c 0.95 x > Y U1 - poor poor poor U1 U1 x U1 x noChange knowledge 3700 b 15.10
Myotis blythii CON 1400 0.86 - >> N/A N/A N/A c 0 x >> Unk Unk U1 - poor bad bad U2 U2 - U2 - noChange noChange 1100 c 2.35
Myotis blythii ALP 1500 1.55 - >> 50 N/A N/A i minimum c 0.15 x >> Unk Unk U1 - poor bad bad U2 U2 - U2 - genuine noChange 1300 c 4.23
Myotis brandtii CON 1600 0.36 = > 15 N/A N/A grids1x1 minimum b 0.02 x > Y FV = good unk good FV U1 = U1 x noChange knowledge 1400 b 0.85
Myotis brandtii ALP 4500 10.21 = > 45 N/A N/A grids1x1 minimum b 0.64 x > Y FV = good unk good FV U1 = U1 x noChange knowledge 3700 b 13.70
Myotis daubentonii ALP 20000 13.28 = ≈ 313 N/A N/A grids1x1 minimum b 0.26 + ≈ Y FV = good good good FV FV + FV noChange genuine 16400 b 21.33
Myotis daubentonii CON 20100 2.67 = ≈ 333 N/A N/A grids1x1 minimum b 0.04 = ≈ Y FV = good good good FV FV = FV noChange noChange 14000 b 3.10
Myotis emarginatus ALP 12100 8.42 = > N/A N/A 3500 i estimate a 13.42 - > Y U1 - good poor poor U1 U1 - U1 + noChange genuine 9300 b 18.75
Myotis emarginatus CON 9200 2.32 = > N/A N/A 2900 i estimate a 2.40 - > Y U1 - good poor poor U1 U1 - U1 + noChange genuine 7500 b 5.64
Myotis myotis ALP 26200 13.45 = ≈ N/A N/A 18500 i estimate a 17.27 = ≈ Y FV = good good poor U1 U1 = U1 + noChange genuine 19000 b 21.71
Myotis myotis CON 20500 2.47 = ≈ N/A N/A 30000 i estimate a 2.69 + ≈ Y FV = good good good FV FV + FV noChange genuine 14200 b 3.17
Myotis mystacinus ALP 29900 20.65 = ≈ 351 N/A N/A grids1x1 minimum b 1.72 x x Y FV = good good good FV FV = FV noChange noChange 21600 b 29.39
Myotis mystacinus CON 22900 4.12 = ≈ 282 N/A N/A grids1x1 minimum b 0.25 x x Y FV = good good good FV FV = FV noChange noChange 15600 b 5.83
Myotis nattereri ALP 8900 9.14 = > 98 N/A N/A grids1x1 minimum b 0.14 x x Y FV = good unk good FV U1 = U1 x noChange knowledge 7200 b 13.90
Myotis nattereri CON 5300 0.86 = > 79 N/A N/A grids1x1 minimum b 0.03 x x Y FV = good unk good FV U1 = U1 x noChange knowledge 4300 b 1.21
Nyctalus leisleri ALP 4000 2.92 = > 75 N/A N/A grids1x1 minimum b 0.40 x > Y FV = good unk good FV U1 = U1 x noChange knowledge 3200 b 5.62
Nyctalus leisleri CON 1900 0.33 = > 30 N/A N/A grids1x1 minimum b 0.02 x > Y FV = good unk poor U1 U1 = U1 x noChange knowledge 1900 b 0.80
Nyctalus noctula CON 22300 2.31 = ≈ 597 N/A N/A grids1x1 minimum b 0.12 x > Y FV = good poor poor U1 U1 = U1 x noChange knowledge 16300 b 3.98
Nyctalus noctula ALP 14200 11.35 = ≈ 281 N/A N/A grids1x1 minimum b 2.41 x x Y FV = good poor good U1 U1 = U1 x noChange knowledge 11100 b 19.93
Pipistrellus kuhlii CON 4600 1.79 + > 99 N/A N/A grids1x1 minimum b 0.01 + > Y FV = good good good FV U1 + U1 + noChange noChange 3500 b 2.80
Pipistrellus kuhlii ALP 2200 2.36 = > 54 N/A N/A grids1x1 minimum b 0.08 + > Y FV = good good good FV U1 + U1 + noChange noChange 2200 b 5.95
Pipistrellus nathusii CON 7400 0.98 = ≈ 112 N/A N/A grids1x1 minimum b 0.08 x ≈ Y FV = good unk poor U1 U1 = FV genuine knowledge 5400 c 1.94
Pipistrellus nathusii ALP 8200 10.11 = ≈ 147 N/A N/A grids1x1 minimum b 2.53 x > Y FV = good unk good FV U1 = U1 x noChange knowledge 6700 c 20.43
Pipistrellus pipistrellus ALP 34700 17 = ≈ 1074 N/A N/A grids1x1 minimum b 0.13 x x Y FV = good unk good FV FV = FV noChange noChange 27800 b 25.39
Pipistrellus pipistrellus CON 19600 2.43 = ≈ 449 N/A N/A grids1x1 minimum c 0.01 x x Y FV = good unk good FV FV = FV noChange noChange 13500 b 2.84
Pipistrellus pygmaeus CON 12200 2.27 = ≈ 445 N/A N/A grids1x1 minimum b 0.47 = ≈ Y FV = good good good FV FV = FV noChange noChange 10000 b 5.16
Pipistrellus pygmaeus ALP 8800 13.80 = ≈ 239 N/A N/A grids1x1 minimum b 1.74 = ≈ Y FV = good good good FV FV = FV noChange noChange 7300 b 30.42
Plecotus auritus CON 4700 0.74 = ≈ 54 N/A N/A grids1x1 minimum c 0.01 x ≈ Y FV = good unk good FV FV = FV noChange noChange 3600 b 0.93
Plecotus auritus ALP 8300 6.79 = ≈ 90 N/A N/A grids1x1 minimum b 0.46 = ≈ Y FV = good good good FV FV = FV noChange noChange 7000 b 10.13
Plecotus austriacus ALP 1300 2.40 x ≈ 13 N/A N/A grids1x1 minimum b 0.24 x > Y FV = good unk poor U1 U1 x U1 - noChange noInfo 4200 b 19.53
Plecotus austriacus CON 7500 1.50 - ≈ 82 N/A N/A grids1x1 minimum b 0.03 x > Y U1 - good poor poor U1 U1 - U1 - noChange noChange 20500 b 10.04
Plecotus macrobullaris ALP 2500 5.89 - > 32 N/A N/A grids1x1 minimum b 0.53 x > Y FV = poor unk good U1 U1 x U1 x noChange noChange 2200 b 13.75
Rhinolophus ferrumequinum CON 1700 0.46 = >> 18 N/A N/A i minimum b 0.02 = >> Y U1 = bad bad poor U2 U2 = U2 = noChange noChange 1500 b 1.18
Rhinolophus ferrumequinum ALP 3700 2.49 = >> N/A N/A 145 i estimate a 0.45 = >> Y U1 = poor bad poor U2 U2 = U2 = noChange noChange 2700 b 5.14
Rhinolophus hipposideros CON 9500 2.35 = > N/A N/A 1700 i estimate a 1.29 + > Y FV = poor good good U1 U1 + U1 - noChange knowledge 7200 b 4.22
Rhinolophus hipposideros ALP 27000 13.84 = > N/A N/A 16500 i estimate a 25.06 + > Y FV + good good good FV U1 + U1 + noChange noChange 21300 b 21.76
Rupicapra rupicapra ALP 52100 32.48 = ≈ 90000 130000 N/A i estimate c 31.53 = ≈ Y FV = good good good FV FV = FV noChange noChange 44600 b 33.11
Rupicapra rupicapra CON 3300 6.16 = ≈ 300 1000 N/A i estimate b 6.87 = ≈ Y FV = good good good FV FV = FV noChange noChange 2500 b 5.76
Sicista betulina ALP 11700 72.43 - > 60 6000 N/A i minimum c 13.62 x x N Y U1 - poor poor poor U1 U1 x U1 x noChange noChange 5100 c 62.96
Sicista betulina CON 900 5.27 = ≈ 7 700 N/A i minimum c 8.78 x >> N Y U2 - poor unk bad U2 U2 x U1 x knowledge knowledge 300 c 2.97
Spermophilus citellus ALP 1300 0 N N/ N/A N/A 50 i estimate a 0 N N/ N/A N N/A N/A N/A N/A N/A N/A U2 - N/A N/A 300 a 0
Spermophilus citellus CON 10700 6.55 - 11900 140000 160000 157000 i estimate a 76.19 + 200000 i N N U1 = poor poor poor U1 U1 = U2 - genuine genuine 7600 a 6.91
Ursus arctos ALP 7200 2.92 - >> 2 8 N/A i minimum b 0.06 - >> Y FV = bad bad good U2 U2 - U2 - noChange noChange 4000 b 2.55
Vespertilio murinus CON 7700 1.42 = ≈ 123 N/A N/A grids1x1 minimum b 0.28 x x Y FV = good unk poor U1 U1 = U1 = noChange noChange 5600 b 3.36
Vespertilio murinus ALP 13400 12.47 = ≈ 195 N/A N/A grids1x1 minimum b 4.83 x x Y FV = good unk poor U1 U1 = U1 = noChange noChange 10600 b 25