Climate change vulnerability assessments

The boundaries and names shown, and the designations used on this map do not imply official endorsement or acceptance by the United Nations or IUCN

Name

Khabitaye

  • WDPA ID

    29333

  • Country

    GIN

  • IUCN category

    Not Reported

Species vulnerable to climate change

According to Traits-based Vulnerability Assessments (TVAs)

Vulnerable Species Total Species
Amphibian
0
24
Bird
35
279
Mammal
6
87
Total
41
390

10 % of bird, amphibian, and mammal species assessed are considered vulnerable to climate change

Expected species turnover

According to Species Distribution Models (SDMs)

Percentage of species turnover: Median (95% Confidence Interval)

by 2010-2039 by 2040-2069
Bird
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
Mammal
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
Amphibian
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%
  • 0.0%

Vulnerable species

Name Order Exposure

by 2010-2039   by 2040-2069

IUCN Red List category Sensitivity

to climate change

Adaptability

to climate change

Caprimulgus europaeus Caprimulgiformes
LC
  • Low Tolerance to temperature changes
  • Low reproductive capacity
Himantopus himantopus Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Lybius vieilloti Piciformes
LC
  • Microhabitat specialisation
  • Small population size
  • Small effective population size
  • Low intrinsic dispersal capacity
  • Slow turnover of generations
Tringa totanus Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Numenius arquata Charadriiformes
NT
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Rhinopomastus aterrimus Coraciiformes
LC
  • Microhabitat specialisation
  • Low Tolerance to changes in precipitation regimes
  • Low Tolerance to temperature changes
  • Small population size
  • Small effective population size
  • Slow turnover of generations
  • Low reproductive capacity
Apus apus Apodiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Apus pallidus Apodiformes
LC
  • Microhabitat specialisation
  • Slow turnover of generations
Bucorvus abyssinicus Coraciiformes
LC
  • Microhabitat specialisation
  • Small population size
  • Small effective population size
  • Low intrinsic dispersal capacity
  • Slow turnover of generations
  • Low reproductive capacity
Accipiter erythropus Falconiformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small effective population size
  • Slow turnover of generations
  • Low reproductive capacity
Hieraaetus pennatus Falconiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
  • Low reproductive capacity
Lymnocryptes minimus Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Extrinsic barriers to dispersal
Tringa erythropus Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Extrinsic barriers to dispersal
Circus aeruginosus Falconiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Elminia longicauda Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Cuculus canorus Cuculiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
  • Low reproductive capacity
Nectarinia chloropygia Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Pernis apivorus Falconiformes
LC
  • Intolerance of disturbance
  • Low Tolerance to temperature changes
  • Slow turnover of generations
  • Low reproductive capacity
Tauraco persa Cuculiformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Bycanistes fistulator Coraciiformes
LC
  • Microhabitat specialisation
  • Intolerance of disturbance
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Slow turnover of generations
  • Low reproductive capacity
Campethera nivosa Piciformes
LC
  • Microhabitat specialisation
  • Low Tolerance to changes in precipitation regimes
  • Declining positive interactions with other species
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Nicator chloris Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Prodotiscus insignis Piciformes
LC
  • Intolerance of disturbance
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Chlorocichla simplex Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Pogoniulus bilineatus Piciformes
LC
  • Microhabitat specialisation
  • Small population size
  • Small effective population size
  • Low intrinsic dispersal capacity
  • Slow turnover of generations
Sarothrura pulchra Gruiformes
LC
  • Intolerance of disturbance
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Centropus leucogaster Cuculiformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Nectarinia verticalis Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Fraseria cinerascens Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Bias musicus Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Nectarinia seimundi Passeriformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Corythaeola cristata Cuculiformes
LC
  • Low Tolerance to changes in precipitation regimes
  • Small population size
  • Small effective population size
  • Low reproductive capacity
Haematopus ostralegus Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Chlidonias niger Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Slow turnover of generations
Calidris alpina Charadriiformes
LC
  • Low Tolerance to temperature changes
  • Extrinsic barriers to dispersal
  • Slow turnover of generations

The full description of the methodology used for this assessment can be downloaded here: Traits-based Vulnerability Assessments

Expected changes in climate suitability

Name By 2010-2039 By 2040-2069

The full description of the methodology used for this assessment can be downloaded here: Species Distribution Model