| 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
|
| 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
|
| Apus apus |
Apodiformes |
|
LC |
- Low Tolerance to temperature changes
|
- Slow turnover of generations
|
| Apus pallidus |
Apodiformes |
|
LC |
- Microhabitat specialisation
|
- Slow turnover of generations
|
| Accipiter erythropus |
Falconiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Glareola cinerea |
Charadriiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
|
- 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
|
| Upupa epops |
Coraciiformes |
|
LC |
- Low Tolerance to temperature changes
|
- Slow turnover of generations
|
| Circus aeruginosus |
Falconiformes |
|
LC |
- Low Tolerance to temperature changes
|
- Slow turnover of generations
|
| 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
|
| Psalidoprocne nitens |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Telacanthura ussheri |
Apodiformes |
|
LC |
- Microhabitat specialisation
- Small population size
- Small effective population size
|
- Slow turnover of generations
|
| Tauraco persa |
Cuculiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Elminia nigromitrata |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Merops malimbicus |
Coraciiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Bubo poensis |
Strigiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Pogoniulus subsulphureus |
Piciformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
|
| Pteronetta hartlaubii |
Anseriformes |
|
LC |
- Microhabitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
|
- Slow turnover of generations
|
| Tricholaema hirsuta |
Piciformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- 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
|
| Cossypha cyanocampter |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- 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
|
| Psittacus erithacus |
Psittaciformes |
|
VU |
- Low Tolerance to changes in precipitation regimes
|
- Slow turnover of generations
|
| Trochocercus nitens |
Passeriformes |
|
LC |
- Microhabitat specialisation
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Andropadus gracilis |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
|
- Low reproductive capacity
|
| Oriolus brachyrhynchus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Stiphrornis erythrothorax |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Andropadus latirostris |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Baeopogon indicator |
Passeriformes |
|
LC |
- 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 scolopaceus |
Piciformes |
|
LC |
- Microhabitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
|
| Turtur brehmeri |
Columbiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Urotriorchis macrourus |
Falconiformes |
|
LC |
- Habitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Low Tolerance to temperature changes
|
- Slow turnover of generations
- Low reproductive capacity
|
| Gymnobucco calvus |
Piciformes |
|
LC |
- Microhabitat specialisation
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
|
| Pogoniulus bilineatus |
Piciformes |
|
LC |
- Microhabitat specialisation
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
|
| Sylvietta virens |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Sarothrura pulchra |
Gruiformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Camaroptera chloronota |
Passeriformes |
|
LC |
- 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
|
| Criniger calurus |
Passeriformes |
|
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
|
| Pogoniulus atroflavus |
Piciformes |
|
LC |
- Microhabitat specialisation
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
|
| Phyllastrephus icterinus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Merops gularis |
Coraciiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Muscicapa olivascens |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Bubo leucostictus |
Strigiformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Neafrapus cassini |
Apodiformes |
|
LC |
- Microhabitat specialisation
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Phyllastrephus albigularis |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Platysteira castanea |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Bias musicus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Dryotriorchis spectabilis |
Falconiformes |
|
LC |
- Habitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Muscicapa cassini |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Myioparus griseigularis |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Tauraco macrorhynchus |
Cuculiformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Pholidornis rushiae |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Andropadus ansorgei |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Anthreptes rectirostris |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Canirallus oculeus |
Gruiformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Ceratogymna atrata |
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
|
| Illadopsis fulvescens |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Muscicapa comitata |
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
|
| Thescelocichla leucopleura |
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
|
| Illadopsis cleaveri |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Nectarinia cyanolaema |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Bleda syndactylus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Buccanodon duchaillui |
Piciformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Gymnobucco peli |
Piciformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Ixonotus guttatus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Stizorhina fraseri |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Dicrurus atripennis |
Passeriformes |
|
LC |
- Habitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Nectarinia batesi |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Platysteira concreta |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Illadopsis rufipennis |
Passeriformes |
|
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
|
| Nectarinia fuliginosa |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Nectarinia reichenbachii |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Chlidonias niger |
Charadriiformes |
|
LC |
- Low Tolerance to temperature changes
|
- Slow turnover of generations
|
| Lamprotornis splendidus |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Sterna hirundo |
Charadriiformes |
|
LC |
- Low Tolerance to temperature changes
|
- Slow turnover of generations
- Low reproductive capacity
|
| Apalis rufogularis |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Scotopelia bouvieri |
Strigiformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Slow turnover of generations
- Low reproductive capacity
|
| Accipiter castanilius |
Falconiformes |
|
LC |
- Habitat 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
|
| Dryoscopus senegalensis |
Passeriformes |
|
LC |
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|
| Malimbus erythrogaster |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Criniger ndussumensis |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Macrosphenus flavicans |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Malimbus racheliae |
Passeriformes |
|
LC |
- Habitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Low reproductive capacity
|
| Platysteira tonsa |
Passeriformes |
|
LC |
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low intrinsic dispersal capacity
- Slow turnover of generations
- Low reproductive capacity
|
| Glaucidium sjostedti |
Strigiformes |
|
LC |
- Habitat specialisation
- Intolerance of disturbance
- Low Tolerance to changes in precipitation regimes
- Small population size
- Small effective population size
|
- Low reproductive capacity
|