Includes bibliographical referencesClimate change poses a major threat to living organisms, with maximum temperatures expected to continue to rise over the next few decades. Hot desert environments are particularly at risk because they experience high environmental temperatures, scarce vegetation, low productivity and unpredictable water sources. Endotherms such as birds face the challenge of maintaining a stable body temperature while avoiding dehydration. This study was carried out in the southern Kalahari, in South Africa's Northern Cape, where about 50% of bird species (36 species) depend on free-standing drinking water. Livestock farms within this area provide artificial water points, which benefit birds as well as livestock. This stud...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Many animals use thermally buffered microhabitats, e.g. patches of shade within trees, to avoid temp...
Arid-zone birds trade-off dehydration and hyperthermia during hot weather, as they are dependent on ...
Surface water is a critical resource for many birds inhabiting arid regions, but the implications of...
Water plays a key role in avian thermoregulation, especially when environmental temperatures approac...
During the summer of 1965 three waterholes were observed in southern Arizona to see how they were ut...
The study focused on avian species' responses to high ambient temperature. Ambient temperature is a ...
Endothermic animals resident in hot, arid terrestrial environments are likely to face a trade‐off be...
At high temperatures, birds can face increased levels of stress which may ultimately impose fitness ...
Birds from semi-arid regions may suffer dehydration during hot, dry seasons with low food availabili...
High air temperatures have measurable negative impacts on reproduction in wild animal populations, i...
Climate change threatens global biodiversity by increasing extinction risk, yet few studies have unc...
Climate change threatens global biodiversity by increasing extinction risk, yet few studies have unc...
Arid zones, such as the Kalahari in southern Africa, are experiencing an increase in the number of h...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Many animals use thermally buffered microhabitats, e.g. patches of shade within trees, to avoid temp...
Arid-zone birds trade-off dehydration and hyperthermia during hot weather, as they are dependent on ...
Surface water is a critical resource for many birds inhabiting arid regions, but the implications of...
Water plays a key role in avian thermoregulation, especially when environmental temperatures approac...
During the summer of 1965 three waterholes were observed in southern Arizona to see how they were ut...
The study focused on avian species' responses to high ambient temperature. Ambient temperature is a ...
Endothermic animals resident in hot, arid terrestrial environments are likely to face a trade‐off be...
At high temperatures, birds can face increased levels of stress which may ultimately impose fitness ...
Birds from semi-arid regions may suffer dehydration during hot, dry seasons with low food availabili...
High air temperatures have measurable negative impacts on reproduction in wild animal populations, i...
Climate change threatens global biodiversity by increasing extinction risk, yet few studies have unc...
Climate change threatens global biodiversity by increasing extinction risk, yet few studies have unc...
Arid zones, such as the Kalahari in southern Africa, are experiencing an increase in the number of h...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Extreme high environmental temperatures produce a variety of consequences for wildlife, including ma...
Many animals use thermally buffered microhabitats, e.g. patches of shade within trees, to avoid temp...