Generalist species with high genetic diversity and rapid reproduction are likely to benefit from climate change. Many species that exhibit these characteristics are carriers of agricultural pests and diseases. To be clear, not all species will suffer equally from climate change. Indeed, there are species that will be resilient and others that will even benefit …
Climate change interacts with habitat loss, by impeding species’ ability to adapt, and by bringing dispersing wildlife into conflict with humans. Habitat loss and climate change each cause negative impacts on biodiversity; however, these threats also interact to have an overall larger negative impact than the sum of these threats independently. Prominently, because of habitat …
Climate change is causing sea-level rise and increased seawater temperatures, with broad implications for marine ecology and people living in coastal areas. Like rainforests, the world’s oceans have historically provided a relatively stable environment in which marine organisms have evolved. While this stability promotes species diversity, it also makes marine species more vulnerable to environmental …
Climate change will alter water temperature, volume, and flow variability, the three main predictors of freshwater ecosystem composition. With Africa’s freshwater ecosystems already strained by the demands of a growing human population, freshwater biodiversity will face many additional stressors associated with climate change, which are expected to significantly affect the composition and functioning of freshwater …
One may think that reptiles—often seen basking on sun-drenched rocks to obtain active body temperatures—may benefit from climate change. Yet, as a group, they are also expected to suffer under climate change. One reason is because many reptiles will also have to adapt their ranges to shifting climates. Even more important, climate change will increase …
We can already see evidence of how climate change is affecting wildlife by disrupting migrations and mutualistic relationships that were developed over thousands of years. Seychelles’ Aldabra banded snail was once thought to be one of the world’s first species pushed to extinction by climate change. Luckily, a small isolated population has been discovered, offering …
In many different ecosystems, a large number of species are threatened by climate change due to poor dispersal capabilities. Lacking proper dispersal mechanisms, species such as slow-maturing plants, mosses, and flightless insects simply may not be able to keep up with changing climatic conditions. You can already see the effects of climate change on Africa’s …
The response of species living in lowlands and on plains tends to be more variable and complex than those living in mountains. While some species may only need to make minor range adjustments, researchers estimate that some African taxa may need to move 500 km —maybe even 1,000 km—to keep up with climate shifts. For …
Species that live in the mountains are particularly threatened by climate change. Because the temperatures drop from about 0.65°C for every 100 min of elevation gain (known as temperature drop) suggests a 1°C increase that climate-sensitive species living on a mountain would be displaced at least 150 m (1. 5 m/year) altitude difference between the …
Climate change on Mountains; How is climate change affecting the mountains? Read More »
History provides us with many lessons to illustrate the impact of climate change on human societies. These lessons start with the earliest well-documented example of a societal collapse—that of the Middle East’s Natufian communities roughly 10,000 years ago—which has been attributed to climatic changes. Since then, climate change has regularly contributed to the collapse of …
