Satellite Images Confirm Uneven Impact of Climate Change

Typography

University of Copenhagen researchers have been following vegetation trends across the planet's driest areas using satellite imagery from recent decades.

University of Copenhagen researchers have been following vegetation trends across the planet's driest areas using satellite imagery from recent decades. They have identified a troubling trend: Too little vegetation is sprouting up from rainwater in developing nations, whereas things are headed in the opposite direction in wealthier ones. As a result, the future could see food shortages and growing numbers of climate refugees.

More than 40 percent of Earth's ecosystems are arid, an amount that is expected to increase significantly over the course of the 21st century. Some of these areas, such as those in Africa and Australia may be savannah or desert, where sparse rainfall has long been the norm. Within these biomes, vegetation and wildlife have adapted to making use of their scant water resources, but they are also extraordinarily vulnerable to climate change.

Using extensive imagery from satellites that monitor Earth every day, researchers from the University of Copenhagen’s Department of Geosciences and Natural Resources Management have studied the evolution of vegetation in arid regions.

Read more at: Faculity of Science - University of Copenhagen