The academics explained that solar plants in arid regions may amplify regional climate response through local atmosphere-land and vegetation feedback processes. It conducted a series of simulations via the Earth system model (EC-Earth), which simulates the physical, chemical, and biological processes that govern the Earth system, at different levels of complexity. “Conversely, decreased cloud cover is observed over Central and South America, South Africa, Central & Eastern United States, Central Asia and Northwestern China,” the scientists stressed. They presented their modeling in the paper “Large-scale photovoltaic solar farms in the Sahara affect solar power generation potential globally,” published in communications earth & environment. “More in-depth analyses and sensitivity simulations considering various scenarios combined with multiple Earth system models which overcome these limitations can shed more light on the impacts of this particular anthropogenic land use and land cover change,” they concluded.
