One of the many raging wildfires in Turkey reached a coal-fired power plant on the country's southwestern coast on Wednesday (Aug. 4), prompting evacuations, according to recent news reports.
Extreme heat, low humidity and strong winds are fueling the fires. Some 167 fires have been brought under control and 16 continue to burn, officials said, as reported by The Associated Press. Eight people and many animals have died; forests have been destroyed; and thousands of people have been evacuated from their homes. Now, one of the wildfires has reached the Kemerkoy power plant in Mugla province.
People at the power plant and the nearby area of Oren were ordered to leave. As a precaution, hydrogen tanks were emptied and filled with water and all explosive chemicals and hazardous materials were removed, according to local officials and the regional municipality, The Guardian reported. Still, there's a risk that the fire could spread to the coal inside, the regional Mayor Osman Gürün said, according to The Guardian.
Helicopters and planes worked to battle the blaze from above, while firefighters with the help of police water cannons, and rescuers who dug ditches, battled the flames from the ground, according to the AP.
Hot and dry conditions, along with strong winds have made the wildfires in Turkey worse, Turkey's Agriculture and Forestry Minister Bekir Pakdemirli said on Thursday (July 29), according to CNN.
The Mediterranean Basin, where many of the fires are burning, is one of the most susceptible places to climate change risks, Hikmet Ozturk, a forestry expert with the Turkish Foundation for Combating Soil Erosion told CNN. "Typical weather conditions in the summer for the area is hot and dry, which means the risk of fires is already high, and climate change raises that risk."
Experts have been warning for decades that climate change would make weather events such as heat waves more extreme, according to NASA. Turkey and much of southeastern Europe have been facing extreme heat that has not been recorded since the 1980s, according to NASA's Earth Observatory.
Originally published on Live Science.