and increase fire intensity by 90% . Lower GHG emissions  and reduced deforestation could reduce the risk of fires to a one-fifth increase in the area of high fire probability  and a 100-500% increase in burned area by 2100 . Moreover, increased fire, deforestation and drought, acting via vegetation-atmosphere feedbacks, increase the risk of extensive forest dieback and potential biome shifts of up to half of the Amazon rainforest to grassland, a tipping point that could release an amount of carbon that would substantially increase global emissions . Continued climate change, combined with deforestation, increases risks of wildfire and extensive forest dieback in the Amazon rainforest .
IPCC
Climate Change 2022: Impacts, Adaptation and Vulnerability
IPCC Report