extreme El Niño weather events in South America can cause tropical forests to lose their ability to absorb carbon from the atmosphere.
The study analyzed 123 plots, with 119 experiencing increased temperatures and 99 facing water deficits. The hotter it was, the drier it became. This research highlights the vulnerability of South American forests to drought and its implications for the carbon cycle.
experience. Extreme El Niño weather switched off South American’s carbon sink | Corporate | University of Leeds Tropical
For a long time, tropical forests have acted as a carbon sink, taking more carbon out of the air than they release into it, a process that has moderated the impact of climate change.
extreme El Niño weather events in South America can cause tropical forests to lose their ability to absorb carbon from the atmosphere.
The study analyzed 123 plots, with 119 experiencing increased temperatures and 99 facing water deficits. The hotter it was, the drier it became. This research highlights the vulnerability of South American forests to drought and its implications for the carbon cycle.
experience. Extreme El Niño weather switched off South American’s carbon sink | Corporate | University of Leeds Tropical
For a long time, tropical forests have acted as a carbon sink, taking more carbon out of the air than they release into it, a process that has moderated the impact of climate change.
