Learn about hotspots in tundras and boreal forests that are releasing higher level of carbon dioxide, altering the carbon ...

Arctic-boreal zone study area Terrestrial CO2 balance in the Arctic-boreal zone, 2001-2020 Average terrestrial CO2 balance, 2001-2020 ...

After millennia as a carbon deep-freezer for the planet, regional hotspots and increasingly frequent wildfires in the ...

A synthesis of carbon flux and wildfire emissions data from across the Arctic-boreal zone between 2001-2020 found that 34 ...

Research is revealing how climate change is driving the Arctic-boreal zone's shift from a carbon sink to a carbon source.

Recent findings indicate that the Arctic's traditional role as a planetary cooling agent is faltering, with hotspots and ...

A third of the Arctic’s tundra, forests, and wetlands have become a source of carbon emissions, a new study has found, as ...

The authors suggest one of the main drivers of the tundra's shift from CO2 absorber to emitter could be thawing permafrost, ...

These areas are dominated by coniferous forest, generally have permafrost soils, and occur below the Arctic tundra latitudes. Boreal forests have been experiencing both gains and losses in recent ...

NUNAVUT – Parts of the Arctic tundra are now releasing more planet ... The study says the region comprised of the boreal forest and the Arctic increased how much carbon it can hold in its ...