Observations of the annual cycle of atmospheric CO2 in high northern latitudes provide
evidence for an increase in terrestrial metabolism in Arctic tundra and boreal forest …

Recently burned boreal forests have lower aboveground fuel loads, generating a negative
feedback to subsequent wildfires. Despite this feedback, short‐interval reburns (≤ 20 years …

High northern latitude changes with Arctic amplification across a latitudinal forest gradient
suggest a shift towards an increased presence of trees and shrubs. The persistence of …

Incomplete wildfire combustion in boreal forests leaves behind legacy plant-soil feedbacks
known to restrict plant biodiversity. These restrictions can inhibit carbon recapture after fire …

The boreal region contains 40% of the earth's carbon (C) that is stored in vegetation and
soils with its forests accounting for almost 30% of the terrestrial C sink. Boreal forests are …

Boreal forests store a large portion of the Earth's terrestrial carbon. Recently, warmer
temperatures and drought have driven severe wildfires that result in carbon combustion …