Hidden Roots: How Underground Processes Could Decide the Arctic’s Carbon Future
A new review argues that changing root and rhizosphere processes beneath the greening Arctic may determine whether thawing permafrost becomes ...
A new review argues that changing root and rhizosphere processes beneath the greening Arctic may determine whether thawing permafrost becomes ...
Scientists overhauled the snow physics of Canada's CLASSIC land surface model, cutting Arctic snow depth and soil temperature errors dramatically ...
In the alkaline sediments of Tibetan Plateau thermokarst lakes, comammox Nitrospira outcompete canonical nitrifiers and suppress nitrous oxide production, revealing ...
Radium and thorium isotope measurements from Svalbard permafrost cores show that some ground ice is thousands of years old while ...
A new study shows that thawed permafrost soils across the Arctic lack key microbial functions, and that microbes migrating in ...
A study of collapsing permafrost at Cape Bounty in the Canadian High Arctic shows that deep sediments exposed by retrogressive ...
A comparison of 261 permafrost cores from northern Canada shows that medical CT scanners systematically misestimate ground ice, underestimating it ...
New Earth system model experiments reveal that permafrost thaw continues for decades after global temperatures begin to fall, with hysteresis ...
A major new review finds that rivers deliver roughly 0.8 to 1.0 petagrams of carbon to the ocean each year, ...
A new scheme called T-REX introduces lateral exchange of water and heat between landscape tiles in the ICON-Land model, dramatically ...
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© 2025 Scienmag - Science Magazine