DOIAbstract
Vast amounts of carbon are locked into soils at northern high latitudes. The vexed question of how these ecosystems will respond to global warming is addressed by a long-term experiment in the Arctic
Vast amounts of carbon are locked into soils at northern high latitudes. The vexed question of how these ecosystems will respond to global warming is addressed by a long-term experiment in the Arctic
The recent warming in the Arctic is affecting a broad spectrum of physical, ecological, and human/cu...
The carbon (C) balance of permafrost regions is predicted to be extremely sensitive to climatic chan...
Large quantities of organic carbon are stored in frozen soils (permafrost) within Arctic and sub-Arc...
The climatic changes on earth may have serious implications for the carbon (C) cycle in the terrestr...
Northern ecosystems contain up to 455 Gt of C in the soil active layer and upper permafrost, which i...
Arctic soils store close to 14% of the global soil carbon. Most of arctic carbon is stored below gro...
International audienceThere is debate on the potential release of the tundra's immense carbon stocks...
Tundra is experiencing more intense warming than any other ecosystem on earth. While warming is the ...
Key uncertainties in terrestrial carbon cycle projections revolve around the timing, direction, and ...
• Premise of the study: Consequences of global climate change are detectable in the historically nit...
Terrestrial arctic ecosystems store large amounts of carbon (C). With global warming, this C might b...
Warming of the Arctic can stimulate microbial decomposition and release of permafrost soil carbon (C...
Arctic tundra currently stores half of the global soil carbon (C) stock1. Climate warming in the Arc...
Over the past 100 years, high northern latitude regions have experienced more rapid warming than els...
With climate change in the Arctic, temperatures are expected to rise at twice the rate as in tempera...
The recent warming in the Arctic is affecting a broad spectrum of physical, ecological, and human/cu...
The carbon (C) balance of permafrost regions is predicted to be extremely sensitive to climatic chan...
Large quantities of organic carbon are stored in frozen soils (permafrost) within Arctic and sub-Arc...
The climatic changes on earth may have serious implications for the carbon (C) cycle in the terrestr...
Northern ecosystems contain up to 455 Gt of C in the soil active layer and upper permafrost, which i...
Arctic soils store close to 14% of the global soil carbon. Most of arctic carbon is stored below gro...
International audienceThere is debate on the potential release of the tundra's immense carbon stocks...
Tundra is experiencing more intense warming than any other ecosystem on earth. While warming is the ...
Key uncertainties in terrestrial carbon cycle projections revolve around the timing, direction, and ...
• Premise of the study: Consequences of global climate change are detectable in the historically nit...
Terrestrial arctic ecosystems store large amounts of carbon (C). With global warming, this C might b...
Warming of the Arctic can stimulate microbial decomposition and release of permafrost soil carbon (C...
Arctic tundra currently stores half of the global soil carbon (C) stock1. Climate warming in the Arc...
Over the past 100 years, high northern latitude regions have experienced more rapid warming than els...
With climate change in the Arctic, temperatures are expected to rise at twice the rate as in tempera...
The recent warming in the Arctic is affecting a broad spectrum of physical, ecological, and human/cu...
The carbon (C) balance of permafrost regions is predicted to be extremely sensitive to climatic chan...
Large quantities of organic carbon are stored in frozen soils (permafrost) within Arctic and sub-Arc...
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