• Premise of the study: Consequences of global climate change are detectable in the historically nitrogen- and phosphoruslimited Arctic tundra landscape and have implications for the terrestrial carbon cycle. Warmer temperatures and elevated soil nutri
Climate warming can result in both abiotic (e.g., permafrost thaw) and biotic (e.g., microbial funct...
The climate sensitivity of carbon (C) cycling in Arctic terrestrial ecosystems is a major unknown in...
The Arctic is warming at rapid, unprecedented rates, causing cascading ecological and environmental ...
Premise of the study: Consequences of global climate change are detectable in the historically nitro...
Tundra is experiencing more intense warming than any other ecosystem on earth. While warming is the ...
Abstract Arctic tundra consists of diverse habitats that differ in dominant vegetation, soil moistur...
Northern ecosystems contain up to 455 Gt of C in the soil active layer and upper permafrost. The soi...
Vast amounts of carbon are locked into soils at northern high latitudes. The vexed question of how t...
The climatic changes on earth may have serious implications for the carbon (C) cycle in the terrestr...
Arctic soils store close to 14% of the global soil carbon. Most of arctic carbon is stored below gro...
The Arctic is warming at rapid, unprecedented rates, causing cascading ecological and environmental ...
Climate warming can result in both abiotic (e.g., permafrost thaw) and biotic (e.g., microbial funct...
Terrestrial arctic ecosystems store large amounts of carbon (C). With global warming, this C might b...
Abstract in Undetermined Historically, the function of Arctic ecosystems in terms of cycles of nutri...
Rising temperatures can influence ecosystem processes both directly and indirectly, through effects ...
Climate warming can result in both abiotic (e.g., permafrost thaw) and biotic (e.g., microbial funct...
The climate sensitivity of carbon (C) cycling in Arctic terrestrial ecosystems is a major unknown in...
The Arctic is warming at rapid, unprecedented rates, causing cascading ecological and environmental ...
Premise of the study: Consequences of global climate change are detectable in the historically nitro...
Tundra is experiencing more intense warming than any other ecosystem on earth. While warming is the ...
Abstract Arctic tundra consists of diverse habitats that differ in dominant vegetation, soil moistur...
Northern ecosystems contain up to 455 Gt of C in the soil active layer and upper permafrost. The soi...
Vast amounts of carbon are locked into soils at northern high latitudes. The vexed question of how t...
The climatic changes on earth may have serious implications for the carbon (C) cycle in the terrestr...
Arctic soils store close to 14% of the global soil carbon. Most of arctic carbon is stored below gro...
The Arctic is warming at rapid, unprecedented rates, causing cascading ecological and environmental ...
Climate warming can result in both abiotic (e.g., permafrost thaw) and biotic (e.g., microbial funct...
Terrestrial arctic ecosystems store large amounts of carbon (C). With global warming, this C might b...
Abstract in Undetermined Historically, the function of Arctic ecosystems in terms of cycles of nutri...
Rising temperatures can influence ecosystem processes both directly and indirectly, through effects ...
Climate warming can result in both abiotic (e.g., permafrost thaw) and biotic (e.g., microbial funct...
The climate sensitivity of carbon (C) cycling in Arctic terrestrial ecosystems is a major unknown in...
The Arctic is warming at rapid, unprecedented rates, causing cascading ecological and environmental ...