The impacts of climate change on ecosystem structure and functioning are likely to be strongest at high latitudes due to the adaptation of biota to relatively low temperatures and nutrient levels. Soil warming is widely predicted to alter microbial, invertebrate, and plant communities, with cascading effects on ecosystem functioning, but this has largely been demonstrated over short-term (Peer reviewe
types: Journal Article; Research Support, Non-U.S. Gov'tThis a post-print, author-produced version o...
Warming will likely stimulate Arctic primary production, but also soil C and N mineralization, and i...
Soil microbial biomass in arctic heaths has been shown to be largely unaffected by treatments simula...
The impacts of climate change on ecosystem structure and functioning are likely to be strongest at h...
The impacts of climate change on ecosystem structure and functioning are likely to be strongest at h...
Despite the importance of Arctic soils in the global carbon cycle, we know very little of the impact...
Pekka Vanhala, Kristiina Karhu, Mikko Tuomi, Katarina Bjorklof, Hannu Fritze, Hasse Hyvarinen, & Jar...
Climate change is altering ecosystems worldwide. Despite advances in our understanding of the effect...
Arctic soils play an important role in Earth's climate system, as they store large amounts of carbon...
Soils will warm in near synchrony with the air over the whole profiles following global climate chan...
In terrestrial ecosystems most carbon (C) occurs below-ground, making the activity of soil decompose...
Soils harbor a large reservoir of carbon (C) that is several times greater than the amount present i...
Climate warming is transforming the Arctic at an unprecedented rate with previously barren and spars...
Increasing temperatures can accelerate soil organic matter decomposition and release large amounts o...
Microbial responses to Arctic climate change could radically alter the stability of major stores of ...
types: Journal Article; Research Support, Non-U.S. Gov'tThis a post-print, author-produced version o...
Warming will likely stimulate Arctic primary production, but also soil C and N mineralization, and i...
Soil microbial biomass in arctic heaths has been shown to be largely unaffected by treatments simula...
The impacts of climate change on ecosystem structure and functioning are likely to be strongest at h...
The impacts of climate change on ecosystem structure and functioning are likely to be strongest at h...
Despite the importance of Arctic soils in the global carbon cycle, we know very little of the impact...
Pekka Vanhala, Kristiina Karhu, Mikko Tuomi, Katarina Bjorklof, Hannu Fritze, Hasse Hyvarinen, & Jar...
Climate change is altering ecosystems worldwide. Despite advances in our understanding of the effect...
Arctic soils play an important role in Earth's climate system, as they store large amounts of carbon...
Soils will warm in near synchrony with the air over the whole profiles following global climate chan...
In terrestrial ecosystems most carbon (C) occurs below-ground, making the activity of soil decompose...
Soils harbor a large reservoir of carbon (C) that is several times greater than the amount present i...
Climate warming is transforming the Arctic at an unprecedented rate with previously barren and spars...
Increasing temperatures can accelerate soil organic matter decomposition and release large amounts o...
Microbial responses to Arctic climate change could radically alter the stability of major stores of ...
types: Journal Article; Research Support, Non-U.S. Gov'tThis a post-print, author-produced version o...
Warming will likely stimulate Arctic primary production, but also soil C and N mineralization, and i...
Soil microbial biomass in arctic heaths has been shown to be largely unaffected by treatments simula...