Add to ORKGSubarctic ecosystems are predicted to experience the fastest responses to climate change on the planet, with dramatically altered vegetation patterns, frost dynamics and hydrological flow paths. The resulting change in dissolved organic carbon (DOC) export to river systems is poorly known, but reports of rising DOC in northern surface waters have led to widespread speculations on a possible climate-induced freshwater ‘brownification’. In this study we explore the possibility of using the Normalized Vegetation Difference Index (NDVI) together with easily available topographical indices to model the DOC release into first-order streams, focusing on a subarctic area of Sweden (Stordalen) with discontinuous permafrost. We utilise earth observat...
The ongoing pressures of climate change, as expressed by the increased intensity, duration, and freq...
Waterborne carbon (C) forms an active and significant part of the global C cycle, which is important...
International audienceClimate warming with permafrost thaw will modify lateral carbon export, from t...
Subarctic ecosystems are predicted to experience the fastest responses to climate change on the plan...
Climate change projections show that temperature and precipitation increases can alter the exchange ...
<div><p>Climate change projections show that temperature and precipitation increases can alter the e...
Climate change projections show that temperature and precipitation increases can alter the exchange ...
Climate modelling studies indicate that subarctic ecosystems are predicted to show some of the earli...
Tundra soils account for 50% of global stocks of soil organic carbon (SOC), and it is expected that ...
Tundra soils account for 50% of global stocks of soil organic carbon (SOC), and it is expected that ...
The subarctic landscape is composed of a complex mosaic of vegetation, geology and topography, which...
Climatic change is currently enhancing permafrost thawing and the flow of water through the landscap...
Climate change has the potential to alter hydrological regimes and to expand saturated areas in perm...
The ongoing pressures of climate change, as expressed by the increased intensity, duration, and freq...
Waterborne carbon (C) forms an active and significant part of the global C cycle, which is important...
International audienceClimate warming with permafrost thaw will modify lateral carbon export, from t...
Subarctic ecosystems are predicted to experience the fastest responses to climate change on the plan...
Climate change projections show that temperature and precipitation increases can alter the exchange ...
<div><p>Climate change projections show that temperature and precipitation increases can alter the e...
Climate change projections show that temperature and precipitation increases can alter the exchange ...
Climate modelling studies indicate that subarctic ecosystems are predicted to show some of the earli...
Tundra soils account for 50% of global stocks of soil organic carbon (SOC), and it is expected that ...
Tundra soils account for 50% of global stocks of soil organic carbon (SOC), and it is expected that ...
The subarctic landscape is composed of a complex mosaic of vegetation, geology and topography, which...
Climatic change is currently enhancing permafrost thawing and the flow of water through the landscap...
Climate change has the potential to alter hydrological regimes and to expand saturated areas in perm...
The ongoing pressures of climate change, as expressed by the increased intensity, duration, and freq...
Waterborne carbon (C) forms an active and significant part of the global C cycle, which is important...
International audienceClimate warming with permafrost thaw will modify lateral carbon export, from t...