This study was conducted in the Swedish sub-Arctic, near Abisko, in order to assess the direction and scale of possible vegetation changes in the alpine-birch forest ecotone. We have re-surveyed shrub, tree and vegetation data at 549 plots grouped into 61 clusters. The plots were originally surveyed in 1997 and re-surveyed in 2010. Our study is unique for the area as we have quantitatively estimated a 19% increase in tree biomass mainly within the existing birch forest. We also found significant increases in the cover of two vegetation types - "birch forest-heath with mosses" and "meadow with low herbs", while the cover of snowbed vegetation decreased significantly. The vegetation changes might be caused by climate, herbivory and past human...
During the last few decades, the Arctic has experienced large-scale vegetation changes. Understandin...
Aim: Models project that climate warming will cause the tree line to move to higher elevations in al...
Recent Pan-Arctic shrub expansion has been interpreted as a response to a warmer climate. However, h...
Shrubs and trees are expected to expand in the sub-Arctic due to global warming. Our study was condu...
The subarctic environment of northernmost Sweden has changed over the past century, particularly ele...
The subarctic environment of northernmost Sweden has changed over the past century, particularly ele...
This study deals with changes in the plant cover and its net carbon sequestration over 30 years on a...
Verified studies show a trend in warming of global mean temperatures. This warming trend affects the...
Alpine and arctic treelines have been viewed as sensitive indicators of global climate change. Whil...
In the face of recent changes in environmental conditions and climate, longterm studies provide impo...
Higher and denser vegetation have been recorded as a response to recent climate change in alpine reg...
This thesis deals with the carbon balance in a subarctic landscape at different temporal and spatial...
The boreal forest floor vegetation is critical for ecosystem functioning and an important part of fo...
The boreal forest floor vegetation is critical for ecosystem functioning and an important part of fo...
The boreal forests constitute the largest forest biome in the northern hemisphere. These forests are...
During the last few decades, the Arctic has experienced large-scale vegetation changes. Understandin...
Aim: Models project that climate warming will cause the tree line to move to higher elevations in al...
Recent Pan-Arctic shrub expansion has been interpreted as a response to a warmer climate. However, h...
Shrubs and trees are expected to expand in the sub-Arctic due to global warming. Our study was condu...
The subarctic environment of northernmost Sweden has changed over the past century, particularly ele...
The subarctic environment of northernmost Sweden has changed over the past century, particularly ele...
This study deals with changes in the plant cover and its net carbon sequestration over 30 years on a...
Verified studies show a trend in warming of global mean temperatures. This warming trend affects the...
Alpine and arctic treelines have been viewed as sensitive indicators of global climate change. Whil...
In the face of recent changes in environmental conditions and climate, longterm studies provide impo...
Higher and denser vegetation have been recorded as a response to recent climate change in alpine reg...
This thesis deals with the carbon balance in a subarctic landscape at different temporal and spatial...
The boreal forest floor vegetation is critical for ecosystem functioning and an important part of fo...
The boreal forest floor vegetation is critical for ecosystem functioning and an important part of fo...
The boreal forests constitute the largest forest biome in the northern hemisphere. These forests are...
During the last few decades, the Arctic has experienced large-scale vegetation changes. Understandin...
Aim: Models project that climate warming will cause the tree line to move to higher elevations in al...
Recent Pan-Arctic shrub expansion has been interpreted as a response to a warmer climate. However, h...