Add to ORKGre lakes (sized 0.1 to 50 km2, northwards of458N Arctic lakes have already experienced biological transitions in response to rising temperatures (Miche-lutti et al., 2005; Smol et al., 2005). Other studies have used remote sensing, fieldwork and historical records to identify recent changes in the abundance and/o
International audienceThe current rate and magnitude of temperature rise in the Arctic are dispropor...
The high Arctic is the fastest warming region on Earth, evidenced by extreme near-surface temperatur...
Nunavut, Canadian High Arctic) was the site of the first detailed paleolimnological study from the c...
Because of climate change and resource development there is an ongoing increase in the attention dir...
High-latitude lakes are sensitive indicators of climate change. Monitoring lake dynamics in high-lat...
Climate and cryospheric observations have shown that the high Arctic has experienced several decades...
Arctic warming has accelerated since the 1980s, driving an array of complex physical and ecological ...
The timing of the seasonal freeze-thaw cycle of arctic lakes affects ecological processes and land-a...
Fifty-five paleolimnological records from lakes in the circumpolar Arctic reveal widespread species ...
Changes in thermokarst lakes have been identified across many high-latitude ecosystems at different ...
Recent Arctic warming has major influences on biological communities, especially in freshwater envir...
Nearly half of all Pan-Arctic lakes are situated in the Canadian Arctic, with many of these lakes be...
Mean annual air temperatures in the High Arctic are rising rapidly, with extreme warming events beco...
Satellite remote sensing has transformed our understanding of Earth processes. One component of the ...
Global climate change has increased temperatures and precipitation in the Arctic throughout the past...
International audienceThe current rate and magnitude of temperature rise in the Arctic are dispropor...
The high Arctic is the fastest warming region on Earth, evidenced by extreme near-surface temperatur...
Nunavut, Canadian High Arctic) was the site of the first detailed paleolimnological study from the c...
Because of climate change and resource development there is an ongoing increase in the attention dir...
High-latitude lakes are sensitive indicators of climate change. Monitoring lake dynamics in high-lat...
Climate and cryospheric observations have shown that the high Arctic has experienced several decades...
Arctic warming has accelerated since the 1980s, driving an array of complex physical and ecological ...
The timing of the seasonal freeze-thaw cycle of arctic lakes affects ecological processes and land-a...
Fifty-five paleolimnological records from lakes in the circumpolar Arctic reveal widespread species ...
Changes in thermokarst lakes have been identified across many high-latitude ecosystems at different ...
Recent Arctic warming has major influences on biological communities, especially in freshwater envir...
Nearly half of all Pan-Arctic lakes are situated in the Canadian Arctic, with many of these lakes be...
Mean annual air temperatures in the High Arctic are rising rapidly, with extreme warming events beco...
Satellite remote sensing has transformed our understanding of Earth processes. One component of the ...
Global climate change has increased temperatures and precipitation in the Arctic throughout the past...
International audienceThe current rate and magnitude of temperature rise in the Arctic are dispropor...
The high Arctic is the fastest warming region on Earth, evidenced by extreme near-surface temperatur...
Nunavut, Canadian High Arctic) was the site of the first detailed paleolimnological study from the c...