The annual onset of snowmelt on sea ice is essential for climate monitoring since it triggers a decrease in surface albedo that feeds back into a stronger absorption of shortwave radiation - a process known as the snowmelt-albedo feedback - and thus strongly modifies the surface energy balance during summer. Algorithms designed for the detection of snowmelt on Arctic sea ice and based on longterm passive-microwave data revealed the melt season in the Arctic from 1979 to 1998 to be significantly elongated and the onset of melt to be shifted toward earlier dates
Variability in snow melt onset (MO) on Arctic sea ice since 1979 is examined by determining the area...
Snowmelt processes on sea ice are the key drivers determining the seasonal sea-ice energy and mass b...
International audienceThe timing of spring snow melt onset (SMO) on Arctic sea ice strongly affects ...
The annual onset of snowmelt on sea ice is essential for climate monitoring since it triggers a decr...
The timing and intensity of snowmelt processes on sea ice are key drivers determining the seasonal s...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
Snowmelt processes on Antarctic sea ice are examined. We present a simple snowmelt indicator based o...
Variability in snow melt onset (MO) on Arctic sea ice since 1979 is examined by determining the area...
Snowmelt processes on sea ice are the key drivers determining the seasonal sea-ice energy and mass b...
International audienceThe timing of spring snow melt onset (SMO) on Arctic sea ice strongly affects ...
The annual onset of snowmelt on sea ice is essential for climate monitoring since it triggers a decr...
The timing and intensity of snowmelt processes on sea ice are key drivers determining the seasonal s...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The timing of snowmelt onset (MO) on Arctic sea ice derived from passive microwave satellite data is...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
The snow melt onset date represents an important transitional point in the Arctic energy balance, wh...
Snowmelt processes on Antarctic sea ice are examined. We present a simple snowmelt indicator based o...
Variability in snow melt onset (MO) on Arctic sea ice since 1979 is examined by determining the area...
Snowmelt processes on sea ice are the key drivers determining the seasonal sea-ice energy and mass b...
International audienceThe timing of spring snow melt onset (SMO) on Arctic sea ice strongly affects ...