Alaska observes very large differences in precipitation throughout the state; southeast Alaska experiences consistently wet conditions, while northern Arctic Alaska observes very dry conditions. The maximum mean annual precipitation of 5727 mm is observed in the southeastern panhandle at Little Port Arthur, while the minimum of 92 mm occurs on the North Slope at Kuparuk. Besides explaining these large differences due to geographic and orographic location, we discuss the changes in precipitation with time. Analyzing the 18 first-order National Weather Service stations, we found that the total average precipitation in the state increased by 17% over the last 67 years. The observed changes in precipitation are furthermore discussed as a functi...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
Relates recorded temperature data for Alaska to documented trends of annual world mean temperature, ...
The Arctic climate system is warming faster than in any other part of the world due to anthropogenic...
were examined for 25 stations throughout the State of Alaska. Mean, maxima, and minima temperatures,...
Decadal mean temperatures show a warming over the past 60 years at individual stations in Alaska. T...
The Arctic climate system is warming faster than in any other part of the world due to anthropogenic...
Alaska has experienced some of the strongest warming rates in the Northern Hemisphere since the mid-...
An understanding of low frequency climatic variations is important for climatologists and planning b...
Predictions of global circulation models (GCMs) that account for increasing concentrations of greenh...
Future precipitation changes in a warming climate depend regionally upon the response of natural cli...
An understanding of low frequency climatic variations is important for climatologists and planning b...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
This study quantifies the inconsistency in gauge precipitation observations across the border of Ala...
Maps of mean monthly surface temperature and precipitation for Alaska and adjacent areas of Canada, ...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
Relates recorded temperature data for Alaska to documented trends of annual world mean temperature, ...
The Arctic climate system is warming faster than in any other part of the world due to anthropogenic...
were examined for 25 stations throughout the State of Alaska. Mean, maxima, and minima temperatures,...
Decadal mean temperatures show a warming over the past 60 years at individual stations in Alaska. T...
The Arctic climate system is warming faster than in any other part of the world due to anthropogenic...
Alaska has experienced some of the strongest warming rates in the Northern Hemisphere since the mid-...
An understanding of low frequency climatic variations is important for climatologists and planning b...
Predictions of global circulation models (GCMs) that account for increasing concentrations of greenh...
Future precipitation changes in a warming climate depend regionally upon the response of natural cli...
An understanding of low frequency climatic variations is important for climatologists and planning b...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
This study quantifies the inconsistency in gauge precipitation observations across the border of Ala...
Maps of mean monthly surface temperature and precipitation for Alaska and adjacent areas of Canada, ...
Climatically driven changes in snow characteristics (snowfall, snowpack, and snowmelt) will affect h...
Relates recorded temperature data for Alaska to documented trends of annual world mean temperature, ...
The Arctic climate system is warming faster than in any other part of the world due to anthropogenic...