Add to ORKGWeather forecasting in Alaska is extremely challenging due to the rugged and topographically diverse terrain and a significan
The Air Force Weather Agency (AFWA) has adopted the Penn State/NCAR MM5 modeling system for regional...
As part of our efforts to characterize the cloud properties at the North Slope of Alaska (NSA) Cloud...
In recent years, growing attentions have been paid to the potential benefit of extra observations ov...
The rugged and topographically-diverse terrain of Alaska, in conjunction with the data-sparse region...
The amount and distribution of moisture in the lower troposphere is critical for many weather foreca...
Input from many sources is used in the short-term prediction of severe thunderstorms. One of the mor...
Upper-air observations are disproportionately sparse, both temporally and geographically, when compa...
Alaska currently relies on the Canadian Fire Weather Index (FWI) System for the assessment of the po...
Although snowfall is a common occurrence during Alaska winters, the complex topography and sparse da...
A case study and monthly statistical analysis using sounder data assimilation to improve the Alaska ...
Even though the amount and distribution of moisture in the lower troposphere is critical for many we...
Aviation's role in the life of Alaska is probably unequalled in any of the other United States....
Very little research has been done regarding the use of weather radars in Alaska, not only to locali...
This paper considers the possibilities of assimilation of FEWS NET (Famine early Warning System Netw...
Limitations to operational weather forecasts exist in terms of availability of computer (and human) ...
The Air Force Weather Agency (AFWA) has adopted the Penn State/NCAR MM5 modeling system for regional...
As part of our efforts to characterize the cloud properties at the North Slope of Alaska (NSA) Cloud...
In recent years, growing attentions have been paid to the potential benefit of extra observations ov...
The rugged and topographically-diverse terrain of Alaska, in conjunction with the data-sparse region...
The amount and distribution of moisture in the lower troposphere is critical for many weather foreca...
Input from many sources is used in the short-term prediction of severe thunderstorms. One of the mor...
Upper-air observations are disproportionately sparse, both temporally and geographically, when compa...
Alaska currently relies on the Canadian Fire Weather Index (FWI) System for the assessment of the po...
Although snowfall is a common occurrence during Alaska winters, the complex topography and sparse da...
A case study and monthly statistical analysis using sounder data assimilation to improve the Alaska ...
Even though the amount and distribution of moisture in the lower troposphere is critical for many we...
Aviation's role in the life of Alaska is probably unequalled in any of the other United States....
Very little research has been done regarding the use of weather radars in Alaska, not only to locali...
This paper considers the possibilities of assimilation of FEWS NET (Famine early Warning System Netw...
Limitations to operational weather forecasts exist in terms of availability of computer (and human) ...
The Air Force Weather Agency (AFWA) has adopted the Penn State/NCAR MM5 modeling system for regional...
As part of our efforts to characterize the cloud properties at the North Slope of Alaska (NSA) Cloud...
In recent years, growing attentions have been paid to the potential benefit of extra observations ov...