The radiation emitted from dry and wet snowpack in the microwave region (1 to 100 GHz) is discussed and related to ground observations. Results from theoretical model calculations match the brightness temperatures obtained by truck mounted, airborne and spaceborne microwave sensor systems. Snow wetness and internal layer structure complicate the snow parameter retrieval algorithm. Further understanding of electromagnetic interaction with snowpack may eventually provide a technique to probe the internal snow propertie
Abstract A thermal Microwave Emission Model of Layered Snowpacks (MEMLS) was developed for the frequ...
A microscopic model was developed to study the microwave emission from snow. In this model, the indi...
This paper investigates the influence of snow microphysical parameters on the enhancement of groundÃ...
Some results are presented of a two year investigation on microwave emissions from snow. Included in...
Topic concerning remote sensing capabilities for providing reliable snow cover data and measurement ...
One of the most important parameters for accurate snowmelt runoff prediction is snow water equivalen...
The microwave brightness temperature for snow fields was studied assuming that the snow cover consis...
Spatial variations of snowpack properties are an essential component in flood predictions and water ...
Spatial variations of snowpack properties are an essential component in flood predictions and water ...
Areas of the Canadian high plains, the Montana and North Dakota high plains, and the steppes of cent...
Nimbus-5 Electrically Scanned Microwave Radiometer data were analyzed for the fall of 1975 and winte...
A multilayer emission model is described and applied to emission measurements obtained at 37 GHz and...
The CREST-Snow Analysis and Field Experiment (CREST-SAFE) was carried out during January–March 2011 ...
The CREST-Snow Analysis and Field Experiment (CREST-SAFE) was carried out during January–March 2011 ...
This study analyzes passive and active microwave measurements during the 2003 Wakasa Bay field exper...
Abstract A thermal Microwave Emission Model of Layered Snowpacks (MEMLS) was developed for the frequ...
A microscopic model was developed to study the microwave emission from snow. In this model, the indi...
This paper investigates the influence of snow microphysical parameters on the enhancement of groundÃ...
Some results are presented of a two year investigation on microwave emissions from snow. Included in...
Topic concerning remote sensing capabilities for providing reliable snow cover data and measurement ...
One of the most important parameters for accurate snowmelt runoff prediction is snow water equivalen...
The microwave brightness temperature for snow fields was studied assuming that the snow cover consis...
Spatial variations of snowpack properties are an essential component in flood predictions and water ...
Spatial variations of snowpack properties are an essential component in flood predictions and water ...
Areas of the Canadian high plains, the Montana and North Dakota high plains, and the steppes of cent...
Nimbus-5 Electrically Scanned Microwave Radiometer data were analyzed for the fall of 1975 and winte...
A multilayer emission model is described and applied to emission measurements obtained at 37 GHz and...
The CREST-Snow Analysis and Field Experiment (CREST-SAFE) was carried out during January–March 2011 ...
The CREST-Snow Analysis and Field Experiment (CREST-SAFE) was carried out during January–March 2011 ...
This study analyzes passive and active microwave measurements during the 2003 Wakasa Bay field exper...
Abstract A thermal Microwave Emission Model of Layered Snowpacks (MEMLS) was developed for the frequ...
A microscopic model was developed to study the microwave emission from snow. In this model, the indi...
This paper investigates the influence of snow microphysical parameters on the enhancement of groundÃ...