A number of important developments in satellite remote sensing techniques have occurred recently which offer the possibility of studying over vast areas of the ocean the temporally evolving energy exchange between the ocean and the atmosphere. Commencing in spring of 1985, passive and active microwave sensors that can provide valuable data for scientific utilization will start to become operational on Department of Defense (DOD) missions. The passive microwave radiometer can be used to estimate surface wind speed, total air column humidity, and rain rate. The active radar, or altimeter, senses surface gravity wave height and surface wind speed
The all weather, global determination of sea surface temperature (SST) has been identified as a requ...
A system of three radar altimeter LightSats would provide optimum temporal and spatial sampling of t...
Satellites provide a unique semi-synoptic view of the world's oceans. In recent years, two forms of ...
There are 3 components to this project. The first is the production of a quality controlled Level-1 ...
In order to compare wind speed estimates from the Geosat altimeter and the Special Sensor Microwave/...
A few of the major accomplishments during the second phase include: (1) all three Special Sensor Mic...
The microwave sensor SSM/I (Special Sensor Microwave/Imager) on board of the DMSP satellite can be u...
Since the Seasat carried the Scanning Multichannel Microwave Radiometer (SMMR) into space in July of...
The application of passive microwave techniques from airborne and surface platforms for oceanography...
The first part of the proposed research was a joint effort between our group and the Applied Physics...
During the last decade, the utility of spaceborne microwave remote sensing systems for ocean windspe...
ABSTRACT: Sea surface temperature (SST) is an important parameter used in many applications, such as...
A rationale is developed for the use of active microwave sensing in future aerospace applications pr...
The feasibility of using microwave instruments to scan the world's oceans from space in order to obt...
The history of the program is described along with the SSM/I sensor, including its calibration and g...
The all weather, global determination of sea surface temperature (SST) has been identified as a requ...
A system of three radar altimeter LightSats would provide optimum temporal and spatial sampling of t...
Satellites provide a unique semi-synoptic view of the world's oceans. In recent years, two forms of ...
There are 3 components to this project. The first is the production of a quality controlled Level-1 ...
In order to compare wind speed estimates from the Geosat altimeter and the Special Sensor Microwave/...
A few of the major accomplishments during the second phase include: (1) all three Special Sensor Mic...
The microwave sensor SSM/I (Special Sensor Microwave/Imager) on board of the DMSP satellite can be u...
Since the Seasat carried the Scanning Multichannel Microwave Radiometer (SMMR) into space in July of...
The application of passive microwave techniques from airborne and surface platforms for oceanography...
The first part of the proposed research was a joint effort between our group and the Applied Physics...
During the last decade, the utility of spaceborne microwave remote sensing systems for ocean windspe...
ABSTRACT: Sea surface temperature (SST) is an important parameter used in many applications, such as...
A rationale is developed for the use of active microwave sensing in future aerospace applications pr...
The feasibility of using microwave instruments to scan the world's oceans from space in order to obt...
The history of the program is described along with the SSM/I sensor, including its calibration and g...
The all weather, global determination of sea surface temperature (SST) has been identified as a requ...
A system of three radar altimeter LightSats would provide optimum temporal and spatial sampling of t...
Satellites provide a unique semi-synoptic view of the world's oceans. In recent years, two forms of ...