Development activities underway to improve LANDSAT sensors and observing systems are reported. Data cover high resolution imagery of surface temperatures for improving crop and other vegetation and soil classifications, and heat capacity mapping for recording surface temperatures at hours of maximum and minimum heating. Automatic identification and classification methods designed to extract information such as crop and forage acreages, amounts of water run-off, and types of land use directly from the satellite observations were also studied. A number of applications verification tests were conducted, particularly in the areas of crop and land use inventory and water run-off prediction, to demonstrate the direct transfer of space acquired in...
Various applications of satellite remote sensing of the earth are reviewed, including (1) the use of...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...
The series of LANDSAT sensors with the highest potential data rates of the missions were examined. A...
Progress is reported for several projects involving the utilization of LANDSAT remote sensing capabi...
The findings and recommendations of the panel for developing a satellite remote-sensing global infor...
The organization, objectives, and accomplishments of the panel on Land Use Planning are reported. Te...
The launch data of LANDSAT 3 is announced. The improved capability of the spacecrafts' remote sensor...
Spanning nearly four decades, the remarkable Landsat program has continuously provided data about th...
Research performed on NASA and USDA remote sensing projects are reviewed and include: (1) the 1971 C...
Research in the earth sciences and management of both natural and man-made resources has been hinder...
Developed and potential uses of remote sensing in crop condition and acreage assessment, renewable r...
Potential applications of LANDSAT remote sensing technology to worldwide resources management are di...
The potential and promise of observing the earth from the vantage point of space is discussed. The s...
The use of Earth Resources Technology Satellites in solving global problems is examined. Topics disc...
Various applications of satellite remote sensing of the earth are reviewed, including (1) the use of...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...
The series of LANDSAT sensors with the highest potential data rates of the missions were examined. A...
Progress is reported for several projects involving the utilization of LANDSAT remote sensing capabi...
The findings and recommendations of the panel for developing a satellite remote-sensing global infor...
The organization, objectives, and accomplishments of the panel on Land Use Planning are reported. Te...
The launch data of LANDSAT 3 is announced. The improved capability of the spacecrafts' remote sensor...
Spanning nearly four decades, the remarkable Landsat program has continuously provided data about th...
Research performed on NASA and USDA remote sensing projects are reviewed and include: (1) the 1971 C...
Research in the earth sciences and management of both natural and man-made resources has been hinder...
Developed and potential uses of remote sensing in crop condition and acreage assessment, renewable r...
Potential applications of LANDSAT remote sensing technology to worldwide resources management are di...
The potential and promise of observing the earth from the vantage point of space is discussed. The s...
The use of Earth Resources Technology Satellites in solving global problems is examined. Topics disc...
Various applications of satellite remote sensing of the earth are reviewed, including (1) the use of...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...
Emissive (10.5 to 12.5 microns) and reflective (0.55 to 1.1 microns) data for ten day scenes and inf...