A hierarchial classification of vegetation and related resources is considered that is applicable to convert remote sensing data in space and aerial synoptic photography. The numerical symbolization provides for three levels of vegetational classification and three levels of classification of environmental features associated with each vegetational class. It is shown that synoptic space photography accurately projects how urban sprawl affects agricultural land use areas and ecological resources
The efficient and effective management of the natural and cultural resources of any country requires...
A model approach for identifying ecological range sites was applied to high elevation sagebrush-domi...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...
Photographic scales providing resource data for decision making processes of land use and a legend s...
A high altitude photomosaic resource map of Site 29 was produced which provided an opportunity to te...
Analysis of vegetation and related earth resources from remote sensing applications of space photogr...
Increasing demands on earth resources require the need to know how much resource is present. A new t...
Analysis and recognition processing of multispectral scanner imagery for plant community classificat...
Application of Apollo space photography and sequential high altitude NASA aircraft photography for e...
Identification and quantification of herbland and shrubland vegetation resources from aerial and spa...
Comparative statistics were presented on the capability of LANDSAT-1 and three of the Skylab remote ...
Existing vegetation on a site in Sumter National Forest, South Carolina was classified using high al...
The author has identified the following significant results. A study was performed to develop and te...
The CALVEG classification system for identification of vegetation is described. This hierarchical sy...
Research has centered around: (1) completion of a study on the use of remote sensing techniques as a...
The efficient and effective management of the natural and cultural resources of any country requires...
A model approach for identifying ecological range sites was applied to high elevation sagebrush-domi...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...
Photographic scales providing resource data for decision making processes of land use and a legend s...
A high altitude photomosaic resource map of Site 29 was produced which provided an opportunity to te...
Analysis of vegetation and related earth resources from remote sensing applications of space photogr...
Increasing demands on earth resources require the need to know how much resource is present. A new t...
Analysis and recognition processing of multispectral scanner imagery for plant community classificat...
Application of Apollo space photography and sequential high altitude NASA aircraft photography for e...
Identification and quantification of herbland and shrubland vegetation resources from aerial and spa...
Comparative statistics were presented on the capability of LANDSAT-1 and three of the Skylab remote ...
Existing vegetation on a site in Sumter National Forest, South Carolina was classified using high al...
The author has identified the following significant results. A study was performed to develop and te...
The CALVEG classification system for identification of vegetation is described. This hierarchical sy...
Research has centered around: (1) completion of a study on the use of remote sensing techniques as a...
The efficient and effective management of the natural and cultural resources of any country requires...
A model approach for identifying ecological range sites was applied to high elevation sagebrush-domi...
An overview is presented on the use of spaceborne remote sensors as aid to agriculture and forestry ...