Cause studies in which remote sensing techniques were adapted to assist in the solution of particular problem situations in Texas involving vegetation are described. In each case, the final sensing technique developed for operational use by the concerned organizations employed photographic sensors which were optimized through studies of the spectral reflectance characteristics of the vegetation species and background conditions unique to the problem being considered. The three examples described are: (1) Assisting Aquatic Plant Monitoring and Control; (2) Improving Vegetation Utilization in Urban Planning; and (3) Enforcing the Quarantine of Diseased Crops
Remote infrared and multispectral photography were used to identify coastal salt water-fresh water i...
This short technical report briefly examines and discusses some of the major literature relevant to ...
This paper describes the spectral light reflectance characteristics of giant reed (Arundo donax L.) ...
Results obtained during 1975 to monitor the growth of aquatic plants in the Lake Livingston area, us...
This paper describes the light reflectance characteristics ofwaterhyacinth [Eichhornia crassipes (Mo...
Management of aquatic weeds in complex watersheds and river systems present many challenges to asses...
From even limited exposure to the techniques of remote sensing, the value of the application of this...
Research was initiated to use aerial photography as an investigative tool in studies that are part o...
Applications of remote sensing technology to wildlife preservation, pest control, strip mining, wate...
Non-Peer ReviewedRemote Sensing, with its unique characteristics of multi-spatial, multi-temporal, a...
An experimental investigation, designed to develop and evaluate multispectral sensing techniques use...
The applications of remote sensing techniques to spectral surveys of irrigation, crops, and soils ar...
Research has centered around: (1) completion of a study on the use of remote sensing techniques as a...
Vegetation along the riparian corridor of the lower Pecos River in the United States has been domin...
Detection and control of crop diseases are important phases of agricultural management. Currently th...
Remote infrared and multispectral photography were used to identify coastal salt water-fresh water i...
This short technical report briefly examines and discusses some of the major literature relevant to ...
This paper describes the spectral light reflectance characteristics of giant reed (Arundo donax L.) ...
Results obtained during 1975 to monitor the growth of aquatic plants in the Lake Livingston area, us...
This paper describes the light reflectance characteristics ofwaterhyacinth [Eichhornia crassipes (Mo...
Management of aquatic weeds in complex watersheds and river systems present many challenges to asses...
From even limited exposure to the techniques of remote sensing, the value of the application of this...
Research was initiated to use aerial photography as an investigative tool in studies that are part o...
Applications of remote sensing technology to wildlife preservation, pest control, strip mining, wate...
Non-Peer ReviewedRemote Sensing, with its unique characteristics of multi-spatial, multi-temporal, a...
An experimental investigation, designed to develop and evaluate multispectral sensing techniques use...
The applications of remote sensing techniques to spectral surveys of irrigation, crops, and soils ar...
Research has centered around: (1) completion of a study on the use of remote sensing techniques as a...
Vegetation along the riparian corridor of the lower Pecos River in the United States has been domin...
Detection and control of crop diseases are important phases of agricultural management. Currently th...
Remote infrared and multispectral photography were used to identify coastal salt water-fresh water i...
This short technical report briefly examines and discusses some of the major literature relevant to ...
This paper describes the spectral light reflectance characteristics of giant reed (Arundo donax L.) ...