Coastal Louisiana is a dynamic environment experiencing constant changes in the temporal and spatial distribution of habitats as a result of natural and man-influenced processes . Management of this wetland environment for selected purposes, or for maintenance of a naturally renewable resource base, requires a knowledge of the relationship between forms and processes, quantification of spatial and temporal changes, and the ability to predict future trends in relation to natural and man-manipulated processes . The first comprehensive data base for the Louisiana deltaic plain to support management efforts was obtained through construction of habitat maps for 1955/56 and 1978 (using 1:24,000 controlled, 7.5 minute, quad-centered black-and-whit...
Spread of invasive plant species in the coastal wetlands of the Great Lakes is degrading wetland hab...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...
The coast of Louisiana is a major zone of the Gulf of Mexico and an ecologically critical area for b...
This project consists of a remote sensing evaluation of the wetlands located in the immediate vicini...
Louisiana’s coastal wetlands are continually threatened by anthropogenic disturbances and relative s...
More informed coastal restoration decisions have become increasingly important given limited resourc...
Historic occupation of the Mississippi River deltaic plain has resulted in massive modification of t...
This study is concerned with detecting change in a Louisiana Gulf Coast marsh, and citing possible c...
Continued worldwide urban and agricultural expansion has triggered a loss and degradation of wetland...
Evaluation of low altitude oblique photography obtained by hand-held cameras was useful in determini...
NASA aerial photography, primarily color infrared and color positive transparencies, was used in a s...
The author has identified the following significant results. ERTS-1 data and aerial photography are ...
Coastal wetlands are important ecosystems for carbon storage and coastal resilience to climate chang...
Remote-sensing techniques were utilized to investigate selected wetland environments in the Nebraska...
Spread of invasive plant species in the coastal wetlands of the Great Lakes is degrading wetland hab...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...
The coast of Louisiana is a major zone of the Gulf of Mexico and an ecologically critical area for b...
This project consists of a remote sensing evaluation of the wetlands located in the immediate vicini...
Louisiana’s coastal wetlands are continually threatened by anthropogenic disturbances and relative s...
More informed coastal restoration decisions have become increasingly important given limited resourc...
Historic occupation of the Mississippi River deltaic plain has resulted in massive modification of t...
This study is concerned with detecting change in a Louisiana Gulf Coast marsh, and citing possible c...
Continued worldwide urban and agricultural expansion has triggered a loss and degradation of wetland...
Evaluation of low altitude oblique photography obtained by hand-held cameras was useful in determini...
NASA aerial photography, primarily color infrared and color positive transparencies, was used in a s...
The author has identified the following significant results. ERTS-1 data and aerial photography are ...
Coastal wetlands are important ecosystems for carbon storage and coastal resilience to climate chang...
Remote-sensing techniques were utilized to investigate selected wetland environments in the Nebraska...
Spread of invasive plant species in the coastal wetlands of the Great Lakes is degrading wetland hab...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...
Successfully managing wetlands requires monitoring changes in plant community composition. We used r...