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FWS | 2017
Vegetation structure raster layers developed from lidar data are used in a variety of resource management applications. The ongoing lidar analysis from the USGS QL2 data collected in North Carolina…
FWS | 2017
The Bill Williams River is a tributary to the lower Colorado River and maintains one of the few examples of naturally regenerating cottonwood-willow gallery forest in the region. Gallery forest…
FWS | 2017
Wildland fires are an important natural disturbance in semi-desert grasslands, but they can pose a threat to natural resource values and private property. Predicting the spread and intensity of fires…
FWS | 2017
Wildlife management agencies in North America have a long history of using aircraft to monitor population abundance of ducks, geese, swans, and other migratory birds. While low-level, ocular…
FWS | 2017
Environment and Climate Change Canada, Natural Resources Canada, and the FWS are collaborating to develop a multi-sensor, multi-frequency remote sensing approach to mapping and monitoring…
FWS | 2017
Monitoring the dynamic changes of glacial landscapes requires detailed topographic elevation data. In the late summer of 2016, the Kenai National Wildlife Refuge collected 75-cm multispectral imagery…
FWS | 2017
As part of a larger Great Lakes Restoration Initiative - Remote Sensing project led by the FWS, Jim Klassen with SharedGeo automatically derived 2-m vegetation surface canopy digital elevation models…