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OSM | 2022
Commercial high-resolution multispectral imagery is available in resolutions down to 25 centimeters but can be obscured by clouds. Office of Surface Mining Reclamation and Enforcement (OSMRE)…
OSM | 2022
The Office of Surface Mining Reclamation and Enforcement (OSMRE) monitors two mine sites in the State of Washington where it is difficult to obtain cloud-free multispectral imagery. OSMRE worked with…
OSM | 2022
Time-series remote sensing with high-resolution imagery has allowed many industries and users the ability to detect changes in land use and land cover over time. Office of Surface Mining Reclamation…
OSM | 2017
Underground coal mine fires are widespread and pose a threat to both human and environmental health that can result in large economic loss, but they are generally underreported. Traditional mapping…
OSM | 2017
OSMRE has been piloting the use of drone vehicles since 2011 to document and monitor reclamation activities. Applied remote sensing is a priority for the OSMRE Appalachian Region and the use of…
OSM | 2017
OSMRE is using a RIEGL terrestrial lidar scanner to collect highly detailed elevation data for documenting restoration activities on the landscape. The RIEGL unit is mounted onto a tripod and emits…
OSM | 2015
Underground coal fires can burn for years, and are a serious health and environmental hazard. There are four underground coal fires in northern New Mexico: two in close proximity to Gallup, one north…
OSM | 2011
Satellite imagery provides a relatively inexpensive tool to monitor and assess vegetation regrowth over time, and thus, was identified as an added benefit to the VIP method. Imagery can…
OSM | 2011
With supporting field work, satellite imagery is ideal for mapping vegetation community types for large areas. As in vegetation cover mapping, image classification techniques can be used to…
OSM | 2011
Satellite imagery has long been used to derive vegetation cover. With supporting field sampling, vegetation density (VIP 15) can be classified using the supervised image classification…
OSM | 2011
Vegetation establishment (VIP 14) can be determined using multispectral satellite imagery and image processing software to compute the Normalized Difference Vegetation Index (NDVI). NDVI is a…