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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 | 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…
OSM | 2011
As part of the surface coal mining reclamation process, the operator is required to establish vegetative cover on all disturbed areas. Vegetation cover is required to be equal in extent and…
OSM | 2011
Regulations require that no surface coal mining operations be conducted within 100 feet of a public road right-of-way. (VIP 13) Compliance with the 100 foot regulation can be…
OSM | 2011
Impoundment structures hold water, sediments, or other liquid or semi-liquids and are designed to reduce the amount of Total Suspended Solids leaving the mine site. The inspector must…
OSM | 2011
Geomorphic reclamation approximates the slopes, drainage divides, and stream geometries of the pre-mining topography and is encouraged to ensure slope stability and reduce stream sediment. .…