Geospatial technology is an essential component of the Environmental Studies , as environmental resources are directly affected by changes in the shape and extent of the proposed disturbance. With the use of spatial techniques like remote sensing, Geographical Information Systems, and Global Positioning Systems, EIA has enhanced substantial viewing, movement, query, and even map-making capabilities.
However, one of the main challenges is to have access to the most up-to-date and accurate geospatial data and interpretations. With an emphasis on using geospatial data in particular, the value of the information resource is far higher than is generally available with text and numeric information.
The Geogspatial Applications have included monitoring of natural resources (air, water, land, etc.), ground-level ozone, soil erosion, study of sea-level rise due to global warming, change-detection studies, delineation of ecologically sensitive areas using digital-image analysis and Geographic Information Systems.
However, one of the main challenges is to have access to the most up-to-date and accurate geospatial data and interpretations. With an emphasis on using geospatial data in particular, the value of the information resource is far higher than is generally available with text and numeric information.
The Geogspatial Applications have included monitoring of natural resources (air, water, land, etc.), ground-level ozone, soil erosion, study of sea-level rise due to global warming, change-detection studies, delineation of ecologically sensitive areas using digital-image analysis and Geographic Information Systems.
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