Mapping Long-term Land Use Change with Remote Sensing Data
The USGS’ Land Change Monitoring, Assessment, and Projection (LCMAP) initiative is helping to better monitor the Earth and long-term land use change.
The USGS’ Land Change Monitoring, Assessment, and Projection (LCMAP) initiative is helping to better monitor the Earth and long-term land use change.
Tutorial on how to use ArcGIS Pro to determine the Chlorophyll Index (CI) and the Global Environmental Monitoring Index (GEMI) of Landsat 8 imagery in an area of interest.
Remote sensing and geospatial technologies are being harnessed for carbon offsetting efforts.
Remote sensing techniques, particularly those based on satellite, drone, and aircraft data, have revolutionized collecting ecosystem data.
This tutorial demonstrates a shoreline extraction strategy in ArcGIS Pro by explaning  how to use the Tasseled Cap and Normalized Difference Vegetation Index (NDVI) to automatically delineate shoreline using the Landsat toolkit.
A recent study analyzed twenty years of Landsat data to look at corn and soybean crops across the US Midwest from 1998-2018.
Researchers have created high resolution maps of tropical forest quality using remotely sensed data from NASA satellites.
Satellite-based remote sensing is proving to be a useful tool to allow effective monitoring of lakes around the world.
A newly released report from the USGS has estimated the 2017 domestic and international economic benefits of Landsat imagery  to be $3.45 billion. Â
The world settlement footprint, created in a online application called Urban Thematic Exploration Platform (TEP) sponsored by the European Space Agency (ESA), is the first map that combines optical and radar satellites to create a human urban footprint map of the world.
A study in Denmark combined historical Landsat satellite data and a survey to analyze the relationship between green space and mental health.