Technology for Science
Technology for Science
GECSC is home to research centers that evaluate, test, and integrate leading-edge technological advancements into the research processes utilized by scientists in our Center as well as our partners and collaborators in other USGS science centers, DOI, other state and federal agencies, and universities.
Filter Total Items: 5
Land Change Science
Land cover change is one of the fundamental measures for understanding pressures on ecosystems and is widely used to understand the consequences to biodiversity and ecosystem services. This study utilizes land cover and other associated socioeconomic and environmental data to examine the consequences of land cover change in human-dominated landscapes, and how provisioning of ecosystem services...
Remote Sensing of Ecosystem Condition and Resilience
Ecosystem condition tends to be highly dynamic in response to natural variability in climate, extreme climate events, disturbance events, and human land use activities. Satellite imagery provides a powerful tool to enhance our understanding of ecosystem change at a landscape scale. This research integrates diverse sources of satellite imagery with ancillary datasets to explore how ecosystems...
National Uncrewed Systems Office
The U.S. Geological Survey (USGS) National Uncrewed Systems Office (NUSO) leads the research activities needed to make Uncrewed Aircraft Systems (UAS) data collection an efficient, safe, and cost-effective remote sensing tool for Department of the Interior (DOI) and USGS scientists. DOI manages over 20 percent of the Nation’s public lands and is responsible for migratory bird and wildlife...
Climate Impact Meteorological Stations (CLIM-MET) Data and Repeat Photography
Meteorological measurements and repeat photography support studies of processes and deposits and provide calibration of regional and sub-regional change-detection mapping of vegetation and aeolian deposits using remote-sensing techniques.
Burned Area Essential Climate Variable
Essential Climate Variables (ECVs) track critical attributes of the atmosphere, oceanic, and terrestrial systems over time-scales appropriate for analyzing their relationships with climate change. As part of a larger Climate Data Record (CDR) and ECV project, scientists at GECSC are leading the development and validation of the Burned Area ECV algorithm. This algorithm automatically extracts...