Images

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for the nominal year 2015.

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for the nominal year 2015.

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for USA for the nominal year 2015.

In August 2023, the USGS National Uncrewed Systems Office (NUSO) participated in a collaborative field campaign to collect remote sensing data over agricultural crop fields in California's Central Valley. Hyperspectral satellites were commissioned in coordination with hyperspectral UAS flights at an altitude of 300 feet above ground level.

Engagement steps used in a coproduction process to develop scenario narratives, translate narratives to models, select key model parameters and applications for model outputs, and develop and deliver data products on projected flooded waterbird habitat in the Central Valley of California. Byrd et al. 2023.

An image of the Hazard Exposure Reporting and Analytics (HERA) website that helps communities understand natural hazard impacts.

USGS scientists onboard the RV Aiken on their way to collect mercury, radiometry, and other data.

In the morning light, an USGS scientist points a spectroradiometer at the water off the bow of a boat in Lower South Bay at the Coyote Creek monitoring station.

Rock pile trincheras with agave plants at Mission Garden, a living agricultural museum of Sonoran Desert-adapted heritage trees, traditional local heirloom crops and edible native plants in Tucson, Arizona.

Rock pile trincheras with agave plants at Mission Garden, a living agricultural museum of Sonoran Desert-adapted heritage trees, traditional local heirloom crops and edible native plants in Tucson, Arizona.

This shows all the study watersheds and affiliated ranches, cities and Federal agencies in the Aridland Water Harvesting Study. 

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for the nominal year 2015. This map shows distribution of rainfed and irrigated cropland areas at 30m across the World. View this product at: www.usgs.gov/apps/croplands (navigate to LGRIP30 within this site).

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for CONUS USA for the nominal year 2015.

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for CONUS USA for the nominal year 2015.

The Landsat-derived Global rainfed & irrigated product @ 30m (LGRIP30) for the nominal year 2015. This map shows distribution of rainfed and irrigated cropland areas at 30m across the World. View this product at: www.usgs.gov/apps/croplands (navigate to LGRIP30 within this site).

A photo of Niky Taylor presenting a poster at a conference at NASA Ames day on Moffet Field campus.

Dr. Itiya Aneece and Dr. Prasad S.

Dr. Itiya Aneece and Dr. Prasad S.

Dr. Itiya Aneece and Dr. Prasad S.

Dr. Itiya Aneece and Dr. Prasad S.

Dense stacks of images to create cloud-free map composites. In this case at the confluence of the Sacramento River and San Joaquin River in California, cloud-free composites include winter inundation and allow the team to measure seasonal surface water variability. The yellow circle highlights where surface water varies the most over the time series.