Images

This image depicts the magnetic anomaly map of the region covered by the Southwest New Mexico aeromagnetic/aeroradiometric survey. These data allow us to model the subsurface structure and composition of the upper crust.

USGS National Innovation Center UAS Research Center Saucer Shark Project, before science flight tests, Aeroshell and payload. Sling configuration and payload orientation verified before science flight deployment. Payload is on and ready to record!

USGS National Innovation Center UAS Research Center Saucer Shark Project, BisonCore displays the path of the sensor live, as it covers transects. Data received from the payload is then displayed within the BisonCore Ecosystem and is accessible for field viewing. The magnetic map is also used to validate payload directed algorithms.

USGS National Innovation Center UAS Research Center Saucer Shark Project, during flight tests, drop release attached to USGS UAV. Aircraft sits on landing pad in-between test flights.

USGS National Innovation Center UAS Research Center (UASRC) Saucer Shark Project, during flight tests, fully assembled. Sub assemblies from top down: Drop Release, Sling and Sling Brace, Payload Aeroshell and Payload.​

Geologic map overlaid on topography for the Mountain Pass region in California.

Thin section of a Mountain Pass carbonatite sample showing mineralogy and texture with slider for back-scattered electron map (black and white) and layered elemental map (colored). Note the large, euhedral, tabular crystal of bastnäsite. 

Thin section of a Mountain Pass carbonatite sample showing mineralogy and texture with slider for back-scattered electron map (black and white) and layered elemental map (colored). Note the large, euhedral, tabular crystal of bastnäsite. 

A UAS flies a photogrammetry mission over recently burned landscapes in Tahoe National Forest.

Isaac Anderson (National Innovation Center) preforms a pre-flight check of a UAS before a photogrammetry mission in post-fire, landslide-prone terrain in Tahoe National Forest.

Isaac Anderson and Liz Hyde (National Innovation Center) bring in a drone for a landing, after flying a photogrammetry mission over landslide-prone terrain recently burned in the Mosquito fire (2022).

USGS researches and remote pilots coordinate their operations during a break in the action during a photogrammetry flight campaign in post-fire terrain in Tahoe National Forest.

USGS NIC UASRC Saucer Shark equipment marker showing the Saucer flying over trees, with a ‘I WANT TO BELIEVE’ phrase below it. ​

Open pit rare earth element mine at Mountain Pass, California. Stepped sides of the pit and access for mining vehicles are shown.

Open pit rare earth element mine at Mountain Pass, California. Stepped sides of the pit and access for mining vehicles are shown.

Maggie Avery is facing forward on the left side of the image with a red USGS baseball cap and turquoise shirt with dark gray vest. There is a valley with a city next to water and mountains in the background.

The image shown displays a portion of the lidar data collected by the USGS for the SAFSOC Project. Our goal is to study and map surficial processes and landforms related to tectonism, specifically the San Andreas Fault system.

The Columbia River flowing through the Hanford reach of the arid Columbia River basin, eastern Washington. This reach is one of the few undammed segments of the Columbia River within the United States. Photograph taken from the White Bluffs, composed of sediment deposited in late Miocene and Pliocene Lake Ringold which occupied the Pasco Basin.

Hinkley Valley, in the central to western Mojave Desert of southeastern California, has a long historical record owing to its position as a crossroads for rail and road traffic and its position adjacent to the Mojave River.

Map indicating flight area for Trans-Pecos aeromagnetic and radiometric survey. The survey area includes parts of El Paso and Hudspeth counties, Texas, and Otero County, New Mexico. Flights will begin in November 2020 and are expected to conclude in mid-January 2021. 

An enigmatic outcrop of 5 million year old basalt sits 300 meters above the Deschutes and Columbia rivers. USGS scientists are carefully studying this basalt flow to determine if it came all the way from central Oregon, 160 kilometers away.