Images

The Coastal Storm Modeling System (CoSMoS) makes detailed predictions (meter-scale) over large geographic scales (100s of kilometers) of storm-induced coastal flooding and erosion for both current and future SLR scenarios, as well as long-term shoreline change and cliff retreat.  Resulting projections for future climate scenarios (sea-level rise and s

Streamside talk about a water managers perspectives on the complexities of the Rio Grande Watershed and the history / need for runoff forecasts for downstream water users.

Working in a temporary lab in Kibbutz Moran, Lloyd Carothers (left, IRIS-PASSCAL) and Eldad Levi (Geophysical Institute of Israel) download data from seismic receivers (in blue and yellow boxes) retrieved after completion of the Dead Sea fault experiment.

Flyer to advertise the upcoming USGS Menlo Park Campus Free Public Lecture on April 26, 2018: "The Role of U.S.

USGS scientist Karen Ryberg was interviewed during the conference about drought
conditions in the Dakotas.

RAMPS works with a restoration club at Northern Arizona University, teaching best practices for restoration, and building capacity for future scientisits and land managers to tackle challenging ecological issues.

The Israel Oceanographic and Limnological Institute research boat Lillian on its way to deploy receivers in the Sea of Galilee to record data during an April, 2018 experiment to image the deep structure of the Dead Sea fault in Israel.

Attendees of the 86th Annual Western Snow Conference listen as Jeb Brown of the New Mexico Water Science Center discusses current and past sediment gaging techniques. 

Bromus Rubens (red brome) is an invasive annual grass that grows in warmer deserts of the Southwest U.S. It can carry fires in systems that aren't fire adapted, causing lasting damage to desert flora, as shown here in the Sonoran desert north of Phoenix, AZ.

In water-limited systems of the desert Southwest, land managers sometimes restore using seedlings (small plants) instead of seeds alone. This method has shown to be successful in extreme environments like the Mojave desert and also in grasslands where weed pressure can be to high for seeds to germinate and survive.

Staff from the New Mexico Water Science Center pose next to the "First Gaging Station" sign after hosting a technical tour of the site as part of the 86th annual Western Snow Conference.

Attendees of the 86th Annual Western Snow Conference held in Albuquerque, New Mexico gather at the first streamgaging station established by the United States Geological Survey in 1889 to learn about USGS streamgaging techniques. 

Attendees of the 86th Annual Western Snow Conference listen as Tyson Hatch of the New Mexico Water Science Center discusses current and past sediment gaging techniques. 

One of 40 seismic receivers modified to work in water and anchored to the bottom of the Sea of Galilee in Israel's Dead Sea fault zone.

Kevin T. Gallagher, USGS Associate Director, Core Science Systems, addresses

 Members of the MAPPS Executive Summit on US lidar coverage

USGS geomorphologist Pat Limber drives an all-terrain vehicle equipped with differential GPS, on Ellwood Beach in Goleta, California, collecting topographic, or elevation and contour, data. These data, accurate to about 1 inch (about 2 centimeters) both horizontally and vertically, are used to monitor seasonal beach changes.

Miller presenting historical climate information during a scenario planning workshop with Devils Tower National Monument.

Sampling Striped Bass for diet items in the San Francisco Estuary.

Two USGS scientists operate personal watercraft equipped with sonar and GPS along the beachfront off San Ysidro Creek, near Fernald Point in Montecito, California. They will use the data collected to create bathymetric (depth) maps.

USGS volunteer Josh Brown on Santa Claus Beach, Carpinteria, at the start of a 14-mile walking survey of southern California beaches. The differential GPS equipment carried in the backpack collects elevation, or topographic, data of the beach, accurate to about 1 inch (2 centimeters) both horizontally and vertically.

USGS geomorphologist Pat Limber drives an all-terrain vehicle equipped with differential GPS, on San Buenaventura Beach south of Ventura Pier, Ventura California, collects topographic, or elevation and contour, data. These data, accurate to about 1 inch (about 2 centimeters) both horizontally and vertically, are used to monitor seasonal beach changes.