Articles

Using remote-sensing data and machine learning, a team from NASA and beyond finds that switching to lower-intensity crops can reduce water consumption in California’s Central Valley by 93%, but this requires adopting uncommon crop types.

The Gravity Recovery and Climate Experiment-Continuity mission will extend a decades-long record of following shifting water masses using gravity measurements.

As the world looks for sustainable solutions, a system tapping into NASA satellite data for water management has passed a critical test.

Rapid declines are most common in aquifers under croplands in drier regions, including California, the most extensive analysis of groundwater trends so far shows.

Though the Sacramento Valley has relatively abundant surface-water supplies, groundwater is also key for many of its communities and farms.

Almost one-third of American potatoes are grown in the Snake River Plain, a belt of low-lying land in the southern part of the state.

Much recent attention towards groundwater sustainability has focused on the heavily overdrafted San Joaquin Valley. However, the Sacramento Valley also needs to bring its groundwater basins into balance and avoid significant undesirable results of pumping.

In seasons when water is scarce, tools powered by NASA data can help farmers decide where to allocate water and nutrients for irrigation and fertilizer.

Water managers need accurate, consistent and timely data. A new online platform called OpenET puts NASA data in the hands of farmers, water managers and conservation groups.

The very ground upon which Corcoran lies has dipped nearly 12 feet in 14 years as a result of pumping of underground water for irrigation. Scientists can track the subsidence in the region using radar and satellite technology.

A new study finds that covering thousands of miles of California’s canals with solar panels could help the state meet its ambitious goals to reduce greenhouse emissions as well as improve irrigation management.