Articles

Communities in the Cheat River watershed in West Virginia face frequent flooding, which threatens to reverse years of restoration work aimed at cleaning up pollution from mining. NASA has partnered with a local non-profit to help build resilience to future floods.

How much water is in mountain snowpack? That’s a question science has been attempting to solve for decades. Finally, NASA-developed technology provides an accurate answer, using a cutting-edge airborne sensor system and sophisticated software that also predicts when snow will melt.

NASA has co-launched a new modeling framework for assessing water use and estimating crop yields at regional levels. GEO-CropSim integrates Earth observations into crop models to help decision makers manage crop production while analyzing water use.

OpenET is a satellite-based tool that supplies critical information on water use in 17 western U.S. states. It will help farmers and water managers better understand water use and water lost through evapotranspiration.

WWAO is hosting a session at the American Meteorological Society's 102nd Annual Meeting in January 2022. We invite you to join our discussion on building water solutions that harness satellite data to address decision-maker needs.

WWAO is hosting a session at the 2021 American Geophysical Union Fall Meeting this December. Part of the conference’s Science to Action track, our session looks at how to improve water management using satellite Earth observations. We invite you to join us.

Mountain snow – a bank account for water across the western U.S. – has turned up insufficient funds this year. The Sierra Nevada snowpack melted nearly a month earlier than usual, leaving reservoirs without their usual inflow of freshwater.

While one science instrument mapped the dome of high pressure that settled over the southwestern U.S. in early July, another captured ground surface temperatures.

In the face of severe west-U.S. drought, NASA has launched a new page highlighting its eyes on the drought, which are helping track and monitor the ongoing drought, predict how much water will be available, and improve how we use the water we have.

In the mid-2030s, every U.S. coast will experience rapidly increasing high-tide floods, when a lunar cycle will amplify rising sea levels caused by climate change.