
NASA says an airborne mission helped water managers for 2.6 million Californians achieve near-perfect water operations this summer. Despite the driest year in California's recorded history, high-resolution snow maps of the Tuolumne River Basin in the Sierra Nevada provided by the prototype Airborne Snow Observatory mission helped optimize reservoir filling and hydroelectric generation at a reservoir and dam that serves the San Francisco Bay Area, the space agency reported Monday. The result was a full reservoir at the end of the snowmelt season, no water spillage and generation of more than $3.9 million in hydropower, NASA scientists said. "For the first time, Airborne Snow Observatory data are telling us the total water in the snowpack in the watershed and the absorption of sunlight that control its melt speed, enabling us to estimate how much water will flow out of a basin when the snow melts," said Tom Painter, observatory principal investigator at NASA's Jet Propulsion Laboratory in Pasadena. This helped reservoir managers more efficiently allocate water inflow between power generation, water supplies and ecological purposes, he said. Efficient reservoir operations are vital in the face of ongoing climate change, larger weather uncertainties, California's ongoing severe drought and increasing demand for water, he said.
GMT 12:31 2017 Sunday ,24 December
SpaceX launches 10 more satellites for IridiumGMT 18:48 2017 Tuesday ,12 December
Bitcoin makes muted stock exchange debut at $15,000GMT 18:19 2017 Saturday ,09 December
France to allow trading of securities via blockchainGMT 07:39 2017 Thursday ,16 November
Cygnus cargo ship arrives at space stationGMT 17:49 2017 Sunday ,12 November
Aircraft overhead forces Orbital to cancel cargo launchGMT 19:18 2017 Wednesday ,01 November
Sony revives robot pet dogGMT 10:31 2017 Saturday ,28 October
Saudi Arabia Becomes First Country to Grant Citizenship to RobotGMT 17:46 2017 Saturday ,21 October
Spacewalkers fix robotic arm in time to grab next cargo ship
Maintained and developed by Arabs Today Group SAL.
All rights reserved to Arab Today Media Group 2025 ©
Maintained and developed by Arabs Today Group SAL.
All rights reserved to Arab Today Media Group 2025 ©
Send your comments
Your comment as a visitor