Updated, June 12, 11:30 AM
Due to severe weather forecasts, the NASA and Iowa Flood Center public outreach event scheduled for Wednesday, June 12 at 7 p.m. in Room 104, Wilder Business Center, on the Northeast Iowa Community College campus has been CANCELLED.
Representatives from NASA and the Iowa Flood Center will remain stationed at research sites to track the storm and monitor instrumentation.
The public and media are invited to meet representatives from NASA and the Iowa Flood Center at an outreach event at 7 p.m. Wednesday, June 12, in Room 104 of the Wilder Business Center on the Northeast Iowa Community College campus in Calmar, Iowa.
This spring, NASA and Iowa Flood Center researchers have deployed state-of-the-art instruments across eastern Iowa to collect ground data on precipitation as part of the IFloodS (Iowa Flood Studies) campaign. A number of these instruments are currently located in the Turkey River watershed, including a weather radar on the southern edge of Calmar, another near Elkader, and numerous rain gauges and soil moisture probes throughout the watershed. The project is part of NASA’s Global Precipitation Measurement (GPM) mission, an international satellite mission that will set a new standard for global precipitation measurements from space.
“We’re trying to figure out how well our satellites estimate rainfall,” says Walt Petersen, GPM ground validation scientist at NASA’s Wallops Flight Facility, Wallops Island, Va. “This study is unique in that it takes space-borne observations, it takes ground-based observations, and it brings those things into a modeling framework that should further our ability to predict flooding.”
Petersen will be one of the speakers at the outreach event, which is open to the public. He will be joined by Iowa Flood Center Director Witold Krajewski, based at the University of Iowa. Krajewski, who was instrumental in bringing the NASA team to Iowa, says the project will likely benefit the people of Iowa in a very real way.
“Our hope is that with all that information, we can really improve our flood forecasting models,” Krajewski explains.