NASA Tech Zooms In On Water And Land
In a pilot project that could help better manage the planet's strained natural resources, space-age technologies are helping a Washington state community monitor its water availability.
NASA satellites and sensors are providing the information needed to make more accurate river flow predictions on a daily basis.
"World leaders are struggling to protect natural resources for future generations," said Jeff Ward, a senior research scientist at the Department of Energy's Pacific Northwest National Laboratory, which is managed by Battelle. "These tools help us sustainably use natural resources while balancing environmental, cultural and economic concerns."
Ward manages a project on behalf of Battelle that is helping to better predict the flow of the Dungeness River, near Sequim, Wash., with data collected by NASA instruments. The project started by creating a new model that predicts river flows in the river's surrounding valley. It then expanded to help other communities in Kansas, Maine, Oregon and Washington state better manage their water and land resources with similar technologies.
The project - called the North Olympic Peninsula Solutions Network - is lead by the North Olympic Peninsula Resource Conservation & Development Council and supported by PNNL and others.
Lucien Cox of NASA will present the project's results Dec. 16 at the 2009 fall meeting of the American Geophysical Union in San Francisco.
The project will help regional natural resource managers assess the abundance - or lack thereof - of the Dungeness River. The river model was developed to show how NASA technologies like satellites, sensors and computational models could be used to improve short-term stream flow predictions. The river model relies on snowpack and temperature data collected from satellites, as well as real-time snowpack and water data collected by various agencies.
The new Dungeness River model's calculations can tell what kind of flow to expect - from a trickle to a deluge - on a daily and monthly basis. Before, resource managers primarily relied on either water levels physically measured at gauges or historical data to predict total expected water volume over two to six months. Neither method provided flow predictions as frequently as the new model.
"Peninsula College and Western Washington University students hike the Olympic Mountains to measure snowpack for the North Olympic Peninsula Solutions Network in January 2008. The network enters data from satellites, sensors, water gauges and snowpack sites into a new computer river model that quickly and more accurately monitors stream flow in the Dungeness River, near Sequim, Washington. (Credit: Photo by Dwight Barry/Peninsula College)"
Source: Pacific Northwest National Laboratory
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