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2008 Annual Report - NASA Airborne Science Program

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<strong>NASA</strong><br />

P-3<br />

The P-3B Orion is based at<br />

Goddard Space Flight Center’s<br />

(GSFC) Wallops Flight Facility.<br />

The P-3 participated in two major<br />

deployment missions during FY08 and two<br />

instrument development missions.<br />

The first instrument development mission<br />

was a series of local flights from Wallops<br />

for the Johns Hopkins APL Geostationary<br />

Imaging Fabry-Perot Spectrometer (GIFS).<br />

The DFRC Research Environment for<br />

Vehicle Embedded Analysis on Linux<br />

(REVEAL) and the P-3 Aircraft Data<br />

System (PDS) on-board data systems were<br />

also tested during this flight series.<br />

The first major deployment of the year<br />

was the spring phase of the ARCTAS<br />

mission (see page 9). All mission objectives<br />

were met with a total of 72.9 flight hours<br />

in support of the spring deployment.<br />

The second major deployment of the<br />

year was the ARCTAS – Summer <strong>2008</strong><br />

phase, a follow-on mission to the spring<br />

phase. The focus of the summer mission<br />

was the study of boreal forest fire aerosol<br />

emissions. In conjunction with the ARCTAS<br />

Summer deployment, a flight in support of<br />

the California Air Resources Board (CARB)<br />

was completed. A total of 98.1 flight hours<br />

were flown in support of the ARCTAS-<br />

Summer and CARB programs.<br />

The fourth and final mission for FY08<br />

was the Soil Moisture Active-Passive<br />

– Validation Experiment <strong>2008</strong> (SMAP-<br />

VEX’08). Two <strong>NASA</strong> L-Band Radiometers<br />

were tested and flown on the P-3 for<br />

a soil moisture study on the Delmarva<br />

Peninsula, conducted in conjunction with a<br />

USDA in-situ data collection and JPL PALS<br />

instrument flights. The mission successfully<br />

flew 20.9 science hours.<br />

A major upgrade to the P-3 in FY08 was<br />

the implementation of a real-time air to<br />

ground data communication system, and<br />

which played a particularly important role<br />

during the summer phase of ARCTAS. This<br />

system is comprised of two parts. The<br />

REVEAL system, provided by the Dryden<br />

Flight Research Center, is a 6-channel<br />

67

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