2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
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gather cosmic dust particles from Earth’s<br />
stratosphere, which are examined and<br />
cataloged, and then made available to the<br />
scientific community for research (see p. 33).<br />
The ER-2 flew 5 flights totaling 39.9 flight<br />
hours.<br />
In late May, the MODIS/ASTER <strong>Airborne</strong><br />
Simulator (MASTER) sensor was uploaded<br />
into ER-2 806 and flew two calibration flights<br />
totaling 8 hours. The second flight included<br />
a satellite overpass run. The <strong>Airborne</strong> Visible<br />
and Infrared Imaging Spectrometer (AVIRIS)<br />
sensor was flown as piggyback during the<br />
MASTER flights.<br />
Starting in June, ER-2 806 flew a series<br />
of science flights, a sensor calibration and<br />
checkout flight out of Edwards, AFB, totaling<br />
15.1 flight hours. MASTER remained installed<br />
as a piggyback for most local flights. <strong>Science</strong><br />
flights included gathering data over the Santa<br />
Monica Mountains in southern California<br />
to examine the relationships between<br />
hyperspectral indices, live fuel moisture, and<br />
soil moisture. Also, data was gathered over<br />
central and southern California to establish<br />
the feasibility of mapping methane emissions<br />
in the lower boundary layer from natural<br />
and anthropogenic sources, and to use<br />
quantitative estimates of column methane to<br />
estimate flux rates and, through repeat flights,<br />
establish spatial and temporal variation in<br />
methane emissions.<br />
In late June, the ER-2 809 deployed to<br />
Westover ARB, in Chicopee, MA, in<br />
support of the Westover-AVIRIS campaign<br />
for flights over Nebraska, Minnesota,<br />
Wisconsin, Michigan and Maryland. The<br />
AVIRIS flights were conducted to gather<br />
data and characterize forest functional types<br />
by canopy-based measurement of three<br />
key functional traits: cell structure, shade<br />
tolerance, and recalcitrance. As a part of<br />
the flight series, science flights were also<br />
conducted over sites in British Columbia,<br />
Alberta, Saskatchewan, Manitoba and<br />
Ontario, Canada. Data will also be used<br />
to investigate forest growth, carbon cycling<br />
and the interaction between ecosystems<br />
and climate. During the Westover-AVIRIS<br />
campaign the ER-2 809 flew 13 flights<br />
totaling 77.6 flight hours.<br />
To reduce logistic support requirements for<br />
aircraft deployments, the UHF, VHF and HF<br />
ground radio units were repackaged into a<br />
new rack, thus reducing it from a two-rack<br />
configuration to a single rack system. The<br />
single rack configuration reduces deployment<br />
logistics by one box.<br />
The ER-2 project supported several<br />
education and outreach events by providing<br />
a presentation and demonstration of the high<br />
altitude pressure suit. Presentations were<br />
made at local schools in the Antelope Valley<br />
and participated in recruitment efforts at<br />
the California State University at Northridge<br />
career fair. Also, we supported the <strong>NASA</strong><br />
Headquarters booth at the Albuquerque<br />
International Balloon Fiesta in New Mexico.<br />
In fiscal year 2009, the ER-2 operations will<br />
be relocated from DFRC to the new DAOF<br />
facility in Palmdale. This move, along with<br />
efforts to share infrastructure with other<br />
projects, will allow the ER-2 to continue its<br />
on-going cost control measures.<br />
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