2009 Annual Report - NASA Airborne Science Program
2009 Annual Report - NASA Airborne Science Program
2009 Annual Report - NASA Airborne Science Program
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Media, Education<br />
and Outreach<br />
NSERC<br />
The National Suborbital Education and Research<br />
Center – a cooperative agreement between <strong>NASA</strong><br />
and the University of North Dakota – provides<br />
education and public outreach support to the<br />
<strong>Airborne</strong> <strong>Science</strong> <strong>Program</strong>. Educational support<br />
includes student research opportunities and public<br />
outreach support includes mission-related outreach,<br />
exhibits at conferences, engaging the public through<br />
social networking outlets and connecting with<br />
national media outlets.<br />
The <strong>2009</strong> Student <strong>Airborne</strong> Research <strong>Program</strong><br />
they participated in a series of introductory lectures<br />
by project advisors and <strong>NASA</strong> program managers<br />
at the UC Irvine campus. The third week was spent<br />
in Palmdale, CA where students were given more<br />
lectures on mission planning. While in Palmdale,<br />
students also participated in two science flights on<br />
the DC-8 where they collected all their data. Field<br />
campaigns were also organized to coincide with<br />
over flights and students were able to participate<br />
in these as well. The fourth and fifth weeks were<br />
spent back at UC Irvine where students analyzed<br />
A major contribution to the ASP education activities<br />
was the implementation of the first Student<br />
<strong>Airborne</strong> Research <strong>Program</strong> (SARP). This program<br />
took place during July-August <strong>2009</strong> and included 29<br />
competitively selected undergraduate and graduate<br />
Earth system science and engineering students<br />
representing 26 schools from across the U.S. The<br />
objective of the program was to give these students<br />
access to Earth science research using the <strong>NASA</strong><br />
DC-8 research platform. The students engaged<br />
in three experiments: 1) in-situ atmospheric gas<br />
sampling using the Whole Air Sampler, 2) remote<br />
sensing of evapo-transpiration processes using<br />
the MASTER instrument, and 3) remote sensing<br />
of physical ocean processes using the MASTER<br />
instrument. The flights took place over California’s<br />
Central Valley for the gas sampling and evapotranspiration<br />
experiments, and over Monterey Bay<br />
for the oceanography experiment.<br />
The program was six weeks and started off with a<br />
week of teleconferences to discuss science topics<br />
with the students, introduce them to faculty and<br />
provide logistical information. The following week<br />
the students and faculty arrived in Irvine, CA where<br />
Figures 67:<br />
NSERC <strong>2009</strong> students.<br />
101