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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<strong>Science</strong> and Requirements<br />
The <strong>Science</strong> Requirements and Management<br />
program element, implemented from the <strong>Airborne</strong><br />
<strong>Science</strong> Office at <strong>NASA</strong> Ames, provides the<br />
information and analyses to ensure that the<br />
composition of the aircraft catalog, aircraft<br />
schedules, and investments in new technologies are<br />
directly and clearly traceable to current and planned<br />
science mission requirements. In addition, the Earth<br />
<strong>Science</strong> Project Office (ESPO) provides support<br />
through requirements analysis, flight request tracking<br />
and management, and mission concept and science<br />
instrument integration development and support.<br />
Requirements are collected and validated in<br />
partnership with the three key stakeholder groups<br />
within the earth science community:<br />
1. Mission scientists and managers of<br />
space flight missions in need of data<br />
for satellite calibration and algorithm<br />
validation.<br />
2. Engineers and developers of new<br />
instruments in need of test flight or<br />
operations.<br />
3. Scientists in need of airborne<br />
observations for answering science<br />
questions.<br />
Near term requirements are gathered primarily<br />
through the online flight request system as well as<br />
inputs from mission science teams, conferences<br />
and scientific literature. The need for airborne<br />
observations related to priority SMD missions<br />
is tracked using a 5-year plan, updated annually,<br />
and by frequent communications with the <strong>NASA</strong><br />
Earth <strong>Science</strong> <strong>Program</strong> Managers. For longerterm<br />
requirements, the program engages in a<br />
systematic process of collecting requirements from<br />
conferences, workshops, publications and interviews.<br />
Requirements gathered include platform altitude,<br />
endurance, range, and payload capacity, as well as<br />
telemetry, navigation data recorders, multidisciplinary<br />
sensors, and science-support systems.<br />
A major effort in FY<strong>2009</strong> concerned the formulation<br />
of the Operation Ice Bridge. The Ames team<br />
worked with Seelye Martin, then <strong>Program</strong> Manager<br />
for the Cryosphere <strong>Science</strong> <strong>Program</strong>, and the<br />
Cryosphere <strong>Science</strong> community to define areas<br />
that should be included in an airborne gap-filler<br />
campaign. The final report, “An Analysis and<br />
Summary of options for collecting ICESat-like<br />
data from aircraft through 2014”, was the basis for<br />
Operation Ice Bridge.<br />
In support of the National Research Council<br />
Decadal Survey entitled, “Earth <strong>Science</strong> and<br />
Applications from Space: National Imperatives for<br />
the Next Decade and Beyond,” in which fifteen new<br />
satellite missions were recommended for <strong>NASA</strong> to<br />
pursue, the <strong>Airborne</strong> <strong>Science</strong> Office at Ames began<br />
the process of documenting airborne requirements<br />
for supporting all aspects of the Decadal Survey<br />
missions in development including instrument<br />
development, future calibration/validation plans,<br />
and algorithm development. This report will include<br />
an overview of the missions, airborne instruments,<br />
plans for calibration and validation, and a schedule<br />
of expected activities and assets. A first draft<br />
has been completed and the final report will be<br />
completed in mid-FY2010.<br />
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