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2009 Annual Report - NASA Airborne Science Program

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imagery, integrated with maps, aerial photography,<br />

and airborne and satellite imagery using wetland as<br />

the focal element.<br />

The WETMAAP <strong>Program</strong> develops and offers<br />

wetland training sessions and maintains a website for<br />

educators and professionals that provide basic instruction<br />

in ecological concepts, technological skills,<br />

and methods of interpretation necessary for understanding<br />

and assessing wetland and upland habitat<br />

change. Training sessions explore wetlands using<br />

multiple data sets and introduces traditional mapping<br />

technology to formal and informal educators.<br />

The WETMAAP materials are designed for use by<br />

secondary education teachers, undergraduate and<br />

graduates students, university and college professors,<br />

informal educators, and local and regional government<br />

officials. The <strong>Airborne</strong> <strong>Science</strong> <strong>Program</strong> has<br />

supported the WETMAAP program and selected<br />

workshops since 1995. Support has consisted of<br />

funding, ASP photography and digital imagery,<br />

and <strong>NASA</strong> satellite imagery. Also members of the<br />

<strong>Airborne</strong> <strong>Science</strong> <strong>Program</strong> staff have participated in<br />

WETMAAP workshops as trainers and guest lecturers.<br />

Of the 163 WETMAAP workshops facilitated between<br />

1995 and <strong>2009</strong>, <strong>NASA</strong> supported 36 workshops<br />

throughout the United States, Costa Rica, and<br />

Panama. For <strong>2009</strong>, WETMAAP completed the Wallops<br />

Island site and presented a two-day wetland education<br />

workshop held in August with 8 participants.<br />

Day 1 was the in class hands-on training and Day<br />

2 was a field experience visiting wetland locations<br />

associated with the site. The response by informal<br />

educators from Marine <strong>Science</strong> Consortium (MSC)<br />

who attended the session was positive. As a result<br />

of networking a collaborative effort was established<br />

between the MSC Undergraduate Education Coordinator<br />

and Education Coordinator at <strong>NASA</strong> Wallops<br />

Flight Facility to sustain the Wallops Island wetland<br />

training with additional sessions scheduled for 2010.<br />

For the International Symposium of Remote Sensing<br />

and the Environment (ISRSE) held in May at Stress,<br />

Italy, a pre-conference seminar on WETMAAP was<br />

also presented by ASP personnel. Briefing documents<br />

on “Developing Multiple Components for an<br />

Education Model for the <strong>NASA</strong> <strong>Airborne</strong> <strong>Science</strong><br />

program” were distributed. WETMAAP also completed<br />

the initial site visit and site identification for<br />

developing a workshop on coral reefs along the coast<br />

of Puerto Rico.<br />

CeNAT Workshops<br />

<strong>NASA</strong> aircraft have acquired data with<br />

various sensors for a variety of research<br />

objectives involving both <strong>NASA</strong> and Costa<br />

Rican investigators since the early 1980’s. This<br />

collaborative relationship lead to an agreement<br />

signed in 2002 which was the basis for the<br />

Costa Rican Aircraft Research and Technology<br />

Applications (CARTA I) project in 2003 and the<br />

CARTA II project in 2005. These agreements<br />

were implemented through the Costa Rican<br />

National Center for Advanced Technology (Centro<br />

Nacional de Alta Tecnologia - CeNAT) as part of<br />

its National <strong>Program</strong> for <strong>Airborne</strong> Research and<br />

Remote Sensing (PRIAS).<br />

Remotely-sensed data acquired through the<br />

CARTA I and II projects with sensors on<br />

the <strong>NASA</strong> WB-57 aircraft provided both<br />

multispectral and hyper spectral scanner data<br />

as well as digital camera imagery. In addition,<br />

Synthetic Aperture Radar (SAR) data was<br />

acquired with the AIRSAR sensor on the <strong>NASA</strong><br />

DC-8 aircraft in 2004, and Lidar data was<br />

acquired with the <strong>NASA</strong> LVIS sensor on a DOE<br />

aircraft in 2005. These data have been used for<br />

a variety of research and applications purposes<br />

by various Costa Rican agencies and Universities,<br />

and has been made available to the <strong>NASA</strong><br />

Decadal Survey and the <strong>NASA</strong>-SERVIR project<br />

104

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