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The University of Mississippi Geoinformatics Center May 17, 2006 Rapid Prototyping of New NASA Sensor Data into the SERVIR System

Rapid Prototyping of New NASA Sensor Data into the SERVIR System

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Rapid Prototyping of New NASA Sensor Data into the SERVIR System. Goals of the SERVIR Experiment. To develop and test transition paths for SERVIR applications, products, and Decision Support Systems to use new NASA sensor data. Experiment Team Leaders. SERVIR at MSFC – Dan Irwin - PowerPoint PPT Presentation

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Page 1: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Rapid Prototyping of New NASA Sensor Data into the SERVIR System

Page 2: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Goals of the SERVIR Experiment

To develop and test transition paths for SERVIR applications, products, and Decision Support Systems to

use new NASA sensor data

Page 3: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Experiment Team Leaders

• SERVIR at MSFC – Dan Irwin• CATHALAC in Panama – Emil

Cherrington• MRC – RPC team – Greg Easson

Page 4: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Current Organization

• Headquarters at Water Center for the Humid Tropics of Latin America and the Caribbean (CATHALAC)

• Test facility at NASA MSFC• Other partners:

– City of Knowledge– Central American Commission on Environmental

and Development (CCAD)– World Bank– others

Page 5: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Current System

• SERVIR provides:– Imagery and geospatial data– Interactive mapping– Thematic DST’s– 3-D visualization of Meso-America

Page 6: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Thematic DST’s

• Fire Detection – daily MODIS imagery• Red-tide detection – daily MODIS and

SeaWiFS• Climate change – MODIS imagery and

MM5 models• Land use/land cover change – multiple

imagery types, including MODIS, Landsat, and SRTM

Page 7: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Thematic DST’s

• Weather forecasts – WRF in cooperation with NASA SPoRT

• Floods – GOES, MODIS and AMSR-E• Food security – TRMM precipitation,

MODIS NDVI, others• Hurricanes – GOES • Earthquakes – supported by USGS

Page 8: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Proposed Methods

• Work with SERVIR staff to evaluate each DST and product

• Determine order of experiments• Evaluate potential of new NASA

sensors• Develop or acquire experimental data

for new sensors• Conduct experiments for DST’s

selected by SERVIR project staff

Page 9: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Concept of Operations

• After DST has been selected;– Team will be assembled based on the

thematic area– Project plan will be written in consultation

with SERVIR staff, – Conduct the experiment– Evaluate the results– Publish the results

Page 10: Rapid Prototyping of New NASA Sensor Data into the SERVIR System

The University of Mississippi Geoinformatics CenterMay 17, 2006

Rapid Prototyping of New NASA Sensor Data into the

SERVIR System

Questions