Developing an Equatorial Earth Observation Satellite System
Developing an Equatorial Earth Observation Satellite System
Developing an Equatorial Earth Observation Satellite System
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National Institute of Aeronautics <strong>an</strong>d Space – LAPAN<br />
Indonesia<br />
<strong>Developing</strong> <strong>an</strong> <strong>Equatorial</strong> <strong>Earth</strong> <strong>Observation</strong> <strong>Satellite</strong> <strong>System</strong><br />
Tropical <strong>Earth</strong> Resources <strong>Satellite</strong><br />
- TERS Study.<br />
Mission requirement is compared to<br />
existing <strong>an</strong>d future LEO (polar orbit) remote<br />
sensing satellite systems of that period.<br />
Imaging spectral characteristics:<br />
TERS 1: 490 - 590 nm<br />
TERS 2: 610 - 685 nm<br />
TERS 3: 750 - 835 nm<br />
TERS PAN: 490 - 685 nm<br />
Ground resolution 16x16 m multispectral<br />
<strong>an</strong>d 8x8 m p<strong>an</strong>chromatic. Swath is 60 km.<br />
Value added processed L<strong>an</strong>dsat-7 ETM map,<br />
acquired <strong>an</strong>d processed by Pusdata, LAPAN.<br />
Shrimp farming, Lampung Province, Indonesia<br />
Fields of (higher repetition) application:<br />
• Resource base mapping;<br />
• Agriculture <strong>an</strong>d forestry;<br />
• Tr<strong>an</strong>smigration;<br />
• Rural <strong>an</strong>d urb<strong>an</strong> survey;<br />
• Public works;<br />
• Environment protection;<br />
• Oce<strong>an</strong>ography.
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