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 />
Immediate detection <strong>an</strong>d successive monitoring:<br />
Disaster m<strong>an</strong>agement:<br />
• Early warning;<br />
• Distress information;<br />
• Detection <strong>an</strong>d assessment of disaster areas;<br />
• Mitigation <strong>an</strong>d relief;<br />
• Rehabilitation.<br />
Recurring disasters:<br />
• <strong>Earth</strong>quake;<br />
• Tsunami;<br />
• Volc<strong>an</strong>ic eruption;<br />
• Floods <strong>an</strong>d flash floods;<br />
• L<strong>an</strong>d slides;<br />
• Draught <strong>an</strong>d climate <strong>an</strong>omalies;<br />
• Forest fires.<br />
Ulee Lhee, B<strong>an</strong>da Aceh, effects of Tsunami,<br />
Ikonos data.<br />
<strong>Equatorial</strong> <strong>an</strong>d near equatorial orbit EO <strong>an</strong>d data<br />
relay communication satellites are potential to<br />
provide immediate disaster relief information <strong>an</strong>d<br />
repetitive monitoring (multi-mission satellite).
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