Physical assessment of coastal vulnerability under enhanced land subsidence in Semarang, Indonesia, using multi-sensor satellite data

Physics & Astronomy

• subsidence 100%
• Indonesia 95%
• vulnerability 83%
• sensors 36%
• geomorphology 7%
• TOPEX 7%
• shorelines 6%
• sea level 5%
• ultrahigh frequencies 4%
• phased arrays 4%
• slopes 2%
• estimates 2%
• coefficients 2%

Earth & Environmental Sciences

• satellite data 52%
• subsidence 50%
• vulnerability 48%
• sensor 40%
• land 33%
• index 17%
• parameter 11%
• coast 7%
• TOPEX-Poseidon 5%
• shoreline change 5%
• IKONOS 5%
• tidal range 5%
• vulnerability assessment 4%
• significant wave height 4%
• Landsat thematic mapper 4%
• sea level change 4%
• geomorphology 4%
• synthetic aperture radar 3%
• calculation 2%
• comparison 1%
• effect 0%

Engineering & Materials Science

• Subsidence 77%
• Satellites 46%
• Sensors 30%
• Geomorphology 13%
• Sea level 9%