Section 1: Physical Processes and Causes of Subsidence 1. General Introduction and Causes of Subsidence 2. Geological and Geophysical Environment, Rocks, Physical Properties, Porosity and Permeability, Rock-Water Interaction 3. Coastal Subsidence 4. Laboratory and Modelling Analysis of Subsidence 5. Subsidence Associated with Mining 6. Subsidence Associated with Earthquakes 7. Groundwater/Oil-Gas Withdrawal and Subsidence 8.
Fracking and Subsidence 9. Modelling of Subsidence in Coastal Louisiana 10. Subsidence Associated with Underground Lava Movement and Volcanic Activities Section 2: Monitoring of Subsidence (Ground, Borehole, Satellite Monitoring and Early Warning) 11. Shallow Geophysical Investigation and Borehole Techniques 12. Applications of Satellite Remote Sensing, GPS and InSAR Techniques for Subsidence 13. Ground Subsidence Monitoring Over Highly Dense Urban Areas Through InSAR Time Series Analyses 14. Early Warning of Subsidence and Sinkholes Section 3: Impacts of Subsidence 15. Land Subsidence Along Rivers 16.
Land Subsidence and Sea Level Rise 17. Impacts of Subsidence on Buildings and Infrastructure 18. Local Land Subsidence and Inundation Risk in the San Francisco Bay 19. Subsidence of the Ganges-Brahmaputra Delta 20. Reservoir Subsidence Section 4: Case Studies 21. India 22. China 23. Indonesia 24.
Bangladesh 25. Iran 26. Italy 27. Europe 28. Mexico 29. Belgium 30. USA.