Flood Hazard Susceptibility Mapping Using Remote Sensing | GIS & GEE Tutorial

Learn how to perform Flood Hazard Susceptibility Mapping using Remote Sensing and GIS techniques. 🌊🛰️🌍 In this tutorial, you will explore how satellite imagery, terrain analysis, and environmental datasets can be used to identify flood-prone areas and create flood hazard susceptibility maps. We will demonstrate a complete workflow using factors such as DEM, slope, rainfall, drainage density, land use/land cover (LULC), NDVI, soil type, and distance to rivers for advanced flood risk analysis using Google Earth Engine and GIS tools. 🔥 What You Will Learn ✔ Introduction to flood hazard susceptibility analysis ✔ Using satellite and environmental datasets ✔ DEM and terrain-based flood analysis ✔ Rainfall and hydrological factor preparation ✔ LULC and NDVI integration for flood studies ✔ Weighted overlay and suitability analysis ✔ Creating flood susceptibility maps ✔ Exporting flood hazard outputs 🌍 Why Flood Hazard Mapping is Important? Identify flood-prone regions Support disaster risk reduction Improve urban and regional planning Assist emergency response management Reduce environmental and economic damage Using Remote Sensing and GIS, flood hazard analysis becomes faster and more accurate. 🎯 Who Should Watch? GIS & Remote Sensing students Disaster management professionals Environmental researchers Urban planners Geospatial analysts 📌 SEO Keywords flood hazard susceptibility mapping, remote sensing flood analysis, GIS flood risk mapping tutorial, Google Earth Engine flood hazard, flood susceptibility analysis GIS, satellite flood mapping. 🔥 SEO Tags flood hazard susceptibility mapping,remote sensing flood analysis,GIS flood risk mapping tutorial,Google Earth Engine flood hazard,flood susceptibility analysis GIS,satellite flood mapping,disaster risk analysis GIS,Sentinel flood monitoring,geospatial flood susceptibility,Earth observation flood analysis 🔥 High-Reach Hashtags #FloodHazard #RemoteSensing #GIS #GoogleEarthEngine #DisasterManagement #FloodMapping #Geospatial #EarthObservation #SpatialAnalysis