Multiparametric AHP-Based Flood Hazard Zonation Approach in Northwestern Peru at Basin Scale

Earth and Planetary Sciences

• Analytical Hierarchy Process 100%
• Anthropogenic Effect 10%
• Approach 100%
• Climate Variation 10%
• Coast 10%
• Context 10%
• Data Set 20%
• Economic Impact 10%
• Economics 10%
• El Nino 10%
• El Nino-Southern Oscillation 10%
• Environmental Consequence 10%
• Farmland 10%
• Flood 100%
• Flood 10%
• Flood Plain 10%
• Hazard 100%
• Hazard Management 10%
• Hydrology 10%
• Industrial Area 10%
• Information 10%
• Landscape 20%
• Map 10%
• Metropolitan Area 10%
• Morphology 20%
• Permeability 10%
• Peru 100%
• Rainfall 20%
• Raster 10%
• Region 30%
• Remote Sensing 10%
• Research 20%
• Risk 30%
• River 10%
• River Basin 10%
• Rural Environment 10%
• Show 10%
• Size 10%
• Slope 10%
• Summer 10%
• Urban Areas 10%
• Utilization 10%
• Zonation 100%

INIS

• applications 10%
• climates 10%
• coast 10%
• concentration 10%
• datasets 20%
• economics 20%
• el nino 10%
• environment 10%
• floods 100%
• hazards 100%
• humans 10%
• information 10%
• levels 10%
• management 10%
• maps 10%
• morphology 20%
• people 10%
• permeability 10%
• peru 100%
• populations 10%
• processing 10%
• remote sensing 10%
• resolution 10%
• risks 30%
• rivers 20%
• satellites 10%
• size 10%
• zones 10%

Keyphrases

• ENSO Phenomenon 33%
• Flood Hazard Management 33%
• Geospatial Processing 33%
• Hazard Zonation 100%
• Northwestern Peru 100%
• Pisco 33%
• Piura 33%
• Remote Sensing Processing 33%
• Terrain Morphology 33%