Andere Kunden interessierten sich auch für
![Sediment Transport Modeling (STM) and Flood Risk Mapping in GIS]( "Sediment Transport Modeling (STM) and Flood Risk Mapping in GIS")
Sediment Transport Modeling (STM) and Flood Risk Mapping in GIS51,99 €![Spatial Aggregation of Rainfall on Flood Modelling]( "Spatial Aggregation of Rainfall on Flood Modelling")
Spatial Aggregation of Rainfall on Flood Modelling38,99 €![GIS Mapping and Prediction of NO2 Using ANN Model in Rawalpindi City]( "GIS Mapping and Prediction of NO2 Using ANN Model in Rawalpindi City")
GIS Mapping and Prediction of NO2 Using ANN Model in Rawalpindi City32,99 €![Decision Support Methods for Assessing Flood Risk and Vulnerability]( "Decision Support Methods for Assessing Flood Risk and Vulnerability")
Decision Support Methods for Assessing Flood Risk and Vulnerability235,99 €![Decision Support Methods for Assessing Flood Risk and Vulnerability]( "Decision Support Methods for Assessing Flood Risk and Vulnerability")
Decision Support Methods for Assessing Flood Risk and Vulnerability183,99 €![Flood Damage Assessment in Support of Risk Mitigation Strategies]( "Flood Damage Assessment in Support of Risk Mitigation Strategies")
Flood Damage Assessment in Support of Risk Mitigation Strategies46,99 €![A decision support framework for flood risk management]( "A decision support framework for flood risk management")
A decision support framework for flood risk management32,99 €
The river Ulhas flowing along the region and rapid growth of urban areas there have been many indicators of risk which was analysed in this paper. The major objective of the study is thus to trace the growth of urban settlements using toposheets and satellite images. For the purpose of analysis however risk was considered in terms of physical vulnerability, socio-economic vulnerability, demographic data and various hazard indicators like flood level inundation maps and rainfall data.