Back close

Fluvial Geomorphological Dynamics and Flood Modelling: An Integrated Geospatial Artificial Intelligence  (GEOAI) Approach

Dept/Center/Lab: Amrita Center for Wireless Networks and Applications (AWNA)

Project Incharge:Dr. Alka Singh
Fluvial Geomorphological Dynamics and Flood Modelling: An Integrated Geospatial Artificial Intelligence  (GEOAI) Approach

The study assesses the post-flood impact on geomorphology and vegetation in the Periyar River basin. It aims to develop a flood prediction model using MIKE-FLOOD and ML, followed by analyzing post-flood geomorphological dynamics and vegetation patterns. The ultimate goal is to derive a flood preparedness and mitigation model to minimize the impact of future flood events. 2018 and 2019 Periyar flood were estimated using SAR data and flood depth estimation using GEE and Mike+ model. Dam discharge data from Neeleswaram , Vandiperiyar and Boothathankettu has been collected. 2D Flood modelling is in progress based on high resolution GPM rainfall and dam discharge making these to 3 points as separate watersheds into the model. In Periyar river significant morphometric changes were not observed, therefore additional study area of Kosi river has been added for further exploration.

Amrita Team Members: Shebin S M

Name of the International Collaborators: Prof. Guido, Univ of Trento Italy

Related Projects

Smart EV Sharing infrastructure with Solar Powered EV Battery Swapping/Charging Stations
Smart EV Sharing infrastructure with Solar Powered EV Battery Swapping/Charging Stations
Synthesis of Lube/ fuel additive from CNSL
Synthesis of Lube/ fuel additive from CNSL
Investigation on High Performance Nano Adhesive Bonding of Ultra High Temperature Resistant Polymer and its Performance under Space Environments
Investigation on High Performance Nano Adhesive Bonding of Ultra High Temperature Resistant Polymer and its Performance under Space Environments
Automation of Transport and Building Feature Extraction using Deep Learning with Super-Resolution Enhancement of Satellite Imagery
Automation of Transport and Building Feature Extraction using Deep Learning with Super-Resolution Enhancement of Satellite Imagery
Remote Monitoring of Solar-Powered Microgrids for Rural Electrification
Remote Monitoring of Solar-Powered Microgrids for Rural Electrification
Admissions Apply Now