EXPLORING APPLICATIONS OF GEOSPATIAL TECHNOLOGY IN WATERLOGGING CURTAILMENT

Abstract

Geoinformatics has become an integral part of modern technology of the 21st Century in many fields. With its ability to collect, store and analyze geospatial data, it has proven to be a valuable tool for industries ranging from environmental management to urban planning. The combination of remote sensing, Geographical Information System (GIS), and Global Positioning Satellites (GPS) technologies has helped to create accurate maps, track changes in the environment, and provide valuable information on complex issues. The versatility of geoinformatics has allowed it to be applied in a variety of situations, from identifying potential natural disasters to optimizing transportation networks. The focus of this thesis is set upon the possibilities of the potential of geoinformatics in addressing waterlogging challenges in the National Capital Territory of Delhi, which are particularly relevant considering the rapid growth and development of this region. With unplanned construction and inadequate infrastructure, waterlogging has become a serious problem, causing serious disruption to daily life and posing risks to public safety. Using geoinformatics to understand the geographical aspect, geospatial extent and development of a geospatial-based model for waterlogging vulnerability prediction in and around critical road infrastructure of the Indian Subcontinent.