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  • APPLICATION OF REMOTE SENSING AND GIS IN DISASTER MANAGEMENT (GUJARAT, INDIA)

    Paper number

    IAC-17,B1,5,9,x41245

    Year

    2017

    Abstract
    As we live in a modern world, we have developed some tools and method with the help of which the
    loss due to disaster can be minimized and this approach is called disaster management. Now disaster
    management can be carried out in a better way using Remote Sensing and GIS compared to the traditional
    methods. Remote Sensing and GIS can be applied in both ways for precaution methods before the disaster
    and for minimizing the damage after the disaster. Through GIS one can and out the disaster prone areas
    by intersecting or overlaying the geographical layers. Remote Sensing is used in detailed mapping that
    ends its application in creating hazard assessment maps, past scenario, and provide input data images
    to GIS for developing models for future prediction. Remote sensing can also be used for calculating
    the loss after the disaster has been happened by providing data about the intensity of the cyclone. We
    aim to monitor the cloud movements in Indian Ocean basin and study cyclonic movement using remote
    sensing images over Indian and Arabian Oceans. Based on the available geo- graphic information data,
    the present study demonstrates disaster vulnerability assessment for the state of Gujarat (India) as a pilot
    project leading towards the cyclonic vulnerability assessment for the civilization settled in Indian Ocean
    Basin. The primary results are validated with disaster mitigation guidelines by Govt. of Gujarat. The
    analysis also provides matured level understanding of weather cycle which can be utilized for monsoon
    prediction and rainfall assessment, having wide applications in meteorological, agriculture, and of course
    , the disaster management. This study will surely add a value to strengthen the disaster mitigation plan.
    Abstract document

    IAC-17,B1,5,9,x41245.brief.pdf

    Manuscript document

    (absent)