Modelling the impact of Urban Heat Island mitigation strategies on Urban Air Quality

Increasing urban sprawl has caused many severe problems like surge in pollution, rapid climatical variations, and the intensification of temperature areas, termed Urban Heat Islands (UHI). Population density theconversion most land areas into cities, cities have expanded vastly. UHI phenomenon rise cities. Most metropolitan regions India are experiencing consequences severity pollution formation, which is a crucial research area. Since rising direct linkage with air pollution; mitigation measures for also linked mitigation; efficacy correlation quality being studied extensively, emphasizesthescientific approach planning concerns implementation agency to consider same design aspects. Ahmedabad one growing India. The city grown economically physically by expanding its boundaries radial pattern. This study attempted temporal assessment remote sensing data derive city's growth, changing uses. Assessment been performed from2008 2018 from Landsat profile at surface level type usage spatial Particulate Matter (PM2.5 PM10) generated based on state control board. Four variables, LST, PM2.5, PM10, LULC, taken establish relationship between all variables present different layers withthehelp regression statistical analysis. A strong positive LST discovered, was eventually used assess impact strategies UHI, specifically greening white roof particulate matter concentrations.