IMPACT OF LAND-USE CHANGE ON AGRICULTURAL PRODUCTION & ACCURACY ASSESSMENT THROUGH CONFUSION MATRIX

Land modification and its associated resources have grown considerably to be aserious issue that is currently attracting attention on a global scale, they now form the core ofenvironmental protection sustainability. The current study used remote sensing GIS techniquesto evaluate land-use changes their impacts agricultural productivity over area, whichincluded Tehsil Shorkot, District Jhang, Punjab, Pakistan. Arc ERDAS Imagine 15 softwarewere for image pre-processing in order stack layers, sub-set them, mosaic satellitebands. After photos, maximum likelihood technique was supervisedimage classification scheme identify had been noticed research area.The goal of was. In 2010, there were 9.6 km2 under water. By 2015, 21.04km2, by 2020, 19.4 km2. 16.6 built-up land; this numberrose 2015 26.8 2020. total area covered vegetation estimated tobe 513.2 601.6 717.7 forest land usedeclined with time, from 90.8 2010 86.7 61.84 indicating adownward trend. bare 528.54 km2, which significantly reduced to429.64 then 333.1 arid terrain once foragriculture has dramatically shrunk. results will beneficial future land-useplanning, urban regional development, growth production different crops inthe area.