Urban Heat Island is a phenomenon of increasing temperature that occurs in the city area compared to surrounding area. caused by reduced vegetation due changes rural land use urban areas. This study was conducted analysis relation between density (NDVI) and surface (LST) Buahbatu District as an effort control impact phenomenon. research processing data from Landsat 8 OLI/TIRS satellite images 2...

Sandai District is one of the subdistricts in Ketapang Regency which mostly steep marbled. Forests subdistrict act as conservation and water catchment. Population increases increased land needs result reduced forest area. The purpose this study to get information about changes closures 2013, 2017, 2021. used remote sensing techniques with unsupervised classification methods, visual interpretati...

While remote sensing images could convey essential information of surface water environment, the low spatial resolution limits their application. This study carried out a series experiment tests thermal discharge from coastal power plant and constructed an image dataset HY_IRS, representing transport diffusion discharged heated in tidal waters. Two super-resolution (SR) reconstruction models ba...

The unplanned and rapid increased in unban area have changed the atmospheric conditions non-urban less warm as compare to urban areas. In study little portion of Chenab River include river bed contains sand it shows high temperature value due its specific heat energy. For this Lands at-5 (February2000), Landsat-7(February 2005,2010) Landsat-8 (Feb2015, Feb2020, Feb2022) Data acquired from USGS....

Abstract Urban growth begins from a center and affects its surrounding area, this is due to the emergence of additional centers that will serve as pole. Assessment dynamics urban growth, some data, extraction analysis methods are needed. This research examines various information by extracting area Landsat 8 OLI / TIRS 2017 utilizing spectral resolution on images in Mamminasata region. The clas...