Remote Sensing for Spatio-temporal Mapping of Land surface temperature and Surface Energy Fluxes in the Bouregreg-Chaouia Region of Morocco

• DOI: 10.32996/jeas.2021.2.1.4
• Publication Date: 2021-05-01T07:14:57Z
• Authors: Abdelouhed Farah; Ahmed Algouti; Abdellah Algouti; Mohammed Ifkirne; Abdellatif Rafik
• Keywords: Albedo (alchemy); Land Cover

In recent decades, the Bouregreg Chaouia region has been subject to urban growth and a reduction in agricultural land this region, which changed its environmental variables made it vulnerable climate change. This work raises spatiotemporal monitoring of use certain parameters (vegetation cover, albedo, surface temperature from 1987 2015 by exploring intelligent spatial data region. The remote sensing products were computed Landsat 5 TM, 7 ETM+ 8 Oli/TIRS images obtained during dry seasons 1987, 2000 2015. results showed NDVI vegetation index (∼0.86 ∼0. 56 ∼ 0.54 2015) with an increase albedo (0.51 0.52 0. 69 2015), (∼67°C 54°C 40°C understand impact urbanization on variation parameters, evolution built-up area followed as determining factor. However, recorded 3.27% 7.45% 28.18% Indeed, contribution new technologies (GIS sensing) is essential for better management expansion state environment. remain so promising highlight feasibility assess environment large scale.