Impervious surface extraction with high accuracy is important for monitoring urban
expansion to sustainably manage the land resources and save the environment. In this …

The rapid infrastructure development in densely populated areas has had several negative
impacts. Increases in urbanization have led to increased LST, and urban ecological systems …

Spectral indices help in modeling, predicting, or infer surface processes. Indices are derived
for many different combinations of satellite spectral bands. There are various applications of …

Remote-sensing-driven urban change detection has been studied in many ways for
decades for a wide field of applications, such as understanding socio-economic impacts …

Artificial human-induced soil sealing has numerous negative consequences. The extent of
impervious surfaces is a key indicator of the location and intensity of human activity; …

The study focuses on using remote sensing to gather data about the Earth's surface,
particularly in urban environments, using satellites and aircraft-mounted sensors. It aims to …

This study aims to advance the understanding of hydrological dynamics and
geomorphological characteristics of the Musi River Basin through the novel application of …

Drought events threaten freshwater reservoirs and agricultural productivity, particularly in
semi-arid regions characterized by erratic rainfall. This study evaluates a novel technique for …

Buildings are important structures that form the fabric of the city, especially in metropolitan
cities. The science of remote sensing has several advantages in the extraction of buildings …

The fundamental difficulty in mapping urban areas, especially in semi-arid and arid
environments, is the separation of built-up areas from bare lands, owing to their similar …