Groundwater recharge is affected by various anthropogenic activities, land use and land
cover (LULC) change among these. The long-term temporal and seasonal changes in LULC …

The consequences of droughts are far-reaching, impacting the natural environment, water
quality, public health, and accelerating economic losses. Applications of remote sensing …

This study focuses on the Barind tract, a drought prone area situated in the north-west region
of Bangladesh where inadequate rainfall and limited surface water have created high …

Present study is carried out in the drought prone Barind tract in the north-western part of
Bangladesh to identify zones of groundwater potentiality using remote sensing (RS) and …

Present research work is carried out in the Atrai–Sib river basin in the drought-prone but
agro-based Barind area in the north-west of Bangladesh to delineate the groundwater …

Monitoring and detecting trends of climatic variables like rainfall and temperature are
essential for agricultural developments in the context of climate change. The present study …

This study presents implementation of non-linear autoregressive model with exogenous
inputs (NARX) of Artificial neural network (ANN), used for groundwater level (GWL) …

The core challenge of Barind Tract (BT), located in the northwest region of Bangladesh, is to
make water available for agricultural, drinking, domestic, and other uses and ultimately for …

Groundwater has become the prime source of drinking and irrigation use in drought-prone
Barind Tract (BT) of Bangladesh as the surface water sources are minimal. Continuous …

Present study aims to aid for sustainable management plan of the study area by assessing
the potentiality of Integrated Water Resource Management (IWRM) following Bangladesh …