Land use and land cover change (LULC) is known worldwide as a key factor of
environmental modification that significantly affects natural resources. The aim of this study …

The alteration of spatial patterns of landscape interrupts water balance components in Bilate
basin of Ethiopia. The aim is to characterize the spatio‐temporal variation of surface …

The earth's natural water and energy systems rely on actual evapotranspiration (AET).
Climate change plays a crucial role in affecting the hydrologic processes of Abayya-Chamo …

The expansion of cultivated land in place of natural vegetation has a substantial influence
on hydrologic characteristics of a watershed. However, due to basin characteristics and the …

Sporadic change in climate is altering the hydrologic processes affecting the groundwater
recharge (GWR) systems across the planet. Distributed groundwater recharge (DGWR) is …

The global community recognizes land use and land cover change (LULC) as a primary
cause of ecological modification that has a considerable impact on natural resources …

The global ecosystem services that are essential to sustaining life on the planet have been
disrupted by different anthropogenic activities. This study's objective is to examine how …

Abstract Changes in land use and land cover (LULC) are becoming recognized as critical to
sustainability research, particularly in the context of changing landscapes. Soil erosion is …

It is difficult to estimate groundwater recharge (GWR) since it cannot be measured directly.
Numerous physical and empirical models may be used to calculate the components of the …

In developing countries, research evidence on the socio-economic impact is a crucial issue
in motivating and encouraging community-based restoration of degraded watershed …