Though urban areas represent a small fraction of global land cover, they have an outsized
impact on hydrological processes. Within these areas, the pathways that water follows are …

Urban areas are undergoing rapid expansion, resulting in diminished vegetation cover and
an escalating urban flood problem, and posing substantial threats to aquatic ecosystems …

The increasing global population and in-country migration have a significant impact on
global land use land cover (LULC) change, which reduces green spaces and increases built …

The present study investigates different combinations and methods for estimating the
extreme Total Water Level (TWL) and its implications for predicting flood extension caused …

Effective stormwater management in urban areas requires enhancing the permeability of
underlying surfaces. However, the impact of storm characteristics on infiltration processes in …

Background and research aims: Most of volcanic landscapes on Java, Indonesia, are
increasingly being used for agriculture. As a consequence, high rate of soil erosion due to …

Soil water storage properties, which are affected by land management practices, alter the
water balance and flow regimes in watersheds; thus, it is highly plausible to clarify the …

This research uses random forests to develop infiltration-friendly land use scenarios,
addressing the global 32% change in land use over the past six decades. The study used …

This study aims to evaluate the accuracy of semi-empirical models for determining infiltration
based on the existing equations (Horton, Kostiakov and Kostiakov–Lewis) and a new form …

Eco-hydrological processes in watersheds are essential for policy development and social
growth despite growing environmental concerns. These processes represent a dynamic …