Regional-scale hydrological investigations that involve vegetation change usually neglect
root-induced modification (RIM) of soil hydraulic properties (SHP). However, there is …

Surface soil structure is sensitive to natural and anthropogenic impacts that alter soil
hydraulic properties (SHP). These alterations have distinct consequences on the water …

This study presents an exhaustive methodology of floodplain mapping at ungauged rivers.
To present our methodology, we selected the Halilrud basin and Jiroft city in southeastern …

The floods have become a scourge in recent years (Floods of, 2003, 2006, 2009, 2011, and
2012), increasingly frequent and devastating. Tunisia does not escape flooding problems …

Root development can alter the structure of soil and its hydraulic properties, which in turn
can affect runoff generation processes. Although some experimental studies have examined …

Plant roots potentially contribute to slope instability by causing infiltrating water to be
spatially and temporally redistributed in the soil unevenly following rainfall. But the root …

Purpose Soil moisture plays an important factor to impact runoff and the slope stability, but
how vegetation affects the soil moisture variability of slope stability is poorly understood. In …

Woodlands can reduce the risk of rainfall‐generated flooding through increased
interception, soil infiltration and available storage. Despite growing evidence, there is still …

Climate variability and human activities are two major drivers influencing changes in
streamflow response of a watershed, and thus assessing their relative effect is essential for …

Land use change, especially conversion of native forests can have large impacts on water
resources. Large scale conversion of native forests to agricultural land has occurred in the …