Hydrologic signatures are metrics that quantify aspects of streamflow response. Linking
signatures to underlying processes enables multiple applications, such as selecting …

This work examines 140 hydrological studies conducted in the Mediterranean region. It
identifies key characteristics of the hydrological responses of Mediterranean catchments at …

Soil erosion control (SEC), carbon sequestration (CAS), and soil moisture (SMO) strongly
interact in the semi-arid Loess Plateau. Since SMO has supportive effects on SEC and CAS …

Soil erosion represents one of the most important processes of land degradation in the world
and is considered a serious threat to the provision of food supply, to human health and to …

Study region This study is focused on 6 catchments in Tunisia, in North Africa, under a semi-
arid climate where daily river discharge and precipitation observations are available …

Extreme precipitation and its subsequent natural disasters, including soil erosion and flood,
have been confirmed to have major impacts on watershed hydrology and water quality …

The relation between rainfall, runoff, erosion and sediment transport is highly variable in
Mediterranean catchments. Their relation can be modified by land use changes and climate …

Flow and the sediment regime affect water quality and nutrient delivery in all river systems
and are fundamental in sustaining the river ecosystem. This study aims to identify the most …

Frequent rainstorms caused by climate change are causing significant stresses and impacts
on karst zones and even global hydrological systems. However, few reports have focused …

Precipitation extremes are recognized as one of the main factors that influence annual runoff
and sediment yield in specific watersheds. However, it is not clear whether precipitation …