For many years, scientists have tried to understand, describe and quantify water and
sediment fluxes, with associated substances like pollutants, at multiple scales. In the past …

Hydrological models have proliferated in the past several decades prompting debates on
the virtues and shortcomings of various modelling approaches. Rather than critiquing …

Interest in connectivity has increased in the aquatic sciences, partly because of its relevance
to the Clean Water Act. This paper has two objectives:(1) provide a framework to understand …

Connectivity relates to the coupling of landforms (eg hillslopes and channels) and the
transfer of water and sediment between them. The degree to which parts of a catchment are …

Hydrological connectivity in large catchments is influenced by natural and human-induced
heterogeneities and dynamic processes. In this study, a new aggregated index (AIC) based …

Understanding integrated hydrological phenomena in catchments is difficult because of the
fragmented nature of soil physical and hydrological data, given these are typically derived …

Digital elevation model (DEM) resolution influences hydrological simulation. However, its
influence when modelling hydrological connectivity (HC) in woody crops remains to be …

Runoff connectivity depends on topography, rainfall, man‐made elements (terraces, trails,
roads and drainage systems) and vegetation. In this study, we quantified the effects of 70 …

The wildfires of summer 2021 in Greece were among the most severe forest fire events that
have occurred in the country over the past decade. The conflagration period lasted for 20 …

Wildfires can impact streamflow by modifying net precipitation, infiltration,
evapotranspiration, snowmelt, and hillslope run‐off pathways. Regional differences in fire …