In recent years the concept of connectivity has emerged in sediment management to
describe transfer of sediment from different sections of landscapes at various spatial and …

Major advances continue to be made in development and application of the connectivity
concept as a framework for analysis of runoff and sediment fluxes in catchments and …

The concept of connectivity aims to understand the hydrosedimentological (water and
sediments) processes that occur in the catchment and influence the water and sediment …

Sediment connectivity is a principal element for revealing sediment yield variations in
catchments. Although several methods for quantifying this element have been tested, there …

Because connectivity is a key issue for understanding sediment dynamics in catchments, the
index of sediment connectivity (IC) can be an important tool for hydrosedimentological …

Connectivity analysis has proved a very valuable approach in understanding runoff and
sediment fluxes in catchments. Many analyses use Connectivity Indices to model the …

The identification of the degree of linkage between sediment source and sink areas and also
the channel network allows for prioritizing areas for sediment control measures at the …

Abstract Knowledge of geomorphic characteristics and sediment connectivity is critical in
understanding basin-scale surface processes that include steep mountainous and flat …

From an extensive search of papers related to the comparison of Global Digital Elevation
Models (hereinafter GDEMs), an analysis is carried out that aims to answer several …

This study evaluated the longitudinal influences of low-water crossing on the river system
and sedimentological connectivity in a Brazilian semiarid basin. The Lower Piancó River …