Terrain is considered one of the most essential natural geographic features and is a key
factor in physical processes. Geomorphometry and terrain analyses have provided a wealth …

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 impacts of human activities on hydrological connectivity disturb the network topology of
transport paths, which has gradually evolved from natural terrain features to dual natural …

In agricultural lands, the way in which slope position affects the detachment of material and
the runoff generation is not clear. There are complex interactions between slope position …

Connectivity has become a key issue in the study of processes acting in hydro-geomorphic
systems and has strong implications on the understanding of their behaviour. Given the high …

In the past decade, sediment connectivity has become a widely recognized characteristic of
a geomorphic system. However, the quantification of functional connectivity (ie connectivity …

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

Connectivity is a key topic in investigations of hydrogeomorphic processes in catchments.
Mapping and determining quantitative values of hydrologic and sediment connectivity are …

The rate at which sediment enters the channel network in the landscape reflects lateral
sediment connectivity of the landscape and has significant implications on the hydrological …