Indices of connectivity are critical means for moving from qualitative to (semi-) quantitative
evaluations of material (eg, water, sediment and nutrients) transfer across the building …

The rivers of the world are undergoing accelerated change in the Anthropocene, and need
to be managed at much broader spatial and temporal scales than before. Fluvial remote …

Connectivity describes the efficiency of material transfer between geomorphic system
components such as hillslopes and rivers or longitudinal segments within a river network …

A major challenge for geomorphologists is to scale up small‐magnitude processes to
produce landscape form, yet existing approaches have been found to be severely limited …

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 …

In the last decade, a range of new remote-sensing techniques has led to a dramatic increase
in terrain information, providing new opportunities for a better understanding of Earth surface …

Flash floods and debris flows develop at space and time scales that conventional
observation systems for rainfall, streamflow and sediment discharge are not able to monitor …

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 …

Connectivity describes the degree to which matter and organisms can move among spatially
defined units in a natural system. River connectivity is typically described in longitudinal …

There is a growing call for ecosystem services models that are both simple and scientifically
credible, in order to serve public and private sector decision-making processes. Sediment …