Around the world, there is an increasing desire, supported by national and regional policies
and legislation, to conserve or restore the ecological health and functioning of rivers and …

Habitat models serve three main purposes: First, to predict species occurrences on the basis
of abiotic and biotic variables, second to improve the understanding of species‐habitat …

Stream invertebrate communities are the product of multiple-scale habitat filters, and a major
goal in community ecology is to determine which scales most influence the relationships …

In order to evaluate the ecological influence of hydraulic projects, aquatic habitat suitability
modeling was proposed. Compared with other environmental flow methods, this method, for …

Climate change is expected to alter the occurrence of extreme climatic events, including
major floods. Future shifts in the frequency and intensity of extreme floods will vary by region …

This study presents the relationship between the dam hydrology and phytoplankton
proliferations in a regulated river system in East Asia. A long-term ecological study reveals …

A growing literature deals with bedrock channels, erosion processes within them, and their
role in landscape evolution. Formal definitions currently in use classify channels as bedrock …

Variation in river hydraulic geometry throughout stream networks is central to the problems
of catchment management because of its influence on flow and sediment routing, physical …

Freshwater resources are under increasing threat from anthropogenic activities, both in
terms of consumptive and non-consumptive use (Poff et al. 2010; Richter et al. 2011). The …

There is an increasing demand for tools to assist in the management of environmental flows
in rivers. Changes in river discharge act on biota through a hydraulic template, which is …