Although climate change is an important factor affecting inland fishes globally, a
comprehensive review of how climate change has impacted and will continue to impact …

Effective environmental management needs models that reliably predict quantitative
ecological changes as a function of restoration effort (eg cost) and meet expectations of …

Comparisons of flow time series between preimpact and postimpact periods have been
widely used to determine hydrological alterations caused by reservoir operation. However …

To identify past successes and future opportunities for improved fisheries management in
Wisconsin, we synthesized size-structure information on 19 gamefish species from 1944 to …

The ecological efficacy of river restoration projects may change over time, resulting in the
loss of their ecological function for targeted species. The goal of this study was to evaluate …

Ongoing global changes are causing major ecological shifts worldwide. Biological trends
need to be assessed over long periods of time to better understand past and current …

A river is an ecosystem where fish fauna represents an important structural element. To re-
establish connectivity, it is imperative to allow movement between functional habitats. Due to …

Worldwide, riverine fish are the target of environmental water because populations have
declined in lotic river habitats following river regulation. Murray cod is an endangered …

Projects that restore river flows can be considered as in situ experiments and should be
used to test predictions of the effects of flow changes on fish populations and communities …

Tracking river ecosystem responses to river flow restoration is a necessary and important
step for adaptive management of environmental flow. In this study, we used a unique …