River health is sustained by time‐based variation in their flows, and the maintenance of
natural flow regime is essential for keeping the rivers healthy. However, the dynamism in …

Alterations to the natural flow regime affect the structure and function of rivers and wetlands
and contribute to loss of biodiversity worldwide. Although the effects of flow regulation have …

Quantifying the contributions of carbon sources that support food webs in large rivers is an
important and growing field of ecological research with implications for future management …

Food-chain length is an important character of ecological communities that affects many of
their functional aspects. Recently, an increasing number of studies have tested the effects of …

Longitudinal and lateral connectivity is important for mobile aquatic species in rivers for
reproductive migrations, recruitment, gene flow and access to food resources across habitat …

Arctic landscapes are characterised by their numerous ponds and lakes. With increased
climate warming and consequent changes in hydrological connectivity, the ecology of many …

Hydrological connections between river channels and their adjacent floodplains facilitate the
flux of organisms and nutrients and access to increased habitat and new resources …

Abstract Knowledge of trophic structure is important to understand sources and pathways of
energy resources in community ecology and to identify determinants of ecosystem changes …

Using natural abundances of stable carbon (δ 13 C) and nitrogen (δ 15 N) isotopes, we
quantified spatial and temporal patterns of carbon flow through the main channel food web …

Floodplain lakes are highly productive and biodiverse ecosystems whose food webs
depend on a variety of autochthonous and allochthonous resources. Thus far, the role of …