The reliance of aquaculture production on the ambient environment suggests its
vulnerability to climate change. Global warming has led to the increase in water …

In the Western United States, volcanic spring-fed rivers are anticipated to become
increasingly more important for salmonids and other native fishes, as these rivers will retain …

Stream temperature science and management is rapidly shifting from single-metric driven
approaches to multi-metric, thermal regime characterizations of streamscapes. Given …

It is expected that climate change will cause more frequent extreme events of heavy
precipitation and drought, changing hydrological conditions in riverine ecosystems, such as …

Macrophytes are important organisms in running water systems, having a decisive role in
ecological processes and interactions. Their temporal and spatial distribution in streams can …

Agricultural activities can involve the use of plant protection products (PPPs) and the use of
such chemicals can occur near surface waters bodies, thus creating a potential for adverse …

Submerged macrophytes have complex effects on spatiotemporal characteristics of river
ecosystems, including trout habitat. We investigated the impact of submerged macrophyte …

Thermal properties of streams and rivers, due to significant impact on biota and other
physico-chemical water properties, were broadly recognized in hydrological literature last …

Introduced aquatic macrophytes can dominate small agricultural waterways in summer and
autumn becoming a significant management problem. Excessive growth can clog …

Although submerged macrophyte (hereafter,“macrophyte”) communities are globally
prevalent in low-gradient rivers, the net reach-scale effect of macrophytes on drift-feeding …