Control of lacustrine phytoplankton biomass by phosphorus is one of the oldest and most
stable paradigms in modern limnology. Even so, evidence from bioassays conducted by …

The presence, abundance, composition, and growth of periphyton are controlled or
influenced by 5 broad classes of environmental variation: disturbances, stressors, resources …

Flowing waters receive substantial nutrient inputs, including both nitrogen (N) and
phosphorus (P), in many parts of the world. Eutrophication science for rivers and streams …

Microbes play numerous roles in stream ecosystems. They carry out key processes in
stream nutrient cycles and are responsible for a large part of organic matter breakdown …

N2 fixation is a major component of the global N cycle and has been extensively studied in
open‐ocean and terrestrial ecosystems. Yet rates and ecological dynamics remain virtually …

Surface-groundwater interactions in intermittent rivers and ephemeral streams (IRES),
waterways which do not flow year-round, are spatially and temporally dynamic because of …

Nutrient dynamics in streams has been an important topic of research since the 1960s. Here
we review this topic and the significant role played by J-NABS in its development. We limit …

Cyanobacteria are widespread in freshwater benthic environments, which include wetlands,
lake littoral zones, streams and rivers. This chapter outlines the major constraints on …

A weight-of-evidence approach was used to examine how nutrient availability influences
stream benthic algal community structure and to validate nutrient-response thresholds in …

Variation in resource supply can cause variation in temperature dependences of metabolic
processes (eg, photosynthesis and respiration). Understanding such divergence is …