Understanding global ecological patterns and processes, from biogeochemical to
biogeographical, requires broad‐scale macrosystems context for comparing and contrasting …

Despite increasing interest in hydrological effects on riverine ecosystems, few studies have
documented the impact of hydrology on biofilm community functions, and those existing …

Land use change threatens the ecological integrity of tropical rivers and streams; however,
few studies have simultaneously analyzed the taxonomic and functional responses of …

Instream biogeochemical process measurements are often short-term and localized. Here
we use in situ sensors to quantify the net effects of biogeochemical processes on seasonal …

Coastal plain streams in the southeastern United States supply carbon that supports
important coastal ecosystems, but the effects of urbanization on carbon export from these …

In‐stream nutrient retention results from the interaction between hydrological and
biogeochemical processes involved in downstream transport. While hydrological processes …

Wastewater treatment plant (WWTP) effluents alter water chemistry and in-stream nutrient
uptake rates of receiving freshwaters, thus changing the magnitude and fate of the nutrients …

Large agricultural streams receive excessive inputs of nitrogen. However, quantifying the
role of these streams in nitrogen processing remains limited because continuous direct …

Stormwater nutrient pollution can be more effectively managed if there is a predictable link
between urbanization and pollutant export. The goal of this study was to determine the …

Heterotrophic organisms in streams use dissolved organic carbon (DOC) and dissolved
inorganic nitrogen (DIN) from the water column to meet their growth and energy …