Headwater streams can be important sources of carbon dioxide (CO 2 ) and methane (CH 4
) to the atmosphere. However, the influence of groundwater–stream connectivity on the …

Riparian zones play a fundamental role in regulating the amount of carbon (C) and nitrogen
(N) that is exported from catchments. However, C and N removal via soil gaseous pathways …

Drought is a global phenomenon, with widespread implications for freshwater ecosystems.
While droughts receive much attention at lower latitudes, their effects on northern river …

Conferences are ideal platforms for studying gender gaps in science because they are important
cultural events that reflect barriers to women in academia. Here, we explored women’s …

Monitoring nutrient concentrations at fine‐scale temporal resolution contributes to a better
understanding of nutrient cycling in stream ecosystems. However, the mechanisms underlying …

Anthropogenic activities have more than doubled the amount of reactive nitrogen circulating
on Earth, creating excess nutrients across the terrestrial-aquatic gradient. These excess …

Large variability in dissolved organic carbon (DOC) uptake rates has been reported for
headwater streams, but the causes of this variability are still not well understood. Here we …

Research in limnology is nurtured by the work of many fascinating and passionate women,
who have contributed enormously to our understanding of inland waters. Female limnologists …

Headwater streams are recipients of water sources draining through terrestrial ecosystems.
At the same time, stream biota can transform and retain nutrients dissolved in stream water. …

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 …