Roxane Maranger

TL;DR: NiRReLa (Nitrogen Retention in Reservoirs and Lakes) as mentioned in this paper ) is a global model of nitrogen removal from watersheds, which incorporates small lakes and reservoirs and allows for separate treatment and analysis of reservoirs and natural lakes.

TL;DR: The virusto-bacteria ratio was significantly higher in freshwater than marine environments, and there were significantly more bacteria per unit chlorophyll in the authors' freshwater samples, suggesting that this difference is related to the increased dependence of freshwater bacteria on allochthonous material relative to marine systems, as well as the increased relative importance of photosynthetic cyanobacteria in lakes.

TL;DR: Seasonal variation of the effects of artificial aeration and three different macrophyte species on N processing (removal rates, transformations and export) using experimental CW mesocosms is studied to suggest that the fraction attributed to denitrification losses could be underestimated in this study.

TL;DR: In this article, the authors proposed that the HB-HAB link is a function of the inefficiency of incorporation of N fertilizers in the food supply chain, the leakiness of the N cycle from crop to table, and the fate of lost N relative to P to the environment.

TL;DR: In this paper, a mass balance estimate of gross primary production (GPP) of 52.5 ± 12.5 g C m � 2 calculated using the drawdown of nitrate and dissolved inorganic C, and a seasonal f-ratio of 0.64.