In the context of aquatic biogeochemical modelling, there is an increasing pressure to
explicitly treat multiple biogeochemical cycles and to increase the functional diversity of …

As a consequence of industrialization, urbanization, and population growth in the past
decades, high nutrient concentrations from point and non-point sources in aquatic systems …

The fate of biologically available nitrogen (N) and carbon (C) in stream ecosystems is
controlled by the coupling of physical transport and biogeochemical reaction kinetics …

Thermal regime is strongly associated with hydrodynamics in water, and it plays an
important role in the dynamics of water quality and ecosystem succession of stratified …

Damming creates biogeochemical hotspots along rivers that modify the riverine flow of
nutrients, including nitrogen (N). Here, we quantify the impact of dams on global riverine N …

Lake Rotorua is a large (area 79km2), shallow (mean depth 10.8 m), polymictic lake in
central North Island, New Zealand. The lake is eutrophic, with a mean external aerial load of …

We quantify the role of zooplankton in nutrient cycles in Lake Kinneret, Israel, using field
data and a numerical model. A coupled ecological and hydrodynamic model (Dynamic …

The need for scientifically based management of lakes, as key water resources, requires the
establishment of quantitative relationships between in-lake processes responsible for water …

The concentration of oxygen is fundamental to lake water quality and ecosystem functioning
through its control over habitat availability for organisms, redox reactions, and recycling of …

A strategy for global sensitivity analysis of a multi-parameter ecological model was
developed and used for the hydrodynamic-ecological model (DYRESM–CAEDYM, DYnamic …