Software and Model Developments

Aim: Investigate the importance of food web configurations on accurately simulating tropical lake food web and ecosystems dynamics Tasks: 1.

Develop an R package that is user-friendly, facilitates model running, sensitivity analysis, calibration and output processing of aquatic ecosystem models (coupled hydrodynamic-water quality models), that is based on LakeEnsemblR (https://github.c

Develop an R package that is user-friendly, facilitates model running, sensitivity analysis, calibration and output processing all within the R environment, see https://github.com/aemon-j/LakeEnsemblR.

GLEON members have developed a mobile application for research scientists and citizen scientists to record lake and water quality observations.

Our aim is to set up a model equation library. In this library, equations on different (ecological/physical/chemical) processes will be collected with references.

Our aim is to set up a model equation library. In this library, equations on different (ecological/physical/chemical) processes will be collected with references.

Lake Analyzer is a set of tools developed by GLEON members that allows users to calculate common metrics for lake physical states, such as Lake Number, Schmidt stability and Wedderburn number. All source code (Matlab), as well executables, are freely available and open source.

Harmful cyanobacteria bloom science is currently in the global spot light due to recent large-scale toxic blooms.

This project aims at improving the representation of organic matter decay in lake models, in both the water column and the sediments.

We've observed the occurrence of metalimnetic oxygen minima (MOM) in different lakes and reservoirs. We are using GLM-AED to explore and compare possible causes of MOMs. Probable causes can be

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