osmose
by osmose-model
OSMOSE: Modelling Marine Exploited Ecosystems
AI summary
Fish model
A multispecies fish model that simulates marine ecosystems and fisheries
- stars
- 21
- forks
- 7
- watching
- 7
- awesome list
- 1
Similar projects
Found by comparing what the projects do, not just their names.
Fishery simulator
An agent-based model simulating fish populations and fisheries management in a complex system
Fish simulator
Tools and methods for simulating fish populations in support of fisheries management
models
Provides acoustic scattering models for fisheries and plankton research
Fish population simulator
An R package for simulating multi-species size-spectrum models of fish communities in response to fishing efforts
Ocean model
A global ocean-sea ice model code and configurations for research projects
Modeling software
A flexible modelling environment for coupled ocean biogeochemistry and physics
Fisheries simulator
A spatial fisheries and natural resource management software model
Fish simulator
A package providing models and functions for simulating population dynamics of anadromous fish in rivers with dams
Water column simulator
A one-dimensional water column model for marine and limnological applications
Ecosystem model
A comprehensive marine biogeochemical and ecosystem model that describes the cycling of key nutrients through pelagic and benthic ecosystems.
Robot models
A collection of 3D models used in robot simulation and physics
Crop simulator
A Python implementation of an agricultural model used to simulate crop water management and soil-crop-water interactions
Fisheries modeler
A software system for next-generation fisheries stock assessment and ecosystem modeling
Energy optimizer
A comprehensive systems optimization model generator for long-term energy planning
Aquarium simulator
A software system that generates data from sensors and Google Sheets spreadsheets to create interactive visualizations of an aquarium environment.
Featured in 1 awesome list
Each link jumps to the spot where the list mentions osmose.
