Fish require a sufficient amount of dissolved oxygen in the water to breathe and maintain
their metabolic functions. Insufficient levels of dissolved oxygen can lead to stress, illness …

We present a simulator designed to help scientists who are not experts in computing, such
as biologists, to build up, run, and update their models in the field of fish population …

Modeling and simulating exploited ecosystems is a complex process that most often
requires to manipulate a complex model. Indeed, experts have to use heterogeneous …

To effectively manage complex human-environment fisheries systems, it is necessary to
understand the psychology of fisher agents. While bio-economic models typically provide …

Coastal lagoons ecosystems are very complex to model and its global behaviour it's hard to
simulate. This complexity is even greater if the simulation model includes the intelligent …

Nowadays, multiagent systems are very often used to run environmental simulations.
Thanks to the fact than multiagents focus more on interactions rather than on the system in …

Understanding fishermen decision-making proccess, plays a key role in predicting the
impacts of the fishing activity in the marine ecosystems. Simulating fishing activity using …

Agent-based modeling and simulation is a powerful technique in simulating and exploring
phenomena that includes a large set of active components represented by agents. The …

Disease in fish populations is a dynamic phenomenon; oscillations in occurrence and
impact are dependent on the interactions among fish (host), pathogen, and environment …

The recent advent of agent-based modeling (ABM) and the availability of software platforms
for its implementation offer a powerful alternative to model the spatio-temporal behaviors of …