This tool generates a huge amount of data representing all the events, the mental states and actions of every agent saved for every time step of every run. This thorough tracking system allows for a deep statistical analysis of the whole system using several dedicated tools that we have conceived to extract, to measure and to correlate parameters that could be useful to understand the underlying and emerging properties of such a complex system.
This level of detail is the highest advantage of this approach compared to real data gathering which is highly limited by the large spatial and temporal scale involved in ecological questions. All the results we have already obtained demonstrate high potential for our approach to handle complex ecological questions, showing evolutionary and ecological phenomena and patterns conform to real observations and giving the possibility to investigate many hypothesis in a reasonable amount of time.
This simulation is now the framework for the study of numerous specific ecological questions in collaboration with biologists. For example, this approach will be used to study complex ecological and evolutionary processes such as the species abundance distribution, patterns and rates of speciation, the evolution of sexual and asexual populations, the interaction and diffusion of an invasive species into an existing ecosystem, etc.
