New Life History Simulation Modeling Platform

In summary, the moderator announces that the HexSim life history simulation modeling platform is now available for download after over 10 years of development. This free platform is ideal for building models of animal and plant population viability, interactions, and responses to disturbance. HexSim is spatially-explicit and individual-based, with the ability to assign dynamic life history traits. It also includes a genetics sub-model, making it a comprehensive eco-evo simulator. The links for the model and a recent manuscript are provided, and it is noted that HexSim was developed at the US Environmental Protection Agency.
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JonMoulton
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mod: approved

HexSim Life History Simulation Modeling Platform - free to download. Landscape ecology, anyone?

After >10 years of development, the HexSim life history simulator is ready for use by students and researchers.HexSim is a free, versatile, multi-species, life history simulator ideal for building models of animal and plant population viability, interactions, and responses to disturbance. HexSim models are spatially-explicit and individual-based, and HexSim individuals can be assigned dynamic life history traits. HexSim also includes a full genetics sub-model, making it a true eco-evo simulator.

Links:

HexSim Model: www.hexsim.net Recent Manuscript: http://rdcu.be/EbTf
HexSim was written at the US Environmental Protection Agency.
 
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Thank you for the information! This sounds like a great tool for landscape ecology research. I'm looking forward to downloading and trying it out!
 

1. What is a "New Life History Simulation Modeling Platform"?

A "New Life History Simulation Modeling Platform" is a computer program that simulates the life history of organisms and their interactions with the environment. It allows scientists to model and study the effects of various factors on the life history of species.

2. How does the "New Life History Simulation Modeling Platform" work?

The "New Life History Simulation Modeling Platform" works by using mathematical algorithms and data inputs to simulate the life history of organisms. It takes into account factors such as reproduction, survival, and environmental conditions to create a realistic simulation.

3. What are the benefits of using a "New Life History Simulation Modeling Platform"?

One of the main benefits of using a "New Life History Simulation Modeling Platform" is that it allows scientists to study and understand complex ecological processes in a controlled and repeatable manner. It also allows for the testing of various scenarios and predictions, which can help inform real-world conservation and management efforts.

4. Can the "New Life History Simulation Modeling Platform" be used for all species?

No, the "New Life History Simulation Modeling Platform" is typically designed and tailored for specific species or groups of species. Each species has unique life history traits and environmental interactions that need to be accounted for in the simulation model.

5. How accurate are the results from the "New Life History Simulation Modeling Platform"?

The accuracy of the results from the "New Life History Simulation Modeling Platform" depends on the quality and completeness of the data inputs and the assumptions made in the model. While it cannot perfectly predict real-life outcomes, it can provide valuable insights and help guide future research and conservation efforts.

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