HexSim: a modeling environment for ecology and conservation

Authored by Nathan H Schumaker, Allen Brookes

Date Published: 2018

DOI: 10.1007/s10980-017-0605-9

Sponsors: No sponsors listed

Platforms: C++ C#

Model Documentation: Other Narrative Flow charts

Model Code URLs: Model code not found

Abstract

Simulation models are increasingly used in both theoretical and applied studies to explore system responses to natural and anthropogenic forcing functions, develop defensible predictions of future conditions, challenge simplifying assumptions that facilitated past research, and to train students in scientific concepts and technology. Researcher's increased use of simulation models has created a demand for new platforms that balance performance, utility, and flexibility. We describe HexSim, a powerful new spatially-explicit, individual-based modeling framework that will have applications spanning diverse landscape settings, species, stressors, and disciplines (e.g. ecology, conservation, genetics, epidemiology). We begin with a model overview and follow-up with a discussion of key formative studies that influenced HexSim's development. We then describe specific model applications of relevance to readers of Landscape Ecology. Our goal is to introduce readers to this new modeling platform, and to provide examples characterizing its novelty and utility. With this publication, we conclude a > 10 year development effort, and assert that our HexSim model is mature, robust, extremely well tested, and ready for adoption by the research community. The HexSim model, documentation, worked examples, and other materials can be freely obtained from the website http://www.hexsim.net

Tags

Individual-based model Dynamics Landscape selection Population persistence Spatially explicit Simulation model mechanistic model Habitats Forecasting Climate-change Drivers Resistance Population viability analysis Sinks Hexsim Spatially-explicit model