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1 INTRODUCTION In this study, we introduce a novel modelling technique for individual-based simulations of continuous-space populations in which competition between individuals is mediated by abstractly simulated resources within the modelled area.
Abstract Continuous-space population models can yield significantly different results from their panmictic counterparts when assessing evolutionary, ecological, or population-genetic processes. However, the computational burden of spatial models is typically much greater than that of panmictic models due to the overhead of determining which individuals interact with one another and how strongly they interact.
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