This is the supplementary material for the submission of "Heterogenous and continuous resource distribution promote diversity in territorial behavior." to the journal "Ecological modelling". In this dataset, one can find the simulation code used to determine the evolutionary stability of 4 territorial strategies: cautious, common-sense, paradoxical, and daring. Strategies varied in their space utilization after losing or winning a conflict. Simulations.r contains the code for running the simulation and generating the data files presented in data/paper II. However, for the simulation to run, it needs acessory functions which are coded in Library/simulation library.r. Figures.r is the code used to generate the figures 1-7 in the paper. Analys...
National audienceThis paper presents a simulation tool adapted to water resources management on a te...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...
The R code file is commented and can be used to simulate data, illustrated in figures in the publica...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
The data and the codes associated with the paper titled "Emergence of evolutionary stable communitie...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
<p>This repository contains all the code used to produce figures in the paper:</p><p>Falster, D.S., ...
This dataset contains data generated by individual-based simulations described in the paper 'Populat...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
The purpose of this upload is to archive the code and simulated data used for the submitted paper "S...
Code required to run individual-based simulations for the paper "Dispersal alters the nature and sco...
Current military simulations focus on high resolution, conventional warfare models based on well-est...
This is the code used for the simulation model described in the Currie et al. (2021) article "The Cu...
This is c++ code which was used to produce the simulation data presented in Figure 2
National audienceThis paper presents a simulation tool adapted to water resources management on a te...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...
The R code file is commented and can be used to simulate data, illustrated in figures in the publica...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
The data and the codes associated with the paper titled "Emergence of evolutionary stable communitie...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
<p>This repository contains all the code used to produce figures in the paper:</p><p>Falster, D.S., ...
This dataset contains data generated by individual-based simulations described in the paper 'Populat...
This repository contains C++ code, simulated datasets, an R-script for data analysis and a Mathemati...
The purpose of this upload is to archive the code and simulated data used for the submitted paper "S...
Code required to run individual-based simulations for the paper "Dispersal alters the nature and sco...
Current military simulations focus on high resolution, conventional warfare models based on well-est...
This is the code used for the simulation model described in the Currie et al. (2021) article "The Cu...
This is c++ code which was used to produce the simulation data presented in Figure 2
National audienceThis paper presents a simulation tool adapted to water resources management on a te...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...
Includes "raw" datafiles based on simulations used to estimate effective population size of monoecio...