This is the code from the manuscript "Promoting extinction or minimizing growth? The impact of treatment on trait trajectories in evolving populations" by Raatz &Traulsen. It is used to create the simulation data deposited in `https://doi.org/10.5281/zenodo.6656847` See also the readme
This is c++ code which was used to produce the simulation data presented in Figure 2
Code and data used in the manuscript: "A general theory for the dynamics of social populations: With...
Code and data used in the manuscript: "A flexible theory for the dynamics of social populations: Wit...
Code and data for publication: "Deriving population scaling rules from individual-level metabolism a...
Since the rediscovery of Mendelian genetics over a century ago, there has been much debate about the...
The different codes used to obtain the results presented in the manuscript "Attracting pollinators v...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
The data and the codes associated with the paper titled "Emergence of evolutionary stable communitie...
This file contains the individual-based simulation code written in C++ for the article "Population r...
This file contains the individual-based simulation code written in C++ for the article "Population r...
This is c++ code which was used to produce the simulation data presented in Figure 2
Code and data used in the manuscript: "A general theory for the dynamics of social populations: With...
Code and data used in the manuscript: "A flexible theory for the dynamics of social populations: Wit...
Code and data for publication: "Deriving population scaling rules from individual-level metabolism a...
Since the rediscovery of Mendelian genetics over a century ago, there has been much debate about the...
The different codes used to obtain the results presented in the manuscript "Attracting pollinators v...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
Source code associated with the draft "Beyond mean fitness: demographic stochasticity and resilience...
The data and the codes associated with the paper titled "Emergence of evolutionary stable communitie...
This file contains the individual-based simulation code written in C++ for the article "Population r...
This file contains the individual-based simulation code written in C++ for the article "Population r...
This is c++ code which was used to produce the simulation data presented in Figure 2
Code and data used in the manuscript: "A general theory for the dynamics of social populations: With...
Code and data used in the manuscript: "A flexible theory for the dynamics of social populations: Wit...
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