Research: Difference between revisions
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The following list of selected publications features articles that explicitely refer to the ''EvoLudo'' simulator (previously known as ''VirtualLabs'') or present results based on the simulation framework of the ''EvoLudo'' simulator. For a complete list of publications please visit my [http://www.math.ubc.ca/~hauert homepage]. | The following list of selected publications features articles that explicitely refer to the ''EvoLudo'' simulator (previously known as ''VirtualLabs'') or present results based on the simulation framework of the ''EvoLudo'' simulator. For a complete list of publications please visit my [http://www.math.ubc.ca/~hauert homepage]. | ||
==2021== | |||
===[[Spatial social dilemmas with continuous traits|Spatial social dilemmas promote diversity]]=== | |||
[[Image:Cover PNAS 2021.118.jpg|left|border|120px|link= Spatial social dilemmas with continuous traits]] | |||
with Michael Doebeli, ''Proc. Natl. Acad. Sci. USA'' '''118''', e2105252118 [https://doi.org/10.1073/pnas.2105252118 doi: 10.1073/pnas.2105252118]. | |||
'''Summary:''' | |||
Evolutionary branching and diversification in interactions with continuous behavioural traits is important for understanding the emergence of distinct, discrete, and coexisting strategies. In social dilemmas, this suggests an evolutionary pathway for the origin of cooperators and defectors. Here we study evolutionary diversification in structured pop- ulations and identify mechanisms driving spontaneous and persistent diversification. Through analytical and numerical techniques, we demonstrate that spatial structure admits new modes of diversification that complement classical evolution- ary branching. In particular, when selection is strong, diversification tends to occur more readily than in unstructured populations. | |||
==2012== | ==2012== | ||
