How environmental heterogeneity and complexity affect the emergence and persistence of biodiversity in in-silico simulations. Masters Thesis.

Name: How environmental heterogeneity and complexity affect the emergence and persistence of biodiversity in in-silico simulations. Masters Thesis.
Creator: Nicholas Armeni
Published: 2023-08-07T13:30:38.051Z
Keywords: Evolutionary Biology, In Silico Biology

Armeni, Nicholas

doi:10.17632/ygsg25mpb8.1

How environmental heterogeneity and complexity affect the emergence and persistence of biodiversity in in-silico simulations. Masters Thesis.

Published: 7 August 2023| Version 1 | DOI: 10.17632/ygsg25mpb8.1

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Nicholas Armeni

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Data from Avida experiments performed during Masters Thesis done at the University of Helsinki.

How environmental heterogeneity and complexity affect the emergence and persistence of biodiversity in in-silico simulations. Masters Thesis.

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