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The DiMaS project investigates the genetic history and population dynamics of the shortfin mako shark using archived specimens. By analyzing genetic data, it aims to understand how environmental changes have affected this species and predict future responses to climate change.
Understanding species responses to environmental changes is vital for conservation of biodiversity.
In this respect, DNA from archived specimens represents an exclusive source of temporal genetic data.
Although sharks are keystone apex predators in marine systems, there is a complete absence of temporal genetic studies for any species.
DiMaS aims to investigate past and contemporary spatio-temporal patterns of effective population size (Ne), genetic diversity and population connectivity of short…
TECHNICAL UNIVERSITY OF DENMARK DTU
DANMARKS TEKNISKE UNIVERSITET
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