Variation of PT, P(T|tros) , P(T|edu) , P(tros|T) , P(edu|E) as functions of Ptros in the White Sea ( WS ), brackish Barents Sea ( BL ) and saline Barents Sea ( BH ).

Points–empirical estimates, their size is proportional to sample size (see S1 Table ). Lines–regression model predictions, grey filling– 95% confidence intervals of regressions. (A) Proportions of T-morphotypes ( PT ) (Model 1). (B). Proportions of T-morphotypes among M . trossulus ( P(T|tros) , fil...

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Bibliographic Details
Main Authors: Vadim Khaitov (2589874), Julia Marchenko (11177903), Marina Katolikova (2589880), Risto Väinölä (2589886), Sarah E. Kingston (3608393), David B. Carlon (11177906), Michael Gantsevich (2589877), Petr Strelkov (2589883)
Format: Still Image
Language:unknown
Published: 2021
Subjects:
Evolutionary Biology
Ecology
Inorganic Chemistry
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
morphotype
trossulu
White Sea
semi-diagnostic conchological character
Arctic Barents Sea
species identification
mussels Mytilus edulis L
Baltic Sea
unstudied contact zones
Arctic
Barents Sea
Online Access:https://doi.org/10.1371/journal.pone.0249587.g003
Description
Summary:Points–empirical estimates, their size is proportional to sample size (see S1 Table ). Lines–regression model predictions, grey filling– 95% confidence intervals of regressions. (A) Proportions of T-morphotypes ( PT ) (Model 1). (B). Proportions of T-morphotypes among M . trossulus ( P(T|tros) , filled points) and M . edulis ( P(T|edu) , empty points) (Model 2). (C) Frequencies of M . trossulus among T-morphotypes ( P(tros|T) , filled points) and of M . edulis among E-morphotypes ( P(edu|E) , empty points) (Model 4). Vertical lines on B and C connect subsamples of M . trossulus and M . edulis from the same samples.

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