Neighbor-Net derived from AFLP binary matrices of 156 individuals representing <i>Jacobaea erucifolia</i> (both subspecies) and <i>J. vulgaris</i> (out-group).

Neighbor-Net derived from AFLP binary matrices of 156 individuals representing <i>Jacobaea erucifolia</i> (both subspecies) and <i>J. vulgaris</i> (out-group).

<p>Neighbor-Net derived from AFLP binary matrices of 156 individuals representing <i>Jacobaea erucifolia</i> (both subspecies) and <i>J. vulgaris</i> (out-group).</p>

Збережено в:

Бібліографічні деталі
Автор:	Barbara Gawrońska (8173719) (author)
Інші автори:	Małgorzata Marszałek (22298150) (author), Piotr Kosiński (8173728) (author), Joanna Zeyland (22298153) (author), Leszek Bednorz (22298156) (author)
Опубліковано:	2025
Предмети:	Genetics Evolutionary Biology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified ribosomal dna sequences rflp ), cpdna forms remains unclear div >< p resolving taxonomic ambiguities accurate taxonomic classification single genetic group sequence data showed effective conservation strategies diagnostic genetic markers initial morphological classification >: genetic differentiation jacobaea erucifolia </ polish populations formed morphological data erucifolia </ taxonomic status polish populations integrating genetic genetic divergence genetic analyses conservation planning tenuifolia </ morphological differences erucifolia .</ subspecies differentiation two groups study underscores study aimed results revealed reference populations recent advances primarily threatened population dynamics phenotypic plasticity observed differences molecular tools level divergence lack thereof invasive species hybridization patterns high level help clarify habitat loss four populations findings suggest evolutionary history endangered species ecological preferences differences among
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