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Anthemissect.Hiorthia (Asteraceae) on Kriti Island, Greece: high ploidy levels and a new species.


ABSTRACT: A morphological and karyological investigation of the Anthemissect.Hiorthia representatives of Kriti (Greece) revealed that three different species are found on the island, all endemic, and each characterised by a different ploidy level based on the haploid series of x = 9. Anthemisabrotanifolia, the species with the widest distribution, is tetraploid with 2n = 4x = 36. A.samariensis, a local endemic of the Lefka Ori, was found being decaploid, with 2n = 10x = 90, the highest number ever recorded in Anthemis. The recently discovered population on Mt. Kedros (south-central Kriti) is morphologically distinct from all the Anthemis entities growing on Kriti; it also differs from the variable and widespread A.cretica group. It is here described as a new species, A.pasiphaes Goula & Constantinidis. It is a hexaploid, with 2n = 6x = 54. All chromosome numbers are reported for the first time. Polyploidy might have acted as a reproductive barrier among these perennial species, complementing isolation by spatial distance and evolutionary divergence. Further, it might have contributed adaptation advantages to these three predominately mountain species.

SUBMITTER: Goula K 

PROVIDER: S-EPMC10359916 | biostudies-literature | 2023

REPOSITORIES: biostudies-literature

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Anthemissect.Hiorthia (Asteraceae) on Kriti Island, Greece: high ploidy levels and a new species.

Goula Katerina K   Constantinidis Theophanis T  

PhytoKeys 20230713


A morphological and karyological investigation of the Anthemissect.Hiorthia representatives of Kriti (Greece) revealed that three different species are found on the island, all endemic, and each characterised by a different ploidy level based on the haploid series of <i>x</i> = 9. <i>Anthemisabrotanifolia</i>, the species with the widest distribution, is tetraploid with 2<i>n</i> = 4<i>x</i> = 36. <i>A.samariensis</i>, a local endemic of the Lefka Ori, was found being decaploid, with 2<i>n</i> =  ...[more]

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