2007Botanical Journal of the Linnean SocietyRequires access

Chromosome counts in Asian Artemisia L. (Asteraceae) species: from diploids to the first report of the highest polyploid in the genus

Jaume Pellicer, Sonia Cesteros Garcia, Teresa Garnatje, Oriane Hidalgo, Aleksandr A. Korobkov, Shagdar Dariimaa, Joan Vallès

Open publisher page 47 citations

Abstract

This work comprises 24 reports of chromosome numbers in 24 Artemisia L. species from Asia. Ten are included in the subgenus Dracunculus Besser and the rest belong to other subgenera. Seven counts are new reports, 14 are consistent with scarce previous ones, and three contribute new ploidy levels. That carried out in A. medioxima reports the highest ploidy level ever counted for the genus (16x). There is only one species with x = 8 as the basic chromosome number. In the remaining x = 9‐based species, ploidy levels range from 2x to 16x, illustrating the great role played by polyploidy in the evolution of the genus.

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What this paper is about

This work comprises 24 reports of chromosome numbers in 24 Artemisia L. species from Asia. Ten are included in the subgenus Dracunculus Besser and the rest belong to other subgenera. Seven counts are new reports, 14 are consistent with scarce previous ones, and three contribute new ploidy levels. That carried out in A. medioxima reports the highest ploidy level ever counted for the genus (16x). There is only one species with x = 8 as the basic chromosome number. In the remaining x = 9‐based species, ploidy levels range from 2x to 16x, illustrating the great role played by polyploidy in the evolution of the genus.

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Available abstract

This work comprises 24 reports of chromosome numbers in 24 Artemisia L. species from Asia. Ten are included in the subgenus Dracunculus Besser and the rest belong to other subgenera. Seven counts are new reports, 14 are consistent with scarce previous ones, and three contribute new ploidy levels. That carried out in A. medioxima reports the highest ploidy level ever counted for the genus (16x). There is only one species with x = 8 as the basic chromosome number. In the remaining x = 9‐based species, ploidy levels range from 2x to 16x, illustrating the great role played by polyploidy in the evolution of the genus.

Key concepts: Subgenus, Biology, Polyploid, Ploidy, Genus, Asteraceae, Botany, Chromosome

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