Ferula groessingii (Apiaceae), a new synonym of Ferula licentiana var. tunshanica

A comprehensive evaluation of the diagnostic characters employed in distinguishing <i>Ferulagroessingii</i> from F.licentianavar.tunshanica has led to the conclusion that the two taxa are indeed conspecific. As a result, <i>F.groessingii</i> is hereby recognized as a new synonym of F.licentianavar.tunshanica. This reclassification is supported by a comprehensive comparison of taxonomic features, morphological evidence, and distribution data. The study confirms that key morphological traits including plant height, a hairy coat of stems and leaves, number of inflorescences, and fruit vittae, are critical for the identification of this species complex.

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Publication Details

Journal
PhytoKeys
Published
2025-03-18
DOI
https://doi.org/10.3897/phytokeys.254.145845
Primary Topic
Plant chemical constituents analysis
Type
article
Field-Weighted Citation Impact
0.00

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article

Ferula groessingii (Apiaceae), a new synonym of Ferula licentiana var. tunshanica

Lei Yang, Wenjun Li
PhytoKeys
Plant chemical constituents analysis
article

Ferula groessingii (Apiaceae), a new synonym of Ferula licentiana var. tunshanica

Lei Yang, Wenjun Li
article en

Abstract

A comprehensive evaluation of the diagnostic characters employed in distinguishing <i>Ferulagroessingii</i> from F.licentianavar.tunshanica has led to the conclusion that the two taxa are indeed conspecific. As a result, <i>F.groessingii</i> is hereby recognized as a new synonym of F.licentianavar.tunshanica. This reclassification is supported by a comprehensive comparison of taxonomic features, morphological evidence, and distribution data. The study confirms that key morphological traits including plant height, a hairy coat of stems and leaves, number of inflorescences, and fruit vittae, are critical for the identification of this species complex.

PhytoKeysVol. 254
Chinese Academy of Sciences (CN), University of Chinese Academy of Sciences (CN)
Chinese Academy of Sciences
Life in Land
Openalex Percentile: Top 96%
Plant chemical constituents analysis
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