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February 5, 2026Korean Journal of Plant Taxonomy0 citationsOpen Access

Taxonomic revision of Paris kwantungensis (Melanthiaceae) based on morphological and molecular evidence

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PFPucheng FANJWJing WangYJYuan JIANG

Key Points

  • This research aims to clarify the taxonomic status of Paris kwantungensis using both morphological and molecular data.
  • Collected samples from the original locality in Nujiang, Yunnan province, China.
  • Conducted molecular phylogenetic analyses, particularly focusing on internal transcribed spacer region sequences.
  • Performed detailed morphological observations to compare traits of Paris kwantungensis with related species.
  • Molecular analysis supported Paris kwantungensis as a distinct species sister to Paris polyphylla var. chinensis.
  • Morphological traits identified include longer petals than sepals, reflexed sepals, and a globose capsule with granules.
  • Provided a comprehensive species description distinguishing Paris kwantungensis from other species in the genus.

Abstract

Paris kwantungensis was proposed initially as a monophyletic entity by Miau in 1982, but its taxonomic status remained contentious. We recently collected and studied this taxon at its original locality in Nujiang, Yunnan province, China. A molecular phylogenetic analysis and morphological observations of P. kwantungensis and related species support its recognition as a distinct species. Phylogenetic evidence shows that P. kwantungensis is a sister to P. polyphylla var. chinensis. Morphologically, P. kwantungensis is distinguished by its petals being nearly twice as long as its sepals (as opposed to petals shorter than sepals), reflexed sepals, and a globose capsule with numerous surface granules. This study provides a comprehensive species description of P. kwantungensis and compares it with related species in the genus Paris. The combination of morphological traits and molecular analyses, particularly of the internal transcribed spacer region sequences, clearly establishes P. kwantungensis as a unique and independent species within the genus.

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Cite This Study

FAN et al. (2026) studied this question.

synapsesocial.com/papers/6984358ff1d9ada3c1fb4845https://doi.org/10.11110/kjpt.2026.56.1.25
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