Taxonomic significance of anatomical and micro‐morphological characteristics of Silene takesimensis Uyeki & Sakata

Abstract

This study used the foliar epidermal anatomical characteristics through microscopic techniques to compare the foliar anatomy of Silene takesimensis Uyeki & Sakata (Caryophyllaceae). The species is endemic to South Korea. This study examined the foliar epidermal anatomical traits. The leaf morphological traits of the species are essential to distinguish the species from other taxa. The comparative systemic significance of the character species was examined. The epidermal cell shape, the epidermal cell wall, and the number of lobes per cell were among the distinctive foliar anatomical characteristics. The variations in quantitative characteristics were significant. The systematics of the genus Silene were supported by various microscopic methods. The foliar epidermal anatomical characteristics of the endemic species S. takesimensis have significant taxonomic characteristics to differentiate the species.Research Highlights Silene takesimensis, a member of the Caryophyllaceae family, has been studied in‐depth. Valuable insights and knowledge were obtained about the unique characteristics and behaviors of Silene takesimensis using SEM.

Macromorphological and foliar epidermal anatomical characteristics of Lilium rosthornii (Liliaceae): Implications for morphological adaptations and taxonomic significance

“…The taxonomic identification of different plant species is significantly influenced by the foliar epidermal morphology, which offers vital insights into their systematics and evolutionary connections (Guo et al, 2022;Zaman et al, 2024;Zaman & Park, 2023). The taxonomic relevance of foliar epidermal architecture is attributed to the presence of key characteristics such as epidermal cells, stomata, and trichomes on the leaf surface (Bahadur et al, 2022;Nwafor & Nwosu, 2019).…”

From macro to micro: A close‐up look atHydrangea luteovenosaandHydrangea serrata

“…This study examined the complex interplay between structure and function in these plants using SEM techniques to determine the foliar epidermal anatomical characteristics of H. luteovenosa and H. serrata . This will help advance the preservation of these plants and their use in practical applications (Ahmad et al, 2023; Usma et al, 2022; Zaman et al, 2023; Zaman & Park, 2023). A better understanding of their morphological diversity, adaptations, and ecological roles, according to the findings of this study, will make it easier to preserve and use these species.…”