Matelea harlingii is a species of flowering plant in the dogbane family, [[Apocynaceae]]. It is a member of the genus [[Matelea]], which encompasses a diverse group of perennial herbs and vines primarily found in tropical and subtropical regions of the Americas.
Description As a species within the genus Matelea, Matelea harlingii shares general characteristics common to its genus, which typically include perennial herbaceous or vine-like growth habits. Members of Matelea often possess milky sap (latex) and have leaves that are arranged oppositely along the stem. The flowers of Matelea species are notable for their intricate structures, featuring a prominent [[corona]] and specialized pollen-carrying masses called [[pollinia]]. Specific detailed morphological descriptions for Matelea harlingii are primarily found in specialized botanical literature, such as its original species description.
Taxonomy Matelea harlingii was formally described by botanists [[Sigrid Liede-Schumann]] and [[Ulrich Meve]] in 2001. The specific epithet "harlingii" honors [[Gunnar Harling]] (1920–1998), a distinguished Swedish botanist renowned for his extensive botanical expeditions and significant contributions to the understanding of the flora of [[Ecuador]].
Distribution and Habitat This species is known to be [[endemic]] to [[Ecuador]], meaning its natural range is restricted solely to this South American country. Information regarding its specific habitat preferences, such as elevation, soil type, or associated plant communities, is typically limited to detailed botanical studies. As with many endemic and recently described species, its precise distribution within Ecuador may be narrow or localized.
Conservation Status Given its endemic status and potentially restricted range within Ecuador, Matelea harlingii is likely a rare species. However, a formal conservation status assessment, such as one from the [[IUCN Red List of Threatened Species]], may not be publicly available or has not yet been conducted. Continued botanical research and monitoring are crucial for understanding its population status and potential conservation needs.