Exploring threatened traditional knowledge; ethnomedicinal studies of rare endemic flora from Lesser Himalayan region of Pakistan

ABSTRACT Himalayas are one among the world biodiversity hotspots harboring many endemic medicinal plants. Despite augmentation in the documentation of ethnopharmacological knowledge of medicinal plant species, information regarding endemic species is still underway. Current paper highlights the traditional medicinal uses of rare endemic and unexplored group of plants having potential for novel chemical constituents with effective pharmacological activities. In total, 142 informants (91 male and 51 female) including seventeen traditional healers were interviewed using semi-structured questionnaire, personal observations and group discussions. Interviews were taken in field or otherwise photographs were shown for identification. Females were interviewed indirectly through male family members. For data analysis, quantitative analytical approach was adopted using ethnopharmacological indices as Relative frequency of citations and Fidelity Level. In total, 38 endemic plant species belonging to nineteen families were utilized by the local inhabitants. Highest number of endemics was belonging to Ranunculaceae (7), followed by Gentianaceae and Rosaceae (4 each) with respect to number of species. Highest number of endemics was used in fever, wound healing, throat infection and tonic (4 species each). Root was the most widely used part (36.17%) in cure of diseases and the leading mode administered was decoction (25.49%). Highest use reports and RFC values were recorded for Pimpinella stewartii (58 citations, 0.41 RFC), Caltha alba var. alba (52 citations, 0.37 RFC). Endemic plant species considerably contribute toward ethnomedicinal knowledge and despite rarity, the communities prefer their utilization. Conservation of endemics is necessary for future availability to the local communities.

Investigating the West Eurasian ancestry of Pakistani Hazaras

The Hazaras are a distinct ethnic group from central Afghanistan and northwestern Pakistan of Mongoloid descent. Here, we sought to dissect the genetic admixture history of the Pakistani Hazaras and investigated their likely affiliation to ancient and extant West Eurasian populations. Our results indicated that the likely proportion of West Eurasian ancestry was low in the Hazaras and could be attributed putatively to a combination of Steppe populations from Early/Middle Bronze Age or Middle/Late Bronze Age and the Neolithic Iranians. Our results expand upon the current understanding and provide an improved resolution into the population history of the Pakistani Hazaras.