Search

Background: This paper represents the ethnomedicinal information regarding the traditional use of wild medicinal plants in the Sindh Forest Division and its utilization to cure different ailments by fringe people which has not been fully documented. The objective of the study was to explore and document the traditional knowledge of wild plant species used by forest fringe communities of the Sindh Forest Division of Union Territory Jammu and Kashmir, India. Method: The ethnomedicinal data was collected from 111 household respondents including traditional Hakims selected by multi-stage random sampling method from the study area. With the help of a well-structured pre-tested interview schedule, data on the local (Kashmiri) names of the wild medicinal plants, their therapeutic uses, plant parts used, method of preparation and mode of administration to patients were obtained. Results: A total of 82 medicinal plant species belonging to 76 genera and 52 families were used by fringe communities to treat various ailments. Among all the medicinal plants, Artemisia absinthium shows the highest Relative Frequency of Citation value (0.89) whereas Dioscorea deltoidea possess the lowest Relative Frequency of Citation value of 0.03. Conclusion: The forest fringe communities possess abundant information on the wild medicinal plants and their specific properties for curing different diseases. This ethnomedicinal survey on the diversity and traditional knowledge of medicinal plants can provide new insights towards the discovery and development of new drugs.

Clonal trial of 100 CPT’s of Salix alba was laid out in common garden experiment at Faculty of Forestry nursery, SKUAST-K. Wide variation was recorded for all the CPT’s of Salix alba with respect to various morphometric (growth, biomass and leaf) characters. Maximum values of growth, biomass and leaf characters were registered by CPT-26, CPT-53, CPT-56, CPT-75, CPT-37 and CPT-45. Genetic parameters estimated for the clonal material revealed fair differences between PCV and GCV. High heritability was registered by all the characters with maximum (0.982) for shoot height which was followed by high to moderate genetic gain indicating additive gene action. Correlation coefficient analysis revealed strong and positive association between most of the growth, biomass and leaf traits with maximum genotypic (0.874) and phenotypic (0.849) correlation between collar diameter and volume index.