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| Commiphora myrrha | |
|---|---|
| Name | Myrrh |
| Genus | Commiphora |
| Species | myrrha |
| Authority | (Nees) Engl. |
Commiphora myrrha is a xerophytic shrub-tree in the Burseraceae known for producing aromatic resin historically prized as incense and medicine. It has been cited in antiquity across sources associated with trade routes, religious rites, and natural history, and remains important in perfumery, ethnobotany, and pharmacognosy. Modern interest spans botanical taxonomy, phytochemistry, and conservation amid land-use change and overharvesting.
The species was described within the genus Commiphora and formalized by botanists following principles used by Carl Linnaeus-era systematists and later revised by Adolph Engler. Its placement in the family Burseraceae links it to other resin-producing taxa recognized by floristic works such as those from Kew Gardens and the Royal Botanic Gardens, Kew databases. Nomenclatural treatments appear in compendia by institutions like the International Plant Names Index and regional floras used by researchers at the Missouri Botanical Garden and herbarium collections at the New York Botanical Garden.
Commiphora myrrha is a thorny, often multi-stemmed shrub or small tree described in botanical monographs and field guides produced by the Royal Botanic Garden Edinburgh and the Smithsonian Institution. Leaves are pinnate as detailed in morphological keys used by botanists affiliated with the American Society of Plant Taxonomists. The bark exudes a reddish-brown resin when wounded, a trait noted in historical natural histories by writers influenced by the work of Pliny the Elder and later catalogued in databases curated by Natural History Museum, London.
The species occurs in arid and semi-arid regions mapped in floristic surveys coordinated with organizations such as the Food and Agriculture Organization and the CITES plant lists. Populations are reported from parts of the Horn of Africa and the Arabian Peninsula, areas studied by scholars at universities including the University of Nairobi and the American University of Beirut. Habitat descriptions appear in conservation assessments prepared with input from the IUCN and regional botanical societies, and the species is associated with dry scrublands and rocky slopes documented in field reports from institutions like the Royal Society and the World Wide Fund for Nature.
The resin contains a complex mixture of sesquiterpenes, monoterpenes, and sterols analyzed in laboratories at institutions including Massachusetts Institute of Technology research groups and the Max Planck Society collaborators. Phytochemical studies published in journals produced by societies such as the American Chemical Society and the Royal Society of Chemistry report constituents like furanoeudesma-1,3-diene and commiphoric acids; these analyses use methods developed in analytical chemistry departments at the University of Cambridge and the California Institute of Technology. Bioactivity screening projects funded by bodies such as the National Institutes of Health and coordinated with the World Health Organization have examined antimicrobial and anti-inflammatory properties.
Myrrh resin features prominently in texts of religious and historical importance cited by scholars at the University of Oxford and the Hebrew University of Jerusalem, and in ethnobotanical fieldwork led by researchers affiliated with the Smithsonian Tropical Research Institute and the Royal Botanic Gardens, Kew. Traditional applications recorded by anthropologists from the American Anthropological Association include use as incense in rites comparable to those described in studies of the Temple in Jerusalem and as an ingredient in embalming practices examined by Egyptologists at the British Museum. Folk medicine uses, documented in surveys conducted by the World Health Organization and national ministries of health, include topical and oral preparations for wound care and oral hygiene.
Cultivation protocols are described in agricultural extension materials modeled on programs by the Food and Agriculture Organization and trial plots managed by universities such as Cairo University and the University of Khartoum. Sustainable tapping techniques and resin grading schemes are promoted by non-governmental organizations like WWF and development projects financed by entities including the World Bank. Harvesting practices appear in field manuals produced by regional botanical projects at institutions like the International Union for Conservation of Nature and training curricula used by local cooperatives.
Conservation status assessments reference criteria of the IUCN Red List and are informed by land-use studies conducted by research centers at the University of Oxford and the National Geographic Society. Threats include habitat loss from agricultural expansion studied by the United Nations Environment Programme and overexploitation discussed in policy reports by the Convention on Biological Diversity. Restoration and in situ conservation measures are underway in programs supported by organizations such as the Royal Botanic Gardens, Kew and community projects coordinated with the United Nations Development Programme.