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Sumac

Sumac or sumach —not to be confused with poison sumac—is any of the roughly 35 species of flowering plants in the genus Rhus of the cashew and mango tree family, Anacardiaceae. However, it is Rhus coriaria that is most commonly used for culinary purposes. Sumac is prized as a spice—especially in Arab cuisine, and other Eastern cuisines—and used as a dye and holistic remedy. The plants grow in subtropical and temperate regions, on nearly every continent except Antarctica and South America. It holds cultural significance as a symbolic item on the Haft-sin table during Nowruz, the Persian New Year.

Description
Sumacs are dioecious shrubs and small trees that can reach a height of . The leaves of its type species are pinnately compound, though some species have trifoliate or simple leaves. The flowers are in dense panicles or spikes long, each flower very small, greenish, creamy white or red, with five petals. The fruits are reddish, thin-fleshed drupes covered in varying levels of hairs at maturity and form dense clusters at branch tips, sometimes called sumac bobs. Sumacs propagate both by seed (spread by birds and other animals through their droppings), and by new shoots from rhizomes, forming large clonal colonies. ==Etymology==
Etymology
The word sumac traces its etymology from Old French sumac (13th century), from Mediaeval Latin sumach, from Arabic ', from Syriac ܣܘܡܩܐ ' meaning "red". ==Taxonomy==
Taxonomy
The generic name Rhus derives from Ancient Greek ῥοῦς rhous referring to the type species R. coriaria, of unknown etymology; the suggestion that it is connected with the verb ῥέω rheō "to flow" is now rejected by scholars. The taxonomy of Rhus has a long history, with de Candolle proposing a subgeneric classification with 5 sections in 1825. At its largest circumscription, Rhus, with over 250 species, has been the largest genus in the family Anacardiaceae. Other authors used subgenera and placed some species in separate genera, hence the use of Rhus sensu lato and Rhus sensu stricto (s.s.). One classification uses two subgenera, Rhus (about 10 spp.) and Lobadium (about 25 spp.), while at the same time Cotinus, Duckera, Malosma, Metopium, Searsia and Toxicodendron segregated to create Rhus s.s.. Other genera that have been segregated include Actinocheita and Baronia. As defined, Rhus s.s. appears monophyletic by molecular phylogeny research. However, the subgenera do not appear to be monophyletic. The larger subgenus, Lobadium, has been divided further into sections, Lobadium, Terebinthifolia, and Styphonia (two subsections). Accepted species by continent As of November 2024, Plants of the World Online accepts 54 species. Asia, North Africa and southern EuropeRhus amherstensisRhus chinensis Mill. – Chinese sumac • Rhus coriaria – Sicilian sumac, Tanner's sumac • Rhus dhunaRhus potaninii – Potanin's lacquer tree or Chinese varnish tree • Rhus punjabensisRhus taishanensisRhus tenianaRhus wilsonii Australia, PacificRhus caudataRhus lamprocarpaRhus lenticellosaRhus linguataRhus sandwicensis A.Grayneneleau or Hawaiian sumac (Hawaii) • Rhus taitensis Guill. (Northeast Australia, Malesia, Micronesia, French Polynesia) North AmericaRhus allophyloidesRhus andrieuxiiRhus aromatica – fragrant sumac • Rhus arseneiRhus × ashei (R. glabra × R. michauxii) • Rhus bahamensisRhus barclayiRhus chondrolomaRhus choriophyllaRhus ciliolataRhus copallinum – winged or shining sumac • Rhus duckeraeRhus galeottiiRhus glabra – smooth sumac • Rhus integrifolia – lemonade sumac • Rhus jaliscanaRhus kearneyi – Kearney sumac • Rhus lanceolata – prairie sumac • Rhus lentiiRhus michauxii – Michaux's sumac • Rhus microphylla – desert sumac, littleleaf sumac • Rhus muelleriRhus nelsoniiRhus oaxacanaRhus ovata – sugar sumac • Rhus pachyrrhachisRhus palmeriRhus × pulvinata (R. glabra × R. typhina) • Rhus rubifoliaRhus schiedeanaRhus schmidelioidesRhus standleyiRhus tamaulipanaRhus tepetateRhus terebinthifoliaRhus trilobata Nutt. – skunkbush sumac • Rhus typhina – staghorn sumac • Rhus vestitaRhus virens Lindh. ex A.Gray– evergreen sumac • †Rhus boothillensis Flynn, DeVore, & Pigg-Ypresian, Washington • †Rhus garwellii Flynn, DeVore, & Pigg-Ypresian, Washington • †Rhus malloryi Wolfe & WehrYpresian, Washington • †Rhus republicensis Flynn, DeVore, & Pigg-Ypresian, Washington • †Rhus rooseae Manchester – Middle Eocene, Oregon Formerly placed hereSearsia mysorensis (as Rhus mysorensis ) – Mysore sumac File:Sumac-Drupes.JPG|Drupes of a staghorn sumac in Coudersport, Pennsylvania File:Rhus typhina.JPG|A young branch of staghorn sumac File:Rhus copallinum.jpg|Winged sumac leaves and flowers File:Rhus sp hybrid SRIC SR 00-05-19.jpg|Rhus hybrid fossil – about 49.5 million years old, Early Ypresian, Klondike Mountain Formation, Washington ==Cultivation and uses==
Cultivation and uses
Species including the fragrant sumac (R. aromatica), the littleleaf sumac (R. microphylla), the smooth sumac (R. glabra), and the staghorn sumac (R. typhina) are grown for ornament, either as the wild types or as cultivars. In food The dried fruits of some species are ground to produce a tangy, crimson spice popular in many countries. Fruits are also used to make a traditional "pink lemonade" beverage by steeping them in water, straining to remove the hairs that may irritate the mouth or throat, sometimes adding sweeteners such as honey or sugar. Sumac's tart flavor comes from high amounts of malic acid. The fruits (drupes) of Rhus coriaria are ground into a reddish-purple powder used as a spice in many different cuisines to add a tart, lemony taste to salads or meat. In medieval Europe, primarily from the thirteenth to fifteenth centuries, sumac appeared in cookbooks frequently used by the affluent. One dish in particular called sumāqiyya, a stew made from sumac, was frequently rendered as "somacchia" by Europeans. In North America, the smooth sumac (R. glabra), three-leaf sumac (R. trilobata), and staghorn sumac (R. typhina) are sometimes used to make a beverage termed "sumac-ade", "Indian lemonade", or "rhus juice". This drink is made by soaking the drupes in cool water, rubbing them to extract the essence, straining the liquid through a cotton cloth, and sweetening it. Native Americans also use the leaves and drupes of these sumacs combined with tobacco in traditional smoking mixtures. Dye and tanning agent The leaves and bark of most sumac species contain high levels of tannins and have been used in the manufacturing of leather by many cultures around the world. The Hebrew name ''og ha-bursaka'im'' means "tanner's sumac", as does the Latin name of R. coriaria. The leaves of certain sumacs yield tannin (mostly pyrogallol-type), a substance used in vegetable tanning. Notable sources include the leaves of R. coriaria, Chinese gall on R. chinensis, and wood and roots of R. pentaphylla. Leather tanned with sumac is flexible, light in weight, and light in color. One type of leather made with sumac tannins is morocco leather. The dyeing property of sumac needed to be considered when it was shipped as a fine floury substance in sacks as a light cargo accompanying heavy cargoes such as marble. Sumac was especially dangerous to marble: "When sumac dust settles on white marble, the result is not immediately apparent, but if it once becomes wet, or even damp, it becomes a powerful purple dye, which penetrates the marble to an extraordinary depth." Ibn Badis describes a formula for making red ink out of leeched sumac mixed with gum. was used for only the outerwear of the Emperor of Japan, thus being one of the forbidden colors. Traditional medicinal use Sumac was used as a treatment for several different ailments in medieval medicine, primarily in West, Central and South Asian countries (where sumac was more readily available than in Europe). An 11th-century shipwreck off the coast of Rhodes, excavated by archeologists in the 1970s, contained commercial quantities of sumac drupes. These could have been intended for use as medicine, as a culinary spice, or as a dye. A clinical study showed that dietary sumac decreases the blood pressure in patients with hypertension and can be used as adjunctive treatment. Other uses Some beekeepers use dried sumac bobs as a source of fuel for their smokers. Sumac stems also have a soft pith in the center that is easily removed to make them useful in traditional Native American pipemaking. They were commonly used as pipe stems in the northern United States. Dried sumac wood fluoresces under long-wave ultraviolet radiation. ==Toxicity and control==
Toxicity and control
Some species formerly recognized in Rhus, such as poison ivy (Toxicodendron radicans, syn. Rhus toxicodendron), poison oak (Toxicodendron diversilobum, syn. Rhus diversiloba), and poison sumac (Toxicodendron vernix, syn. Rhus vernix), produce the allergen urushiol and can cause severe delayed hypersensitivity reactions. Poison sumac may be identified by its white drupes, which are quite different from the red drupes of true Rhus species. Mowing of sumac is not a good control measure, since the wood is springy, resulting in jagged, sharp-pointed stumps when mown. The plant will quickly recover with new growth after mowing. Goats have long been considered an efficient and quick removal method, as they eat the bark, which helps prevent new shoots. Sumac propagates by rhizome. Small shoots will be found growing near a more mature sumac tree via a shallow running root quite some distance from the primary tree. Thus, root pruning is a means of control without eliminating the plants altogether. == Explanatory notes ==
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