Source: Wikipedia, the free encyclopedia.

Botanical illustration
Scientific classification edit
Kingdom: Plantae
Clade: Tracheophytes
Clade: Angiosperms
Clade: Monocots
Clade: Commelinids
Order: Poales
Family: Poaceae
Subfamily: Pooideae
Genus: Hordeum
H. vulgare
Binomial name
Hordeum vulgare
    • Frumentum hordeum E.H.L.Krause nom. illeg.
    • Frumentum sativum E.H.L.Krause
    • Hordeum aestivum R.E.Regel nom. inval.
    • Hordeum americanum R.E.Regel nom. inval.
    • Hordeum bifarium Roth
    • Hordeum brachyatherum R.E.Regel nom. inval.
    • Hordeum caspicum R.E.Regel nom. inval.
    • Hordeum coeleste (L.) P.Beauv.
    • Hordeum daghestanicum R.E.Regel nom. inval.
    • Hordeum defectoides R.E.Regel nom. inval.
    • Hordeum durum R.E.Regel nom. inval.
    • Hordeum elongatum R.E.Regel nom. inval.
    • Hordeum gymnodistichum Duthie
    • Hordeum heterostychon P.Beauv. [Spelling variant]
    • Hordeum hexastichon L.
    • Hordeum hibernaculum R.E.Regel nom. inval.
    • Hordeum hibernans R.E.Regel nom. inval.
    • Hordeum himalayense Schult.
    • Hordeum hirtiusculum R.E.Regel nom. inval.
    • Hordeum horsfordianum R.E.Regel nom. inval.
    • Hordeum ircutianum R.E.Regel nom. inval.
    • Hordeum jarenskianum R.E.Regel nom. inval.
    • Hordeum juliae R.E.Regel nom. inval.
    • Hordeum kalugense R.E.Regel nom. inval.
    • Hordeum karzinianum R.E.Regel nom. inval.
    • Hordeum kiarchanum R.E.Regel nom. inval.
    • Hordeum laevipaleatum R.E.Regel nom. inval.
    • Hordeum lapponicum R.E.Regel nom. inval.
    • Hordeum leptostachys Griff.
    • Hordeum macrolepis A.Braun
    • Hordeum mandshuricum R.E.Regel nom. inval.
    • Hordeum mandshuroides R.E.Regel nom. inval.
    • Hordeum michalkowii R.E.Regel nom. inval.
    • Hordeum nekludowii R.E.Regel nom. inval.
    • Hordeum nigrum Willd.
    • Hordeum pamiricum Vavilov nom. inval.
    • Hordeum parvum R.E.Regel nom. inval.
    • Hordeum pensanum R.E.Regel nom. inval.
    • Hordeum polystichon Haller
    • Hordeum praecox R.E.Regel nom. inval.
    • Hordeum pyramidatum R.E.Regel nom. inval.
    • Hordeum revelatum (Körn.) A.Schulz
    • Hordeum sativum Jess. nom. illeg.
    • Hordeum sativum Pers. nom. inval.
    • Hordeum scabriusculum R.E.Regel nom. inval.
    • Hordeum septentrionale R.E.Regel nom. inval.
    • Hordeum stassewitschii R.E.Regel nom. inval.
    • Hordeum strobelense Chiov.
    • Hordeum taganrocense R.E.Regel nom. inval.
    • Hordeum tanaiticum R.E.Regel nom. inval.
    • Hordeum tetrastichum Stokes
    • Hordeum transcaucasicum R.E.Regel nom. inval.
    • Hordeum violaceum R.E.Regel nom. inval.
    • Hordeum walpersii R.E.Regel nom. inval.
    • Secale orientale Schreb. ex Roth nom. inval.

Barley (Hordeum vulgare), a member of the

distilled beverages, and as a component of various foods. It is used in soups and stews, and in barley bread of various cultures. Barley grains are commonly made into malt
in a traditional and ancient method of preparation.

In 2017, barley was ranked fourth among grains in quantity produced (149 million tonnes or 330 billion pounds) behind maize, rice and wheat.[5]


Hordeum vulgare MHNT.BOT.2015.2.39.jpg
Seeds with and without the outer husk
With and without the outer husk

The Old English word for barley was bere, which traces back to Proto-Indo-European and is cognate to the Latin word farina "flour" (see corresponding entries).

The direct ancestor of modern English barley in Old English was the derived adjective bærlic, meaning "of barley".[6] The first citation of the form bærlic in the Oxford English Dictionary dates to around 966 CE, in the compound word bærlic-croft.[7] The underived word bære survives in the north of Scotland as bere, and refers to a specific strain of six-row barley grown there.[8]

The word barn, which originally meant "barley-house", is also rooted in these words.[6]

The Latin word hordeum (see), used as barley's scientific genus name, is derived from an Indo-European root meaning "bristly" after the long prickly awns of the ear of grain.


Barley (Hordeum vulgare) - United States National Arboretum - 24 May 2009.jpg

Barley is a member of the

diploid species with 14 chromosomes. The wild ancestor of domesticated barley, Hordeum vulgare subsp. spontaneum, is abundant in grasslands and woodlands throughout the Fertile Crescent area of Western Asia and northeast Africa, and is abundant in disturbed habitats, roadsides, and orchards. Outside this region, the wild barley is less common and is usually found in disturbed habitats.[3] However, in a study of genome-wide diversity markers, Tibet was found to be an additional center of domestication of cultivated barley.[9]


homozygous for the mutant allele.[3]

Domestication in barley is followed by the change of key phenotypic traits at the genetic level. Little is known about the genetic variation among domesticated and wild genes in the chromosomal regions.[12]

Two-row and six-row barley

Spikelets are arranged in triplets which alternate along the rachis. In wild barley (and other Old World species of Hordeum), only the central spikelet is fertile, while the other two are reduced. This condition is retained in certain cultivars known as two-row barleys. A pair of mutations (one dominant, the other recessive) result in fertile lateral spikelets to produce six-row barleys.[3] Recent genetic studies have revealed that a mutation in one gene, vrs1, is responsible for the transition from two-row to six-row barley.[13]

Two-row barley, sometimes considered a separate species,

German beers.[citation needed

Amylase-rich six-row barley is common in some American lager-style beers, especially when adjuncts such as corn and rice are used.[citation needed]

Hulless barley

Hulless or "naked" barley (Hordeum vulgare L. var. nudum Hook. f.) is a form of domesticated barley with an easier-to-remove hull. Naked barley is an ancient food crop, but a new industry has developed around uses of selected hulless barley to increase the digestible energy of the grain, especially for swine and poultry.[15] Hulless barley has been investigated for several potential new applications as whole grain, and for its value-added products. These include bran and flour for multiple food applications.[16]

  • Non-hulless grains


  • Hulless grains




In traditional classifications of barley, these morphological differences have led to different forms of barley being classified as different species. Under these classifications, two-row barley with shattering spikes (wild barley) is classified as Hordeum spontaneum (K. Koch). Two-row barley with nonshattering spikes is classified as H. distichon (L.), six-row barley with nonshattering spikes as H. vulgare L. (or H. hexastichum L.), and six-row with shattering spikes as H. agriocrithon Åberg.[citation needed]

Because these differences were driven by single-gene mutations, coupled with cytological and molecular evidence, most recent classifications treat these forms as a single species, H. vulgare L.[3]


  • DON: Acronym for deoxynivalenol, a toxic byproduct of
    Fusarium head blight, also known as vomitoxin
  • Heading date: A parameter in barley cultivation[17]
  • Lodging: The bending over of the stems near ground level
  • Nutans: A designation for a variety with a lax ear, as opposed to 'erectum' (with an erect ear)
  • QCC: A pathotype of stem rust (Puccinia graminis f. sp. tritici)
  • Rachilla: The part of a spikelet that bears the florets, the length of the rachilla hairs is a characteristic of barley varieties
Canterbury Agricultural College
  • 'Compana', an American variety, was developed from a composite cross by the Idaho and Montana Agricultural Experiment Stations in cooperation with the USDA's Plant Science Research Division. It was released by Montana in 1941. 'Compana' is a two-row variety with moderately weak straw, midshort with midseason maturity. The kernels are long and wide with yellow aleurone. This variety is resistant to loose smut and moderately resistant to covered smut.
  • 'Conlon', a two-row barley, was released by NDSU in 1996. Test weight and yield are better than 'Bowman'. Yield is equal to 'Stark'. 'Conlon' heads earlier than 'Bowman' and shows good heat tolerance by kernel plumpness. It is resistant to powdery mildew and net blotch, but is moderately susceptible to spot blotch. It is prone to lodging under high-yield growing conditions. It appears best adapted to western North Dakota and adjacent western states.
  • 'Diamant', a Czech high-yield, is a short-height, mutant variety created with X-rays.
  • 'Dickson', a six-row, rough-awned variety, was released by NDSU in 1965. It had good straw strength and was resistant to stem rust, but susceptible to loose smut. 'Dickson' had more resistance to prevalent leaf spot diseases than 'Trophy', 'Larker', and 'Traill'. It was similar to 'Trophy' in heading date, plant height, and straw strength. It had less plumpness than 'Trophy' and 'Larker', but more than 'Traill' and 'Kindred'.
  • 'Drummond', a six-row malting variety, was released by NDSU in 2000. It has white aleurone, long rachilla hairs and semismooth awns. 'Drummond' has better straw strength than current six-row varieties. Heading date is similar to Robust and plant height is similar to Stander. It is resistant to spot blotch and moderately susceptible to net blotch. However, its net blotch resistance is better than any current variety. Fusarium head blight reaction is similar to that of 'Robust'. It is resistant to prevalent races of wheat stem rust, but is susceptible to pathotype Pgt-QCC. 'Drummond' is on the American Malting Barley Association's list of recommended varieties. In two years of plant-scale evaluation, 'Drummond' was found satisfactory by Anheuser-Busch, Inc. and Miller Brewing.
  • 'Excel', a six-row, white-aleurone malting barley, was released by Minnesota in 1990. Shorter in height than other six-row barleys grown at that time, it is high-yielding with medium-early maturity, moderately strong straw, smooth awns, and long rachilla hairs. It has high resistance to stem rust and moderate resistance to spot blotch, but is susceptible to loose smut. Malting traits are equal or greater than 'Morex' with plum kernel percentage lower than 'Robust'.
  • 'Foster', a six-row, white-aleurone malting barley, was released by NDSU in 1995. About one day earlier and slightly shorter than 'Robust', it is higher-yielding than 'Morex', 'Robust', and 'Hazen'. Straw strength is similar to 'Excel' and 'Stander', but better than 'Robust'. It is moderately susceptible to net blotch, but resistant to spot blotch. Protein is 1.5% lower than 'Robust' and 'Morex'.
  • 'Glenn', a six-row, white-aleurone variety, was released by NDSU in 1978. 'Glenn' was resistant to prevalent races of loose and covered smut with better resistance to leaf spot diseases than 'Larker'. It matured about two days earlier than 'Larker' and yielded about 10% more than 'Larker' and 'Beacon'.
  • 'Golden Promise', a British two-row semi-dwarf, is a salt-tolerant, mutant variety created with gamma radiation used to make beer and whisky.[19][20]
  • 'Hazen', a six-row, smooth-awn, white-aleurone feed barley, was released by NDSU in 1984. 'Hazen' heads two days later than 'Glenn'. It is susceptible to loose smut.
  • Highland barley is a crop cultivated on the Tibetan Plateau.
  • 'Kindred' was released in 1941 and developed from a selection made by S.T. Lykken, a Kindred, North Dakota farmer. It was a six-row, rough-awned, medium-early Manchurian-type malting variety that gave good yields. 'Kindred' had stem rust resistance, but was moderately susceptible to spot blotch and Septoria. It was less susceptible to blight and root rot than 'Wisconsin 38'. It was medium-height with weak straw.
  • 'Kindred L' is a reselection made to eliminate blue Manchurian types.
  • 'Larker', a six-rowed, semi-smooth-awn malting barley, was first released in 1961. It was medium-maturity with moderate straw strength and medium height. 'Larker' was rust-resistant, but susceptible to leaf diseases and loose smut. It was superior to all other malt varieties for kernel plumpness at the time of release.
  • 'Logan', released by NDSU in 1995, is classed as a nonmalting barley. It is a white-aleurone, two-row barley similar to 'Bowman' in heading date and plant height and similar to 'Morex' for
    foliar diseases
    . It has better yield, test weight, and lodging score, and lower protein, than 'Bowman' and 'Morex'.
  • 'Lux' is a Danish variety.[21]
  • 'Manchurian', a blue-aleurone malting variety, was released by NDSU in 1922. It had weak to moderate-stiff straw and was susceptible to stem rust. It was developed from false stripe virus-free stock.
  • 'Manscheuri', also designated 'Accession No. 871', is a six-row barley that may have been first released by NDSU before 1904. It outyielded most of the common types being grown in North Dakota at the time. It had stiffer straw than varieties at the time and a longer head filled with large, plump kernels.
  • 'Mansury', also designated 'Accession No. 172', is a two-row barley first released by NDSU about 1905.
  • 'Maris Otter' is an English two-row winter variety commonly used in the production of malt for traditional British beers or as a 'maltier' two-row substitute in any style. It remains popular for craft beer and among homebrewers.[22]
  • 'Morex', a six-row, white-aleurone, smooth-awn malting variety, was released by Minnesota in 1978. 'Morex', which stands for "more extract", is highly resistant to stem rust, moderate to spot blotch, and susceptible to loose smut.
  • 'Nordal', a spring nutans variety from
    Carlsberg Sweden, was released in 1971.[23][24]
  • 'Nordic', a six-row, colorless-aleurone feed barley, was released in 1971. It had rough awns and short rachilla hairs. Yield was similar to 'Dickson', but greater than 'Larker'. Kernel plumpness and test weight was superior to 'Dickson', but less than 'Larker'. Lodging, spot, and net blotch resistance was similar to 'Dickson', but it had higher resistance to Septoria leaf blotch. It showed less leaf rust symptoms compared to other varieties at the time.
  • 'Optic', Britain's most widely grown spring malting cultivar during the mid-2000s.[25]
  • 'Pallas'
  • 'Park', a six-row, white-aleurone, malting barley, was released in 1978. 'Park' had better resistance to leaf spot diseases, spot blotch, net blotch, and Septoria leaf blotch than 'Larker'.
  • 'Plumage Archer' is an English malt variety.
  • 'Pearl'
  • 'Pinnacle', a variety released by the North Dakota Agricultural Experiment Station in 2006, has high yield, low protein, long rachilla hairs, smooth awns, white aleurone, medium-late maturity, medium height, and strong straw strength.
  • 'Proctor' is a parent cultivar of 'Maris Otter'.
  • 'Pioneer' is a parent cultivar of 'Maris Otter'.
  • 'Rawson', a variety developed by the NDSU Barley Breeding Program, was released by the North Dakota Agricultural Experiment Station in 2005. 'Rawson's' general characteristics were very large kernels, loose hull, long rachilla hairs, rough awns, white aleurone, medium maturity, medium height, and medium straw strength.

  • 'Robust', a six-row, white-aleurone malting variety, was released by Minnesota in 1983. Maturity is two days later than 'Morex'.
  • 'Sioux', a selection from Tregal released by NDSU, was a six-row, medium-early variety with white aleurone, rough awns, and long rachilla hairs. It was high-yielding with plump kernels. Its disease reaction was similar to 'Tregal'.
  • 'Stark', a two-row nonmalting barley released by NDSU in 1991, has stiff straw and large kernels, and appears best adapted to western North Dakota and adjacent western states. 'Stark' is about one day later and two inches shorter than 'Bowman', with equal or better test weight. 'Stark' yields about 10% better than 'Bowman'. It is moderately resistant to net and spot blotch, but is susceptible to loose smut, leaf rust and the QCC race of wheat stem rust.
  • 'Steptoe', a white-kerneled, rough-awned feed variety, was released by Washington State University in 1973. 'Steptoe' is widely adapted and has been one of the highest yielding and most popular six-rowed feed varieties in the inland Pacific northwest for many years.
  • 'Tradition', a variety with excellent agronomic performance and malt quality, is well-adapted to Minnesota, North Dakota, Idaho, and Montana. 'Tradition' has medium relative maturity, medium-short height, and very strong straw. It has a nodding head type, semismooth awns, long rachilla hairs. and white aleurone.
  • 'Traill', a medium-early, rough-awn, white-aleurone malting variety, was released by NDSU in 1956. It was resistant to stem rust and had the same reaction to spot blotch and Septoria as 'Kindred'. 'Traill' had greater yield and straw strength than 'Kindred', but had smaller kernel size.
  • 'Tregal', a high-yield, smooth-awn, six-row feed barley, was released by NDSU in 1943. It was medium-early with short, stiff straw, erect head, and high resistance to loose smut. 'Tregal' was similar to 'Kindred' for reaction to spot blotch with similar tolerance to Septoria.
  • 'Trophy', a six-row, rough-awn malting variety with colorless aleurone, was released by NDSU in 1964. Similar to 'Traill' and 'Kindred' in plant height, heading date, and test weight, it had a higher percentage of plump kernels. Its yield in North Dakota was greater than 'Kindred' and similar to 'Traill'. Similar to 'Kindred' and 'Traill', it was resistant to stem rust, but susceptible to loose smut and Septoria leaf blotch. It had some field resistance to net blotch. It had greater straw strength than 'Kindred'. 'Trophy' had greater enzymatic activity and quality than 'Traill'.
  • 'Windich' is a Western Australian grain cultivar named after Tommy Windich (circa 1840–1876).
  • 'Yagan' is a Western Australian grain cultivar named after Yagan (circa 1795–1833).[26]


H. vulgare contains the phenolics

8,5'-diferulic acid, the flavonoids catechin-7-O-glucoside,[27] saponarin,[28] catechin, procyanidin B3, procyanidin C2, and prodelphinidin B3, and the alkaloid hordenine

Barley is often assessed by its



Genetic analysis on the spread of barley from 9,000 to 2,000 BCE[30]

Barley was one of the

Epipaleolithic at Ohalo II at the southern end of the Sea of Galilee, where grinding stones with traces of starch were found. The remains were dated to about 23,000 BCE.[3][33] The earliest evidence for the domestication of barley, in the form of cultivars that cannot reproduce without human assistance, comes from Mesopotamia, specifically the Jarmo region of modern-day Iraq, around 9,000-7,000 BCE.[34][35][36][30]

Spread of cultivated barley: genetic analysis

One of the world's most important crops, barley was domesticated in the Near East around 11,000 years ago (circa 9,000 BCE).[30] Barley is a highly resilient crop, able to be grown in varied and marginal environments, such as in regions of high altitude and latitude.[30] Archaeobotanical evidence shows that barley had spread throughout Eurasia by 2,000 BCE.[30] To further elucidate the routes by which barley cultivation was spread through Eurasia, genetic analysis was used to determine genetic diversity and population structure in extant barley taxa.[30] Genetic analysis shows that cultivated barley spread through Eurasia via several different routes, which were most likely separated in both time and space.[30]


An account of barley rations issued monthly to adults (30 or 40 pints) and children (20 pints) written in cuneiform on clay tablet, written in year 4 of King Urukagina (circa 2350 BCE), from Girsu, Iraq, British Museum
, London

Some scholars suppose domesticated barley (Hordeum vulgare) originally spread from

Mumun Pottery Period (circa 1500–850 BCE) along with other crops such as millet, wheat, and legumes.[39]

Barley (known as Yava in both

post-Neolithic Bronze Age Harappan civilization 5700–3300 years before present.[41]

In the Pulitzer Prize-winning book Guns, Germs, and Steel, Jared Diamond proposed that the availability of barley, along with other domesticable crops and animals, in southwestern Eurasia significantly contributed to the broad historical patterns that human history has followed over approximately the last 13,000 years; i.e., why Eurasian civilizations, as a whole, have survived and conquered others.[42] Jared Diamond's proposition was criticized, however, for underemphasizing individual and cultural choice and autonomy.[43]

Barley beer was probably one of the first alcoholic drinks developed by Neolithic humans.

Five Books of Moses (see e.g. 5:15 in the Numbers). It continued to have a religious importance into the Middle Ages in Europe, and saw barley's use in justice, via alphitomancy and the corsned

Barley in
Egyptian hieroglyphs
jt barley determinative/ideogram
jt (common) spelling
šma determinative/ideogram

Rations of barley for workers appear in

Natural History (xviii.72). This produces malt
that soon ferments and becomes slightly alcoholic.

Pliny also noted barley was a special food of gladiators known as hordearii, "barley-eaters". However, by Roman times, he added that wheat had replaced barley as a staple.[48]

Tibetan barley has been a staple food in Tibetan cuisine since the fifth century CE. This grain, along with a cool climate that permitted storage, produced a civilization that was able to raise great armies.[49] It is made into a flour product called tsampa that is still a staple in Tibet.[50] The flour is roasted and mixed with butter and butter tea to form a stiff dough that is eaten in small balls.

In medieval Europe, bread made from barley and rye was peasant food, while wheat products were consumed by the upper classes.

Potatoes largely replaced barley in Eastern Europe in the 19th century.[51]


The genome of barley was sequenced in 2012,[52] due to the efforts of the International Barley Genome Sequencing Consortium and the UK Barley Sequencing Consortium.

The genome is composed of seven pairs[29] of nuclear chromosomes (recommended designations: 1H, 2H, 3H, 4H, 5H, 6H and 7H), and one mitochondrial and one chloroplast chromosome, with a total of 5000 Mbp.[53]

Abundant biological information is already freely available in several barley databases.[54]

The wild barley (H. vulgare ssp. spontaneum) found currently in the Fertile Crescent might not be the progenitor of the barley cultivated in Eritrea and Ethiopia, indicating that separate domestication may have occurred in eastern Africa.[55]

Being the final end product of food/feed barley and malting barley, both total yield by weight and

malting quality are probably influenced by most genes, respectively.[29]

For durable

foliar diseases have corresponding resistance gene regions on all chromosomes of barley.[29]


Barley has been crossed with wheat with mixed results that have yet to prove commercially viable. The resulting hybrids have further been crossed with rye, but with even more limited results.[56]


Top Barley producers
in 2020
Numbers in million

In 2020, world production of barley was 157 million tonnes, led by Russia producing 13% of the world total. Spain, Germany, Canada, and France were major producers.[5]


Harvesting in Gaziantep
, Turkey

Barley is a widely adaptable crop. It is currently popular in temperate areas where it is grown as a summer crop and tropical areas where it is sown as a

winter crop. Its germination time is one to three days. Barley grows under cool conditions, but is not particularly winter hardy.[citation needed

Barley is more tolerant of soil salinity than wheat, which might explain the increase of barley cultivation in Mesopotamia from the second millennium BCE onwards. Barley is not as cold tolerant as the winter wheats (Triticum aestivum), fall rye (Secale cereale) or winter triticaleTriticosecale Wittm. ex A. Camus.), but may be sown as a winter crop in warmer areas of Australia and Great Britain.[citation needed]

Barley has a short growing season and is also relatively drought tolerant.[48]

Plant diseases

Stem rust (Puccinia graminis f. sp. tritici, Pgt) affects barley as well as wheat and rye.[57] Stem rust has been absent from Europe for decades, but was detected on wheat and barley in a few areas of Sweden again in 2017.[57] Since then (through at least 2022) it has been detected in the same areas every year.[57] Races on this crop in Sweden now include LFCNC, LFMNC, MFCNC, MFMPC, QKHLC, QKRLC, and TTQKF.[57] Russia now has NFMSF.[57]

Barley is known or likely to be susceptible to barley mild mosaic bymovirus,[58][59] as well as bacterial blight. Barley yellow dwarf virus, vectored by the rice root aphid, can also cause serious crop injury.[60] It can be susceptible to many diseases, but plant breeders have been working hard to incorporate resistance. The devastation caused by any one disease will depend upon the susceptibility of the variety being grown and the environmental conditions during disease development. Serious diseases of barley include powdery mildew caused by Blumeria graminis f.sp. hordei, leaf scald caused by Rhynchosporium secalis, barley rust caused by Puccinia hordei, crown rust caused by P. coronata, and various diseases caused by Cochliobolus sativus. Barley is also susceptible to head blight.[citation needed]

Barley is a

physiochemical barriers.[61] Silencing CYP96B22 turns barley in a host of blast.[61]


Cooked barley
Barley grains 3.jpg
Nutritional value per 100 g (3.5 oz)
Energy515 kJ (123 kcal)
28.2 g
Sugars0.3 g
Dietary fiber3.8 g
0.4 g
2.3 g
Niacin (B3)
2.063 mg
Pantothenic acid (B5)
0.135 mg
Vitamin B6
0.115 mg
Folate (B9)
16 μg
Vitamin B12
0 μg
13.4 mg
Vitamin C
0 mg
Vitamin D
0 IU
Vitamin E
0.01 mg
Vitamin K
0.8 μg
0.105 mg
1.3 mg
22 mg
0.259 mg
54 mg
93 mg
3 mg
0.82 mg
Other constituentsQuantity
Water68.8 g
Cholesterol0 mg

Percentages are roughly approximated using US recommendations for adults.


Various grains.jpg

Cooked barley is 69% water, 28%

dietary minerals, including iron (10% DV) and manganese
(12% DV) (table).


Hulled barley (or covered barley) is eaten after removing the inedible, fibrous, outer hull. Once removed, it is called dehulled barley (or pot barley or scotch barley).[62] Considered a whole grain, dehulled barley still has its bran and germ, making it a commonly consumed food.

Pearl barley (or pearled barley) is dehulled barley which has been steam-processed further to remove the bran.[62] It may be polished, a process known as "pearling". Dehulled or pearl barley may be processed into various barley products, including flour, flakes similar to oatmeal, and grits.[citation needed]

Barley meal, a wholemeal barley flour lighter than wheat meal but darker in colour, is used in gruel,[62] in contrast to porridge which is made from oats.

Barley meal gruel is known as سويق : sawīq in the Arab world.[63]

With a long history of cultivation in the

Persian foodstuffs including kashkak, kashk and murri. Barley soup is traditionally eaten during Ramadan in Saudi Arabia.[64]

- Jews.


ričet. In Africa, where it is a traditional food plant, it has the potential to improve nutrition, boost food security, foster rural development, and support sustainable landcare.[65]

The six-row variety

Western Isles in the Scottish Highlands and islands. When milled into beremeal, it is used locally in bread, biscuits, and the traditional beremeal bannock.[66]


JSDF, but far more publicity it got as a stereotypical prison fare, to the point that "eating mugimeshi" can be heard as a euphemism of "doing time

Health implications

According to

Eating whole-grain barley, as well as other high-fiber grains, improves regulation of

blood sugar (i.e., reduces blood glucose response to a meal).[69] Consuming breakfast cereals containing barley over weeks to months also improved cholesterol levels and glucose regulation.[70]


celiac disease, non-celiac gluten sensitivity and wheat allergy sufferers, among others.[71] Nevertheless, some wheat allergy patients can tolerate barley or rye.[72]


Alcoholic beverages

Barley is a key ingredient in

German and English beers. Six-row barley was traditionally used in US beers, but both varieties are in common usage now.[73] Distilled from green beer,[74] whisky has been made primarily from barley in Ireland and Scotland, while other countries have used more diverse sources of alcohol, such as the more common corn, rye and wheat in the US. In the US, a grain type may be identified on a whisky label if that type of grain constitutes 51% or more of the ingredients and certain other conditions are satisfied.[75] About 25% of the United States' production of barley is used for malting, for which barley is the best-suited grain.[76]

Barley wine is a style of strong beer from the English brewing tradition. Another alcoholic drink known by the same name, enjoyed in the 18th century, was prepared by boiling barley in water, then mixing the barley water with white wine and other ingredients, such as borage, lemon and sugar. In the 19th century, a different barley wine was made prepared from recipes of ancient Greek origin.[6]

Nonalcoholic beverages

Nonalcoholic drinks such as

roasted barley tea[77] have been made by boiling barley in water. In Italy, barley is also sometimes used as coffee substitute, caffè d'orzo
(coffee of barley).

Other uses

Animal feed

Half of the United States' barley production is used as livestock feed.[78] Barley is an important feed grain in many areas of the world not typically suited for maize production, especially in northern climates—for example, northern and eastern Europe. Barley is the principal feed grain in Canada, Europe, and in the northern United States.[79] A finishing diet of barley is one of the defining characteristics of western Canadian beef used in marketing campaigns.[80]

As of 2014, an enzymatic process can be used to make a high-protein fish feed from barley, which is suitable for carnivorous fish such as trout and salmon.[81]


Straw used in a pond in Oud-Heverlee, Belgium

Barley straw, in England, is placed in mesh bags and floated in fish ponds or water gardens to help prevent algal growth without harming pond plants and animals. Barley straw has not been approved by the EPA for use as a pesticide and its effectiveness as an algae regulator in ponds has produced mixed results, with either more efficacy against phytoplankton algae versus mat-forming algae, or no significant change, during university testing in the US and the UK.[82]


Barley grains were used for measurement in England, there being three or four barleycorns to the inch and four or five poppy seeds to the barleycorn.[83] The statute definition of an inch was three barleycorns, although by the 19th century, this had been superseded by standard inch measures.[84] This unit still persists in the shoe sizes used in Britain and the US.[85]

As modern studies show, the actual length of a kernel of barley varies from as short as 4–7 mm (532932 in) to as long as 12–15 mm (15321932 in) depending on the cultivar.[86][87] Older sources stated the average length of a grain of barley to be 8.8 mm (0.345 in).[88]

The barleycorn was known as arpa in Turkish, and the feudal system in Ottoman Empire employed the term arpalik, or "barley-money", to refer to a second allowance made to officials to offset the costs of fodder for their horses.[89]


A new stabilized

variegated variety of H. vulgare, billed as H. vulgare variegate, has been introduced for cultivation as an ornamental and pot plant for pet cats to nibble.[90]


In English folklore, the figure of

folksong of the same name is a personification of barley, and of the alcoholic beverages made from it: beer and whisky. In the song, John Barleycorn is represented as suffering attacks, death, and indignities that correspond to the various stages of barley cultivation, such as reaping and malting.[91]

See also



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    . Traces of starch found on a large flat stone discovered in the hunter-fisher-gatherer site of Ohalo II famously represent the first identification of Upper Palaeolithic grinding of grasses. Given the importance of this discovery for the use of edible grain, further analyses have now been undertaken. Meticulous sampling combined with good preservation allow the authors to demonstrate that the Ohalo II stone was certainly used for the routine processing of wild cereals, wheat, barley and now oats among them, around 23 000 years ago.
  34. . This feature allows us to describe the Jarmo barley as the earliest "domesticated" two-row barley yet found.
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  90. ^ "Variegated Cat Grass" (PDF).
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General bibliography

External links