Wild barley

Appearance

Wild barley is an annual grass and is very similar in form to cultivated barley but has slightly narrower leaves, longer stems, longer awns, a brittle rachis, a longer, more slender seed spike and smaller grains. Characteristics of the wild plant that enhance its survival and dispersal include the brittle rachis, which breaks when the grain is ripe, and the hulled seeds, which are arranged in two rows. In cultivated varieties the rachis is more durable and the seeds are usually arranged in four or six rows. In the east, barley is usually grown for human consumption and the naked form of the grain is preferred, while in the west, the hulled form is mainly grown. It is used for animal feed and for the production of malt for brewing.

Distribution

Wild barley is native to North Africa, the Middle East, parts of the Indian subcontinent and south west China. Its range includes Libya, Egypt, Israel, Lebanon, Jordan, Syria, Crete, Cyprus, Turkey, Iran, Iraq, Afghanistan, Armenia, Azerbaijan, Kyrgyzstan, Turkmenistan, Uzbekistan, Pakistan, India and the Sichuan and Xizang provinces of China.

Wild barley is found in a wide range of locations varying from deserts to Mediterranean-type habitats and highland habitats. It is exposed to many environmental stresses including high temperatures, drought and high soil salinity and there are local adaptations to the microclimates in which it grows. This wild plant is potentially a genetic resource useful for the breeding of stress-tolerant varieties of the cultivated crop.

Habitat

Wild barley is native to North Africa, the Middle East, parts of the Indian subcontinent and south west China. Its range includes Libya, Egypt, Israel, Lebanon, Jordan, Syria, Crete, Cyprus, Turkey, Iran, Iraq, Afghanistan, Armenia, Azerbaijan, Kyrgyzstan, Turkmenistan, Uzbekistan, Pakistan, India and the Sichuan and Xizang provinces of China.

Wild barley is found in a wide range of locations varying from deserts to Mediterranean-type habitats and highland habitats. It is exposed to many environmental stresses including high temperatures, drought and high soil salinity and there are local adaptations to the microclimates in which it grows. This wild plant is potentially a genetic resource useful for the breeding of stress-tolerant varieties of the cultivated crop.