Sheep Sorrel

Description

Sheep sorrel (Rumex acetosella) is a tall herb that is found in grasslands, prairies, meadows, fields, pastures, and roadsides of Europe, Asia, and North America. This perennial plant from the buckwheat (Polygonaceae) family was originally from Eurasia, but is now naturalized throughout Canada and the United States. Sheep sorrel is also known as field sorrel, red top sorrel, sour grass, common sorrel, and dog-eared sorrel. The plant is related to other highly acidic members of the Rumex genus, including French or garden sorrel (Rumex acetosa).

Sheep sorrel is considered a common weed in the United States. Its slim reddish stems grow to a height of 4-24 in (10-60 cm). Narrow arrow-shaped leaves that have a pungent lemon scent grow to 1-4 in (2-10 cm) long. The slender roots grow to a depth of 5 feet (1.5 m). Near the upper part of the stem are small yellow or red flowers that bloom in the spring and summer, generally from April to September. The male plant has yellow flowers while the female plant has red flowers.

Sheep sorrel has antioxidant, diuretic, detoxifying, laxative, astringent, and diaphoretic properties. The herb is a rich source of vitamins and minerals. Vitamins B-complex, C, D, E, K, and P are included in sheep sorrel. It contains sodium, calcium, sulfur, iron, magnesium, chlorine, silicon, copper, iodine, manganese, zinc, and beta carotene. The silicon in sheep sorrel may help the nervous system. Other constituents of sheep sorrel are malic, oxalic, tannic, and tartaric acids; chlorophyll; rutins; polysaccharides; protein; and carotenoids.

The oxalic acid in sheep sorrel is the substance that gives the leaves a sour lemony taste. Large intakes of sheep sorrel can be poisonous due to the oxalic acid content. Livestock that have eaten excessive quantities of sheep sorrel have been poisoned. It has also been reported that large consumption of sheep sorrel causes dermatitis in some animals. Too much oxalic acid can prevent the body from using important nutrients, especially calcium. When the plant is cooked, the oxalic acid content is reduced.


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