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Oxyria digyna
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Oxyria digyna ( mountain sorrel, wood sorrel, Alpine sorrel or Alpine mountain-sorrel) is a species of flowering plant in the buckwheat family ().Sierra Nevada Wildflowers, Karen Wiese, 2nd ed., 2013, p. 108 It is native to arctic regions and mountainous parts of the Northern Hemisphere.


Description
Mountain sorrel is a perennial plant with a tough taproot; the plant grows to a height of . It grows in dense tufts, with stems that are usually unbranched and hairless. Both flowering stems and leaf stalks are somewhat reddish. The leaves are kidney-shaped, somewhat fleshy, on stalks from the basal part of the stem. Flowers are small, green and later reddish, and are grouped in an open upright cluster. The fruit is a small nut, encircled by a broad wing which finally turns red. Forming dense, red tufts, the plant is easily recognized. Oxyria digyna grows in wet places protected by snow in winter. Oxyria (from ) means "sour".


Distribution and habitat
Mountain sorrel is common in the of the . Further south, it has a circumboreal distribution, growing in high areas in the Northern Hemisphere such as the , the Sierra Nevada, and the . It typically grows in alpine meadows, scree, snow-bed sites and beside streams. On the coast of Norway, the of this plant has been found in peat bogs that are 12,600 years old, indicating that it must have been one of the first plants to colonise the area after the retreating ice age .

Deer and elk favor the plant.


Uses
The leaves of mountain sorrel have a sour or fresh acidic taste (due to ) and are rich in , containing about 36 mg/100 g. They can be eaten raw or cooked.
(2026). 9781493036332, .
(2026). 9781402767159, Sterling.
They were used by the to prevent and cure . Mountain sorrel has also been an important plant in diet. The plant is important for both insects and larger animals that feed on it in arctic and alpine regions where it occurs.Tolvanen, A., Alatalo, J.M. and Henry, G.H.R. 2004. "Resource allocation patterns in a forb and a sedge in two arctic environments - short-term response to herbivory". – Nordic Journal of Botany 22 (6): 741–747.
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