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Sea buckthorn is an ancient crop with modern virtues, say many researchers of ethnobotany. Its Latin name Hippophae is from the Greek ‘hippo’, meaning ‘horse’, and ‘phaos’, meaning ‘shine’.
The plant was used in ancient Greece as animal feed, particularly for horses, because it was believed to make their coats shine.
Mrs Grieve tells us that Hippophae was instead derived from ‘giving light to a horse’, referring to the plant’s alleged power to cure a horse of blindness, or ‘shining underneath’, referring to the silvery underside of the leaf.
Sea buckthorn has been used for centuries in food and medicine and has attracted scientific attention in recent years for its nutritional qualities and its potential medical applications. It has gained popularity worldwide.
Elaeagnus rhamnoides syn. Hippophae rhamnoides
A stocky shrub growing up to 1.9 m tall, with thorny branches densely packed with juicy, orange fruit. The leaves and narrow, lance-shaped and covered on both sides with silvery scales, and the small flowers are green.
Deciduous, British native. Widespread in Europe; two subspecies are found in Asia.
Habitat and Distribution
Sea buckthorn is particularly common in areas of sand hills; in Britain, the plant has been introduced to many places around the coasts of south and south-west England, Wales, Scotland, and also in the northeast and south-east of Ireland.
This Mediterranean native is found in Asia Minor, Syria and the Canary Islands, as well as being naturalised in the British Isles.
Parts Used for Food
Largely the fruit, although the leaves are sometimes picked and dried to make tea.
Late summer to early spring.
Food Uses of Sea Buckthorn
The edible fruit can be eaten raw. They are aromatic, but acidic, or sour-tasting, some say like lemons.
The fruit is made into jelly, marmalade, syrups and sauces, or added to ice creams, sorbets, compotes and fruit quark. The acidic juice can be added to salad dressings or meat and fish dishes.
The fresh juice can also be preserved in honey and drunk as a tonic, or used as a sweetener for herbal teas, or a base for preserves or liqueurs. The fruit can also be pickled. The dried or ground fruit can also be sprinkled over barbecued meat.
Sea buckthorn berries are one of the richest sources of vitamin C (780 mg/100 g), according to several sources. a teaspoonful would cover a daily requirement of vitamin C for an adult. Both the berries and seed oil contain 190 and 106 bioactive substances respectively. Indeed, the berries are said to have a unique cocktail of components usually only found separately in plants.”
Sea Buckthorn Recipes
Herbal Medicine Uses of Sea Buckthorn
Since ancient times, it has been used for “relieving cough, aiding digestion, invigorating blood circulation, and alleviating pain”.
The cardioprotective effects of the sea buckthorn, which have only recently come to the attention of modern medicine, have been known in Tibetan medicine for thousands of years.
The plant was also used to treat stomach ache in Tibet, as well as disorders of the lung, colds, coughs, fever, inflammation, abscesses, toxicity, tumours, constipation, and gynaecological disorders. Again, many of these uses are now the subject of scientific research.
The high vitamin C content in sea buckthorn as well as its other nutritive and restorative components makes it ideal for use in cosmetics for treating various skin disorders and as an anti-ageing cosmetic.
The berries may be purgative and should not be eaten in excess. Avoid during pregnancy and when breastfeeding.
Ecology and Entomology
- Eriophyes hippophaena (gall)
- Polydrusus cervinus (beetle)
- Polydrusus pilosus (beetle)
- Melolontha melolontha (beetle)
- Lagria hirta (beetle)
- Palomena prasina (shield bug)
- Parthenolecanium persicae (scale)
- Capitophorus elaeagni (aphid)
- Capitophorus hippophaes (aphid)
- Capitophorus similis (aphid)
- Psylla hippophaes (gall)
- Monosoma pulverata (fly)
- Ematurga atomaria (moth)
- Macaria alternata (moth)
- Eupithecia fraxinata (moth)
- Eupithecia innotata (moth)
- Lasiocampa quercus (moth)
- Euproctis chrysorrhoea (moth)
- Melanchra pisi (moth)
- Orthosia gracilis (moth)
- Agrotis ripae (moth)
- Paranthrene tabaniformis (moth)
- Hyles hippophaes (moth)
- Gelechia hippophaella (moth)
- Pseudotelphusa paripunctella (moth)
- Teleiodes paripunctella (moth)
- Teleiodes wagae (moth)
- Adela croesella (moth)
- Spilonota ocellana (moth)
- Cacoecimorpha pronubana (moth)
- Ditula angustiorana (moth)
Christaki, E. (2012) Hippophae rhamnoides l. (sea buckthorn): a potential source of nutraceuticals. Food and Public Health. [Online] 2 (3), 69–72.
Couplan, F. & Coppens, Y. (2009) Le régal végétal: plantes sauvages comestibles. Paris: Sang de la Terre.
Karalliedde, L. et al. (2008) Traditional herbal medicines: a guide to their safer use. London: Hammersmith.
Lang, D. C. (1987) The complete book of British berries. London: Threshold Books.
Manandhar, N. P. & Manandhar, S. (2002) Plants and people of Nepal. Portland: Timber Press.
Pemberton, T. et al. (2019) Edible shrubs. Plants For A Future.
Suryakumar, G. & Gupta, A. (2011) Medicinal and therapeutic potential of Sea buckthorn (Hippophae rhamnoides L.). Journal of Ethnopharmacology. [Online] 138 (2), 268–278.
Wani, T. A. et al. (2016) Bioactive profile, health benefits and safety evaluation of sea buckthorn (Hippophae rhamnoides L.): A review Fatih Yildiz (ed.). Cogent Food & Agriculture. [Online] 2 (1).