Get Involved
About Us
Our Members
Tree of Life: The Use of Marula Oil in Southern Africa


For generations, marula oil has been of great social and cultural importance for rural people living throughout southern Africa. With numerous local traditional uses, it is venerated throughout the region for its nutritional, medicinal, social, and spiritual significance.1,2 As the archetypal African “Tree of Life,” the marula tree (Sclerocarya birrea, Anacardiaceae) is protected throughout its distribution as one of the most important wild indigenous African fruit trees. Also of great importance is the oil from marula kernels, which forms an important part of the rich cultural fabric of life among the rural African people. Marula oil has great value in local economies, not only for subsistence, but also increasingly for commercial trade, providing a much-needed livelihood alternative for impoverished rural communities. Research has established that marula oil has significant antioxidant,3 skin healing, and hydrating properties.4 A number of international cosmetics and personal care companies have started to use it in their formulations.5 The juice from the pulp surrounding the seed is used in making traditional beers and wine and a commercial cream liquor Amarula.

A traditional marula festival in northern Namibia. Photo ©2008 PhytoTrade Africa

The Marula Tree and Its Distribution

The marula is a medium to large deciduous tree, 15 to 20 meters tall, with a wide crown and characteristic silvery, mottled bark, which peels in disc-shaped flakes.6,7,8 The small dark-red flowers are unisexual; although widely described as a dioecious species, female flowers occasionally occur among the male flowers of a few otherwise male trees9 and are found in fragrant clusters at the end of the branches. The compound leaves are grey-green in color throughout the growing season, after which the tree is denuded of leaves; the end-branches are characteristically thick and erect, like upturned fingers (digitaliform).

The marula tree is in the same family (Anacardiaceae) as the mango (Mangifera indica), cashew (Anacardium occidentale), and pistachio nut (Pistacia vera). The plum-sized marula fruits are covered in a soft, leathery, pale green-yellow exocarp, which encloses the juicy translucent white flesh.10 The fruit has an exotic flavor reminiscent of grapefruit and a distinctive scent similar to pineapple.11 The fruits usually fall to the ground in large numbers while still green, where they ripen to a yellow color. They develop a pleasing resinous fragrance when on the tree and even more so when ripened.12 Over-ripe fruits begin to ferment spontaneously. The smooth skin is tough and leathery, protecting an edible white fibrous flesh that is tart and juicy. Within the fruit is a large very hard seed, which contains one to three edible kernels, rich in edible oil.

. Photo ©2008 PhytoTrade Africa

The genus name (Sclerocarya) is derived from the Greek for hard (skleros) and nut (karyon). Marula or morula (Afrikaans) is the local name for this tree. Marula has many names in local languages, including toa (San), iganu (Ndebele), onganga (Ovambo), morula, merula (Pedi), mapura (Bechuana), umGanu (Swazi), tsua (Tonga), ol-mangwai (Maasai), umganu (Zulu), and omuongo (Herero). Marula trees are distinctive for their exceptional fruit and nut yields. In heavy fruiting seasons, a single tree can provide between 21,000 and 91,000 fruits,13 making them very easy to harvest. The prolific nature of the marula tree has not only been noted by humans, but also by elephants that travel considerable distances to gorge themselves on the fruits.14 Importantly, the marula fruit harvest season occurs between January and March at the beginning of the school year, making the cash income from their sale in informal markets or through more formalized market channels important for the payment of school fees and clothing.15

Marula trees are widely distributed throughout the tropical and subtropical zones of the African continent, with the subspecies caffra (Sonder) restricted to southern Africa. The tree usually grows at medium to low altitudes in frost-free areas, on sandy soils, or on sandy loams. Marula’s drought resistance makes it ideally suited to Namibia, Botswana, Zambia, and Zimbabwe, where it is found in abundance. In these places, it is one of the few trees left standing after wild bush-veld and savannah are burned and cleared for subsistence agriculture. The marula is of great economic importance to rural communities and every part of the tree, from the leaves to the roots, is utilized for a wide variety of domestic needs (See Table 1). In southern Africa, the edible fruits are consumed locally and are also used to make beer, wine, and jam.6,16 The bark, roots, and leaves are used in traditional medicine to treat diarrhea, diabetes, fever, and malaria.6,17 The leaves are used to make a relish and the hard wood makes excellent mortars for pounding corn, as well as spoons and other kitchen utensils.6

. Photo ©2008 PhytoTrade Africa

The tree has vital subsistence value in times of drought and famine.18 Wherever marula grows, it is venerated and conserved by Africans for the abundance and reliable harvest of its fruit; for generations it has been customary to parcel out rights over these trees among local inhabitants.4,16,19

Local Production of Marula Oil

The extremely hard seeds of the marula tree are difficult to crack without crushing the kernel, and specially designed small implements are used to open the opercula or “eyelets” in the seeds to pry the kernels out. Archaeological evidence confirms that the marula tree and the production of oil from its kernels has been a central part of the way of life in southern Africa for thousands of years.1,21,22 There has been speculation that endocarp material recovered from archaeological deposits aged at 150,000 years in Zimbabwe shows significant resource usage around the time that Homo sapiens was emerging as a species. There is wider acceptance that much younger material (9,000–11,000 years old), from the same area near Bulawayo in Zimbabwe, reflects the earliest organized exploitation.10,22 Archaeologists have also found marula seeds at Mapungubwe, where Boskopoid people lived over 1,000 years ago. Specially shaped pieces of bone, typical of Iron Age sites in the Transvaal, were possibly used to crack marula seeds.6,23 Similar tools are used to this day to crack the seeds and extract the kernels, and it is likely that the modern uses for the tree have been passed down the generations from Stone Age Homo sapiens.

Processing marula kernel. Photo ©2008 PhytoTrade Africa

The nutritious oil and protein-rich kernels (See Tables 2 and 3) are processed by women for both domestic use and sale.24-27 They are extracted manually from the seeds using a range of techniques specific to different parts of the trees’ distribution range (See Table 3). On the sandy coastal plain of the Ingwavuma district in KwaZulu-Natal Province in South Africa, decortication is achieved by cracking the seeds against a stone slab and removing the kernels individually with a sharp needle-like tool.28 In parts of Namibia, the marula seeds are cracked against an axe blade or other large piece of iron using a block of hard wood. In Bushbuckridge in Mpumalanga Province, and some other areas of South Africa, the seeds are boiled or heated in a fire prior to decortication. This is said to make extraction simpler as the “eyelets” in the seeds are removed more easily.23 The kernels are so full of oil that a squeeze with the hand can release a rich yield. The oil is traditionally prepared by squeezing it from the kernel in a mortar and pestle or by crushing the marula seeds and kernels in boiling water so that the released oil floats to the top of the water and can be skimmed off. Oil and cake prepared in this way can be stored and used for at least a year.

The fact that many rural households in southern Africa are in need of extra income to improve living conditions, contributes to peoples’ positive perception of the commercialization of marula. They use the money for basic needs such as food, school fees, and hospital expenses.29

Marula kernels. Photo ©2008 PhytoTrade Africa

Traditional Use of Marula Kernels and Oil

Marula kernels and oil make an important contribution to the diet of many rural African people in Mozambique, Namibia, South Africa, and Zimbabwe.30,31 It also plays an important role in the diet of the San (the indigenous people of the Kalahari desert in Botswana and northern South Africa).32 The kernels have also been reported to provide sustenance on long journeys. Men walking from Tzaneen in Limpopo Province to the diamond mines at Kimberley in Northern Cape Province take marula kernels mixed with millet meal in a large horn, slung over their shoulder, as the only sustenance for the long journey.6

A traditional marula festival in northern Namibia.. Photo ©2008 PhytoTrade Africa

The oily kernels are eaten as nuts, fresh or roasted, or stamped to form a cake which can be eaten on its own. The cake is occasionally used to feed animals.1,6,9,14,26,33-36 The kernels are also pounded or ground into powder that is added to sauces, soups, and other foods, such as biscuits and porridge.6,10,37,38,39 The kernels have a delicious flavor and are regarded by many indigenous people as the “Food of Kings” because of the hard work required to obtain even a small quantity from the hard seeds.40

Due to their high fat, protein, and mineral content, the seeds provide a valuable emergency food during seasons of food shortage.16,28 Krige reported that marula seeds were once an important staple food in drier regions of the Limpopo Province of South Africa and that in Mpumalanga Province of South Africa, the Phalaborwa ethnic group (which is locally regarded as a “Marula culture”) subsisted largely on the stored nuts during the winter dry season.1 Similarly, Cunningham showed that on the Maputaland coastal plain in KwaZulu-Natal Province, the nuts are still stored and provide a major source of protein during drought periods.28 Marula kernels have also been used as a famine food in Zambia and Tanzania.

Preparing traditional marula oil in northern Namibia. Photo ©2008 PhytoTrade Africa

Marula oil is considered a luxury food and is added to a wide variety of traditional and modern recipes. It is a key ingredient in a number of indigenous dishes to add a nutritious, rich nutty flavor and a smooth, buttery texture to foods. It is also used as cooking oil for garnish and salad dressing.

The oil has also been reported to have food-preservative properties, and it has been used by Venda and Shangaan people in the northern part of South Africa to drip onto meat before it is air-dried for storage as biltong (South African dried meat) or jerky.6 The meat is steamed over boiling water, moistened gradually with marula oil, and stored in a cool place. Meat preserved in this way is stored up to a year. The Pedi ethnic group who inhabit the Limpopo Province of South Africa use the seeds in porridge and also as a condiment.13 For years, Tonga women in Zambia and Zimbabwe have used the roasted nuts as food and used marula oil as a skin softener and meat preservative.5

There are 2 basic types of marula oil: heated and raw. Raw marula oil is less commonly used as local people say it only stays fresh for a short while before becoming rancid. Raw oil is preferred when used as a topical application and to prevent minor ailments; therefore, it is produced in small quantities. Heat-treated oil, usually with salt added, is the most commonly used marula oil and is preferred because of the improved taste and its ability to be stored for use throughout the year without becoming rancid.4

Medicinal Uses of Marula Oil

Marula oil is also reputed to have medicinal properties. It is used as a balm to treat ear, eye, and nose problems, especially in children.8 It can also be used to treat coughs, diarrhea, and wounds when applied topically. Burning the seeds and inhaling the smoke is a traditional cure for treating headaches.29 The oil is believed to prevent colds and flu and to soothe colic in babies. A few drops of pure marula oil should be administered before the infant has eaten anything else.4 Shangaan traditional healers from southern Mozambique regard the seeds as a symbol of medicine in the set of divining “bones” used during divination ceremonies.7,16,23

Marula oil has great cultural significance in traditional rituals and is given as a gift as a token of respect. Marula oil is also given as a gift to mothers who have just given birth so that it can be used topically and orally by both the mother and her newborn.4 Among the Zulu people, the marula tree symbolizes women’s fertility, softness, and tenderness, and newborn girls are welcomed into the world with traditional marula ceremonies.6

The soothing oil from the marula tree is used by rural people all over southern Africa as an emollient when massaged onto the face, feet, and hands. It is used across the region to treat cracked, dry, or damaged skin (F. Taylor, e-mail, July 14, 2007). Zulu women used marula oil as a beauty treatment for cracked skin on the hands, feet, and lips.7,41 It is still widely used by the Tsonga people of South Africa and Mozambique as a baby oil and moisturizer for women’s skin.4,42 Anecdotal evidence suggests that rural pregnant women apply it to prevent stretch marks. In north central Namibia, Owambo women use it as a moisturizing lotion, which is applied to the whole body, especially for the bride during wedding ceremonies. It is also mixed with millet grains for use as a traditional body scrub and skin exfoliator.4 Marula oil has been mixed with red ochre and smeared on women’s hair and bodies for ornamentation. It’s also used to repel insects and moisturize the skin during the dry season.4

Marula Oil Properties

Marula oil has a clear, pale, yellowish-pink color and a pleasant nutty aroma. The oil is prized for its nutritional, antioxidant, free radical scavenging and moisturizing properties. Marula oil contains a large proportion of mono-unsaturated fatty acids and natural antioxidants. It can be classified as a high-oleic acid (7080%) with relatively low tocopherol content.3,43,44,45 The stability of the oil is therefore attributed to its particular fatty acid composition. Recent studies have suggested that some of the minor components in the oil, such as sterols, may contribute to this important anti-oxidant property (See Table 4).37 Marula oil contains a similar fatty acid composition to olive oil and may be as stable to oxidation (See Table 5).43,44,46,47 The oxidative stability exhibited by this oil could explain its use as a traditional food preservative, and its equally exceptional resistance to oxidative rancidity. Flavonoids may also contribute to the antioxidant activity.47 However, like all fixed oils, it is also subject to hydrolytic rancidity, whereby triglycerides are attacked by moisture and enzymes to create free fatty acids and glycerol.5 Owing to its high oxidative stability, marula oil is highly suitable for use as a frying oil or as a coating on dried fruit. It may also be useful for replacing the high-oleic safflower oil used in baby food formulas.43

Depending on the extraction process used, marula oil has been shown to have good free radical scavenging properties attributed to a non triglyceride fraction (which varies from 3,800 to 4,300 mg/ kg). Research into the identification of this fraction is ongoing.

Containing high proportions of oleic acid as well as 4% to 7% linoleic fatty acid, marula oil is easily absorbed, making the oil potentially useful for topical application. Marula oil has also been shown to improve skin hydration and smoothness, and it also reduces redness.48

Preliminary tests to investigate the commercial potential of marula oil as an ingredient in cosmetic formulations have been successfully carried out (See Table 6). In vitro tests included skin hydration, transepidermal water loss, and “increase in skin smooth

ness with marula oil performing significantly well.”3, 4, 49

Lucy Welford, PhD, is the marketing and communications Manager at PhytoTrade Africa. Welford has been working in community-based natural resource management in southern Africa for 16 years and holds a doctorate in geography from the University of Cambridge in the United Kingdom.

Maria E. Abad Jara is an environmental scientist with an MSc in environmental technology. She works for PhytoTrade Africa as a researcher. Jara’s work focuses on the development of the natural products industry in southern Africa, exploring the traditional uses, properties, and commercial viability of indigenous species.

Nigel Gericke, MD, is a physician, botanist, and consultant in the fields of natural products innovation, and natural products scientific and medical affairs. He is the co-author of the books Medicinal Plants of South Africa (Briza 2002) and People’s Plants: Useful Plants of Southern Africa (Briza 2000). He is also head of ethnobotany at Esperanza Medicines Foundation in Switzerland, managing director of HG & H Pharmaceuticals (Pty) Ltd., and a director of Niche Botanicals (Pty) Ltd.

Author Acknowledgements

The authors would like to thank Cyril Lombard, Mikaele Raynard, and two anonymous reviewers for their comments.

Conflict of Interest Disclosure

The authors work for a nonprofit organization and have declared that none of them stand to benefit financially from interest that may be generated from this article.

  1. Krige EJ. Note on the Phalaborwa and their Morula Complex. Bantu Studies 1937; 11:357–366.

  2. Laird SA, Wynberg RP. Biodiversity Prospecting and Access and Benefit-Sharing: An Introductory Primer [project]. In Final Report: Winner and Losers in forest product commercialisation. London, UK: Centre for Ecology and Hydrology (CEH) and Department for International Development (DFID); 2003: Appendix 5.15.

  3. Houghton C. New Natural Oils and their Properties [fact sheet]. Norfolk, England: Anglia Oils Ltd., Bulk Speciality Division; 1999.

  4. Botelle A. A History of Marula Use in North-central Namibia. Windhoek, Namibia: Eudafano Women’s Co-operative Ltd. and the Center for Research information action in Africa (CRIAA) and the South African Development Company (SA-DC); 2001.

  5. Hore D. Formulation of cosmetic skin lotions using Adansonia digitata and Sclerocarya birrea oils from Zimbabwe. Harare, Zimbabwe: Faculty of Pharmacy, University of Zimbabwe; 2004.

  6. Palmer E, Pitman N. Sclerocarya Hochs. In: Trees of Southern Africa. Cape Town, South Africa: Balkema;1972:226–246.

  7. Palgrave CK. Sclerocarya birrea. In: Trees of Southern Africa. 2nd revised edition. Cape Town, South Africa: Struik Publishers;1988:457–458.

  8. Rood B. Uit die veldapteek. Cape Town, South Africa: Tafelberg; 1994.

  9. Hall J. Sclerocarya birrea (A.Rich.) Hoscht. In: Plant Resources of Tropical Africa. Wageningen University, the Netherlands: PROTA Programme; 2002: 127–131.

  10. Hall J, O'Brien EM, Sinclair FL. Sclerocarya birrea: a monograph. Bangor, United Kingdom: University of Wales; 2002; Number 19:157.

  11. Pretorius V, Rohwer E, Rapp A, Holtzhausen LC, Mandery H. Volatile Flavour Components of Marula Juice. Z. Lebensm Unter – Forsch. 1985;181:458–461.

  12. Mduli K. Partial purification and characterization of polyphenol oxidase and peroxidase from marula fruit (Sclerocarya birrea subsp. Caffra). Food Chem. 2005; 92:311–323. Quin PJ. Edible wild fruits of the Pedi. In: Foods and feeding habits of the Pedi. Johannesburg, South Africa: Witwatersrand University Press; 1959:81–92.
  13. Hutchings A, Scott AH, Lewis G, Cunningham A. Zulu Medicinal Plants: An Inventory. Cape Town, South Africa: University of Natal Press; 1996.

  14. Wynberg R, Laird S, Shackleton S, Mander M, Shackleton, CM, Du Plessis P, Den Adel S, Leakey RRB, Botelle A, Lombard C, Sullivan C, Cunningham T, O’Regan D. Marula policy brief: Marula commercialization for sustainable and equitable livelihoods. Forests, Trees and Livelihoods. 2003;13:203–215.

  15. Watt JM, Breyer-Brandwijk MG. Anacardiaceae. In: The Medicinal and Poisonous Plants of Southern Africa. Edinburgh, Scotland: Livingstone; 1932:107–110.

  16. Guinko S. Vegetation de Haute-Volta [thesis]. Bordeaux, France: University of Bordeaux;1984:316.

  17. Wehmeyer AS. Edible wild fruits of the Transvaal. Food Industries. 1967;19:49–53.

  18. Smith CA. Common names of South African Plants. Botanical Survey Memoir No. 35. Botanical Research Institute. Pretoria, South Africa: the Government Printer; 1966.

  19. Shackleton S, Shackleton CM. The contribution of Marula (Sclerocarya birrea) fruit and fruit products to rural livelihoods in the Bushbuckridge district, South Africa: Balancing domestic needs and commercialization. Forest, Trees and Livelihoods. 2005;15(1):3–24.

  20. Lee RB. The Kung San: men, women and work in a foraging society. Toronto, Ontario, Canada: Cambridge University Press; 1979.

  21. Walker NJ. Marula. African Wildlife.1989;43(6):282–285.

  22. Von Teichman I. Notes on the Distribution, Morphology, Importance and Uses of the Indigenous Anacardiaceae: 2. The Importance and Uses of Sclerocarya birrea (the Marula). Trees in South Africa. 1983;35(1&2):2–7.

  23. Ferrao JEM, Xabregas P. Valor alimentar da Sclerocarya Sp. (‘Ngongo). Agron. Angola.1960;12:3–13.

  24. Shone AK. Notes on the marula. Pretoria, South Africa: Dept of Water Affairs & Forestry Bulletin. 1979;58:1–89.

  25. Ogbobe O. Physico-chemical composition and characteristics of the seed and seed oil of Sclerocarya birrea. Plant Foods for Human Nutri.1992;42:201–206.

  26. Arnold T, Wells M, Wehmeyer A. Khoisan food plants: taxa with potential for future economics exploitation. In: Plants for arid lands. Wickens GE, Goodins JR, Field, DV. Presented at the International Conference on Economic Plants for Arid Lands. Royal Botanical Gardens, Kew: July 22-27,


  1. Cunningham AB. Collection of wild plant foods in Tembe Thonga society: a guide to Iron Age gathering activities? Ann of the Natal Museum. 1988;29(2):433–446.

  2. Den Adel S. Use of marula products for domestic and commercial purposes by households in North-Central Namibia [project report]. Windhoek, Namibia: CRIAA SA-DC; 2002.

  3. Cunningham AB, De Jager PJ, Hansen LCB. The indigenous plant use programme: description of a National ethnobotany programme [program description]. Pretoria, South Africa: Foundation for Research Development; 1992.

  4. Shackleton SE, Shackleton CM, Cunningham T, Lombard C, Sullivan C, Netshiluvhi T. A summary of knowledge on Sclerocarya birrea subsp. caffra with emphasis on its importance as a non-timber forest product in South and southern Africa. Part 1: taxonomy, ecology, traditional uses and role in rural livelihoods; South African Forestry J. 2002.194:27–41.

  5. Engelter C, Wehmeyer AS. Fatty acid composition of oils of some edible seeds of wild plants. J of Agric and Food Chem.1970;18(1):25–26.

  6. Carr WR. Notes on Some Southern Rhodesian Indigenous Fruits, With Particular Reference to Their Ascorbic Acid Content. Food Research.1957; 22:590–596.

  7. Irvine FR. Sclerocarya birrea. In: Woody Plants of Ghana. London, England: Oxford University Press; 1961.

  8. Peters CR. Notes on the Distribution and Relative Abundance of Sclerocarya Birrea (A. Rich.) Hochst. (Anacardiaceae). Monogr Syst Bot Missouri Bot Gard 1988;25:403–410.

  9. Leakey RRB. Potential for novel food products from agroforestry trees: a review. Food Chem. 1999;66:1–14.

  10. Williamson J. Useful plants of Malawi. Revised and extended edition. Limbe, Malawi: Montfort Press; 1975.

  11. Shackleton CM, Botha J, Emanuel PL. Productivity and abundance of Sclerocarya birrea subsp. caffra in and around rural settlements and protected areas of the Bushbuckridge lowveld, South Africa. Forests, Trees and Livelihoods. 2003;13:217–232.

  12. Taylor FW. The potential for the commercialisation of indigenous plants in Botswana. In: Plants for arid lands. Wickens GE, Goodins JR, Field DV. Presented at the International Conference on Economic Plants for Arid Lands. Royal Botanical Gardens, Kew: July 22-27, 1984.

  13. Junod HA. The life of South African tribe. Neuchâtel, Switzerland: Imprimerie Attinger Frères; 1927.

  14. Dweck AC. African fragranced plants: many fragrance- bearing plants offer treatment benefits as well. Cosmetics & Toiletries Magazine. January 1997;112(1):47–54.

  15. Van Wyk BE, Gericke N. People’s Plants. A Guide to Useful Plants of Southern Africa. Pretoria, South Africa: Briza Publications; 2000.

  16. Burger AEC, de Villiers JBM, du Plessis LM. Composition of the kernel oil and protein of the marula seed. South African J of Sci. Nov- Dec 1987;83:733–735.

  17. Eromosele CO, Paschal NH. Short Communication: Characterization and viscosity parameters of seed oils from wild plants. Bioresource Technology. 2003;86:203–205.

  18. Glew RS, VanderJagt D, Huang Y, Chuang L, Bosse R, Glew H. Nutritional analysis of the edible pit of Sclerocarya birrea in the Republic of Niger (Daniya, Hausa). J of Food Comp and Analy. 2004;17:99–111.

  19. Wynberg R, Cribbins J, Leakey R, Lombard C, Mander M, Shackleton S, Sullivan C. Knowledge on Sclerocarya birrea subsp. caffra with emphasis on its importance as a non-timber forest product in South and southern Africa: A summary. Part 2: Commercial use, tenure and policy, domestication, intellectual property rights and benefit-sharing. Southern African Forestry J. 2002;196:67–77.

  20. Mariod A, Matthaus B,Eichner K. Fatty acid, tocopherol and sterol composition as well as oxidative stability of three unusual Sudanese oils. J of Food Lipids. 2004;11:179–189.

  21. Gruenwald J. Anti-aging nutraceuticals. Food Science and Technology 2006;20(3):50–51.

  22. Aldivia. Aldivia Specification Sheets: Marula Oil-Virgin [fact sheet]. Saint-Genis-Laval, France: Aldivia.

Environmentally Sustainable, Ethically Traded Marula Oil

PhytoTrade Africa, the Southern African Natural Products Trade Association, is a nonprofit entity dedicated to the development of a viable and enduring natural products industry in southern Africa, based on resources accessible to poor rural communities. With over 50 member organizations in 8 countries, its objective is to deliver large volumes of sustainably-harvested natural products, thus providing many small-scale rural producers with access to markets and an equitable livelihood alternative.

Since 2003, PhytoTrade Africa has been working in partnership with Aldivia, a specialist French lipids company based near Lyon that produces innovative natural and organic cosmetic ingredients and derivatives. Both partners share the belief that together they can make a difference in the lives of people in Africa and their environment.

After extensive research and development, the partners have developed the Ubuntu line of African natural lipid oils. Seven virgin African oils, including marula, have been subjected to a unique process that has been developed to maintain oxidative stability and antioxidant properties while at the same time complying with the stringent microbiological and toxicological quality specifications required for international skin care formulations. PhytoTrade and Aldivia are both signatory to a charter that expresses their commitment to Fair Trade, organic, environmental sustainability, good governance, and best practices. Aldivia and some PhytoTrade Africa members are organically certified through Ecocert and both partners are working towards Ethical BioTrade biodiversity verification. Aldivia has developed Ubuntu oils under ISO guidelines. No Fair Trade standards as yet exist for these oils, but PhytoTrade Africa is in ongoing negotiations with Fairtrade Labeling Organizations International (FLO) to develop standards.

Regulatory Note: In South Africa, there are no specific regulations other than food and cosmetic safety. PhytoTrade Africa is currently preparing a dossier to submit for obtaining Novel Foods/GRAS status for importation of marula oil as a food oil into the European Union and United States. In addition, the oils have registration with the US Cosmetics, Toiletries and Fragrance Association and with the names in the EU’s International Nomenclature of Cosmetic Ingredients list. Most of the traditional and modern uses of the fruit in the food and beverage market are derived from the marula fruit pulp, not the marula oil.