• In the past two decades, the links between bio-cultural diversity and the richness of plant species in South Africa have contributed to ongoing attempts to develop traditional medicines for use in the modern complementary and alternative medicines sector. Eventually this will aid in the discovery of new drug entities for pharmaceutical industries.
  • African traditional medicines are divided into two streams. The first involves the informal trading of herbal remedies and medicinal plants sold by traditional healers or sangomas and bushdoctors. But there is also a more formal market in which medicinal plants like buchu and African potato extract are sold as over-the-counter drugs.
  • It is estimated that 80% of the globe’s population relies on traditional medicines. In South Africa, studies show there is one traditional healer for every 700 to 1200 patients [however, find Essop, R. 2015 and Wilkinson, K. 2013 under “Websies & publications” on these statistics]. The primary health care system is inaccessible to many and this drives people’s reliance on medical plants.
  • Geo-climatic regions produce plants that are popular as traditional medicines. In the Western Cape, where fynbos (fine bush) dominates, leaf material is used by traditional healers from the KhoiSan culture. Elsewhere, in the Eastern Cape, KwaZulu-Natal and Gauteng, barks, roots and bulbs are all harvested from the wild for medicinal use. KwaZulu-Natal is also home to one of the largest medicinal markets in Africa.
  • Many of the medicinal plants are harvested in the wild, some becoming very rare and facing extinction.
  • The trade in traditional medicines was estimated at around R2.9 billion annually (Mander, Ntuli, Diederichs & Mavundla, 2007).
  • Because cultivating medicinal plants ensures their availability, protects the ones in the wild and creates job opportunities, the intervention of cultivation technologies is supported by government and other role players.
Source: “How changes in African traditional medicine research can benefit South Africa” which can be found at http://theconversation.com/how-changes-in-african-traditional-medicine-research-can-benefit-south-africa-46486 

The first African Herbal Pharmacopoeia, completed with collaborators from all over Africa and Europe, can be found at www.aamps.org.

International business environment

Farming medicinal plants

Increases in market prices for certain medicinal plants have been linked to localised species extinctions and declining supplies of these plants. The declining supplies are directly attributed to over-harvesting of certain popular target species for medicinal use. This has resulted in researchers calling for the cultivation of indigenous medicinal plants as an intervention to address biodiversity and market sustainability issues. There is, however, much debate around the pro’s and con’s of medicinal plant cultivation. Concerns are largely focused on: (i) The potential loss of cultural and indigenous values associated with wild harvesting of medicinal plants; (ii) Potentially reduced production of secondary metabolites (the active ingredients in most medicinal plants) in farmed plants compared to wild stocks; and (iii) Genetic contamination of local species populations through cultivation with plants from alternative genetic stocks.

Cultivation trials and pilot projects conducted to date have shown that medicinal plant cultivation has good economic potential for supplying commercial-scale volumes of medicinal plants. Fast-growing species can be supplied in sufficient quantities to meet market demand within a few years. However, slow-growing trees, particularly forest trees, are unlikely to supply the quantities of medicinal bark demanded in the short-term; nor does the production of bark from these trees present an economically viable production system. The production of alternative tree-based products (such as tree leaves) has thus been investigated.

However, little is known about the effects of farming (cultivation) on the medicinal properties of plants. Cultivation aims to increase plant yields by improving growing conditions through addition of agro-chemicals and controlling the growing climate. Many Traditional Healers believe that cultivated plants treated with agro-chemicals (including fertilisers, pesticides and insecticides) do not have the same medicinal strength as wild plants. The active medicinal compounds that make medicinal plants so useful are mostly ‘secondary metabolites’ that are produced by the plant to protect it from attack by pathogens, insects and browsers or grazers. These secondary metabolites may also play a role in protecting the plant from extreme climatic conditions (e.g. frost). Plants that are stressed by these attacks or extreme climatic conditions tend to produce greater concentrations of secondary metabolites as a survival mechanism. Plants cultivated using agro-chemicals under controlled climatic conditions experience minimal stress and consequently produce less secondary metabolites. Chemical testing of cultivated plants has shown that the beliefs of many Traditional Healers with regards to cultivated plants having less medicinal strength than wild plants may, in fact, be true for many species. This has created the challenge of finding cultivation techniques that increase plant growth rates, but do not decrease the medicinal properties of the plants.

In a survey undertaken in South Africa in which farmed stocks of raw and stabilised (freeze-dried) rare / scarce medicinal plants were introduced into a medicinal market through traders and Traditional Healers, there was a general acceptance of the farmed plant materials by most Traditional Healers and their clients. Where the strength of medicinal compounds had been reduced through the farming techniques or processing technologies used to stabilise the products, the Traditional Healers simply prescribed higher dosages of the plants and plant products. This acceptance of farmed plant material is most likely attributable to the growing scarcity and associated cost of certain popular medicinal plants.

There is simply no other way to meet market demand for certain remedies that use scarce plants than to accept the farmed plant material in these cases. For species where availability or scarcity is less of an issue, Traditional Healers would probably be less accepting of farmed plant material. However, for commercial-scale production and supply of medicinal plants and products, farming is a necessity to sustainably achieve the volumes of plant material required.

Therefore, it is likely that medicinal plant farms are the reality for the future provision of both scarce and commercially sought-after medicinal plant species in southern Africa.

Source: Myles Mander, Nicci Diederichs & Warren Spring

Dr Sonja Venter from the ARC-VOP (see “Role players” heading) has addressed audiences before on the opportunities that exist with medicinal plants for farmers.

National strategy and government contacts

  • The National Development Plan (NDP) included in its strategy collaborating with traditional healers (page 321).
  • Access to South Africa’s biodiversity is legally controlled by the Biodiversity Act (No. 10 of 2004). The Government Gazette No. 8831 of 8 February 2008 also applies, carrying the Commencement of Bio-Prospecting, Access and Benefit-Sharing Regulations, 2008.
  • In line with the National Health Act, government has also developed Regulations governing the implementation of the Traditional Health Practitioners Act, 2007 (Act No 22 of 2007). Additional regulations have been published subsequently to give effect to the act.
  • The trade in indigenous medicinal plants is unregulated and so side-effects are not known or catalogued. After calls to monitor this, the Medicines and Related Substances Act was amended in 2009. It now stipulates that phytopharmaceuticals must undergo tests to prove their safety.


The Department of Science and Innovation (DSI) established the National Indigenous Knowledge Systems Office (NIKSO) as one of its Programmes. The aim of NIKSO is to protect and promote African indigenous knowledge systems (IKS). NIKSO is also viewed as the growth engine for IKS knowledge development and knowledge management. Investment in the harvesting of IK through documentation from oral sources, systematisation and development holds the potential of contributing to the scientific and technological solutions for the future challenges of poverty and diseases in South Africa. IKS will also preserve and affirm local communities by incorporating these communities into the knowledge economy. Visit www.dst.gov.za.

The Department of Forestry, Fisheries and the Environment (DFFE) is the South African government authority responsible for the environment. Visit www.environment.gov.za. Bio-Products Advancement Network South Africa (BioPanza) is a DFFE initiative “to optimise development and enhance growth in the South African biotrade and bioprospecting sector”. Issues like sustainable bark harvesting are in the province of Forestry.

The Department of Health‘s support for African traditional medicines research has included a R6 million grant channelled through the Medical Research Council for research into the safety, efficacy and quality of traditional medicines used as immune boosters by people living with HIV and AIDS. The department has a legislative framework to encourage the development of natural products for human health through the Medicines and Related Substances Act (Act 101of 1965). The Act seeks to regulate the use of complementary, alternative, African Traditional and other categories of medicines in South Africa to ensure quality, safety and efficacy. See www.health.gov.za.

Department of Agriculture, Land Reform and Rural Development (DALRRD) (i) Directorate: Plant Production (ii) Directorate: Plant Health. Find information and contact details under “Branches” at www.dalrrd.gov.za. The Directorate Plant Health is responsible for export regulations and standards as well as a special protocol for export to the USA.

Inspection for export is done by the Perishable Product Export Control Board (PPECB), appointed by DALRRD. See www.ppecb.com

Find the cartoon “Medicinal plants under threat” commissioned by the Public Understanding of Biotechnology (PUB) on medicinal plants at www.pub.ac.za/cartoons/.

Further reference:

Role players

  • Africa Land-use Training www.alut.co.za Amongst the many courses provided, training is also given in medicinal plants
  • African National Healers Association www.africannationalhealersassociation.org
  • Afriplex http://afriplex.co.za/
  • The Agricultural Research Council (ARC) conducts research on various agricultural aspects of medicinal plants, especially those plants that are scarce and endangered or has commercial potential. The research involves the investigation of propagation, cultivation, bio-activity, plant pest and diseases, community development, nursery establishment, sustainable production and quality control. Contact Vegetables and Ornamental Plants at 012 808 8000. Find notes on medicinal plants on the VOP pages at www.arc.agric.za.
  • Alliance of Natural Health Products South Africa (ANHP)
  • Association for African Medicinal Plants Standards (AAMPS) www.aamps.org
  • Biomox Pharmaceuticals Tel: 012 804 8068
  • Cape Peninsular University of Technology (CPUT) Department Agriculture www.cput.ac.za
  • Council for Scientific and Industrial Research (CSIR) www.csir.co.za
  • Druid’s Garden https://druids.garden Indigenous medicinal plants products
  • Emingeni Herbals www.herbalafrica.co.za “The leaders in Natural Traditional African Medicines”
  • eThekwini Municipality www.durban.gov.za In terms of market size, Durban is one of the largest regional markets for medicinal plants in South Africa. About 400 or more of the 700 medicinal plant species traded in South Africa can be found at Durban’s medicinal plant markets.
  • eThekwini’s Silverglen Muthi Nursery Tel: 031 404 5628 Silverglen Muthi Nursery, which contains over 200 medicinal plant species, partners with the community to revitalise stocks of threatened plants. A primary focus is to share knowledge with medicinal plant harvesters, traders, and Inyangas and advise them that they can produce their own stocks of medicinal plants through growing their own seedlings and farming. At the Visitor’s Centre educational films, lectures and displays are presented.
  • Gerda Fouche, consultant natural products www.linkedin.com/in/gerda-fouche-16293b29/
  • FutureWorks! www.futureworks.co.za FutureWorks! has previously done market research into the trade of indigenous medicines.
  • Grassroots Group www.grassrootsgroup.co.za
  • Indigenous Plant Use Forum (IPUF) www.facebook.com/IPUFs/ and www.ben-erikvanwyk.com/Webpage%20IPUF.html
  • Institute of Natural Resources (INR) http://inr.org.za The INR has previously done research on the indigenous medicinal trade.
  • Julmir Organics www.bulbaloe.co.za
  • Lowveld Botanical Gardens www.sanbi.org/gardens/lowveld/ The Lowveld Botanical Gardens is collecting the seeds of 120 plants most sought-after for muthi purposes.
  • Medical Research Council (MRC) www.mrc.ac.za The MRC established the IKS Lead (Health) Programme to promote, develop and protect IK (indigenous knowledge), and IKS and its innovative systems of health through education, research and development.
  • Moringa Development Association of South Africa (MDASA) www.mdasa.co.za
  • Muthi Futhi Trust www.muthifuthi.co.za It specialises “in the cultivation and processing of African medicinal plants, and the production of traditional medicinal products”
  • Naledi Village Farmer’s Co-operative soozi.v.d.linde [at] gmail.com Find the post “Rustler’s Valley (part VII): nurseries and a healing centre” on this website.
  • National Research Foundation (NRF) www.nrf.ac.za The NRF manages the Indigenous Knowledge Systems Programme which includes the use of indigenous medicinal plants. Find the Indigenous Knowledge Systems (IKS) Knowledge Fields Development Framework Document on the website. Included in the scope of research funding is IKS and Bioeconomy (which covers African traditional medicine).
  • North-West University Indigenous Knowledge Systems Centre http://natural-sciences.nwu.ac.za/indigenous-knowledge-systems-centre/home.  Find “NWU produces first Indigenous Knowledge Systems graduates in Africa” (2017) on the website news.
  • Parceval Pharmaceuticals www.parceval.co.za
  • Phola Indigenous Medicinal Garden c/o Scientific Roots http://scientificroots.org
  • Phyto Alchemy Jean-Francois Sobiecki http://phytoalchemy.co.za/ Healer, Wellness Coach & Ethnobotanist
  • PhytoTrade Africa: The Southern African Natural Products Trade Association www.phytotradeafrica.com Included on the website are notes on various medicinal plants e.g. Devil’s Claw, Baobab Tree, Mobola Plaum etc
  • ResourceAfrica https://resourceafrica.net
  • Rhodes University Selmar Schonland Herbarium www.ru.ac.za/schonlandherbarium Find staff contact details on the website.
  • Skimmelberg www.skimmelberg.co.za
  • South African National Biodiversity Institute (SANBI) www.sanbi.org SANBI is a public institution that aims to promote the utilisation and conservation of, and knowledge and services in connection with, the southern African flora; and to promote the economic use and potential of indigenous plants.
  • Stellenbosch University (i) Department of Botany and Zoology (ii) Department of Conservation Ecology and Entomology www.sun.ac.za
  • Swanpack Buchu www.grapenet.co.za
  • Tlholego Kitchen & Herb Garden Workshop http://rucore.org.za
  • Tshwane University of Technology Department of Pharmaceutical Sciences Herbal Drugs Research Unit www.tut.ac.za
  • Traditional & Natural Health Alliance www.tnha.co.za
  • Traditional Healers Organisation https://www.facebook.com/traditionalhealth/
  • Umthathi Training Project www.umthathi.org
  • University of Cape Town African Climate & Development Initiative (ACDI) Botany and Institute for Plant Conservation www.acdi.uct.ac.za Research deals with conservation issues pertaining to the Cape Flora (Flora Capensis – one of the 6 floral kingdoms of the world, and the smallest, but with high endemism of 8600 different plant species).
  • University of the Free State Department of Pharmacology www.ufs.ac.za
  • University of Johannesburg Department of Botany and Plant Biotechnology www.uj.ac.za
  • University of KwaZulu-Natal (Pietermaritzburg) School of Life Sciences Research Centre for Plant Growth and Development (ii) Nelson R Mandela School of Medicine (iii) DST-NRF Centre in Indigenous Knowledge Systems http://aiks.ukzn.ac.za/ Research associates at the universities of KwaZulu-Natal, North-West University, Limpopo and Venda are listed on the website.
  • University of Pretoria (UP) Department of Paraclinical Sciences Phytomedicine Programme www.up.ac.za/phyto This group focuses on the use of plants to enhance animal health and productivity.
  • UP Department of Plant and Soil Sciences www.up.ac.za
  • UP Enterprises www.enterprises.up.ac.za A Phytomedicine and Natural Products short course is offered
  • University of the Western Cape (i) School of Natural Medicine (SoNM) (ii) South African Herbal Science and Medicine Institute (SAHSMI) (iii) Medical BioScience Programme  (iv) Department of Biodiversity and Conservation Biology (v) Department of Chemistry www.uwc.ac.za
  • Zanemvula Traditional Healing www.zanemvula.co.za A traditional healer
  • The provincial nature agencies and departments of environmental affairs. Find details on the “Biodiversity and ecosystems services” page.


Websites and publications

Visit websites listed earlier on this page.


Some articles


A number of brochures, grower guidelines and Info paks (booklets) on flora with medicinal properties indigenous to Africa can be found on the website of the Department of Agriculture, Forestry and Fisheries, www.dalrrd.gov.za (under “Resource centre”). These include:


Guidelines exist too for plants which are not indigenous, like the Parsnips Production guidelines.

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