A Pluriversal Glossary of ABS

ACCESS
Publication date: 15 August 2026
Acknowledgement: The synthesis and analyses presented in this entry were nourished by the ideas and knowledge of numerous participants in TEGA's action research.
I. Institutional definitions:
CBD & Nagoya Protocol: Neither the 1992 UN-Convention on Biological Diversity (CBD) nor the 2010 Nagoya Protocol provide any formal definition of access. However, both agreements define the entities that, to be accessed, should require Prior Informed Consent and a benefit-sharing agreement:
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CBD: ABS concerns access to genetic resources, i.e. “any material of plant, animal, microbial or other origin containing functional units of heredity” having “actual or potential value” (Art. 2: ) and, depending on national legislation, to “knowledge, innovations and practices of indigenous and local communities embodying traditional lifestyles relevant for the conservation and sustainable use of biological diversity” (Art. 8j).
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Nagoya Protocol: ABS concerns access to “genetic resources as well as subsequent applications and commercialization”, and “traditional knowledge associated to these genetic resources”.
WIPO: The 1996 Decision 391 on Access to Genetic Resources of Andean Community (1996), referred to by the World Intellectual Property Organisation (WIPO), defines access as “the obtaining and use of genetic resources conserved in situ and ex situ, of their by-products and, if applicable, of their intangible components, for purposes of research, biological prospecting, conservation, industrial application and commercial use, among other things.”*
South Africa: According to the 2004 National Environmental Management: Biodiversity Act (NEM:BA), ABS concerns access to “indigenous biological resources” for bioprospecting and/or export. The act defines bioprospecting as including the search, collection or gathering of these resources for research, development, or applications; the utilisation for these purposes of information on traditional use of these resources by indigenous communities; and research on as well as application, development and modification of such knowledge for commercial or industrial purposes.
Namibia: The 2017 Law on ABS defines access as “obtaining, collecting, possessing, acquiring, using, selling, either directly or indirectly, biological or genetic resources found in both in situ or ex situ conditions under the control of the State, or parts thereof, derivatives, products including synthetic products, and where applicable, intangible components or associated traditional knowledge”.
* This definition is used in WIPO’s 2001 Glossary of key terms related to intellectual property and genetic resources, traditional knowledge and traditional cultural expressions (https://www.wipo.int/meetings/en/doc_details.jsp?doc_id=410022 ).
II. Historical context:
The ‘grand bargain’: The regulation of access to genetic resources (GR) and associated traditional knowledge (TK) results from a demand expressed by governments of the global South (most of them former colonies) in the late 1980s and early 1990s during the negotiations of the CBD. This demand was that national states control who has access to the GR and TK located on their territory, and that granting access to ‘their’ GR and TK would be on mutually agreed terms, including free prior informed consent (FPIC) of the resource and knowledge holders, and including fair and equitable benefit-sharing by the users of GR and TK. By incorporating this demand, the CBD created the political and legal conditions enabling countries who ratified the CBD to establish a new institutional barrier along their national borders: with ABS legislation, countries could require any human person or legal entity that wants to access and utilize GR and/or TK on their territory to seek a permit from the competent authorities, based on the fulfilment of ABS requirements.*
National frames of reference: The institutional barriers established under ABS laws and regulations were meant to protect GR and TK from free access, extraction, utilization and appropriation by scientific and commercial users who generally belonged to global North countries (most of them being former colonisers). Thanks to benefit-sharing, ABS would ensure that the scientific and commercial utilisation of GR and TK from the global South would also benefit the countries and communities of origin, and hence contribute to closing the development gap between industrialised nations and developing/emerging nations. Over time, however, this postcolonial opposition between “user countries” and “provider countries” partly lost significance. With ABS policy-makers recognising that ABS can apply to users and providers based in the same country, ABS regulations of countries such as South Africa, or Namibia, also apply to national users accessing the country’s GR and TK.
*For more information, see for instance Wynberg and Laird (2009), Oberthür et al. (2014), and Aubertin et al. (2021).
III. Voices from the field:
Voices from public authorities:
Guardianship: Public officials in charge of ABS often see their role as guardians of the country’s valuable genetic resources, which should be protected from extraction and appropriation by foreign entities. This role of guardian also includes using the power of the state to help the country’s Indigenous Peoples and local communities protect their traditional knowledge from extraction and appropriation by external users. A major motivation at play in this role is the development of the country’s bioeconomy in a context of international competition.
National bioeconomy: From the perspective of public authorities, once valuable GR and TK of the country have been accessed and transferred abroad without free prior informed consent (FPIC), and without a benefit-sharing agreement in place, it is a loss for the country’s bioeconomic potential, and a potential gain for another country’s bioeconomic development. Since many users have a priori an interest in accessing GR and TK for free, either to develop commercial applications themselves, or to trade these resources to subsequent users for a profit, regulators tend to look at users with suspicion.
Permit systems: As a result, public authorities of countries having a high biocultural diversity are particularly keen on monitoring and controlling access. To know who is accessing which GR and TK in the country, and to ensure that every instance of access is performed in compliance with the country’s ABS regulations, they rely on access permit systems that, from their viewpoint, should have the wides possible scope and as few loopholes as possible.
Voices from Indigenous Peoples and local communities:
Biocultural identity: Traditional or Indigenous knowledge is an intrinsic part of the lively biocultural identity and resources of Indigenous Peoples and local communities. This knowledge has been gained through centuries of observation, trial and error, human-plant communication, and oral transmission. It informs cultural practices of nutrition, healing, cosmetics, and ceremonies, among others, and it is enmeshed with communal values, norms, and politics. In some cases, traditional / indigenous knowledge is still an intrinsic part of a collective identity and ways of life that are anchored in a particular place. However, this link between knowledge, people, and places, has been historically disrupted, and it still faces numerous threats.
(Post)colonial harm: In the course of colonial history, Indigenous knowledge and all that comes with it have been extensively damaged by the enslavement or killing of knowledge-holders; by spatial exclusion through land appropriation and enclosure, as well as by forced displacements, which together severed the ties between people and places; as well as by more or less (un)intentional forms of epistemic violence, including acculturation through forceful enrolment in schools, and the tendency of modern scientific institutions to discard or distort Indigenous knowledge. Against this backdrop, members of Indigenous Peoples and local communities often experience the unauthorised access, appropriation and use of their knowledge by outsiders as a form of (post)colonial violation and destitution: outsiders (researchers, students, bioprospectors, entrepreneurs) come to them, retrieve knowledge from them, take samples, and disappear, without having obtained the consent from the appropriate Indigenous authorities, and without benefits flowing back to the community.
Recognition and inclusion: Members of Indigenous Peoples and local communities therefore tend to consider ABS as an important source of recognition and rights. What is at stake for them can be more than a transactional retribution for the authorisation to access and use their traditional knowledge. ABS is also about acknowledgment of past colonial harm and the practice of postcolonial reparation; recognition of Indigenous sovereignty over biocultural knowledge, resources and identity; and economic inclusion through access of community members, especially from the youth, to economic chances. As several Indigenous participants of TEGA emphasised, they often feel "unseen", "overlooked", or "ignored" by mainstream society, with their views and concerns not being taken into account at par with those of other social groups, and with outsiders (e.g. politicians, researchers, entrepreneurs) generally coming to them to get something (electoral support, information, natural resources...) through a short-term utilitarian engagement that leaves the community as marginalised as it was before.
Access and marginalisation: From the viewpoint and experience of Indigenous Peoples and local communities, the issue of access raised by ABS often goes both ways. It is not only about the conditions under which outsiders access and use their resources and knowledge. It is also a matter of them having or not access to resources and life chances against the backdrop of entrenched inequalities. Access to plants and other natural resources and to the land where they are located, which was privatised and enclosed, or notified as a natural protected area; access to knowledge such as scientific knowledge held and transmitted by institutions of higher education; and access to economic chances located higher up in biotrade value chains. From this perspective, ABS is sometimes viewed as a potential mechanism for marginalised members of Indigenous Peoples and local communities to receive monetary and non-monetary benefits that they will be able to reinvest for upward social mobility.
Access and decolonial reparation: Some indigenous leaders and activists go further. For them, ABS is a starting point to claim and fight for a more fundamental right: the right to grant or withhold FPIC to outsiders (including descendents of colonial settlers) for conducting any economic activity on ancestral land that was stolen from them, and the right to obtain shared benefits from such activity in the name of decolonial compensation.
Who are problematic ‘outsiders’: ABS tends to oppose scientific and commercial users, especially those from global North countries, and resource and knowledge providers, especially from Indigenous Peoples and local communities. However, Indigenous Peoples and communities are often more directly preoccupied with other ‘outsiders’ who access and extract their resources: harvesters and traders from outside the community, who intrude in the community’s area to harvest valuable medicinal plants, wild food plants, and other resources, without sharing any benefits nor respecting sustainable harvesting practices. While this problem is widespread and acute, as it contributes to disposession and the depletion of natural resources under the custodianship of the community, it is not addressed by current ABS frameworks.
Voices from users of genetic resources and traditional knowledge:
Access in practice: In the experience of individuals and organisations whose activities fall under the regulatory scope of ABS, the notion of access is problematic, because access presupposes the anticipation of a clear moment where a user reaches out and gets hold of a tangible GR and/or of intangible TK. However, access often simply happens in unexpected ways, such as a person mentioning in a conversation that in her/his village, this illness has been traditionally treated with extracts from this particular plant. Moreover, this person sharing the information might not be a recognised traditional knowledge-holder as per the ABS laws and regulations of the country. More generally, knowledge is not a static entity that one accesses, but a dynamic and evolving flux of information that involves extensive hybridisation and cross-pollination. All the more so in contexts where digital technologies spur the use of digital sequence information (DSI) in biodiversity research, bioprospecting and innovation. Against this backdrop, the behavioural expectations of ABS permit application procedures are often experienced by users as being too rigid compared with the fluctuating and diverse reality of exchanges of GR and TK among human beings in real-life situations.
The scope of regulated access: Users also find it challenging to know what kind of resources and knowledge are covered by ABS laws and regulations. For instance, a user shared the story of a weed that was accessed and used to develop an essential oil. According to this person, the scientific literature locates the origins of this weed outside of South Africa, with the spread of this weed in South Africa being quite recent. However, a traditional council that the government recognises as one of the official representatives of Indigenous TK-holders in the country claimed that it is an Indigenous plant traditionally used by communities and hence requiring FPIC and benefit-sharing. More generally, users point at uncertainties and controversies regarding which plant and/or knowledge should be considered “Indigenous”, with regulators sometimes defining a plant as “Indigenous” while botanical science classifies this plant as non-Indigenous.
The ambivalent connotation of access: A further aspect raised by users concerns the connotation of access in ABS. From their viewpoint, access is a necessary condition to produce new knowledge and develop new commodities that benefit society as a whole, even if these benefits are unequally distributed. Access is therefore something positive and useful that should not be unnecessarily impeded. However, in the context of ABS, access would often be negatively connoted as "extractivism", "appropriation", or "biopiracy". Users suffer from this conception that tends to put communities and plants on the “good side”, and to treat them as the “bad guys” who must be monitored and controlled. This connotation creates a feeling of being misrepresented, while in fact, most researchers and entrepreneurs think of themselves as hardworking and honest citizens who grow new knowledge and produce new useful commodities for the common good. According to some users, the normative distinction between the "good guys" and the "bad guys" also tends to entrench postcolonial divides and mistrust, and thereby to impede the mutually beneficial co-production of useful knowledge and commodities.
The costs of regulatory barriers to access: Users of GR and TK generally experience ABS regulations, including especially permit systems, as a detrimental source of costs and practical difficulties. In contemporary society, scientific research, bioprospecting and biotrade are often high-paced activities conducted with limited resources (e.g., worktime, funds) under hard competitive pressures. Users experience ABS permit systems as complicated, time consuming, and costly. According to them, regulatory requirements and restrictions imposed by ABS regulations contribute to choking small and medium companies, to deterring entrepreneurship (including among local communities), to overburdening scientific research on GR and TK (especially for international research projects), and to chasing away foreign multinational companies that end up circumventing countries with demanding ABS regulations for the benefit of countries having lower ABS requirements.
Simplification (scientific users): Scientific users have been advocating open access to information and a shift from current ‘command & control’ regulations to soft law (e.g., guidelines; codes of conduct; internal ethical clearance mechanisms). They highlight good practices of obtaining consent from Indigenous knowledge-holders and sharing benefits in fields such as ethnobotany. They argue that such practices should be advertised, encouraged, and normalised, as opposed to relying on permit systems and cumbersome benefit-sharing negotiations. One South African scientific user interviewed as part of TEGA advocates a digital platform that would operate like a market place, with registered Indigenous resource and knowledge holders (e.g., traditional healers) offering consented access to their GR or TK, and registered scientific users being able to gain rapid access to this GR or TK under conditions specified in a preformatted benefit-sharing agreement. While such a system would simplify access for scientific users, it is based on the questionable assumption that Indigenous knowledge is held and managed by individuals, instead of being a collective good managed by communal bodies such as traditional authorities, councils, or committees.
Simplification (commercial users): Commercial users also advocate simple, cost-effective and time-effective procedures for ABS compliance, for instance based on benefit-sharing agreement templates that would entail a limited number of options to streamline benefit-sharing negotiations, and hence to ease access. Because commercial users know they are easily suspected by others of postcolonial extractivism, unethical appropriation of resources, and capitalist greed, they generally do not openly advocate open access. Some do, with the argument that knowledge and biodiversity should be treated as common goods - a collective heritage of humanity that should be freely accessible, so as to ease its use, its valorisation, and its collective transmission and augmentation for the benefits of society as a whole. References to biocultural diversity as a common heritage of mankind have be denounced by proponents of ABS as a problematic justification of private appropriation and commodification, which benefits primarily privileged actors and social groups. However, treating biocultural heritage as a common good, instead of a commodifiable resource, can also challenge economic arrangements that are based on the private appropriation and commodification of the commons, and support the adoption of more communal and convivial economic models.
IV. Transformative perspectives
The postcolonial politics of access in society: As Jessica Lavelle (2019, p. 10) remarks, access is not only conditioned by property rights. It is also conditioned by the actual ability to get hold of a resource and derive benefits from its utilisation. Such ability involves power relationships and more subtle relations of social domination: dominant actors have an easier access to resources than others. It also involves market relations: players with advantageous positions in markets, such as producers having a large market share, a high reputational capital, and/or high social capital, can use these advantages to secure access to resources.
In conventional approaches to ABS, FPIC and permits for access are mostly considered as a means to an end: allowing providers to negotiate fair & equitable benefit-sharing with potential users. The sociological perspective presented above introduces a different perspective on access in ABS: Can ABS be transformed to impact the actual distribution of access to biological materials and to knowledge among different social groups in society? If contemporary inequalities in access are at least partly inherited from colonial spoliation (e.g., Ndwandwe 2024), and if this is considered an injustice that needs to be addressed (e.g, DFFE 2023), can ABS make a contribution by facilitating access to biological materials and to knowledge for descendents of indigenous communities who still suffer from postcolonial marginalisation? While ABS tends to put “users” and “providers” on two sides of a table, can such contributions of ABS aim at healing and overcoming postcolonial divides, for instance by fostering mutually beneficial collaboration involving users in the lives and work of providers, and providers in the lives and work of users?
Access and relationality: Modern science is famous for having developed a conception of reality and a relationship to reality that are predominantly based on a paradigm of separability. Simply said, modern science tends to isolate components of the world: e.g., from matter to molecules to atoms to subatomic entities; from organisms to cells to biochemistry to genes; from political regimes to their components to the variables involved in their functioning and evolution to individual citizens and politicians; from macroeconomic dynamics to sectors and variables, to transactions, to individual economic agents who interact on markets. Then, science tries to discover the causal mechanisms in the interactions of these isolated components. ABS governance frameworks are mostly embedded in this conception of reality. Users are separated from providers, “IPLCs” are treated as a separate entity in itself, genetic resources are isolated from the ecological conditions of their existence, etc.
The paradigm of separability has been challenged from two sides. One challenge comes from science itself, such as actor-network theory (2005; 2017), the propositions of the philosopher of science Isabelle Stengers on cosmopolitics (2010), or pluriversal scholarship (Escobar et al. 2024) - to quote but a few prominent references. The other challenge comes from indigenous knowledge systems and cosmologies, which have received increasing attention and recognition in the past decades, including in environmental governance contexts (of which ABS is an integral part). The key idea here is that entities do not exist by themselves and interact. They are both constituted by and entangled in a web of interrelationships that is reality itself. The moment one looks at them or treats them as an isolated entity, the relational web that sustains their existence gets out of sight and is likely to be neglected in practice. For instance, the moment ABS singles out a plant or parts thereof as a “genetic resource”, the biocultural web that sustains this resource gets overlooked, and probably therefore also neglected.
This relational perspective allows us to reconsider what is accessed under the scope of ABS. A user accessing what she/he/it considers to be an isolated “genetic resource” might not realise that this “genetic resource” is much more than that. It is part of a lively more-than-human ecology, and it might also be part of indigenous knowledge, practices, and livelihoods that relate to this plant as an allied sentient being and a sacred source of life.
“When we speak about access in our law and regulations, we speak of it in terms of extraction. But I think we can learn from traditional knowledge and interrogate in us that when we access, we do not necessarily access only to use. One can access a plant for knowledge, for wisdom, for experience, for understanding. [...] Why are we accessing? Do we interrogate what we intend to do when we want to access Honeybush? In the usual meaning, we access the plant and take some of it away; we access knowledge and take some of it away, and exploit it in a Westernised manner. But I think that it is much more complex. Sometimes access is positive, sometimes it is extractive. Sometimes it is disrespectful, sometimes it is done with care. I think we could benefit from thinking more deeply about these words, access, or benefit-sharing, that keep coming out of our mouths.” (a participant in the TEGA-ABioSA Social Dialogues, African Biotrade Festival, 2025)
References:
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Aubertin, C., Nivart, A., & Pham, J.-L. (2021). Nature in Common: Beyond the Nagoya Protocol. Marseille: Éditions de l'IRD.
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DFFE. (2023). White Paper on Conservation and Sustainable Use of South Africa’s Biodiversity. Pretoria: Government Gazette.
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Escobar, A., Osterweil, M., & Sharma, K. (Eds.). (2024). Relationality: An Emergent Politics of Life Beyond the Human. London: Bloomsbury.
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Latour, B. (2005). Reassembling the social : an introduction to actor-network-theory. Oxford, UK: Oxford University Press.
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Latour, B. (2017). Facing Gaia: Eight Lectures on the New Climatic Regime. Cambridge: Polity Press.
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Lavelle, J.-J. (2023). 'Towards Pro-poor or Pro-profit? The governance framework for harvesting and trade of devil’s claw (Harpagophytum spp.) in the Zambezi Region, Namibia'. In M. Bollig, S. Lendelvo, A. Mosimane, & R. Nghitevelekwa (Eds.), Conservation, Markets, and the Environment in Southern and Eastern Africa: Commodifying the 'Wild' (pp. 137-165). Woodbridge: James Currey.
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Ndwandwe, S. (2023). 'Marginalisation and Exclusion in Honeybush Commercialisation in South Africa'. In M. Bollig, S. Lendelvo, A. Mosimane, & R. Nghitevelekwa (Eds.), Conservation, Markets, and the Environment in Southern and Eastern Africa: Commodifying the 'Wild' (pp. 166-194). Woodbridge: James Currey.
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Oberthür, S., & Rosendal, G. K. (Eds.). (2014). Global Governance of Genetic Resources: Access and benefit sharing after the Nagoya Protocol. Abingdon: Routledge.
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Stengers, I. (2010). Cosmopolitics I. Minneapolis, MN: University of Minnesota Press.
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Wynberg, R., & Laird, S. (2009). 'Bioprospecting, Access and Benefit Sharing: Revisiting the ‘Grand Bargain’'. In R. Wynberg, D. Schroeder, & R. Chennells (Eds.), Indigenous Peoples, Consent and Benefit Sharing: Lessons from the San-Hoodia Case (pp. 69-88). Dordrecht: Springer.
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