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Institut für Landtechnik
Access to genetic resources and fair benefit sharing
Haushaltstechnik
under the Nagoya protocol – Experiences of the
BAOFOOD research project in Kenya
1 1 2
Dietrich Darr , Kathrin Meinhold , Willis O. Owino
1
Rhine-Waal University of Applied Sciences, Faculty of Life Sciences, Kleve, Germany
2
Jomo Kenyatta University of Agriculture and Technology, Nairobi, Kenya
1. Introduction/Background 2. The BAOFOOD project
The Convention on Biological Diversity (CBD) states that the rights to The BAOFOOD project (2016-2019) is a non-commercial research project that
biological resources belong to the state in whose territory they are found. aims to promote the domestication, production, market development,
Access and benefit sharing for these genetic resources and the associated processing and consumption of baobab (Adansonia digitata L.) for improved
traditional knowledge are regulated in the Nagoya protocol (adopted in food security, nutrition and rural livelihoods in Kenya and the Sudan.
2010, entered into force in 2014). As of July 2018, 105 member states have The project consortium comprises 10 partners from academia, business and
ratified the protocol. Kenya ratified the protocol in 2014. civil society from Kenya, Sudan, Malawi, Germany, and the UK.
While one major objective of the protocol is to enforce the fair sharing of Part of the nutritional analyses of baobab fruit pulp were to be conducted by
benefits emerging from the utilization of genetic resources and its German project partners, as the required laboratory equipment (HPLC-DAD,
subsequent application and commercialization, it also aims to limit the high-throughput HPTLC) was not available in Kenya.
negative impact on non-commercial research contributing to biodiversity Export of baobab samples and use of samples by Germany project partners
conservation and it sustainable use in developing countries, e.g. by allowing required upfront clearance in accordance with the Nagoya protocol.
simplified measures (Art. 8a). [1] Criteria for effectively separating
commercial from non-commercial research have been proposed. [2], [3] 3. Experiences of the BAOFOOD project
Member states enact detailed national legislation to implement the
protocol. The case of the BAOFOOD project was one of the first of its kind Kenyan
The following government bodies implement and enforce the Nagoya authorities were faced with.
protocol in Kenya: Kenya Wildlife Service (KWS), National Environment The process from initiating the negotiations to granting the required
Management Authority (NEMA), and Kenya Plant Health Inspectorate agreements took almost 2 years (Figure 1). Project progress was delayed
Service (KEPHIS). substantially due to late export of baobab samples to German laboratories.
Repeated r
Users of genetic resources must obtain legally binding agreements with eviews of contract drafts and alignment of the various partners’
these authorities and the communities in which the genetic resources exist. legal departments and Kenyan authorities was time consuming.
Required agreements comprise the Prior Informed Consent (PIC), the KWS’s initial communications expressed expectation with regard to
Mutually Agreed Terms (MAT), the Material Transfer Agreement (MTA), as significant financial benefits to be expected from the agreements
well as the Benefit Sharing Agreement and Report on Utilization [4]. disregarding the non-commercial nature of the research project.
Beginning of November 2017
September 2016 Signing of PIC documents by the local communities January 2018
First draft of PIC by HSRW, Establishment of Kenya Baobab
submission to KWS August 2017 Association to fulfil additional
Further revision of PIC, MoA, and MTA requirement by KWS
Mid-July 2016 by JKUAT, submission to KWS
Kick-off workshop of March 2018
BAOFOOD project June 2017 Signature of MoA, PIC, and
necessity of access Uncertainty amongst project team if field work MAT documents by project Mid-June 2018
permit arises in Kenya can be conducted at this stage partners HSRW and JKUAT Access permit granted from NEMA
meeting between KWS and JKUAT to clarify
End-July 2016: February 2017 September 2017 December 2017
First contact with NEMA Sensitization meeting with local communities Further adjustments on May 2018
Further review of and authorities in the study areas (Kilifi / Kitui)
and GIZ ABS Initiative for PIC, MoA, and MTA MoA and MTA; final Signature of MoA, PIC, and MAT
review by legal documents by KWS; Acquisition
guidance based on KWS
feedback departments of project of additional documents required
for access permit (e.g. NACOSTI
partners and KWS
research permit
October/November 2016
First review from KWS on PIC, requirement
of MoA and MTA establishment of all February 2018
documents by HSRW, internal review by Completion of document review (MoA, Figure 1: Steps required to obtain access permits
legal department and project partners, re- PIC, and MAT) and establishment of final
submission to KWS version in agreement with KWS
4. Conclusion 5. Recommendations
While the larger objectives pursued with the enactment of the Nagoya protocol Shorter and more standardized procedures. Since the Nagoya protocol
merit unreserved support, cumbersome procedures to implement existing permit process cuts across a number of government agencies, there is need
regulations, unclear responsibilities at the national and local levels, lengthy of a one stop shop for the permits.
rocess for non-commercial research in comparison to commercial
processes involved in acquisition of the sequential permits, and a generally Simplified p
limited understanding of local authorities concerning the nature of non- ventures.
commercial research projects have the potential to seriously affect the Higher level of awareness needed amongst researchers working with genetic
implementation of the research project. Successful references cases are, resources with regards to Nagoya and its implications for research.
therefore, urgently required that could serve as guidance to local Consideration of permit acquisition process in the project life-cycle (by donor
administrators and researchers alike. agencies as well as partner institutions; ideally, agreements should be in
place at project start).
References
[1] Buck M, Hamilton C (2011): The Nagoya protocol on access to genetic resources
Contact: Prof. Dr. Dietrich Darr, Rhine-Waal University of Applied Sciences, Marie-Curie-Str. 1, 47533 Kleve, Germany and the fair and equitable sharing of benefits arising from their utilization to the
Convention on Biological Diversity. Review of European Community and International
E-mail: dietrich.darr@hochschule-rhein-waal.de Environmental Law 20(1): 47-61.
[2] Schindel D, Bubela T, Rosenthal J, Castle D, du Plessis P, Bye R, PMCW (2015): The
new age of the Nagoya protocol. Nature Conservation 12: 43-56.
Acknowledgements: The project is financially supported by the German Federal Ministry of Food and Agriculture (BMEL) based [3] Dedeurwaerdere T, Broggiato A, Louafi S, Welch E, Batur F (2012): Governing global
scientific research commons under the Nagoya protocol. In: Morgera E, Buck M,
on the decision of the Parliament of the Federal Republic of Germany through the Federal Office of Agriculture and Food (BLE), Tsioumani E: The 2010 Nagoya protocol on access and benefit-sharing in perspective:
Implications for international law and implementation challenges, Ch. 13. International
which we gratefully acknowledge. Law E-Books Online, Volume: 1, Series: Legal Studies on Access and Benefit-sharing
.
[online]: http://booksandjournals.brillonline.com/content/books/9789004217201
Poster presented at the Tropentag c [4] NEMA (2014): Kenya's access and benefit sharing toolkit for genetic resources and
onference, 17-19 September 2018, Ghent University, Belgium. associated traditional knowledge.
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