ABSTRACT
This study was aimed at providing an overview and assessment of the current seed systems and
performance of Community Based Seed Multiplication Scheme (CBSMS) as well as reviewing
challenges and ways for sustainability in Metekel Zone. CBSMS came in to existence in Metekel Zone
of Benishangul Gumuz region seed systems in 2008 to narrow the gap between the galloping demand
and stagnant supply of improved and quality seed. Pawe Agricultural Research Center (PARC) and its
partners have come up with CBSMS with multidimensional support from the former to produce in
2013/14 3279 quintal and in 2014/15 1275 quintal of quality seed. Seed systems in Metekel Zone were
observed to be complex and the role of PARC is observed to be vital. The study suggests
strengthening the CBSMS as they are the main source of improved seed in the zone. Moreover, proper
training of farmers, market information network, incentive mechanism, and controlling the quality of
seed should be given emphasis. To make CBSMS sustainable coordination among key partners and
proper institutional arrangements is of paramount importance. Strengthening farmers’ association/
union through institutional support should be given priority for sustainability of the scheme.
References
[1] Abebe Atilaw and Lijalem Korbu, (2011). Recent Development in Seed Systems of
Ethiopia in Improving Farmers’ Access to Seed, (Dawit Alemu, Shiratori Kiyoshi and
Abebe Kirub (eds)), Empowering Farmers’ Innovation, Series No. 1, FRG II Project
[2] CSA, (2008). Central Statistical Agency (CSA) – Summary and statistical report of the
2007 population and housing census: Population size by age and sex. Addis Ababa:
Federal Democratic Republic of Ethiopia Population Census Commission. Available
from: http://www.csa.gov.et/pdf/Cen2007_firstdraft.pdf
[3] CSA (various issues). Central Statistical Agency Government of Ethiopia, Addis Ababa
Ethiopia
[4] Endeshaw Habte, Setegn Gebeyehu, Kidane Tumsa and Kassayea Negash (2011).
Decentralized Common Bean Seed Production and Delivery System in Improving
Farmers’ Access to Seed, (Dawit Alemu, Shiratori Kiyoshi and Abebe Kirub (eds)),
Empowering Farmers’ Innovation, Series No. 1, FRG II Project
[5] Kiros Meles, Gebremichael Nigussie, Tesfay Belay and Kebede Manjur, (2009). Seed
System Impact on Farmers’ Income and Crop Biodiversity in the Drylands of Southern
Tigray. DCG Policy Brief No 2
[6] David S. and Oliver B. (2010). Bean disease and pest identification and management:
handbooks for small-scale seed producers. Handbook 4. CIAT, Kampala, Uganda.
[7] Pelmer D.P. (2005) Agriculture in the developing world: connecting innovation in plant
breeding research to downstream applications. PNAS 102 (44) 15739-15746.
[8] Setimela, P.S., and Kosina, P. (eds). 2006. Strategies for Strengthening and Scaling up
Community-based Seed Production. Mexico, D.F.: CIMMYT.
[9] Sperling L. and H.D. Cooper (2003) Understanding seed systems in seed security. In
Improving the effectiveness and sustainability of seed relief. Proceedings of a
stakeholders workshop in Rome 26-28 May, 2003. Rome: Food and Agriculture
Organization
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