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Adopting improved forage grasses and legumes for semi-arid zones in Tanzania
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Adopting improved forage grasses and legumes for semi-arid zones in Tanzania

  1. Maziwa Zaidi (More Milk) in Tanzania Adopting improved forage grasses and legumes for semi- arid zones in Tanzania A.J. Mwilawa1, J. Mathias1, S. Mwendia2 and A.M.O. Notenbaert2 1Tanzania Livestock Research Institute 2 International Center for Tropical Agriculture (CIAT) Key messages • Meat and milk are important sources of protein in human diets. • The shortage of feed particularly during dry season is one of the major factors limiting livestock productivity. • Improved forages (grasses, herbaceous legumes and fodder tree/browses) show great potential to alleviate this problem. • Ever increasing demand for more meat and milk calls for forage varieties which are high yielding, more adaptive and environmental friendly. • Researchers and development partners are devising forage varieties that when fed as basal or in combination basal diets will potentially improve productivity and reduce GHG emissions. • Some of these forage varieties need to be widely disseminated, farmers sensitized and seeds made available. Opportunities to invest and scale There is a need to delineate where Public and Private sectors can and need to Invest, to encourage Private investment in Forage seed (FS) and Planting material (PM) enterprises, and Public Investment or PPPs in specific FS and PM value chains In this regard involvement of both private and public partners will enhance impact on increased productivity and environmental health. Public sector to invest developing suitable forage genetic material, high yielding, resistant to disease, resilience to drought and more adaptable to environment Private sector to invest in multiplication and dissemination of recommended forage seeds and planting material The observed Potential forage technologies need to be unscaled and disseminated by both public and private sectors. Pictures Photos showing adapted grasses, legumes species and a well fed dairy cow and conserved grass hay Key results • Significant difference was observed in biomass yields at different grass height in all the grasses (P <0.05) • One ha of Cenchrus ciliaris (Buffel grass) can keep 1 TLU for one year under good management or 1 dairy cow with minimal supplementation • Herbaceous legumes can be established in grass-legume mixtures as they increase quality and total biomass yield, • Legumes play considerable role in livestock-crop farming and environmental health This document is licensed for use under the Creative Commons Attribution 4.0 International Licence. April 2017 March 2017 Objectives and approach  In participatory manner identify niches, screen, adapt and promote appropriate elite forage accessions targeting the different agro-ecologies, farming systems and niches  Build capacity of target beneficiaries in forage technology (agronomy, seed system)  Study Sites/ location Trials: Agro-pastoral/ pastoral –Semi Arid /Sub humid areas (Dodoma, Mwanza); High Potential areas – Highlands –Intensive/Zero grazing (Mbeya; Tanga; Killy)  Forage species validated for adoption in semi-arid/sub-humid areas: Grasses: Cenchrus ciliaris, Eragrostis superba and Enteropogon contortus ; Legumes: Clitoria ternatea, Neonotonia wightii, Macroptlium atropuperium, Lablab purperius Maziwa Zaidi thanks all donors and organizations which globally support the work of ILRI and its partners through their contributions to the CGIAR system
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