Maize Based R&D Efforts
Presentation shares the R&D efforts on maize under APPSA.
Kaonga, K. (2019, November 27–29). Maize Based R&D Efforts [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation shares the R&D efforts on maize under APPSA.
Kaonga, K. (2019, November 27–29). Maize Based R&D Efforts [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation describes the potential role of knowlesge management and communication in R&D projects.
Chimwaza, G. (2019, November 27–29). Knowledge Management and Communication in Research and Development Projects [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation describes the potential contribution of crop improvement in agricultural productivity.
Musanya, J. (2019, November 27–29). Crop Improvement Enhance Agricultural Productivity [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation discusses potential taglines for CCARDESA.
Mwale, S. (2019, November 27–29). Development of CCARDESA Tagline [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation describes the CCARDESA mobile app development process.
Hughes, S. (2019, November 27–29). Mobile Learning App Development [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation provides details on cassava R&D efforts in Mozambique and Zambia under the Agricultural Productivity Programme for Southern Africa (APPSA).
Amisse, J. (2019, November 27–29). Cassava Commodity [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Presentation provides an overview of the Agricultural Productivity Programme for Southern Africa (APPSA).
Murata, M. (2019, November 27–29). APPSA Overview [Conference presentation]. APPSA End of Project Conference, Johannesburg, South Africa.
Conservation Agriculture (CA) is currently widely recognized as a viable approach for sustainable agriculture due to its potentially comprehensive benefits of economic, environmental, and social sustainability. In response to the aforesaid, Tanzania Agriculture Research Institute (TARI) at Uyole Centre initiated intensive research on CA technology practices since 1999. The research started on-station and widened the geographical coverage of CA trials and promotions on-farm from two to 18 villages (Mkomwa et al., 2007) in Southern highlands of Tanzania. An onstation study was undertaken to evaluate influence of CA planting methods on labour, weed and maize yields. The study results show that use of tractor ripper, ox-direct seeder and ox-ripper had high yields of 8.5, 8.5 and 7.6 t/ha respectively compared to hand hoe (4.7 t/ha).
Mwakimbwala R1, Ngailo J1, Mlengera N1, Nyenza E2, Kabungo C 1, Mwalukasa E 2, Urio P 1, Kulwa B1 and Mwabenga (2018). Effect of Conservation Agriculture Planting Methods on Increasing Yield of
Maize: The Case of Southern Highlands Tanzania. 2ACCA Book of Condensed Papers - Final Draft 04.10.2018. https://africacacongress.org/generaldownloads/2acca-book-of-condensed-p…;
Agronomy research
Sondayi, L. (2019). Agromy Research
Vegetation types in Zimbabwe
Sondayi, L. (2019).Vegetation types in Zimbabwe
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