Similar Items: Harnessing innovation platforms for sustainable intensification R4D experiences from Kongwa and Kiteto, Tanzania
- Productivity potential and nutritional quality of Quality Protein Maize (QPM) hybrids in Kongwa and Kiteto Districts, Tanzania
- Gliricidia-based doubled up technology for improved crop production and agroecosystem resilience in Kongwa and Kiteto Districts
- Gliricidia-based doubled up legume for improving crops production and agroecosystem resilience in Kongwa and Kiteto districts
- Genetic diversification and intensification: Experiences from Kongwa and Kiteto, Tanzania
- Evaluation of nutritive value of browse tree fodder species in semi-arid Kiteto and Kongwa districts of Tanzania
- Report of the Kongwa Kiteto action sites innovation platform launch
Author: Munthali, W.
- Scaling-out pigeonpea varieties to enhance resilience opportunities for smallholder farmers of the semi-arid region of central Tanzania
- Community seed banks in Malawi: An informal approach for seed delivery
- Occurrence of aflatoxins and its management in diverse cropping systems of central Tanzania
- New crop varieties to nourish the semi-arid zones of central Tanzania
- Harnessing innovation platforms for sustainable intensification R4D experiences from Kongwa and Kiteto, Tanzania
- New dryland legume and cereal varieties for genetic intensification in semi-arid ecologies of central Tanzania
Author: Swai, E.
- Gliricidia-based doubled up technology for improved crop production and agroecosystem resilience in Kongwa and Kiteto Districts
- Framework for participatory food security research in rural food value chains
- Scaling of agricultural technologies in the southern highlands: 2017/18 achievements, challenges, lessons learnt and future actions of maize team
- Reducing child undernutrition through dietary diversification, reduced aflatoxin exposure, and improved hygiene practices: the immediate impacts in central Tanzania
- Celebrating IWD 2021: Focus on women in gender research and leadership – Elizabeth Swai
- Contributions of integrated soil fertility management (ISFM) to various sustainable intensification impact domains in Tanzania