News and Media

Stay connected with us as we share our knowledge and experience in Push-Pull technology across the East Africa region – Ethiopia, Kenya, Rwanda, Tanzania, and Uganda. We are dedicated to keeping you updated on our journey in the field of sustainable agriculture.

From Trials to Trust: Tanzanian Farmers Embrace Push-Pull Technology in Mara Region

In the vibrant agricultural landscapes of Tanzania’s Mara Region, farmers across the districts of Bunda, Butiama, and Tarime are witnessing firsthand how sustainable innovation can transform their fields. Supported by the UPSCALE and led by the Tanzania Agricultural Research Institute (TARI) Ukiriguru, this region has become a living laboratory for the community-led adoption of Push-Pull Technology (PPT). Together with partners from the International Centre of Insect Physiology and Ecology (icipe), a team of researchers and local facilitators organized an intensive farmer assessment in April this year in order to evaluate how different cropping systems, including Push-Pull, perform in real-world conditions, and to listen closely to the voices of those who matter most: the farmers themselves. What Is Push-Pull Technology? Push-Pull is an ecologically based pest management strategy that uses companion planting to both repel and trap pests. Farmers intercrop maize with Desmodium, a “push” plant that repels stemborers and FAW, and plant Napier grass or Brachiaria on the field borders to “pull” pests away. The result: less pest damage, better soil health, and more forage for livestock. The Trial: From Mother to Baby Plots Across Bunda, Butiama, and Tarime districts, farmers engaged in a structured assessment of different PPT setups: Push-Pull

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From Field to Future: Farmers in Simiyu Embrace Push-Pull Technology for Sustainable Maize Farming

On February 3, 2025, more than 160 farmers gathered at the Nyakabindi Knowledge Exchange Hub (KEH) in the Simiyu region of Tanzania for a hands-on Farmers Field Day hosted by the Tanzania Agricultural Research Institute (TARI) in collaboration with UPSCALE and ICIPE. This knowledge-sharing event marked another important milestone in the promotion of Push-Pull Technology, a climate-smart farming method that is helping smallholder farmers fight pests, improve soil fertility, and increase yields without costly inputs. Farmers Understanding of Push-Pull technology Push-Pull is an innovative cropping system that uses Desmodium (a legume that “pushes” pests away from the main crop) and Brachiaria grass (which “pulls” them in and traps them). The method controls destructive pests like Fall Armyworm and suppresses Striga weeds, a major threat to maize production in East Africa. Push-Pull does more than just protect crops:  It conserves moisture in the soil  Improves nitrogen content through Desmodium’s root system Provides valuable fodder for livestock And reduces weeding costs by covering the ground naturally The feedback from farmers was enthusiastic and full of promise. “From what I have seen, this technology also helps reduce the cost of weeding because Desmodium covers the soil and suppresses weed growth,” said Godfrey William,

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Community Roots for Resilience – On-Farm Training Boosts Push-Pull Adoption in Kumi District, Uganda

On May 1st, an on-farm visit and training session took place in Kabukol village, Kadami Sub-County, Kumi District, Uganda, marking another important step in the community-based dissemination of Push-Pull Technology (PPT). Led by Moses Lutaakome and Michael Otim from the National Agricultural Research Organisation (NARO) and supported by project partners from ICIPE, including Grima Hailu, and Nathan Ochatun, the activity was part of the broader UPSCALE project, funded by the European Union. The training was carried out under the leadership of NARO’s National Crops Resources Research Institute (NaCRRI), which in collaboration with ICIPE, is rolling out a community-driven approach to sustainable farming practices. This approach was initiated in 2024 in response to the urgent call by local farmer groups who were struggling with crop losses due to Fall Armyworm (FAW) and Striga weed, two of the most damaging threats to maize production in the region. Push-Pull Technology: A Community Solution to a Common Problem Push-Pull Technology offers a practical, ecological solution to these challenges. By intercropping maize with Desmodium (the “push” plant, which repels pests) and Brachiaria or Napier grass (the “pull” plant, which attracts them), farmers can reduce their reliance on chemical pesticides while improving yields and restoring soil

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