A photo report of activities being implemented by the Africa RISING project in Zambia during the 2017/18 cropping season.
The doubled-up legume system in conservation agriculture is premised on the belief that while farmers will be in a position to get the usual benefits of the doubled-up legumes (‘double’ the grain output per farm, hence more food and also ‘double’ soil fertility through the leafy biomass components of groundnuts and pigeonpea); they will also potentially benefit more from increased moisture retention towards the end of the season as well as reduced labor in land preparation, if the backbreaking conventional tillage practice of ridging can be avoided.
A multi-locational study in Zimbabwe aimed to determine the effect of four tillage systems on maize, cowpea and soybean yields, and evaluate the economic performance of the conservation agriculture (CA) systems relative to conventional plowing.
Since September 2013, the SIMLEZA-Africa RISING project tested a range of improved agricultural technologies in Chipata and Katete districts of Zambia with the aim of sustainably intensifying the productivity of small holder farmers in those parts of the country. How did the project scale-out those technologies to the farmers? What worked and what didn’t?
In the second year of practicing conservation agriculture (CA) introduced to him through the SIMLEZA-Africa RISING project; Stephen Nyirenda, a 38 year old farmer from Lundazi District in Zambia has been able to increase the productivity of his farm in ways he never thought possible. In just two seasons he’s been able to buy two cows from the extra proceeds he’s been getting from his farm. Not a mean feat, but which he attributes squarely to this new found way of sustainable land management
Thanks to an emerging breed of bold farmers who have taken to producing legume seeds for cultivation by their colleagues, the challenge of legume seed availability is being met in Eastern Zambia. For the past two years, Tichoke Phiri, a woman farmer from Kawalala camp in Katete district has been growing improved cowpea varieties through the Africa RISING project and selling it at a minimal cost to her fellow farmers in Kawala camp. The returns from her work have been very rewarding
Against the odds stacked against them due to climate change; farmers in Chipata and Katete districts in Zambia where the SIMLEZA-Africa RISING project was being implemented are ramping up their farm productivity using conservation agriculture techniques. Richard Soko, a farmer from Chipata District is one such farmer
Under the SIMLEZA-Africa RISING project, the implementation of conservation agriculture technologies is a key intervention. For just the past 2 years, the project has already seen positive outcomes on the practices and lives of its farmer-beneficiaries in its target communities in the Eastern Province of Zambia. Here we highlight one of our farmer ‘success stories’ who have been practicing CA technologies introduced in the country by the project.
Conservation agriculture, which involves minimum tillage of the land and retaining crop residues on the land, has proven useful for increasing yield and at the same time managing soil fertility and increasing farmers resilience to drought and climate variability in Malawi. However, so far the technology has mainly focused on maize. Can the technology be …
Earlier this year, Africa RISING funded an ‘early win’ project in Malawi led by the International Maize and Wheat Improvement Center (CIMMYT). A news story from this project explains how smallholder maize farmers in Malawi are adopting sustainable crop management practices that cut labor and help capture and hold rainfall, salvaging harvests when water is …
In 2012, Africa RISING funded an ‘early win’ project in Malawi led by the International Maize and Wheat Improvement Center (CIMMYT). The project aims to provide pathways out of hunger and poverty for smallholder families, particularly for women and children, through sustainably intensified farming systems. The outputs will be: Crop yield and biomass production Nutritional output …