The USAID COMPETE (the Competitiveness and Trade Expansion Program) funded Commercial Village Stores (CVS) project implemented in Kenya, Meru region in Eastern Province and Eastern Uganda (Jinja) has continued to educate the target communities on post harvest solutions at the village level. Quarter 4 (July-Sept 2010) activities sought to build on strengthening the Meru sites collective action in post harvest handling and storage at the village level with an outreach to more than 10000 farmers in Igoji, Tigania East, Tigania West and Tharaka Districts.

The Commercial Village Stores (CVS) project funded by USAID COMPETE (the Competitiveness and Trade Expansion Program) implemented in Kenya, Meru region in Eastern Province and Western Uganda Bushenyi district has continued to benefit under the project.

Commercial Villages Stores (CVS) Programme has been developed and is being implemented by Farm Concern International (FCI) with financial support from USAID/COMPETE (the Competitiveness and Trade Expansion Program) in Kenya and Uganda. The programme, which commenced in September 2009, is aimed at graduating smallholder farmers from subsistent farming to market-oriented production as active and reliable agri-commodity value chain players.

African farming systems are highly heterogeneous: between agroecological and socioeconomic environments, in the wide variability in farmers’ resource endowments and in farm management. This means that single solutions (or ‘silver bullets’) for improving farm productivity do not exist. Yet to date few approaches to understand constraints and explore options for change have tackled the bewildering complexity of African farming systems. In this paper we describe the Nutrient Use in Animal and Cropping systems – Efficiencies and Scales (NUANCES) framework.

Agroforestry (AF) systems have been the focus of numerous research and development projects in southern Africa, yet their adoption rate generally remains low. Employing on-farm, participatory research techniques in southern Malawi, was compared the suitability of three AF-based systems that relay crop the dominant staple, maize (Zea mays), with the perennial legumes Sesbania sesban, Tephrosia vogelii, and Cajanus cajan (pigeonpea).