Sustainable agricultural intensification requires the use of multiple agricultural technologies in an integrated manner to enhance productivity while conserving the natural resource base. This study analyses the adoption and impacts of sustainable intensification practices (SIPs) using a dataset from Ghana. A multivariate probit (MVP) model was estimated to assess the adoption of multiple SIPs. Moreover, we used a multivalued semi-parametric treatment effect (MVTE) model to estimate the effects of adopting multiple SIPs on maize productivity.

The overarching mission of the Feed the Future Innovation Lab for Collaborative Research on Peanut Productivity & Mycotoxin Control (PMIL) is to apply leading innovative US science to improve peanut production and use, raise nutrition awareness and increase food safety in developing countries. PMIL aims to integrate two major themes – peanut production and mycotoxin research – under one roof as part of a value chain approach. 

This booklet contains fifteen short stories told by field staff of the 2SCALE project about their personal experiences on how their work impacted a particular person or group. The booklet results from a regional review and capitalisation workshop that was organised in Benin in March 2017 within the framework of the 2SCALE programme. 2SCALE (Towards Sustainable Clusters in Agribusiness through Learning in Entrepreneurship) is a major agribusiness incubator programme implemented since 2012, and is aimed at promoting inclusive agribusiness partnerships in nine African countries.

This study considers what lessons might be learned from the cassava value chain in the context of CTA’s interest in the potentials of: digital financial services for agriculture, such as mobile payments for farmers’ products; other payment streams for financial inclusion of farmer; index based insurance services;  digital services to support access to loans and credits. This research provides a comprehensive market study of cash usage behavioural practices and financial literacy among cassava farmers in Ghana and Nigeria.

This study aims at inspiring the success of further agricultural innovation policies. Findings fromthis study will provide useful inputs for researchers, governments, the private sector, donors, and other stakeholders to improve policy-maker engagement processes for innovations to ensure appropriate development and dissemination of innovation and maximise their socioeconomic impacts on the wider population.

The study responds to the request by farmers in the Hohoe and Jasikan Rice Innovation Platforms, to identify traders and consumers’ rice preferences to enable them produce rice varieties that meet users’ demands. The study provided strategic guidelines for the development of a marketing and promotional plan for locally produced rice in Ghana. The report is structured as follows: Chapter one introduces the study including the study objectives, design and methodology.

This study aims at exploring scaling up factors that determine the successful up scaling or otherwise of agriculture innovations in Ghana. This is done through a case study approach by analysing selected agricultural innovations to determine the strategies used to scale up as well as factors that account for successes or failures of the scaling up.

To establish an effective monitoring and evaluation system that would effectively measure progress towards achieving the project objectives and targets, different data collection methods including surveys, focus group discussions and participatory workshops were conducted. Data were collected to have an in-depth understanding of the constraints in the rice value chain and to identify intervention strategies for addressing the constraints through the value chain analysis approach.

This article presents a multi-stakeholder framework for intervening in root, tuber, and banana seed systems and in other VPCs. These crops are reproduced not with true seed but with vegetative planting material (e.g., roots,tubers, vines, stems, and suckers), called “seed” in this article. Seed systems for VPCs need to be designed differently than those for true seed, and coordination among stakeholders in seed systems is crucial