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Insect farming is a high-potential emerging farming enterprise in sub-Saharan Africa and their production has a relatively small ecological footprint. Black Soldier Fly (BSF), Hermetia illucens, is a promising insect species for a sustainable and innovative alternative protein source in animal feed. Little or no evidence exists showing whether BSF is a viable alternative sustainable feed ingredient in aquaculture and animal feed in Malawi or an economically feasible option for farmers. The objective of the study is to evaluate the financial feasibility of BSF farming at various scales of production using Cost-Benefit Analysis (CBA) with data collected from a small-scale pilot BSF farm in Lilongwe. The study addressed the following research questions: (a) What are the costs and benefits of farming BSF in Malawi for (i) small-scale farming (individual farmers, clubs, and cooperatives), and (ii) large-scale commercial farmers? (b) What drives variation in the benefit/cost ratio (BCR) of BSF farming across scales? (c) How could policies improve BCRs of BSF farming to support adoption in Malawi? The indicators used to assess the economic viability of BSF farming for smallholder and commercial farmers in this study included Net Present Value (NPV) and Benefit Cost Ratio. Results imply BSF farming is viable and feasible across scales of production. Small-scale farmers will generate roughly MK507,100 (US$ of gross revenue for one larval cycle and MK2,535,500 (over $2,500) annually. Commercial farmers can generate MK1,536,100 for one larval cycle and MK7,680,750 annually. Sensitivity analysis shows BSF farming remains profitable even within a 10% variation in the cost of production, the price of outputs, and the yield of BSF larvae and frass.

Based on production and export data, groundnut has the potential to contribute to Malawi’s agricultural diversification agenda, for both food and export purposes. According to key informants interviewed, the main challenges faced in the groundnut value chain are high aflatoxin contamination, limited access to improved seed, and limited access to structured markets. Policy options should focus on addressing issues that limit productivity and strategies for mitigating aflatoxin contamination considering their threat to food and nutrition security, public health, and access to higher-value markets. Future research should focus on how to best alleviate the identified constraints and harness opportunities for contributing to the country's agricultural diversification agenda not only in the groundnut value chain but also for other crops.

A large share of Malawian households faces multiple shocks which affect their welfare. There is a need to develop programs that increase household resilience against the recurring weather-related disasters and adversities such as promotion of climate smart technologies and practices. As a coping mechanism, most households resort to using own savings, while a significant number of households do nothing.  Social safety nets and farm input subsidies play a significant role in cushioning households against shocks, but the current programmes are hampered by poor targeting hence not fully benefiting the intended poor households. The government and development partners should develop better ways of targeting of the existing social safety nets and input subsidy programmes so as to benefit the deserving and intended poor households.

The deep knowledge of genetic diversity in access, in the breeding program, and the contribution of genetic factors as well as the phenotypic expression is of extreme importance for the development of new cultivars and maintenance of the program. This research aimed to study the genetic diversity and selection of the best common bean genotypes with high agronomic performance in the Agrarian Station of Sussundenga-Mozambique. Twenty-two common bean genotypes were evaluated in a randomized block design with three repetitions in the 2021/2022 agricultural season. The agronomic characteristics evaluated were: the number of days to flowering, plant height, plant architecture, number of pods per plant, the weight of 100 seeds, and grain yield. The data obtained were submitted to individual variance analysis, followed by the Scott-Knott grouping test. For the effect of genetic divergence between the genotypes, multivariate analysis was used based on the generalized Mahalanobis distance and Tocher optimization method, UPGMA, and canonical variables for the projection of distance in the 2D plane. It was also verified by the Cophenetic Correlation Coefficient. The Singh criterion (1981) was used, indicating the characteristics Number of pods per plant (42.81%), the weight of 100 seeds (19.59%), and Plant height (16.08%) as the most important for the genetic divergence of bean genotypes.

This Climate Smart Agriculture (CSA) handbook has been developed as a resource material for use by CSA practitioners in providing training, policy advocacy, and upscaling CSA technologies and practices for improving sustainable productivity, adapting to the effects of climate change, and mitigating climate change.

Revision of the CCARDESA Long-Term Strategy and Medium-Term Operational Plan

TORS Development and Validation of the CCARDESA Gender Policy

The use of digital media in collection and disseminating information on various farming technologies and interventions has improved accessibility of information and feedback. It involves the collection and transmission of digitized content through the internet or computer networks and offline mobile applications (app). This includes text, audio, video, and graphics. The Agriv1(agriculture extension application) and Ulimi ndi Nyengo (web-based platform that transmits agriculture advisory services) were rolled out to perform stated actions. The agriculture extension applications and one of the social media platforms, Facebook were used in the dissemination of information through digital media. This form of technology through which information was shared provided end users or project beneficiaries’ easy access to vital information on interventions being implemented by the project.

To strengthen the institutional and enabling environment for technology adoption through upgrading and development of research infrastructure, APPSA engaged a design and supervision firm to undertake civil engineering designs for the proposed construction of infrastructure planned to enable enhancement of RCOL in Horticulture. This was followed by engagement of contractors who are to construct and build the infrastructure.

This document is about the Guidelines for Capturing Information and Knowledge Products for CCARDESA