Gender Marker 1

The case study explores a comprehensive video production training program organized by CCARDESA and designed to accomplish some of the Research 2 Extension objectives while responding to some expectations from participants.

Cassava (Manihot esculenta) is an important food crop across subSaharan Africa, where production is severely inhibited by two viral diseases, cassava mosaic disease (CMD) and cassava brown streak disease (CBSD), both propagated by a whitefly vector and via human-mediated movement of infected cassava stems. There is limited information on growers’ behavior related to movement of planting material, as well as growers’ perception and awareness of cassava diseases, despite the importance of these factors for disease control. This study surveyed a total of 96 cassava subsistence growers and their fields across five provinces in Zambia between 2015 and 2017 to address these knowledge gaps. CMD symptoms were observed in 81.6% of the fields, with an average incidence of 52% across the infected fields. No CBSD symptoms were observed. Most growers used planting materials from their own (94%) or nearby (<10 km) fields of family and friends, although several large transactions. over longer distances (10 to 350 km) occurred with friends (15 transactions), markets (1), middlemen (5), and nongovernmental organizations (6). Information related to cassava diseases and certified clean (diseasefree) seed reached only 48% of growers. The most frequent sources of information related to cassava diseases included nearby friends, family, and neighbors, while extension workers were the most highly preferred source of information. These data provide a benchmark on which to plan management approaches to controlling CMD and CBSD, which should include clean propagation material, increasing growers’ awareness of the diseases, and increasing information provided to farmers (specifically disease symptom recognition and disease management options).

The pangs of climate change are real coupled with the rampant deforestation that is happening due to increased land pressure. This is an inspirational video where Mr. Andrew Goodmans is advocating for farmers to grow Giant Bamboo. Bamboos can cater for household and community needs in less than five years. The household only needs 10 bamboo seedling at afordable price.

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.

RESUMO

A necessidade de fortalecimento da ligação entre a investigação e a extensão (inv&ext) em Moçambique é evidente em vários documentos do setor agrário, desde a década de 1990, e há desconforto na adoção dos modelos de reforço da ligação que têm sido propostos, porque se acredita que existem mecanismos funcionais, ao nível local, que nunca foram considerados e nem estão documentados. A corrente pesquisa analisou as práticas de colaboração e comunicação entre a inv&ext agrária nas províncias de Maputo e Nampula, envolvendo uma amostra de 144 técnicos. A pesquisa revelou que existe uma comunicação frequente e regular entre a inv&ext que tem sido direta e informal. Alguns fatores ligados ao fraco financiamento das atividades de ligação, desmotivação dos técnicos para cooperar, falta de partilha de informação e conhecimentos influenciam negativamente a relação entre estes dois setores.

Palavras-Chave: geração e disseminação das tecnologias; ligação investigação e extensão; partilha de informação, Moçambique.

ABSTRACT

The need to strengthen the linkage between research and extension in Mozambique is evident in several documents of the agricultural sector, since the 1990s. However, there is a discomfort in the adoption of the proposed models for strengthening the linkage, because it is believed that there are functional mechanisms, at the local level, that have never been considered and are not documented. The current research analyzed the collaboration and communication practices between agricultural research and extension in the provinces of Maputo and Nampula, involving a sample of 144 technicians. The survey revealed that there is frequent and regular communication between research and extension, which has been direct and informal. Some factors like the weak funding of linkage activities, lack of motivation of technicians to cooperate, lack of information and knowledge sharing, negatively influence the relationship between these two sectors.

Keywords: generation and dissemination of technologies; research and extension linkage; sharing information, Mozambique.

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.

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.

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

The Centre for Coordination of Agricultural Research and Development for Southern Africa (CCARDESA) in collaboration with the Food and Agriculture Organization of the United Nations (FAO), organized a Regional Multi-stakeholder Dialogue event on Vulnerable Farmers’ Access to Fertilizer from 4th to 6th October 2022 in Mbabane, Eswatini.

In this video, documents the backstopping visit to Habu Community (Botswana) conducted by CCARDESA in early December 2022