This document has as objectives characterizing the promising technological innovations developed for rice, soybean, small ruminant and poultry sectors.
This study will answer the following questions: (i) What is the socio-economic impact of the Banfora Milk Platform on actors in the milk value chain? (ii) What investments are needed to maximize the impact of the Banfora Milk Platform? The answers to these questions will help Innovation Platform actors to measure the socio-economic impact of their innovation and also to take steps to correct shortcomings in order to substantially improve the income of beneficiaries. This report is built around four main points.
The present chapter outlines a descriptive analysis of the sorghum value chains across the globe, the identified major constraints of the sorghum value chain, the business service provisions, and suggested specific areas of interventions for upgradation of the value chain. Considering the VC of sorghum, it is very new and value addition is limited up to harvesting and marketing of whole sorghum grain.
Timely availability of reliable information on weather conditions, agro-advisories, and market information can help to minimize losses in agriculture. This paper presents a scientific and integrated approach to identify areas of high agriculture vulnerability to climate change and availability of ICT services for dissemination of Climate Smart Agriculture (CSA) information in the vulnerable areas. This study was illustrated for India where the majority of the population depends on agriculture for their livelihoods, and this sector is highly vulnerable to climate change.
Recent discourse in the field of participatory agricultural research has focused on how to blend vari- ous forms and intensities of stakeholder participation with quality agricultural science, moving beyond the simple ‘‘farmer-first’’ ideology of the 1980s and early 1990s.
This study presents a framework of climate smart agriculture (CSA) priority setting methodology for identifying and developing portfolios of options based on local stakeholders' responses to CSA technologies. The methodology uses a participatory prioritization framework which is widely used in the development sector This study has modified the existing participatory framework to indicator based prioritization of CSA technologies.
This report is divided in 3 studies that acess the status of the agricultural innovation in Ethiopia.
This report is divided in 3 studies that acess the status of the agricultural innovation in Kenya.
This report aims to amalyse the situational analysis of Agricultural Innovation in Nigeria. Specifically, the situation analysis entailed: (i) an inventory of existing functional and promising agricultural innovations;(ii) a scoping study of existing agricultural innovation platforms in the country;(iii) an assessment of the state of national investment in agricultural innovation system in the country
The study was conducted in Kirinyaga County on rice and bananas and in Kisumu County on rice. Was used qualitative and quantitative methods and interviewed 247 farmers comprising 182 rice and 60 banana farmers respectively. Ten key informant interviews were conducted in Ahero and nine in Mwea Rice Schemes and the surrounding areas. One focus group discussion was held with Mwea Jua Kali/Valley bottom farmers. The data were analysed using descriptive statistics, frequency analysis and cross tabulations.