Workshop for annual review of Building Resilient Agro-sylvopastoral Systems in West Africa through Participatory Action Research (BRAS-PAR) Project and planning “Partnerships for Scaling Climate-Smart Agriculture (P4S) Phase II

Building Resilient Agro-sylvo-pastoral Systems in West Africa through Participatory Action Research (BRAS-PAR) is a CCAFS Flagship 2 funded four year (2015-2018) project coordinated by the World Agroforestry (ICRAF) and implemented in collaboration with partners namely national agricultural research institutions (INERA in Burkina Faso, SARI in Ghana, INRAN in Niger and ISRA in Senegal) and the International Union for Conservation of Nature (IUCN in Burkina Faso). BRAS-PAR sought to develop up-scalable technological and social innovations of climatesmart agriculture integrating tree-crop-livestock systems through improved understanding of farmer's perceptions and demands, by addressing barriers to adoption taking into consideration gender and social differentiation. The specific objectives include 1) testing, evaluating and validating with rural communities and other stakeholders, scalable climate-smart models of integrated tree-crop-livestock systems, the dominant farming systems in the region, that include climate-risk management strategies; 2) simulating options for improving water and tree-crop-livestock systems under different climate and socio-economic scenarios using models (WaNuLCAS, SWAT, etc.) for informed decision making; 3) assessing the conditions of success and failure of technological interventions on adaptation to climate change. The work here focus on research that evaluates climate-smart practices and technologies that are defined through participatory identification by multistakeholders in each site. Beyond these sites, the approach capitalizes lessons learnt from on-going climate resilient projects to encourage partners to add missing components to the climate-smart village model or initiate new activities when deemed appropriate. Started in 2015, BRAS-PAR targeted three main outcomes: (i) National agricultural research institutions institutionalize the principles of PAR through integration of non-traditional partners in technologies development to generate wider context specific information to be fed into programs and policies to create the enabling environment for the scaling of CSA technologies; (ii) National extension services, development projects and farmer’s organizations widely disseminate and ensure better access to information on best fit CSA portfolios to cope with climate change; and (iii) The private sector including NGOs (FNGN, Larwaal, ARCAD, Care international), microcredit institutions, agro-dealers, rural radios are scaling up/out relevant CSA portfolios through new incentive programs. This project has ended in December 2018 and the meeting review edthe main achievements. During the same first phase of CCAFS , the project “Partnerships for Scaling (P4S) Climate-Smart Agriculture (P56)” was implemented mainly in East Africa with a focus on supporting countries and partners to plan and program CSA actions. It developed new innovations (e.g., The Compendium and Climate Risk Profiles), refreshed and adapted others (e.g., Climate Wizard, mobile-based monitoring) and collaborated on tools (e.g., Rural Household Multi-Indicator Survey, CSA MRV Profile) to develop a comprehensive set of evidence and information to serve diverse stakeholder needs for situation analysis, targeting and prioritizing, program support and monitoring and evaluation (aka ‘CSA-Plan’, Girvetz et al. 2018). Merging the actions of BRAS-PAR and P4S I to become P4S II was done with the intention to use tools and evidence/lessons learned from the Climate-Smart Villages and other development activities, with existing and new partners through direct scientific support to decision makers (e.g., governments, civil society, and researchers) and capacity building to help bring CSA to scale. The scientific activities will be combined with dedicated communication activities such as photo essays, tweets, blog posts, etc. from field staff and partners to raise the visibility of the project and help show case of its successes in supporting countries and position of ICRAF, CIAT, and CCAFS as the go to research organization for the science of scaling up CSA. The key activity areas of P4S II will be around: supporting CSA investment and programming, de-risking agriculture, digital delivery and monitoring and, communauty based scaling of CSA. The present meeting was thought to plan the new activities around these areas for 2019 and beyond

Partnerships for Scaling Climate-Smart Agriculture (P4S) Phase II: 2019 annual report

First annual report of P4

La Bourse Régionale des Valeurs Mobilières en Afrique de lÓuest:líntroduction en bourse

La présente recherche est une des premières sur la BRVM par conséquent dans l’océan des connaissances elle correspond à une épave dans la mer. Le message majeur est que : les éclairages de la finance moderne et les théories ne sont pas totalement transposables d’un contexte à un autre. La spécificité environnementale, (phénomène culturel tel TUUK GUILI, l’absence de culture boursière, l’analphabétisme, l’imitation dans l’entrepreneuriat plutôt que la rationalité créative et l’efficience informationnelle etc.), peut influencer le développement des marchés boursiers en général et particulièrement celui de la BRVM. Pour comprendre et asseoir les bases de structures régionales efficaces et efficientes pour la mobilisation et l’allocation de l’épargne, la littérature économique et financière ne doit pas oublier de mener des investigations dans les pays subsahariens à une échelle microéconomique et sociologique. Het huidige onderzoek is een van de eerste over de BRVM en is dientengevolge in de oceaan van kennis slechts een steiger. De belangrijkste boodschap is dat de inzichten en de moderne financieringstheorieën niet volledig overzetbaar zijn naar elke context. De speciale kenmerken van de omgeving (TUUK GUILI, de afwezigheid van een beurscultuur, analfabetisme en imitatieneigingen zijn veeleer van belang dan rationaliteit en informatie-efficiency) beïnvloeden de ontwikkeling van de beurzen in het algemeen en die van de BRVM in het bijzonder. Teneinde doeltreffende en efficiënte regionale structuren neer te zetten voor de mobilisatie en de allocatie van de besparingen, dient de financiële literatuur aangevuld te worden met micro-economische en sociologische onderzoekingen in de Afrikaanse landen ten zuiden van de Sahara

Cuban Refugees in Atlanta: 1950-1980

This thesis examines the lives of Cuban refugees who entered Atlanta, Georgia between 1950 and 1980. It explores early trans-national ties between the two areas. and how Cuban refugees relied on this relationship when they left the island. It shows the process they went through from finding aid and shelter to becoming a strong active community. It explains the role religious institutions had in settling refugees and shows how the state had to work to become equipped to provide resources to a large influx of Spanish-speakers. Through this thesis one will learn of the beginnings of an important Latino community in Atlanta and how its formation prepared the city for larger immigrant groups that would arrive later

Predicting field performance of five irrigated tree species using seedling quality assessment in Burkina Faso, West Africa

Five exotic tree species (Acacia angustissima (Mil.) Kuntze, Acacia mangium Wild, Gliricidia sepium (Jacq.) Alp., Leucaena hybrid (LxL), and Leucaena leucocephala (Lam.) de Wit) were investigated to determine whether parameters of nursery seedling stock quality could be used to predict their field performance in a plantation irrigated with treated waste-water to produce fodder and wood. Plants were grown in the nursery in two contrasting rooting substrates (ordinary nursery soil and sand), predicted to have different effects on resource allocation. Three categories of morphological indicators were measured, i.e. plant dimensions (height, diameter, root length), plant weights (shoot, root and whole plant weights) and indices (sturdiness quotient ‘SQ’, shoot:root dry weight ratio ‘SRR’ and Dickson’s quality index ‘DQI’). In the nursery, all species performed better in the ordinary nursery soil for all growth parameters except root length. Thus ordinary nursery substrate appeared superior to sand in terms of plant quality. However, a follow up at plantation phase revealed that only some morphological attributes or ratios were suitable to predict field performance for the five tested species in irrigated plantation. In addition, the effect of the substrate observed at the nursery stage had disappeared 12 months after out planting due to the availability of water and nutrients provided by the treated waste water used for the irrigation. The results showed that root collar diameter and DQI appeared to be the most appropriate indicators to predict the outplanting performance of the five tested species in a short-rotation irrigated plantation in semi-arid Burkina Faso. The former measure is simpler and non-destructive