Du 24 au 26 novembre 2020, s’est tenu à Ségou au Mali, l’atelier des acteurs régionaux pour le développement du profil de risque climatique de la région de Ségou. L’atelier a été organisé dans le cadre du projet de « développement de chaînes de valeur et paysage climato-intelligents pour accroitre la résilience des moyens de subsistance en Afrique de l’Ouest », financé par l’Union européenne (UE) et mis en œuvre par le CCAFS au Mali, Niger et Sénégal en partenariat avec les instituts de recherches agricoles nationaux (IER, INRAN, ISRA).
L’utilisation des services hydrométéorologiques et climatiques (SHMCs) constitue une opportunité pour le Mali dans ses efforts visant à réduire la pauvreté, renforcer la résilience et s’adapter au changement climatique. En effet, les SHMCs permettent de protéger les populations contre les risques climatiques à court terme ou à évolution rapide (inondations et tempêtes) et à long terme ou à évolution lente (p. ex. sécheresses et changement climatique durable).
One of the key challenges for agriculture today is feeding an increasing population without contributing to climate change. Increasingly, digital agriculture is discussed as a new sociotechnical regime that could help limit emissions for farmers worldwide. While sustainability is an important issue, recent papers in the field of digital agriculture do not address the problem directly. After a literature review, this paper will focus on the importance of shared perspectives as enablers in socio-technical transitions.
The rapid transformation of agri-food value chains in Africa and other developing countries has important implications for economic growth and poverty reduction. Policy makers increasingly recognize this but there is a need for a better understanding of what value chain transformation entails and what the main policy options are. This paper provides an overview and analysis of different value chain models that have emerged in the past decades and reviews the literature on the main development implications.
This research examines the transformation of the agro-climatic conditions of the Altai region as a result of climate change. The climate of the Altai region in Russia is sharply continental and characterized by dry air and significant weather variability, both in individual seasons and years. The current study is determined by the lack of detailed area-related analytical generalizations for the territory of the Altai region over the past 30 years.
Sorghum crop is grown under tropical and temperate latitudes for several purposes including production of health promoting food from the kernel and forage and biofuels from aboveground biomass. One of the concerns of policy-makers and sorghum growers is to cost-effectively predict biomass yields early during the cropping season to improve biomass and biofuel management. The objective of this study was to investigate if Sentinel-2 satellite images could be used to predict within-season biomass sorghum yields in the Mediterranean region.
Celebrating the 50th anniversary of International Earth Day on April 22 2020, UNDP launched a new way of helping farmers: Multi-Stakeholder Collaboration for Systemic Change: A New Approach to Strengthening Farmer Support Systems, a guidance note which encourages and guides governments to develop new partnerships, enable innovation and strengt
This publication presents a coherent Collaborative Framework for Food Systems Transformation (the FS Framework) that recommends key activities across the food system for accelerating the transition to sustainable food systems. The FS Framework is primarily intended for national or local government departments that are responsible for establishing institutions and designing and implementing policies at the local or national level to develop food systems in line with national objectives and goals.
Ghana’s cocoa production belt also serves as the main forests repository of the country. Cocoa farm- ing is both a direct and indirect driver of deforesta- tion in Ghana (UNEP, 2008). This implies that critical interventions are needed to deal with deforestation emanating from cocoa production.
This report presents and reflects on the opportunities that new technological developments related to automation and precision agriculture (e.g. robotics) can offer to agriculture in developing countries. These technologies are mainly targeted to support farmers that struggle with the cost of labour when harvesting crops and to tackle the declining availability of manpower for general cropping operations.