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DocumentThe Role of Forests, Trees and Wild Biodiversity for Nutrition-Sensitive Food Systems and Landscapes 2013
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No results found.Many contend that in order to overcome the world’s nutrition problems, nutrition must become a crosscutting issue, with concrete commitment and attention from a wide range of disciplines. From this assertion has grown the promotion of nutrition-sensitive approaches to economic growth, development, agriculture and food systems (nutrition-specific interventions target malnutrition directly, whereas nutrition-sensitive interventions target the causes of malnutrition by integrating nutrition into po licies and programs in diverse sectors). There have been repeated calls for the international community to prioritize identification ways to leverage agriculture (and agricultural landscapes) to enhance nutrition (and health). Land use change is an often overlooked driver of change in diets, nutrition and food security, especially for rural communities. The synergies between food systems approaches to food security and nutrition and landscape approaches to integrated biodiversity and forest cons ervation should be explored and built on. Forests and trees support food security and nutrition in a number of ways. Forests and wild biodiversity provide nutritionally important foods (including fruits, vegetables, bush meat, fish and insects), that contribute to the diversity and nutritional quality of diets of people living in heterogeneous landscapes. Forests and trees provide fuelwood, an essential and often overlooked component of the food systems in rural areas across the globe. Forests a nd tree products make invaluable contributions to the income of people living in and around them, often providing the only means of accessing the cash economy, thus enabling access to nutritious foods through purchasing. Forests also sustain resilience: forest products are often consumed more frequently in times of food scarcity and can provide livelihood safety nets. When they reach markets, forest and tree products can contribute to the nutrition-sensitivity of global food systems (approximate ly 53% of the fruit available for consumption globally is produced by trees), especially when market chains are supported and developed in a nutrition-sensitive manner. Biodiversity, forests and trees outside forests also provide an array of ecosystem services essential for the sustainability and nutriton-senstivity of agricultural systems (e.g. pollination, water provisioning, genetic resources). A better understanding of the importance of these relationships, and the spatial scales at which th ey function, is needed to ensure they are not overlooked in policy and practice. -
Book (stand-alone)Designing nutrition-sensitive agriculture investments
Checklist and guidance for programme formulation
2015This manual is designed guide programme planners in the design of nutrition-sensitive programmes. It is based on a thorough review of experience on nutrition-sensitive Agriculture, was developed through extensive consultation within FAO and with its development partners, and has been field-tested in several countries. It is structured around the first phases of the programming cycle (situation appraisal, programme design and programme review) and includes key questions, accompanied by tips and r eferences. -
ProjectPromoting Nutrition-Sensitive Food Systems through a Multistakeholder Approach - GCP/GLO/712/JPN 2020
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No results found.Eliminating malnutrition in all its forms is imperative to breaking the intergenerational cycle of poverty and achieving the Sustainable Development Goals (SDGs) by 2030. To ensure that food systems support healthy diets and better nutrition, it is necessary to strengthen the knowledge base and capacities of key stakeholders. With funding from the Ministry of Agriculture, Forestry and Fisheries (MAFF) of Japan, FAO is implementing a project in Ghana, Kenya and Viet Nam, with the overall goal of developing the capacities of relevant academic institutions and Small and Medium Enterprises (SMEs) in these countries to promote and adopt nutrition-sensitive approaches that contribute to making food systems conducive to healthy diets. The three expected Outputs can be summarized as follows: (i) to improve capacities of nutrition- and food science-oriented universities to transfer skills and competencies on nutrition-sensitive food systems and value chains; (ii) to scale up the capacities of SMEs to adopt nutrition-sensitive business approaches and practices through multistakeholder collaboration, including the private sector, Civil Society Organizations (CSOs), Non-governmental Organizations (NGOs), and academia; and (iii) to develop an e-learning course targeting SMEs for the improvement of knowledge and skills on nutritionsensitive food systems, which will be disseminated in the targeted countries and worldwide.
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