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Poor Diets Driving Malnutrition in Nigeria

May 26th, 2020 • by Sara Gustafson

In recent decades, the amount of calories available to the average Nigerian on a daily basis has increased significantly. Despite this progress, however, the country continues to battle high levels of malnutrition of varying types. According to a recent research brief , a lack of dietary diversity and dietary quality may be to blame.

2020 Global Food Policy Report

Apr 20th, 2020 • by Sara Gustafson

Africa’s food system has experienced rapid transformation in recent years, driven by widespread urbanization and increasing incomes. In addition, initiatives like the African Continental Free Trade Area have resulted in changes to market structure and functioning in an effort to spur regional trade and economic growth. These changes present new income-generating opportunities all along the agrifood value chain, from farmers to processors, traders, distributors, and the food service industry.

Lasting impacts after interventions

Oct 24th, 2019 • by Alan de Brauw

This piece originally appeared on IFPRI.org. By Alan de Brauw.

Development projects set out to better understand and find ways to improve outcomes for people in less developed countries, whether they focus on agriculture, schooling, improving health, or other types of technology adoption. While a great deal of time and attention is spent designing and implementing interventions, surprisingly little is known about how long effects from development projects last or, indeed, much about what happens after projects end at all.

Value chains for improved nutrition

Jan 14th, 2019 • by Sara Gustafson

Populations around the world continue to struggle with malnutrition – both undernourishment and overweight/obesity – and climate change may exacerbate the problem. In addition to reducing overall agricultural yields, higher temperatures and erratic precipitation could increase spoilage of nutritious and perishable foods like fruits and vegetables. Climate change could even make foods themselves less nutritious; increased CO2 levels can reduce the protein content of certain crops, such as soybeans and grains.