Showing results for: Global health
The Food and Agricultural Organisation of the United Nations (FAO) has released the 2018 edition of its report on food security and nutrition around the world. The report give key statistics on several indicators of nutrition and explores the links between climate-related events and food security.
This upcoming book, edited by Atanu Sarkar, Suman Ranjan Sensharma and Gary W. vanLoon, brings together examples of technological solutions and governance frameworks for sustainable food security.
This book, by Ray A. Goldberg, provides the perspectives of people involved in shaping the global food system, including leaders in academia, nonprofits, public health, and the private and public sectors.
600 million people could be affected as climate change decreases the levels of several nutrients in rice, according to a new paper. The paper estimated changes in rice nutrient content using experiments where rice (of several different cultivars) was grown under conditions of enriched CO2. At the higher CO2 levels, the following average decreases in nutrient levels were found compared to rice grown under ambient CO2: 10% for protein; 8% for iron; 5% for zinc; 17% for vitamin B1; 17% for vitamin B2; 13% for vitamin B5; 30% for vitamin B9. In contrast, vitamin E levels were 14% higher under elevated CO2 levels.
The emergence of disease-causing fungi that are resistant to antifungal drugs threatens both human health and food security, according to a recent paper. Some resistance has been found to every main class of agricultural fungicides and many medical antifungals used to treat humans and animals. The paper outlines some factors contributing to emerging resistance and makes some policy recommendations.
This book, edited by John A. Herrmann and Yvette J. Johnson-Walker, explores the One Health concept, which links the health of humans, animals and ecosystems. Topics covered include the links between biodiversity and health, food and water security, zoological institutions, One Health initiatives and the social cost of carbon.
The World Health Organisation (WHO) has set out a strategy for removing industrially-produced trans-fatty acids from the global food supply. WHO estimates that half a million people die each year because of cardiovascular disease caused by trans fat consumption. Artificial trans fat are found in partially hydrogenated vegetable oils (a process that gives liquid vegetable oils a higher melting point), while some natural trans fats are found in meat and dairy.
A report (PDF link) tested bottled water in nine different countries and found that 242 out of 259 bottles contained small pieces of plastic. The report suggests that at least some of the plastic particles may be coming from the packaging or the bottling process.
The second edition of this book by Michael Carolan includes up-to-date data on on the impacts of the global food system and gives examples of positive social change.
This opinion piece by Peter Horton of the Grantham Centre for Sustainable Futures discusses the failures of the current food system and sets out some possible solutions to achieve sustainable food security for all.
This new study by FCRN member Paul Behrens and colleagues investigates the environmental impacts of a nationally recommended diet when compared to the national average diet for 37 nations across the world, including 9 middle income nations.
This report, authored by the International Panel of Experts on Sustainable Food Systems (IPES-Food) and commissioned by the Global Alliance for the Future of Food, shows how food systems affect health through multiple, interconnected pathways, generating severe human and economic costs – and points to levers that can help to address the critical health issues and compounding factors that contribute to poor health, such as climate change, poverty and inequality, and unsanitary conditions.
Public policy action tank Brighter Green has published a discussion paper on changing food environments and the effects on global public health. Author Judy Bankman examines the challenges created by the recent and swift adoption of a “Western”-style diet in Africa, Asia, and Latin America.
This study by US- and New Zealand-based researchers estimates the effect of elevated CO2 (eCO2) on the edible protein content of crop plants, and subsequently on protein intake and protein deficiency risk globally, by country. The basis for this study is that 76% of the world’s population derives most of their daily protein from plants, and that a meta-analysis by Myers, et al. (2014) revealed that plant nutrient content (of various types including protein, iron and zinc) changes under elevated CO2.