Showing results for: Food nutrients
This paper, taken from an inaugural edition on planetary health in the Lancet, analyses global food and nutrient production and diversity by farm size, providing evidence on how smallholder farmers contribute to the quantity and quality of our global food supply and discussing the structural impacts of agriculture on nutrient availability.
A new patent by Nestlé scientists promises a reduction in sugar content in their chocolate and confectionary within years.
This paper by FCRN member Corné van Dooren and colleagues reports that higher greenhouse gas emissions tend to be generated in the production of energy dense foods and lower in nutrient dense foods, and that emissions show significant correlations with 15 nutrients, including saturated fat, animal protein and sodium. Using these finding, the authors propose a ‘Sustainable Nutrient Rich Foods’ (SNRF) index, which summarises both climate and nutritional impacts of individual foods.
In this evidence review, co-written by FCRN member Ken Giller, the authors assess the extent to which agronomic fortification, the application of micronutrient fertiliser to crops, can improve the nutritional quality of diets in sub-Saharan Africa. They find that, while the technique has been shown to be effective in increasing the nutritional content and yield of crops, more research is required to establish the degree to which it can alleviate micronutrient deficiencies in humans.
While regulation aimed at improving food products has traditionally focused on decreasing unhealthy ingredients such as salt or sugar, a new move to aid food producers to include healthy ingredients is on the way. At a recent workshop organised by Euractiv it was discussed how the addition of, say, protein or fibre in processed food could be policy goal as well.
This newly released free eBook aims to provide the latest perspectives on the nutrition challenges that are now common to all societies worldwide. It argues that the case for good nutrition for all people, in all parts of the globe and throughout the entire life-cycle, is growing stronger and includes contributions from some of the world’s most influential and respected experts in the field.
Over the past half-century, the paradigm for agricultural development has been to maximize yields through intensifying production, especially for cereal crops. But achieving food security and building a healthy, resilient global food supply is about more than just the quantity of calories provided. New metrics of success and methods of evaluation are needed in order to measure progress towards meeting the world’s nutritional needs within environmental limits.
This foresight report by the Global Panel on Agriculture and Food Systems for Nutrition (Glopan) outlines a vision for a food system that reduces malnutrition and promotes health. It is designed to help policy-makers make their food systems more supportive of high quality diets.
This paper by FCRN member Corné van Dooren and colleague Harry Aiking has been published in the International Journal of LCA. The study quantifies the historical Dutch diet of 80 years ago, based on cultural history research. The researchers calculate the greenhouse gas emissions (GHGE) and land use (LU) of this diet, using actual LCA data for the 206 most consumed products, and the health score, based on ten nutritional characteristics.
Policy makers can make a significant difference to ensure healthy diets for people at every stage of life. The Global Panel’s policy brief Climate-smart food systems for enhanced nutrition urges decision makers to adopt a pro-nutrition lens while protecting and promoting agriculture in the face of climate change.
Ahead of the Paris climate negotiations, Climate-smart food systems for enhanced nutrition explains the challenges of meeting both agricultural and nutritional needs in the face of climate change. It identifies specific opportunities for policy change that can simultaneously enhance food and nutrition security. The panel writes:
A new paper published in Global Change Biology looks into the effects of increasing CO2 levels on protein in crops. The study finds that not only can increased CO2 be a problem for food security through climate change, but it can also directly impact the nutritional value of crops.
This article highlights one of the approaches the dairy industry is taking to create new markets for dairy consumption.
This study focuses on UK diets. It finds that if in average diets conformed to WHO recommendations, associated GHG emissions would be reduced by 17%. Further reductions of up to 40% can be achieve through dietary shifts that include a reduction in animal products and processed snacks, and more fruit and vegetables.
Abstract and conclusions as follows: