Showing results for: Food chain stage
The food chain describes the physical flow of goods from agriculture through processing and distribution, to retailing to eventual consumption and waste disposal. The papers and reports in this category highlight the different issues and impacts associated with each particular stage of the food chain.
This review paper argues that obesity and mortality in the United States could be reduced by limiting consumption of sugar-sweetened drinks and processed foods and meats, because of the tendency of processed foods to encourage people to eat more food (based on trials in people), and the inflammatory effect of emulsifiers such as carboxymethylcellulose and polysorbate-80 (based on mouse and in vitro studies, not studies in people).
In this piece for The Conversation, Dan Evans, PhD researcher in soil science at Lancaster University, explains his research on rates of soil formation and erosion. His measurements on a farm in Nottinghamshire, UK suggest that the top 30 cm of soil there could disappear within 138 years because the rate of erosion exceeds the rate of soil formation.
FCRN member Ken Giller, professor of Plant Production Systems at Wageningen University & Research, has contributed to the online magazine “The Story of N2Africa”, which tells stories from the last ten years of the project N2Africa: Putting nitrogen fixation to work for smallholder farmers in Africa.
This book explores how the design of new food products can contribute to healthy diets and discusses the role of the food industry and government in shaping health policies.
This report from UK food waste charity Feedback examines the impacts of UK sugar production. It finds that the area of farmland used to produce sugar beet in the UK - 110,000 hectares - is similar to the area devoted to UK vegetable production. The report argues that sugar beet harvesting is damaging to the soil.
This report from the US nonprofit Centre for Biological Diversity quantifies the environmental impacts (climate, habitat loss and water use) of caterers or events planners switching from a “conventional American dining menu” (including dairy, beef and other meats) to a mostly plant-based alternative menu.
This paper from the UK’s Institute of Development Studies analyses how the project N2Africa: Putting nitrogen fixation to work for smallholder farmers in Africa has contributed to development outcomes in Ghana and Ethiopia.
The Centre for Agroecology, Water and Resilience (CAWR) at Coventry University has launched a new podcast series, The Changing Room, which will explore how to cope with social, economic and environmental change. The first episode explores how climate change is affecting our everyday lives. The second episode, which will be released in January 2020, will discuss food justice.
In this film by research and communications project Agroecology Now! farmers from Lower Dzongu, Sikkim, India discuss the importance of traditional seeds for food, life and culture and their plans to establish a community seed bank to help maintain and revive traditional seeds. Farmers will be able to “borrow” seeds of local varieties from the seed bank, grow them and then return a greater number of seeds to the seed bank.
This book describes the experiences of a growing minority of Latino/a immigrant farm owners in the United States. According to the book, many of these people use farming practices from their home countries, such as growing several crops at the same time or using integrated pest management.
This report by Lloyd’s Register (a UK-based provider of professional services for engineering) surveyed 1000 UK shoppers. It finds that one in three shoppers are concerned about food safety, only 19% are very confident that the vegetarian or vegan food they eat does not contain meat, nearly two thirds of people sometimes check the country of origin of food they buy, and 85% of shoppers think it is fairly or very important for supermarkets to source their products ethically and sustainably.
This report from the Centre for Agroecology, Water and Resilience (CAWR) at Coventry University examines how farming in China can move away from a dependence on “industrial agriculture” (defined here as excessive and inefficient use of fertilisers and pesticides) towards agroecological systems (including practices such as lower stocking densities, using manure instead of synthetic fertilisers, growing diverse crops and using soil-building techniques).
This paper studies the impacts of several agricultural development projects (by USAID’s Feed the Future initiative) that aimed to tackle food loss and waste (FLW), finding that the interventions could reduce greenhouse gas emissions per unit of food produced.
Over 10,000 farmers blocked roads in Berlin on 26 November 2019 with a convoy of tractors in protest at regulations that will limit the use of fertiliser (to reduce groundwater pollution) and the weedkiller glyphosate (to protect insect populations). Farmers say that the measures will threaten their livelihoods and are also protesting against the perception that farmers are to blame for the climate crisis.
In this blog post, Samuel Smith of international sustainability non-profit Forum for the Future sets out research he intends to conduct on how regenerative agriculture is understood, the strategies that could be used to scale it up, and how the food system would be affected by widespread conversion to regenerative agriculture.
The FCRN’s Tara Garnett appeared on The Food Programme by BBC Radio 4 in the episode “Eating Animals Part 2: A Meat Q&A”. The programme also featured Patrick Holden of The Sustainable Food Trust and writer and environmental campaigner George Monbiot.
This book offers case studies and discussions of how urban food systems are governed. It discusses both the Global North and South. Topics include cultural heritage preservation, food sovereignty, entrepreneurship and land-use conflicts.
This book gives a holistic overview of both the impacts of climate change on agriculture and the contribution of agriculture to climate change, describes how to predict these interactions, and offers strategies for “climate-smart agriculture”.