Showing results for: Supply chains
This book, edited by Andrew Kennedy and Jennifer McEntire, examines issues of food traceability throughout the food system, including current challenges, research and potential solutions.
This paper traces mass, energy flows and emissions in the beef, poultry and pork supply chains in Germany (including all emissions from the animal production stages, and emissions from energy use at subsequent stages). It outlines the potential of different strategies to reduce consumption-based emissions. It finds that the greatest emissions reductions could come from dietary change, i.e. replacing some meat consumption with consumption of soybeans and nuts, or replacing some meat consumption with offal consumption.
This policy briefing from EU food waste research project REFRESH outlines how ‘Voluntary Agreements’ between stakeholders throughout the supply chain can be used to reduce food waste, and makes policy suggestions to favour the creation of such agreements.
This book, by Mark Gibson, gives a broad overview of the development of the food industry and drivers of food supply, including information on food waste, genetic modification, food safety, politics and social trends.
FCRN member Danilo Pezo has contributed to this synthesis paper, which is based on the Programme on Forests‘ project Leveraging Agricultural Value Chains to Enhance Tropical Tree Cover and Slow Deforestation.
FCRN member Susanne Freidberg examines corporate sustainability practices in the food sector, noting that many early projects overestimated consumer interest in environmental impacts information and the ability of the supply chain to produce that data, and that effective initiatives often require businesses to partner with academia and NGOs.
Non-profit organisation Ceres has produced an overview of resources (standards, methodologies, tools, and calculators) for assessing greenhouse gas emissions from agricultural production and agriculturally-driven land use change.
This book, edited by Charis Galanakis, describes many different aspects of saving food and food security throughout the supply chain, including raising awareness, redistribution, policy, food conservation, cold chain, supply chain management, and waste reduction and recovery.
The Food Research Collaboration argues in this report that every form of Brexit (for non UK readers, this is the UK’s upcoming departure from the European Union) will affect the UK’s food supply, and that Local Authorities should set up “food resilience teams” to assess local risks to food provision.
UK supermarket Tesco and wildlife NGO WWF have set up a four-year partnership to work on reducing the environmental impacts of food. They aim to halve the environmental impact of the average UK shopping basket, according to a metric that they will develop.
The UK’s Global Food Security programme has published a think piece that argues for a systemic approach to food sustainability and health by governments and businesses. The report argues that the whole food system must be examined to identify the root causes of problems before policies are designed.
FCRN member Eugene Mohareb of the University of Reading is the lead author on a paper that quantifies greenhouse gas (GHG) emissions associated with the US food supply chain. The paper argues that the majority of food system emissions could be best mitigated by urban areas and urban consumers (see below for definitions), rather by production side mitigation measures. The paper assesses how municipalities and urban dwellers might be able to contribute to deep, long-term emissions cuts along the food supply chain.
This book, by Shelley Koch, looks at how gender intersects with the different stages of the food supply chain.
A report by the Food Research Collaboration argues that the sustainability and security of Britain’s food supply would be put at risk by a hard Brexit or a no-deal Brexit, where the UK reverts to trading according to World Trade Organisation rules. The report points out that the UK imports 30% of its food from the EU, plus another 11% via trade deals negotiated between the EU and other countries. The report claims that the government may suspend food regulations if a no-deal Brexit happens, to minimise barriers to importing food. Furthermore, it criticises the UK government for neglecting the importance of retail and food service in the UK food system.
Scientists used DNA barcoding (testing a short section of the genome) to check whether fish in Metro Vancouver are really the species that they are labelled as being. They found that 25% of fish sampled were mislabelled, with error rates higher in restaurants than in grocery stores or sushi bars. Since the price of the claimed species was often higher than that of the real species, the paper suggests that some labelling may be intentional. However, the paper also suggests that some errors could be due to confusion between vernacular fish names (rather than scientific species names).