Showing results for: Environmental impact assessments
This report builds on the dialogue built during a workshop held by RISE in 2014 regarding the measurement of farming environmental performance so as to further refine the definitions of sustainable intensification and the subsequent implications that such definitions pose on policy making to progress it. In doing so, the report explores three different case studies: The first case study focuses on soil performance and resilience. It shows how achieving sustainable intensification is highly dependent on having sound measurement of the underlying conditions.
This working paper, discussing indicators for sustainable agriculture, is published as Part 6 of a major report by WRI – Creating a Sustainable Food Future.
The Worldwide Integrated Assessment (WIA) report on insecticides will shortly be published as a special issue of Environmental Science and Pollution Research. In the report, the global group of researchers in the Task Force on Systemic Pesticides argue that insecticide use may already have caused severe harm to global food production through its impacts on the environment. The researchers look at the impacts and risks associated with neonicotinoids use. They argue that rather than protecting food production, the use of the insecticide is threatening the productivity of our natural and farmed environment.
This paper provides a review of the current literature analysing environmental impacts of dietary recommendations. The review focuses on three aspects of dietary advice in particular: reducing the consumption of fat, reducing the consumption of meat-based protein and animal-based foods, and finally increasing the consumption of fruit and vegetables. It then reviews the environmental impact assessments and Life Cycle Analysis (LCA) that have been undertaken in foods that have relevance to these three dietary recommendations.
This book uses a decade of primary research to examine how weather and climate, as measured by variations in the growing season using satellite remote sensing, has affected agricultural production, food prices and access to food in food-insecure regions of the world.
This dissertation looks at the sustainability of the current food system and analyzes how environmental impacts could be reduced and health impacts could be increased through dietary change. The results from this work suggest that dietary change, in areas with unrestricted diets, could play an important role in reaching environmental and health goals, potentially reducing GHG emissions and land use requirements by up to 50%.
As the FCRN has previously reported, the EU commission recently held a consultation (now closed) aimed at exploring how we as a society might move towards a more resource efficient and sustainable food system. The public consultation included discussions on a number of areas for action:
This briefing paper was produced by Sir Gordon Conway together with colleagues from the Agriculture for Impact program at Imperial College London and researchers from Harvard Kennedy School and the Forum for Agricultural Research in Africa (FARA). The briefing paper argues that African food production remains well below its potential and that innovation for sustainable intensification can help smallholder farmers produce more food with less impact on the environment while also improving agriculture’s sustainability.
This annual report from the Environmental Investigation Agency (EIA) focuses on the use of refrigerants with high global warming potential such as HFCs, in major supermarket chains in the UK and Europe. It investigates the progress made in shifting towards more climate-friendly alternatives.
Approximately one-third of all food produced for human consumption in the world is lost or wasted. This FAO report argues that this waste represents a missed opportunity to improve global food security, and to mitigate the environmental impacts resulting from the food supply chain.
The Living With Environmental Change (LWEC) Climate Mitigation Task Force has released a report which looks at where there might be a need for research activity on geoengineering. The report is a joint production between the Met Office Hadley Centre, University of East Anglia/Natural Environment Research Council and University of Exeter.
Researchers at the Stockholm Environment Institute in York have built a model that looks at the pressure that UK consumption activities place on biodiversity overseas. The model, funded by Defra, provides a framework for assessing the links between goods and services consumed in the UK but imported from overseas to potential impacts of their production on biodiversity in their country of origin. The model can be used to explore the impacts of over 200 agricultural products (and many other products of non-agricultural systems, e.g. mining, forestry and fisheries), and can break down consumption impacts resulting from demand from specific product groups.