Showing results for: Environmental input-output analysis
Environmental input-output analysis is used to examine the material flows and structures in production and consumption within one or several economies (which can be a company or a country). As such it provides information about the supply and use of goods and services within the economy, and their environmental consequences. It belongs to the broader concept of ‘environmental accounting’ used to identify resource use and to measure and communicate the costs of a company's or a nation’s economic impact on the environment.
In this paper, FCRN member Raychel Santo reviews evidence on the potential benefits and risks of the production and consumption of plant-based and cell-based meat alternatives. The paper covers implications for health, environmental performance, animal welfare, economy and policy.
This paper, co-authored by the FCRN’s Tara Garnett and John Lynch of the Oxford Livestock, Environment and People programme, identifies and discusses four challenges associated with attributional life cycle assessment.
Trase - a partnership between the Stockholm Environment Institute and Global Canopy - has published its 2020 yearbook, which reviews deforestation in supply chains for commodities such as soy, beef, chicken and palm oil and examines the effectiveness of zero-deforestation commitments.
This paper studies the relationship between food system drivers and sustainability for a sample of low-, middle- and high-income countries. The aim of the research is to provide a clearer understanding of what drives food system sustainability, in order to better target interventions and investments to transform the food system.
This book describes Lume, a method for analysing the economic and ecological impacts of agroecological farming systems. It includes a case study of family farms in a region of Brazil affected by droughts.
This paper finds that over ten billion people could be fed within the constraints of four planetary boundaries (biosphere integrity, land-system change, freshwater use, and nitrogen flows), if the food system undergoes a “technological-cultural U-turn”.
This article by Caroline Grunewald and Dan Blaustein-Rejto, both of of the US Breakthrough Institute think-tank, argues that the environmental movement fails to appreciate the environmental benefits that can result from free trade, by enabling producer countries with lower environmental impacts per unit of food to displace products from countries with higher environmental impacts.
This book gives details of methods for detecting and dealing with various agrochemicals, including herbicides, insecticides, fungicides and soil fumigants.
The US think tank Breakthrough Institute has created an interactive series of graphs to visualise how the environmental impact of farming in the United States has changed over time, covering land use, nitrogen loss, water, herbicides, soil erosion, greenhouse gas emissions and spending on research and development.
This paper from researchers at Oxford’s Livestock, Environment and People (LEAP) project considers the health and environmental impacts of consuming an extra portion per day of 15 different foods. For many of the foods, those with beneficial health impacts also have lower environmental impacts, while many of those with greater environmental impacts also have greater disease risk.
This report from the UK’s Office for National Statistics estimates the value of ten ecosystems services provided by natural capital in Scotland. Information on agricultural biomass (including fish capture) and carbon sequestration may be of particular interest to FCRN readers.
Around 15% of the carbon dioxide emissions from food consumption in the European Union are due to deforestation, according to this paper, which traces the links between final consumers and the expansion of agriculture (including both crops and pasture) and tree plantations into tropical forests. Depending on the model used, 29% to 39% of tropical deforestation emissions were attributed to the production of goods for export.
FCRN member Christian Reynolds uses linear programming to calculate diets that meet both health and greenhouse gas emission criteria while being affordable for different income groups in the UK. Generally, the optimised diets are higher in plant-based foods than diets consumed in the UK in 2013, although seafood is higher in the optimised diet than in 2013 diets.
In this paper, FCRN member Nicholas Bowles of the University of Melbourne reviews existing data on the environmental impacts of the livestock sector and considers these impacts in the context of planetary boundaries. The paper reports that efficiency alone is unlikely to be adequate to shrink livestock’s impacts to a sustainable level, and that dietary shifts will also be necessary.
This paper analyses how different agriculture and forestry activities affect biodiversity and carbon sequestration. In 2011, the top driver of losses to bird species richness was cattle production, while the greatest driver of losses to net carbon sequestration (relative to sequestration if natural vegetation were allowed to grow) was forestry.