Showing results for: Food waste/surplus food
This paper looks at how we can achieve greater food and nutrition security in a sustainable manner by reducing waste and it also analyses how losses impact overall food system efficiency. It quantifies the food wasted throughout the food chain (10 stages) from primary production to human food consumption and also looks at the impact of livestock production on both food system biomass efficiency and feed crop losses. The paper defines wasted food energy of livestock production in terms of its poor efficiency in feed conversion ratios (ie. only some of the feed livestock consume end up as meat and dairy, with the rest loss via respiration, dung and urine).
A new study submitted to us by an FCRN member discusses the virtual land footprint associated with regional supply capacities.
This new 712 page book in 28 chapters is edited by Rajeev Bhat. It addresses a very wide range of topics on agriculture, food and sustainability.
In this article co-written by FCRN member Erasmus zu Ermgassen, the authors use what they call a holistic approach (described below) to estimate the GHG emissions savings from preventing UK household food waste. In particular, they include the consideration of a potential rebound effect: the GHG emissions that result from money saved (because of reduced food waste) being spent elsewhere.
On this episode of the World Resources Institute (WRI) podcast, Lawrence MacDonald interviews Dr Liz Goodwin, who is a WRI senior fellow and their first Director of food loss and waste.
Publisher’s abstract as follows: There is enormous current interest in urban food systems, with a wide array of policies and initiatives intended to increase food security, decrease ecological impacts and improve public health. This volume is a cross-disciplinary and applied approach to urban food system sustainability, health, and equity.
With milk prices in the USA dropping due in part to a fall in demand from Chinese middle class customers, large stockpiles of cheese now lie waiting.
This study estimates the environmental impacts of what it terms discretionary foods - foods and drinks that do not provide nutrients that the body particularly needs. It finds that these foods account for 33-39% of food-related footprints in Australia.
This editorial article focuses on an aspect of agricultural food loss and waste, not often considered: the effects that a reduction in food loss and waste at the production stage, might have on the species that have become reliant on food waste.
As the global population grows and food consumption patterns shift towards more resource intensive foods, food loss and waste (FLW) is becoming a topic of increasing importance due to its impact on future food availability and - via the greenhouse gas emissions embodied in its production - on climate change.
This paper analyses the options for and impacts of using food waste as animal feed and is the first study to compare the environmental impacts of recycling municipal food waste as animal feed with alternative disposal options in the EU.
The new global Food Losses and Waste FLW standard for measuring food loss and waste is the first set of international definitions and reporting requirements for businesses, governments and other organisations specifying how they should measure and manage food loss and waste, as a step towards helping countries and companies improve efforts to store, transport and consume food more efficiently.
This article discusses the interplay of food requirements, food waste, food deficits, and associated GHG emissions. It estimates the agricultural GHG emissions associated with food waste, argues the importance of reducing food waste as a contribution to addressing GHG emissions and proposes a standardized method for estimating food waste for all countries.
The Cambridge News reports on a recent start-up called Entomics, who are researching and developing the use of Black Soldier Fly larvae as a means of converting food waste into compounds that can be extracted and turned into more useful products.