This book explores how climate change will affect food security and availability, and outlines ways of adapting agriculture to cope under a different climate.

This booklet, by FCRN member Imke de Boer, sets out the scientific basis for the 2018 Mansholt lecture by Louise Fresco, President of the Wageningen University & Research Executive Board. The lecture discussed how the concept of circularity can be applied to agricultural production.

The UK’s Food and Drink Federation (FDF) has published its 2018 environmental progress report. FDF members report a 53% reduction in their greenhouse gas emissions from energy use in manufacturing operations since 1990, and a 39% reduction in water consumption since 2008.

The National Farmers’ Union, which represents agriculture and horticulture in England and Wales, reports on the trends that might influence food production, diets and food retail in the UK over the next two decades, including edible insects, robots, vertical farming and nanoencapsulation.

This report, originally published in French by policy research institute IDDRI and translated to English by the UK organic charity Soil Association, models the impacts of the European farming system transitioning to agroecological principles.

This report from the UK think-tank Chatham House explores the challenges of scaling up production and consumption of realistic plant-based meat replacements and laboratory-grown meat, both of which are intended to be indistinguishable from meat.

This paper uses long-term studies from Europe and China to examine the effects on soil quality of organic matter addition, no-till practices, crop rotation and organic farming. It finds that yields are lower under no-till and organic practices, but that these practices are associated with higher soil organic matter.

This paper, by John Lynch of the University of Oxford’s LEAP project, finds that carbon footprint studies of beef cattle typically do not report separate values for emissions of different greenhouse gases such as methane and nitrous oxide. Instead, studies generally report only an aggregated figure in the form of the 100-year Global Warming Potential (GWP100) as CO2-equivalent.

This paper, by researchers from the University of Oxford’s LEAP project, models the climate impacts of beef cattle and cultured meat over the next 1000 years using a climate model that treats carbon dioxide, methane and nitrous oxide separately, instead of using the widespread Global Warming Potential, which assigns a CO2-equivalent value to each greenhouse gas according to warming caused over a specified timeframe.​