This book, written by the Barilla Center for Food & Nutrition and edited by Danielle Nierenberg of Food Tank, discusses how the global food system can produce sustainable, healthy food for everyone. Topics include soil degradation, water use, barriers to accessing food, corporate influence on dietary choices, and food waste.

The New York-based Guarini Centre on Environmental, Energy and Land Use Law has released a report exploring the policies that US cities could use to reduce meat and dairy consumption. Three main categories of policy are proposed: informational (to raise public awareness of the health and climate implications of meat and dairy consumption), procurement policies for public institutions, and economic interventions to incentivise different purchasing patterns.

The Adam Smith Institute, a UK-based free-market think tank, has published a briefing paper in which it argues in favour of lab-grown meat (also known as cultured meat). The authors say that the potentially lower land use of lab-grown meat, compared to conventional meat, could allow some farmland to be rewilded, managed in less intensive ways, or used to build more houses.

A survey of 18- to 24-year-old students in the US finds that very few study participants had high knowledge of the issue of food waste, and many participants estimated that they wasted less than the average American. Students often attributed blame for food waste to university dining halls, food service outlets or society in general, rather than to themselves as individuals. The paper grouped factors that both increased and reduced food waste production (depending on context) into several categories, including taste and appearance, reuse value, scheduling, personal values, portion sizes, cost, social norms, whether or not the food was prepared by the person who ate it, sharing of food, convenience, and food safety.

A recent paper uses data from three countries (Ghana, Mexico and Poland) to determine whether more carbon can be kept in above-ground stocks by land sparing (increasing farms yields to minimise the conversion of natural habitats to farmland) or land sharing (increasing carbon stocks on farms, at the cost of converting more natural habitat to farmland because of lower yields). Land sparing maintained the highest above-ground carbon stocks in all cases studied.

If everyone in the world ate a diet consistent with the United States Department of Agriculture’s dietary guidelines, we would need more additional farmland than the amount of fertile land available, claims a recent paper.

Alcohol production, packaging and transport in Sweden has a carbon footprint of 52 kg CO2 eq. per person and accounts for around 3% of dietary emissions, according to a new paper by FCRN member Elinor Hallström. Per litre of beverage, wine, strong wine and liquor have higher carbon footprints than beer. This study does not include emissions from retail or consumer activities.

Farmed fish are often fed on forage fish (such as anchovies and sardines) caught from the wild. A new paper points out that demand for forage fish to support aquaculture production is forecast to grow beyond the maximum sustainable supply level. The authors calculate that demand for forage fish could be reduced to below the maximum supply limit by combining a number of measures: reducing use of forage fish in land-based agriculture, replacing some forage fish with fish trimmings from processing, and reducing the proportion of forage fish in the diets of non-carnivorous farmed fish.

A recent paper argues that the global food system needs to become both more sustainable and more resilient to environmental and economic shocks. Defining resilience as “the resistance or rapid recovery of system interrelationships and functions after perturbation”, the paper points to existing examples of “undesirable” resilience, which inhibit the transformation of the food system to a more sustainable state.