Showing results for: Vegetables
This paper provides an overview of dietary guidance for pulses, discussing their nutritional composition and health benefits as well as the evolution of the way in which the USDA’s dietary guidelines categorise pulses. The paper was published in a special issue on The Potential of Pulses to Meet Today’s Health Challenges: Staple Foods in the journal Annals of the New York Academy of Sciences.
This report discusses current and historic vegetable consumption in the UK (no higher now than in the 1970s), the importance of vegetables in the diet and current drivers of vegetable consumption.
This report produced by Food Research Collaboration (FRC) outlines the horticulture sector’s potential to create a shift towards healthier diets in the UK by contributing to overall fruit and vegetable consumption.
This brief argues that rooftop gardens in cities could supply cities with more than three quarters of their vegetable requirements. The brief from the European Commission is based on evidence from a case study from Bologna, Italy.
A new report from at Cranfield University suggests that increasing the production and consumption of frozen food in the UK can play a significant role in delivering the government’s 2020 and 2050 food security targets. The report, Frozen Food and Food Security in the UK, was produced by sustainability experts at Cranfield University on behalf of the British Frozen Food Federation (BFFF).
Food Navigator highlights new data Food and Agriculture Organisation’s (FAO) recent Food Price Index, which measures the monthly change in international prices of food commodities.
In Africa and Latin America, the production of beans (Phaseolus vulgaris) is highly vulnerable to climate change impacts, which include higher temperatures and more frequent drought. Climate modeling suggests that, over the next several decades, the area suited for this crop in eastern and central Africa could shrink up to 50% by 2050.
The Centre for Alternative Technology (CAT) has launched a new report on sustainable diets - People, Plate and Planet, describing dietary choices that can reduce greenhouse gas emissions and pressures on land. The report considers nutrition, GHG emissions and land use and states that the most significant impact on these areas comes from what we eat, not where it is from or how much packaging there is around it.
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 blog by Daniel Tan, Senior Lecturer in Agriculture at University of Sydney, discusses how one might eat both healthy and sustainably.
The EU Gratitude project is aiming to reduce waste from post-harvest losses of root and tuber crops and turn unavoidable waste into something of value. It has yielded interesting findings on how waste from cassava and yams is managed in the value chains, findings which challenge the conventional idea that waste and losses in developing countries occur at the farm end of the value chain. In fact the results, presented at the mid-term review meeting, showed that in Ghana in particular waste and losses were greater at the consumer end and hence more costly- these patterns are more similar to those found in developed countries than previously believed.
A new 90,000-square-foot indoor farm called FarmedHere has recently opened in Chicago and is expected to produce 1 million pounds a year of organic greens like basil, lettuce, mint, and spinach. It is also expected that it will provide hundreds of local jobs.
An interesting paper confirming what intuition might suggest – that men’s diets have a higher GHG burden than women’s because, (even allowing for the fact that men generally need to eat more) they tend to eat more meat; women’s diets are more water demanding due to their greater consumption of fruit and vegetables (the study looks at irrigation water rather than overall water).