Showing results for: Agricultural biodiversity
This report from the European Commission’s Science for Environment Policy describes the importance of pollinators (such as bees, flies and moths) for food production and for nature. It identifies several drivers of pollinator loss and sets out methods of monitoring pollinator populations.
FCRN member Susannah Fleiss is the lead author of this paper, which finds that setting aside areas of forest (conservation set-asides) within oil palm plantations plays a vital role in storing carbon and boosting rainforest biodiversity within plantations.
This book looks at how local food biodiversity can help to improve nutrition. Chapters cover the impacts of poor diets, evidence for the role of biodiversity in supporting healthy diets, agroecology, public food procurement, youth-led innovations and reframing food systems narratives.
This interim report from the Dasgupta review on the economics of biodiversity, commissioned by the UK’s HM Treasury, sets out the main economic and scientific concepts that will inform the final review. The aim of the review is to assess the economic benefits of biodiversity, and the economic costs of its loss. It will also identify actions that can protect and enhance both biodiversity and economic prosperity.
This report, commissioned by the UK charity Royal Society for the Protection of Birds, assesses a selection of measures for reducing greenhouse gas emissions from agriculture. It looks at their potential impacts on biodiversity, climate and resource protection to identify which solutions offer synergy between climate and nature, and where there is a risk of conflict.
This podcast by the research programme Praxis: Arts and Humanities for Global Challenges discusses interdisciplinary research, balancing priorities of preserving local food varieties with feeding the population and the future food research agenda.
This report from the UK’s RSA Food, Farming and Countryside Commission examines four key areas of Devon’s food system: grassland and livestock production, environment and biodiversity, health and thriving communities, and new entrants to farming.
This book explores how people can work with natural landscapes and harvest resources sustainably. Examples in the book include cocoa farming in Ghana, orchards in Kent, palm oil production in Borneo and monocrop cultivation in the UK.
In this film by research and communications project Agroecology Now! farmers from Lower Dzongu, Sikkim, India discuss the importance of traditional seeds for food, life and culture and their plans to establish a community seed bank to help maintain and revive traditional seeds. Farmers will be able to “borrow” seeds of local varieties from the seed bank, grow them and then return a greater number of seeds to the seed bank.
In this report, the Nature Friendly Farming Network argues that, if given enough financial support, UK farmers can produce food in a way that both protects wildlife and reduces the UK’s greenhouse gas emissions. The report also suggests that having a diet of “less meat and dairy but of better quality” could be environmentally beneficial.
The initial results of an experiment on palm oil plantations in Sumatra, Indonesia, suggests that using less fertiliser on palm oil plantations and controlling weeds through mechanical weeding instead of herbicide use could be beneficial both ecologically and economically.
This book, by Nicola Randall and Barbara Smith, provides a summary of agricultural ecosystems around the world and uses case studies to illustrate the biological issues and solutions associated with several types of farming system.
According to this study of farmland birds in Finland, bird abundance is positively correlated with the nearby presence of organic animal farms, as well as the percentage of nearby field cover and the presence of natural grasslands.
Agriculture is one of the leading drivers behind the loss of species and ecosystems, warns the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES). An estimated one million animal and plant species (one in eight) are threatened with extinction. Species losses are happening tens or hundreds of times more rapidly today than over the last 10 million years, with the rate accelerating.
This paper reviews studies where changes in both productivity and species richness have been tracked at the same location, following changes in the intensity of land use. On average, intensifying land use leads to a 20% gain in output and a 9% decrease in species richness, but there is considerable variation between different contexts.
This paper shows that pollinator services in agricultural landscapes that have been highly altered from their natural state are lower than would be predicted from a simple count of pollinator species. The paper bases its estimates on a study of the evolutionary relationships between pollinators and extensive surveys of pollinators.
This study surveys declining pollinator populations and the threat to agricultural production this poses at a time when (the paper argues) higher yields and farm efficiencies are needed. It outlines how woody habitats such as trees and hedgerows can be used on agricultural land to aid conservation of pollinators.