Showing results for: Ecosystem services
Planetary health is a new approach that broadens health research to include the health of human civilisations and the natural (external) systems on which they depend. In a new journal, alongside The Lancet Public Health and The Lancet Global Health, The Lancet Planetary Health will explore the links between planetary and human health and how we can protect the environment on which we depend and develop sustainable systems that support human health.
In this Nature commentary Jess Davies from Lancaster Environment Centre discusses the urgent need to deal with the degradation of our soils, focusing on the need for the private sector to take this sustainability threat seriously by taking action on soil. Today one-third of all soils and more than half of agricultural soils are moderately or highly degraded.
In this Nature Comment article, Elena Bennett of the McGill School of Environment and the Department of Natural Resource Sciences, Québec, argues against the underlying premise of the ‘land-sparing’ vs ‘land-sharing’ debate that has dominated the agriculture-environment discourse for decades, and advocates a new and more holistic approach that focuses on maximising human well-being.
The journal Oxford Review of Economic Policy features a number of articles devoted to the topic of biodiversity policy and economics in its Spring 2012 edition.
This report details the results of a study commissioned by Natural England – it looks at how some of the options under the UK’s Environmental Stewardship scheme provide various ecosystem services which are important to agricultural production and productivity.
A new report published by UNEP argues that the world needs to focus on maintaining and boosting the underlying ecological foundations that support food production to help ensure food security for a growing population.
A paper in Science reports on a study which finds a correlation betweeen species diversity and multifunctionality – ie the number of ecosystem services it performs. The study focuses on drylands on all continents except Antarctica. It concludes that plant biodiversity is crucial to buffering the negative effects of climate change and desertification in drylands.