Knowledge for better food systems

Showing results for: Landscapes

Image: NASA, NASA photo of deforestation in Tierras Bajas project, Bolivia, from ISS on April 16, 2001, Wikimedia Commons, Public Domain
26 November 2018

This paper presents maps of global land use change from 1992 to 2015, showing net increases in the area of agriculture, grassland and settlement, and net losses in the area of forest, wetland, shrubland, sparse land, bare land and water.

Image: Tony Atkin, Colourful Hedgerows, Geograph, Creative Commons Attribution-ShareAlike 2.0 Generic
22 October 2018

A paper reviews how “working lands” such as farms, forests and rangelands can be managed to protect biodiversity and ecosystems services. The paper points out that the management of working lands can be complementary to using protected areas to conserve biodiversity.

12 September 2018

The Global Partnership on Forest and Landscape Restoration’s report “Restoring forests and landscapes: the key to a sustainable future” presents case studies of the successful restoration of landscapes that have been affected by deforestation and land degradation.

10 July 2018

The European Commission's Joint Research Centre has published a new World Atlas of Desertification, which provides maps of different factors relevant to desertification such as land use, human appropriation of biological productivity, virtual water use, smallholder agriculture and livestock production.

Image: Eric Jones, An enclave of grazing land south of Tyddyn Du, Wikimedia Commons, Creative Commons Attribution-Share Alike 2.0 Generic
21 May 2018

Data visualisations by Max Roser and Hannah Ritchie, published at Our World In Data, show global land use types, changes over time and land use in agriculture. For example, a graph shows that half of the Earth’s habitable land surface is used for agriculture, of which 77% is used for livestock (including both grazing land and land for feed production). For comparison, livestock accounts for 17% of global calorie supply and 33% of global protein supply.​

Image: NASA, Deforestation in Amazonia, seen from satellite, Wikimedia Commons, Public Domain
30 April 2018

Tropical deforestation is nearing a critical point, beyond which the rate of forest fragmentation could increase much more rapidly than the rate of forest area loss, according to a study. Fragmentation can have negative effects on biodiversity and also increases carbon emissions beyond those from just the deforested areas, since trees are at greater risk of dying on the edges between forest and cleared land. The researchers predict that reforestation and a reduction in the rate of deforestation are both needed if fragmentation is to be reversed.

6 March 2018

This book, edited by Joshua Zeunert and Tim Waterman, sets out a wide array of interdisciplinary knowledge on landscapes, agriculture, food and sustainability.

26 February 2018

Scotland’s soils contain over half of the UK’s soil carbon stock, making it important to know how to avoid soil carbon loss. The Scottish landscape is currently a net sink for carbon (mainly due to forestry). A recent report assesses current knowledge on soil carbon and land use in Scotland.

20 February 2018

This report from the International Centre for Tropical Agriculture (CIAT) considers the relationships between land use, land degradation and sustainable development goals.

30 October 2017

The University of Cambridge Conservation Research Institute have set up a blog to provide space for a conversation about the future of the British countryside.

30 October 2017

The United Nations Convention to Combat Desertification (UNCCD) has published its first edition of the Global Land Outlook (GLO), addressing future challenges and opportunities for the management and restoration of land resources in the context of sustainable development.

Photo: David Leo Veksler, Binjang Forest Park, Flickr, Creative Commons License 2.0
11 October 2016

Initiated in 1999, the Grain-for-Green Program was set up primarily to reduce soil erosion and uses cash payments to incentivise people to replant trees on sloped crop and scrubland. This study examines the effects on bird and bee species in the scheme across the country. It finds that the program has not greatly benefited birds and bees due to the common practice of monoculture tree planting.

Photo: Pejman Parvandi, Footprint, Flickr, Creative Commons License 2.0
4 October 2016

There is increasing evidence that human demands on natural systems are accelerating and could affect the stability and services provided by these systems. This paper aims to aid understanding of the temporal and spatial variability of human pressures on natural systems, which provides a foundation for environmental damage mitigation. Recent advances in remote sensing have allowed great development in mapping of human pressures, particularly in forested areas. Other pressures, such as roads and pasture lands, have by comparison been overlooked.