The PALM Risk Tool (Prioritizing Areas, Landscapes and Mills) is a simple to use and automated way to assess the risk of deforestation associated with a palm oil mill and its supply base. This global tool prioritizes mills within a company’s supply chain to guide improvements toward zero-...
WRI in partnership with 50 organizations launched Global Forest Watch (GFW) in February 2014. The online platform uses satellite and other data to track forest cover change in near-real time. It has catalyzed a dramatic increase in action against unsustainable and illegal forest practices, and governments and businesses are using GFW to improve forest management transparency and accountability.
The world lost nearly 13 million hectares of forest—an area roughly the size of England—every year between 2000 and 2010. Agriculture and logging were largely responsible, which in turn led to higher greenhouse gas emissions, regional haze, water pollution and a decline in biodiversity. The lack of timely, reliable data on what is happening in forests, where degradation is occurring, and who is responsible makes it difficult to prevent further deforestation.
In 2011, WRI began building a network that’s grown to 50 organizations to create a publicly accessible, user-friendly, online tool to provide accurate, up-to-date data on the status of the world’s forests.
Global Forest Watch’s (GFW) launch event in February 2014 offered a window on global tree cover loss and gain, and provided national statistics, tree cover loss alerts and vast amounts of other information. By July, two new applications were also available: GFW Commodities, which shows the impact of palm oil suppliers and other commodities on forests, and GFW Fires, which monitors and analyzes forest fires across Southeast Asia.
While WRI led this work, the mobilization of a path-breaking partnership was central to its success. Partners include the University of Maryland, Google, Esri, Center for Global Development, Imazon, GFW Canada, ScanEx, Transparent World, Jane Goodall Institute, CartoDB, Vizzuality and Blueraster. Major funding came from Norway’s International Climate and Forest Initiative, USAID, Global Environment Facility , DFID, Tilia Fund, Ministry of Foreign Affairs of the Netherlands, Sida, Bobolink Foundation and Danida.
GFW has catalyzed a dramatic increase in action against unsustainable and illegal forest practices. Governments and businesses are using GFW to improve forest management transparency and accountability. The Roundtable for Sustainable Palm Oil has used GFW to help members disclose where palm oil companies operate. Indonesia, a core partner, uses GFW Fire’s ultra-high resolution images to crack down on illegal burning. And the tool has received worldwide attention, with more than 450,000 unique visitors, more than 1,200 media stories, and countless interactions via social media.
Global Forest Watch (GFW) uses data to monitor changes to the Earth’s forests. What can other climate initiatives gain from the project?
In a post originally published for The Guardian, the GFW team discusses public data challenges and lessons learned.
The rainforests of Africa’s Congo Basin are the world’s second largest, and are increasingly one of the most threatened. Agriculture, mining, logging, and climate change are already chipping away and thinning out the forests’ edge and interior. The Congo Basin forests’ biggest threat, however, is unseen: a lack of good information. With poor infrastructure, government capacity challenges, and hard-to-detect patterns of change, the forests of the Congo Basin are among the most difficult in the world to monitor and manage.
Starting this month, 1,500 high-resolution satellite images of the Congo Basin from the SPOT satellite constellation provided by Airbus Defence and Space are being shared with WRI, thanks to an agreement with French institutions of the Tropical Forest Spatial Observation program.
For the most up-to-date information, please visit the Global Forest Watch project page.
Can GIS Lead to Better Estimates of Subsurface Drainage Extent?
Extensive subsurface "tile" drainage systems on Corn Belt farmlands have important implications for nutrient pollution in surface water, notably the hypoxic "dead zone" in the Gulf of Mexico. Unfortunately, existing drainage data are outdated and inconsistent. Can a map-based...
Presents the results of a multiyear project to map Canada's large, intact forest landscapes and analyze their distribution and level of protection....
Mapping less disturbed forest tracts, floodplain and bottomland ecosystems of intact river basins, naturally rare and unique forest communities, and rare and endangered plant species habitats -- to aid regional conservation strategies.
The analysis compiles a comprehensive set of geospatial indicators of human activities that lead to forest degradation and conversion. Illustrated by numerous maps, the results provide valuable insights for land-use planning and zoning.
Mapping the Risks
First-ever study to use computer-generated maps to identify environmentally or socially vulnerable areas to mining. It addresses the underlying questions that form the basis of the World Bank's controversial and on-going Extractive Industries Review....