Article reproduced, author: Donald Carli*
Most people will tell you that they care about saving our forests, but they tend to be uninformed or misinformed when it comes to knowing the causes of deforestation or some of the places being affected most significantly by land use change that kills trees, pollutes rivers and contributes to climate change. Until recently the conventional wisdom has been to demonize paper and print media as the major culprit behind “killing trees” and to idealize digital media as “green and groovy” alternative without consideration for the full backstory or life cycle footprint of either.
Pixels Don’t Grow on Trees
Paper and print media supply chains are far from being sustainable, but may be far less of a threat to forests than the “Tree-Wash” claims about how digital media saves trees or how pixels are greener than pages. “Tree-Wash” is my term for a special class of “greenwash” making false, misleading or unsupported marketing claims that ignore the causes of deforestation associated with digital media, or that fail to identify the actual trees and forests allegedly being saved or planted.
However, the Copenhagen Climate Summit and technologies developed to verify land use are likely to play a major role in changing the status quo with regard to foot-printing forests, identifying trees and the calculating the climate impacts of coal-powered IT.
Are You Seeing REDD yet?
Deforestation and the sustainable management of the world’s forests are serious issues that should be top of mind given the world’s focus on climate change. Trees sequester carbon equal to half of their dry weight, and scientists estimate that as much 20 percent of total emissions of the greenhouse gas carbon dioxide (CO2) are emitted due to deforestation, land use change and forest degradation. For that reason, Reducing Emissions from Deforestation and Forest Degradation (REDD) is a major issue that will be addressed in Copenhagen.
Sustainable forestry will play an increasingly important role in supporting the literacy and sanitary existence of the world’s growing population. In addition to providing millions of jobs and providing the wood fiber used to produce over 350 million tons of paper per year, the world’s forests also serve as the planet’s “lungs” by converting or “sequestering” atmospheric carbon dioxide into woody biomass and providing other important environmental services. In addition, sustainably harvested forest biomass will increasingly be employed by a new generation of integrated biorefineries to replace fossil fuel energy and petrochemical feedstocks.
According to some reports just one day’s deforestation is equivalent to the greenhouse gas emissions of eight million people flying to New York; in order to address such a serious challenge and provide a basis to monitoring the reduction of deforestation and forest degradation, an impressive array of geo-locative and remote sensing capabilities are being developed to map the world’s forests and identify the location of individual trees with startling precision.
For example, as part of the Global Forest Resources Assessment 2010, the Food and Agriculture Organization of the United Nations (FAO) and its member countries and partners is undertaking a global remote sensing survey of forests covering the whole land surface of the Earth. FAO is also providing technical support for national forest assessments and the establishment of national forest monitoring systems. See: Global Forest Resources Assessment
Do You See the Forest or the Trees?
Remote sensing of forest biomass and geo-locative tagging of trees will become increasingly important as the exemption of carbon dioxide emissions from bioenergy use will only be appropriate if there is a system that also counts emissions from deforesting land and land use activities that degrade forest ecologies. In that way, if biomass for energy use results in deforestation, emissions are counted as land use emissions equivalent to fossil fuel emissions. However, these new applications will also be making it possible to stem the tsunami of “Go Digital, Save Trees” Tree-Wash marketing claims that many marketers of e-billing, e-books and digital media have been flooding the market with.
One of the little known but significant causes of deforestation in the United States related to digital media is the practice of Mountain Top Removal, employed to mine the coal used to generate electricity in states like West Virginia. In 2008 over 41 million tons of coal were extracted by means of Mountain Top Removal in West Virginia. Coal provides the majority of electric power in 32 states, and 99 percent of the electricity generated in West Virginia comes from coal.
The Environmental Protection Agency (EPA) estimates that by 2013 an area the size of Delaware will have been deforested to extract coal. In addition to the greenhouse gas emissions associated with the energy consumed by digital media’s IT infrastructure, the deforestation, toxic air pollution and water pollution impacts associated with coal mining, coal combustion and coal waste need to be considered before making claims about digital media being greener than print or saving trees.
Truth in Augmented Reality
Deforestation, illegal logging and land-use changes that result in greenhouse gas emissions and other environmental damage are serious matters that billions of people care about. With today’s advanced remote sensing and geo-location capabilities consumers have every reason to expect marketers making claims about their offerings saving trees, or resulting in the planting of trees, to identify the trees in question and account for the life cycle impacts associated with their products. Even if the FTC does not yet prosecute such cases, that would not preclude a competitor from calling on the National Advertising Review Council to review the truthfulness and accuracy of a green marketing claim.
As we enter the “Post Madoff” trust-but-verify age of social-media powered transparency and climate awareness, it is becoming more possible and important than ever to monitor the green message content and supply chain impacts of advertising. Pixels may not grow on trees, but it is increasingly likely that remote sensing and augmented reality pixels can and will be used to hold marketers responsible for the carbon footprint of their media supply chains and the truthfulness and accuracy of advertising claims they make about saving or planting trees.
*Author: Donald Carli
Senior Research Fellow
Institute for Sustainable Communication
http://www.sustaincom.org
