Climate Change Education weblog
International blog for teachers dealing with Climate Change education. It’s part of the Teacherscop15.dk site. Denmark is hosting the UN Climate Change Conference (COP15) in Copenhagen, Dec. 2009. Comments are very welcome; moderated before publishing.
Blog- COP15
Which Climate Questions Are Most Urgent?
Short Bio
Tom Bowman is president of Bowman Design Group and Bowman Global Change, creator of climate exhibitions at the Marian Koshland Science Museum (Washington, DC) of the National Academy of Science and the Birch Aquarium at Scripps (La Jolla, California) and energy exhibitions in the electric utility industry. He is a co-author of “Essential Principles of Climate Sciences” and author of a NOAA-sponsored report assessing research on public attitudes about climate change (NOAA = National Oceanic and Atmospheric Administration). Tom lives and works in California, USA.

Which Climate Questions Are Most Urgent?
In his post, “Toward a Climate Literate and Energy Aware Society,” Mark McCaffrey asked, “What are the most essential principles relating to climate science and energy solutions that people should understand?” This is an urgent question, yet formal educators and public communication practitioners might arrive at different answers. In fact, a persistent tension between the longer-term goals of formal education and the immediacy with which the public must make decisions about our future tends to mask some important educational priorities.
The results of public surveys in the United States indicate that an overwhelming majority of American adults already knows that the climate is changing, that human activities are at least partly responsible, and that the consequences of climate change will, on the whole, be harmful. But many Americans think that harmful consequences will only be felt in the future and in distant lands, and there is confusion about whether viable solutions are available.
On the one hand, understanding of the basic climate change formula is widespread—that fossil fuel burning and deforestation increase the concentrations of greenhouse gases in the atmosphere, which warms the planet and causes the climate to change. On the other hand, the nature of climate risks and scale of effort required for minimizing them, as well as the timetables for effective mitigation, are poorly understood. Most American adults realize that there is a problem, but they are not equipped to make informed decisions about managing the risks and opportunities.
Informed citizens need to know how risks correlate with rising temperatures. For example, what risks are associated with the European Union and G8 decisions to allow warming to 2°C above pre-Industrial temperatures? How do various emissions trajectories correlate with global temperatures and impacts on humanity and other species? Valuable as the answers would be, mining the Intergovernmental Panel on Climate Change assessments for information and correlating the results are well beyond the capacity of most non-scientists. So, too, is the task of making information about policy mechanisms, costs, and other tradeoffs comprehensible to non-experts.
In the 3 April 2009 issue of Science, a group of climate scientists, communication experts, and I called for a focused initiative to explain where humanity stands on a scale of escalating climate risks and what can be done to manage those risks. In contrast to the comprehensive approaches used in the “Essential Principles of Climate Sciences” and many popular books, a more surgical approach to informing citizens is necessary now.
During the next few years the public will hear a debate about whether to limit rising temperatures and, if so, where and how. During that time, some risk management opportunities will probably slip away. An informed public needs to understand the risks, the various risk management pathways, and the tradeoffs involved in choosing our future. They will need this information very soon. A key question for the formal and informal education communities is how to address these priorities in their programs.
Links:
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“Summary Report: A Meeting to Assess Public Attitudes about Climate Change” assessed the state of public attitudes research in April 2008. Participants included principle investigators from the political psychology and advocacy research communities. The report provides a survey and analysis of recent opinion research, plus a bibliography of seminal papers by the principle investigators. http://www.climatechangecommunication.org/resources_reports.cfm |
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“Creating a Common Climate Language” calls on the science and communication communities to overcome specific barriers to public understanding of climate risks. http://www.bowmanglobalchange.com/writing.php |
Posted at 2009-09-23, 18:17 by Claus Berg in Generelt | Kommentarer[3]
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Tom-
As you note "formal educators and public communication practitioners might arrive at different answers." What we've seen certainly in the U.S. and there's some evidence this is true elsewhere is that not only is the general public confused about basic climate science, but students and even teachers are, too. For science educators in particular, fostering whole systems, critical thinking about how all the various systems (bio, geo, hydro, techno) operate and interact is fundamental to being able to develop effective solutions and strategies. For a communication practitioner, maybe emphasizing that "the sky in falling" if we don't do X, Y and/or Z is the priority.
To me, climate education needs to start with the basics-- how climate is different from but related to weather, how seasons drive bio and hydro processes, in particular, and how the carbon cycle is a thread that connects us to past climates and, when we dig or pump it from the ground as fossil fuel and then burn it, is impacts future climate. All too often from what I've seen from public communications, the fundamental concepts are skipped over. We jump right to carbon calculators or offsets. I would love to see graduate competency standards that make sure when students graduate from school they understand the basics of climate and energy, and appreciate the huge and imperative challenge of decarbonizing our global economy.
Indsendt af Mark McCaffrey 2009-09-23, 11:18:12 #
Mark-
I am not suggesting that climate science literacy is high, nor to I advocate a "sky is falling" approach to public outreach and education. In fact, I share your desire to see climate and energy literate graduates who are able to integrate science evidence and whole-systems thinking into decision-making. I would argue, however, that the application of scientific evidence to decision-making and risk management should be an essential part of climate science education. In my experience with informal learning institutions, information that is critical to making realistic decisions about climate change has largely been ignored. As you say, bypassing the underlying science in order to get to solutions is not productive. Conversely, an informed public needs to understand the nature of the present situation and be able to apply that knowledge to civic and personal choices.
I am proposing a view of science education that embraces the "science in service to society" missions of national academies of science, the IPCC, and other assessment organizations. The interface between science and policy is uncomfortable for many scientists and science institutions, as it should be; we need for them to be good scientists, not advocates. But providing guidance about the implications of science results is not advocacy, and an informed public needs that guidance in order to make informed choices.
I would push the formal and informal education communities to reach further than they typically have in order to help the public understand the present situation to grapple with decisions about society's future. The IPCC's Fourth Assessment Report, for example, correlates projected impacts with various temperature increases, while also explaining levels of confidence in each conclusion. The U.S. National Academy of Science publishes a free guidebook about the nation's energy supply; projections of future national and global demand; the potential for conservation and efficiency; and emerging technologies.
There is some urgency to helping people understand and apply this type of information. As the IPCC chair has said, the rapid pace of environmental change implies that postponing decisions about energy and climate is likely to close off opportunities. I think we agree that a climate literate and energy aware society would address these challenges from a systems-thinking perspective. Your post raised the relevant question of how to present the scary evidence about climate change to students of various ages, which is an important consideration. But I have seen institutions shy away from clarifying these disquieting scientific results and the means by which they can be used to make decisions. The time has come to bring this evidence to the fore in coherent, accurate, user-friendly ways. I see no conflict between teaching fundamental science and helping the public apply scientific results to the pressing challenges of global change.
Indsendt af Tom Bowman 2009-09-27, 04:04:18 #
Tom:
You are absolutely correct: there is urgency to bring the evidence to the fore "in coherent, accurate, user-friendly ways."
The Essential Principles of Climate Science Literacy are an important tool to help frame the climate science (http://www.climateliteracynow.org) and the principles, which begin with how the sun drives the Earth's climate system and end with how climate change are impacting ecosystems and human lives, are framed with the guiding principle for informed climate decision: Humans can take actions to reduce climate change and its impacts (See: http://www.globalchange.gov/resources/educators/climate-literacy ).
Many of us are now working through the Climate Literacy Network and related programs to infuse solutions to each of the essential principles (focusing for example of solar energy including solar ovens when discussing the role of the sun's energy in the climate system), and learning from other communities, such as the American Psychological Association, which has just completed a study of the psychological barriers to dealing with climate change: http://www.apa.org/science/climate-change/
I think we are in agreement that it is imperative to immediately address climate and energy issues, using strong science and best practices for communicating related policy and decision-making challenges. The public health community in particular has expertise in conveying the basics of science to the public that we can learn from.
Indsendt af Mark McCaffrey 2009-09-27, 05:48:59 #