Climate Compass Blog
A lot has changed in the two years since I made my first visit to the Washington Auto Show. Back then, gas prices averaged $2.68 per gallon and the Nissan LEAF looked like a “car of the future” compared to the other vehicles on the showroom floor. Now, prices at the pump are 25 percent higher, averaging $3.50 per gallon in 2011, and fuel costs are eating up the largest share of the average American’s income in over 30 years. Meanwhile, the auto industry is adapting their product line to their new environment and cooperating more closely with regulators. The 2012 auto show includes many more alternative vehicles like the all-electric Ford Focus (see picture below) and the Prius V, a 42 mile per gallon hybrid station wagon.
The White House Jobs Council recently released its year-end report outlining a plan to strengthen the United States’ economic future. While the tax and regulatory reform proposals are bound to cause disagreements, the Council developed pragmatic recommendations regarding energy’s role in improving the economy. The report recognizes the state of politics and low-carbon energy deployment, while highlighting the economic opportunities—including energy savings, leading emerging technology markets, and enhanced energy security—made possible by transitioning to a low-carbon economy. The Council’s energy recommendations include:
Climate change is the global innovation challenge of our time. That was the theme of a Green Innovators in Business Network “Solutions Lab” in Cambridge, MA, last month co-hosted by C2ES, EDF, Innocentive, and others. Dr. Andrew Hargadon, a leading expert in technology management and author of “The Business of Innovating,” articulated for participants the enormous scale of innovation needed to achieve a clean energy economy. “Low-carbon innovation” is about dealing with new problems—carbon emissions, skyrocketing energy costs—that emerge from traditional solutions for making our economy work, such as for transporting goods or lighting our buildings. Transforming energy-consuming activities to emit less carbon requires that we deploy new technologies that will work with conventional behaviors, and develop entirely new behaviors.
Yesterday, EPA announced the public release of reported greenhouse gas (GHG) emissions from large facilities across the country. Under legislation signed by President George W. Bush, most large sources of GHG emissions, including refineries, power plants, chemical plants, car manufacturers, and factories emitting more than 25,000 tons of CO2 equivalent a year, have been reporting their annual emissions electronically to EPA since 2010, while small sources are specifically exempted from the rule. Now, in accordance with the law, EPA is making that data public.
Some similar information was public already. Power plants have been required to report their CO2 emissions since the 1990 Clean Air Act Amendments, while many other companies have voluntarily reported their emissions through programs like the Carbon Disclosure Project
For the second year in a row, unprecedented numbers of extreme weather events have occurred across the globe. However, more of 2011’s impacts occurred in the United States. From the drought in Texas to the floods in the Midwest and Northeast, this past year underscored the huge economic costs associated with extreme weather. While specific weather events are not solely caused by climate change, the risks of droughts, floods, extreme precipitation events, and heat waves are already climbing as a result of climate change. This year reminded us of our vulnerability to those events.