WRI analysis finds that North Carolina can reduce its CO2 emissions 29 percent below 2011 levels by 2020 using existing state policies and infrastructure opportunities. These reductions would meet or exceed relatively stringent EPA standards for existing power plants.
As the federal government gets started implementing a national Climate Action Plan, the country’s boldest state-level experiment is making strong progress. Yesterday, California announced the results of its latest auction of carbon pollution permits, completely selling out of its permits for future carbon pollution for the first time. The increased demand for these pollution permits reflects an encouraging development: Confidence in California’s climate action program is growing, and its long-term future is becoming more and more certain.
Building support for climate change action by ensuring policy makers, media and citizens are aware of local U.S. climate impacts.
As I prepare to take part in an event on hurricanes and extreme weather in Miami, Florida later today, it’s clear just how much climate change threatens the state’s local communities. Florida is the most vulnerable U.S. state to sea-level rise, with seas projected to rise along the state’s coast by as much as 2 feet by 2060--threatening valuable infrastructure, homes, and communities. Even Superstorm Sandy--which had the greatest impacts in New York and New Jersey--caused significant damages along Florida’s east coast while centered miles offshore. Rising seas contributed to Sandy’s storm surge and tidal surges, causing flooding throughout Miami-Dade County and sweeping away portions of State Road A1A in Fort Lauderdale.
But as overly concerned as I am of the climate change impacts Florida faces, I’m also encouraged. Florida has something that few other states have: A bipartisan collaboration to address global warming’s disastrous impacts.
President Obama announced a national climate plan in June 2013, directing the U.S. Environmental Protection Agency (EPA) to set carbon pollution standards for the power sector. Once EPA establishes those standards, states will implement their own plans for achieving those reductions.
As part of his recently released Climate Action Plan, President Obama directed the Environmental Protection Agency (EPA) to set carbon pollution standards for existing power plants. While these federal standards are a critical component of the U.S. plan to reduce greenhouse gas emissions and curb climate change, the responsibility to actually implement them will fall to individual states.
The good news for many states is that they can greatly reduce their power sector emissions through existing policies and infrastructure, such as by meeting state standards for renewables and efficiency and increasing the use of existing natural gas power plants. These measures will ease the path for those states to meet future EPA power plant emissions standards and combat climate change.
WRI recently analyzed the existing tools Ohio can use to reduce its power sector emissions and help meet future EPA emissions standards. Over the coming months, we’ll release a series of fact sheets that outline the steps several other states can take.
The Obama Administration committed in 2009 to reduce U.S. greenhouse gas emissions 17 percent below 2005 levels by 2020. While the Administration is not currently on track to meet this goal, it can pursue a suite of policies even without new legislation.
WRI analysis finds that Ohio can reduce its CO2 emissions 27 percent below 2011 levels by 2020 using existing state policies and infrastructure opportunities. These reductions would meet or exceed potentially stringent federal standards by the EPA for existing power plants.
Germany’s energy transition (or “Energiewende”) is the most ambitious current effort to put a large industrial economy onto a sustainable energy path, recognizing the 21st century reality of a climate-constrained world. If the world’s fourth largest economy demonstrates that this shift is possible without undermining economic growth, it could be a major factor in enabling a global energy transition. And with climate change intensifying – 2012 was the 36th straight year of above-average global temperature, and 2011 and 2012 each produced more extreme weather events costing over one billion dollars each than any other year in recorded history – reducing greenhouse gas emissions is imperative for any future energy system. Thus, the Energiewende is critical to the ongoing fight against global warming.