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According to new WRI analysis, in the near- to mid-term, Michigan can meet and possibly exceed future emissions standards for existing power plants. The state has renewable energy (RPS) and energy efficiency standards in place that are already set to achieve significant reductions in CO2 emissions from the power sector.
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.
Future U.S. power suppliers will need to limit their carbon pollution, thanks to new standards announced today by the U.S. Environmental Protection Agency (EPA). The proposed emissions standards for new power plants are an important measure in implementing the President’s Climate Action Plan (announced in June) to reduce U.S. greenhouse gas emissions and mitigate global warming.
EPA’s announcement comes against the backdrop of our deepening understanding of the science of climate change. It also arrives as we witness multiple extreme weather events that present a vivid picture of what we are likely to experience in a changing world. This summer, we saw record rainfalls on the southeast coast, massive wildfires in California and Idaho, and most recently, deadly flooding in Colorado. These extreme events--to say nothing of their massive economic cost--remind us of why the United States has an obligation to cut its emissions.
As we’ve previously written, the President’s plan recommits the United States to meeting its international commitment of reducing its GHG emissions by 17 percent below 2005 levels by 2020. With these new standards--along with additional recent steps toward increasing energy efficiency and reducing emissions of potent greenhouse gases like hydrofluorocarbons and methane--the Administration is making progress in all of the sectors WRI identified in our report earlier this year.
“The time to act is now… We cannot afford to do nothing.”
This was the message of Mayor Will Sessoms from Virginia Beach, VA, delivered last Friday at a conference on "Adaptive Planning for Flooding and Coastal Change." Like so many cities along the Atlantic coast, Virginia Beach is at the frontlines of climate change, experiencing impacts like sea-level rise and recurrent coastal flooding. But as we learned at the event, the city and its surrounding communities are emerging as leaders in engaging in initiatives to address these issues.
“We are not as well prepared as we need to be to address the full scope of projected realities in the year 2100” Mayor Sessoms stated, “and we can, and must, make continued improvements.” His message was echoed by a group of bipartisan mayors and state delegates, city planners, legal experts, and university scientists. They stressed that while state and federal governments often struggle to move beyond the political debate of whether manmade climate change is happening, residents of the Tidewater area of Virginia are focused on developing a robust response to rising seas and recurrent coastal flooding.
Mayor Sessoms’ sentiments paralleled the earlier statements of Democratic Mayor Paul Fraim from Norfolk, VA that "[t]his is one of the greatest threats of our lifetime,” and “a threat that we can no longer afford to ignore."
Natural gas wells represent a significant source of U.S. greenhouse gas (GHG) emissions, as many of them leak methane, which is more than 20 times more potent than carbon dioxide. But while scientists know that “fugitive methane” is a concern, there’s much uncertainty about the full extent of the problem. A new study from the University of Texas—developed in partnership with the Environmental Defense Fund and nine natural gas production companies (Anadarko, BG Group, Chevron, EnCana, Pioneer, Shell, Southwest, Talisman, ExxonMobil)—sheds some light on this perplexing issue.
As the U.S. Environmental Protection Agency (EPA) moves forward with standards to reduce emissions from existing power plants—expected to be proposed by June 2014—many states are beginning to think about how they will comply. WRI’s fact sheet series, Power Sector Opportunities for Reducing Carbon Dioxide Emissions, examines the policies and pathways various states can use to cost-effectively meet or even exceed future power plant emissions standards. This post explores these opportunities in Michigan. Read about additional analyses in this series.
New analysis by WRI reveals that Michigan has already made big strides to reduce its carbon dioxide emissions, including saving energy and increasing renewable power. And, it has the potential to go even further. According to our research, Michigan can reduce its power sector carbon dioxide (CO2) emissions 33 percent below 2011 levels by 2020 by complying with existing policies and improving infrastructure already in place. Taking these actions now can help the state meet future EPA emissions standards for existing power plants and achieve significant economic benefits.
As the U.S. Environmental Protection Agency (EPA) moves forward with standards to reduce power plant emissions—which are due to be finalized in June 2015—many states are wondering how they will comply. WRI’s fact sheet series, Power Sector Opportunities for Reducing Carbon Dioxide Emissions, examines the policies and pathways various states can use to cost-effectively meet or even exceed future power plant emissions standards. This post explores these opportunities in North Carolina. Read about additional analyses in this series.
As extreme weather events like wildfires, heat waves, downpours, and droughts continue to make headlines in the United States and around the world, many have wondered what their connection is to climate change. A new report sheds some light, firmly drawing correlations between several extreme weather events in 2012 and human-induced warming.
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.