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Satellites see Four Corners methane ‘hotspot’

‘From space, there are no hiding places …’

The Four Corners area (red) is the major U.S. hot spot for methane emissions in this map showing how much emissions varied from average background concentrations from 2003-2009 (dark colors are lower than average; lighter colors are higher). Image Credit:  NASA/JPL-Caltech/University of Michigan.

The Four Corners area (red) is the major U.S. hot spot for methane emissions in this map showing how much emissions varied from average background concentrations from 2003-2009 (dark colors are lower than average; lighter colors are higher).
Image Credit: NASA/JPL-Caltech/University of Michigan.

Staff Report

FRISCO — The Four Corners region is a methane hotspot, producing the largest concentration of the heat-trapping greenhouse gas methane seen over the United States. Atmospheric concentrations of the gas are more than three times the standard ground-based estimate, according to a new study of satellite data by scientists at NASA and the University of Michigan. Continue reading

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More fracking pollution woes in California

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A natural gas well in western Colorado. bberwyn photo.

Central Valley groundwater tainted by illegal injections of oil and gas industry wastewater

By Summit Voice

FRISCO — All those warm-n-fuzzy fossil fuel industry ads showing clean-cut techs in lab coats with clipboards may play well on your plasma screen, but reality is a little different.

Rather than being upstanding corporate citizens looking out for the country’s best interests, some energy companies operating in California have been illegally injecting huge quantities of oil and gas wastewater into central California aquifers that supply drinking water and farming irrigation.  Continue reading

Climate: Putting lipstick on the methane pig?

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Methane emissions: up, up … up.

EPA report shows the greenhouse gas dragon is far from tamed

Staff Report

FRISCO — The EPA may be putting lipstick on the methane pig by claiming that methane emissions dropped during the past year, according to watchdog groups who say the numbers put forth by the federal agency are misleading.

Overall, the EPA reported Sept. 30 that greenhouse gas emissions from large industrial facilities climbed by 20 million metric tons in 2013, up 0.6 percent from the previous year. Continue reading

Environment: Big gaps in North America pollution data

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Pollution doesn’t respect national borders.

Report shows declines in some of the most dangerous pollutants

Staff Report

FRISCO — A new report from the Commission for Environmental Cooperation tracks the changing face of industrial pollution between 2005 and 2010, showing a total increase of 14 percent in the five year span.

The comprehensive report includes more complete reporting by the metal ore mining and oil and gas extraction sectors in Canada, as well as data from 35,000 industrial facilities in Canada, the United States and Mexico. The CEC was formed as part of the North American Free Trade Agreement. Continue reading

Winter ozone formation in Utah linked with atmospheric inversions and persistent snow cover

Oil and gas drillers must to more to protect the airsheds they operate in.

Oil and gas drillers must to more to protect the airsheds they operate in.

Air quality worsening in rural areas affected by fracking

Staff Report

FRISCO — Dangerously high levels of winter ozone pollution in parts of Utah can be traced directly to chemicals released into the air by oil and gas exploration. The volatile organic compounds, common byproducts of fossil fuel exploitation, get trapped under atmospheric inversion layers and sunlight reflected by snow sparks the chemical process that forms the corrosive gas.

For example, in 2013, ozone in Ouray, Utah, exceeded the national air quality standards 49 times during the winter season. By contrast, in the densely populated, urban area of Riverside, California, the standards were exceeded about half that amount that same year, but during the summer. Continue reading

USGS study links fracking wastewater injection with surge in Raton Basin earthquakes

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U.S. Geological Survey researchers have linked a surge in earthquakes in southern Colorado and northern New Mexico with injection of fracking wastewater.

Scientists say it’s almost certain that massive injections of waste water caused recent quakes in the Raton Basin, including a 5.3 tremor in 2011

Staff Report

FRISCO — A surge in earthquakes in southern Colorado and New Mexico has almost certainly been caused by the injection of fracking wastewater deep into the ground, U.S. Geological Survey scientists reported last week.

The study details several lines of evidence directly linking the injection wells to the seismicity. The timing and location of the quakes is clearly linked with the  the documented pattern of injected wastewater.

Detailed investigations of two seismic sequences (2001 and 2011) places them in proximity to high-volume, high-injection-rate wells, and both sequences occurred after a nearby increase in the rate of injection. A comparison between seismicity and wastewater injection in Colorado and New Mexico reveals similar patterns, suggesting seismicity is initiated shortly after an increase in injection rates.

For example, two injection wells near the epicenter of a 2011 5.3 earthquake had about 5 million cubic meters of wastewater injected just before the quake — more than seven times the amount injected at the Rocky Mountain Arsenal well that caused damaging earthquakes near Denver, Colorado, in the 1960s. The August 2011 M 5.3 event is the second-largest earthquake to date for which there is clear evidence that the earthquake sequence was induced by fluid injection.

Continue reading

CU-led study urges grassroots approach to CO2 cuts

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Study says state plans are key to cutting concentrations of atmospheric heat-trapping pollution.

State energy policies key to reaching EPA greenhouse gas targets

Staff Report

FRISCO — State energy policies could be crucial to achieving the deep cuts in greenhouse gas emissions needed to prevent runaway global warming. Mandatory emissions caps and indirect steps like encouraging production of renewable energy can be equally effective, according to a new study led by the University of Colorado, Boulder.

State policies are important because the EPA’s Clean Power Plan gives states a key role in reaching overall national goals. The plan would require each state to cut CO2 pollution from power plants by 30 percent from their 2005 levels by 2030.

“In addition to suggesting that the EPA’s Clean Power Plan can work, our results have important implications for the U.N. Climate Summit,” said Professor Don Grant, chair of the CU-Boulder sociology department and lead author of the study. “They indicate that while the world’s nations have struggled to agree on how to reduce emissions, sub-national governments have been developing several effective mitigation measures. Leaders at the United Nations, therefore, would be wise to shift from a top-down strategy that focuses on forging international treaties to a more bottom-up approach that builds upon established policy successes.”

The study was published online this week in Nature Climate Change. The study was co-authored by Kelly Bergstrand of the University of Arizona and Katrina Running of Idaho State University, and was funded by the National Science Foundation.

Researchers had previously found it difficult to determine which state policies, if any, reduced power plants’ CO2 emissions because plant-specific data were largely unavailable, Grant said. That changed when the EPA began requiring plants to submit CO2 pollution information as part of its Greenhouse Gas Reporting Program.

Some states have policies that directly limit power plants’ carbon emissions and others have addressed carbon emissions indirectly by encouraging energy efficiency and renewable energy.

The study used 2005 and 2010 data to examine the impacts of strategies that are explicitly climate-focused such as carbon emission caps, greenhouse gas reduction goals, climate action plans (comprehensive strategies for reducing a state’s carbon emissions) and greenhouse gas registry/reporting system that require plants to register and record their emissions and emissions reductions.

Likewise, the researchers examined indirect policies with climate implications such as efficiency targets, renewable portfolio standards that require utilities to deliver a certain amount of electricity from renewable or alternative energy sources, public benefit funds that provide financial assistance for energy efficiency and renewable energy, and “electric decoupling” that eases the pressure on utilities to sell as much energy as possible by eliminating the relationship between revenues and sales volume.

The study found that emission caps, greenhouse gas targets, efficiency targets, public benefit funds and electric decoupling were the most effective policies for reducing power plants’ carbon emissions.

 

 

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