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Chile Energy Minister Máximo Pacheco Matte

Chile’s energy sector is focusing its efforts on developing renewables, with a goal of meeting 20 percent of the country’s power needs with renewable energy by 2025. Chile Energy Minister Máximo Pacheco Matte discussed the issue at an event sponsored by the University of Texas-Austin Latin America and Caribbean Program.

Houston Chronicle, July 2, 2014

Featuring: Jorge Pinon


By day, Phil Bennett is a geology professor in the Jackson School of Geosciences. But he’s always on call as a volunteer with Travis County Search and Rescue.

Alcalde, April 28, 2014


Dr. Suzanne Pierce

Dr. Suzanne Pierce

Dr. Suzanne Pierce, Assistant Professor of Research, has won an award from the Sustainability Course Development and PLUS Awards Program to convert her Decision Pathways course to a Peer-Led Undergraduate Studying (PLUS) model.

The Sustainability Course Development and PLUS Awards competition is designed to incentivize the development of new sustainability courses or course conversions to a Peer-Led Undergraduate Studying (PLUS) model. To be eligible for either award, a course must address issues related to sustainability and fulfill the requirements for one or more flags.


The winner of the William Smith Medal, Martin Jackson, delivers a talk on the “Origin and Evolution of Allochthonous Salt Sheets”.


Colored dinoNew research points to an explosion of color in early paravians and maniraptors, but the research also suggests the genes that control the colors of skin, hair and feathers are part of the body’s melanocortin system, which also influences metabolism, inflammation and sexual function. “We hypothesize,” says Clarke, “that what we’re seeing is a big physiological shift in dinosaurs, a change that has other implications than just the color of feathers.”

Time, Feb. 12, 2014


Researchers at the Bureau of Economic Geology at the University of Texas at Austin, who earlier released a comprehensive study of the Barnett Shale, on Thursday said they estimate the Fayetteville Shale in Arkansas has about 38 trillion cubic feet of natural gas that can be recovered with current technology.

Fort Worth Star-Telegram, Jan. 10, 2014


Scott Tinker, Director, Bureau of Economic Geology

Scott Tinker, Director, Bureau of Economic Geology

“Earlier this year, the government shutdown stalled two crucial policy decisions in the United States involving the movement of energy: the Keystone pipeline and liquefied natural gas (LNG) export terminals. Rather than allow extreme arguments to dominate, Americans should demand lawmakers move toward the radical middle on both of these vital issues.”

Austin American-Statesman, Jan. 7, 2014
Featuring: Scott Tinker


Methane HydratesShale has the spotlight for now. But there’s another, lesser-known substance with the potential to yield even greater quantities of natural gas: methane hydrate. “A lot of geoscientists are fascinated by hydrates because of how odd it is that you can take methane gas and add water and have it result in something with such a concentrated store of energy,” said Peter Flemings, a member of the Energy Department’s methane hydrate advisory committee and professor at the University of Texas (Austin).

National Journal (Canada), Dec. 24, 2013
Featuring: Peter Flemings


W.A. Parish Electric Generating Station
While criticized as a water-intensive technique for producing oil and natural gas, hydraulic fracturing  ultimately cuts overall water use  in Texas and makes the state less vulnerable to drought, according to a new study from the University of Texas at Austin. “The bottom line is that hydraulic fracturing, by boosting natural gas production and moving the state from water-intensive coal technologies, makes our electric power system more drought resilient,” said Bridget Scanlon, senior research scientist for the University of Texas Bureau of Economic Geology.

FuelFix (Houston Chronicle), December 20, 2013
Featuring: Bridget Scanlon


Stony Brook University research vessels
Hurricane Sandy last year did more harm to coastal cities and homes than any hurricane in U.S. history, except Katrina. Most of that damage has been repaired. But there’s other damage that people can’t see to the underwater coastline, known as the shoreface. Apparently, Long Island’s shoreface did remarkably well against the storm of the 21st century.

National Public Radio (NPR), RedOrbit, Dec. 11, 2013
Featuring: John Goff, Jamie Austin, Institute for Geophysics


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