Penn State Extends Contract Of AD Sandy Barbour

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first_imgPenn State's mascot leads the band onto the field.STATE COLLEGE, PA – OCTOBER 23: The Penn State Nittany Lion prepares to usher the Blue Band onto the field as the Lion celebrated his 100th birthday in front of a home coming crowd of 108,062 as the Iowa Hawkeyes defeated Penn State 6-4 during NCAA football at Beaver Stadium on October 23, 2004 in State College, Pennsylvania. (Photo by Doug Pensinger/Getty Images)Since taking over as athletic director of Penn State in 2014, Sandy Barbour has overseen the football team’s return to respectability and numerous accomplishments by athletes. As a result, the school has decided to reward her.According to PennLive, Penn State is extending Barbour through the year 2023. In addition, Barbour’s title has been changed from athletic director to “Vice President of Intercollegiate Athletics.”In a statement coming with the announcement, Penn State president Eric Barron praised Barbour’s performance and leadership. He added that Barbour has earned a reputation as one of the top athletic directors in the nation.“Sandy has consistently promoted excellence in intercollegiate athletics — in academics and athletic competitions, and she is widely hailed among the best athletic directors in the nation,” said Penn State President Eric Barron.“She is a powerful advocate for those who wear the blue and white, and her leadership has help advance our shared vision of what intercollegiate athletics can be. I’m proud of our student-athletics, the coaches and staff, and I’m very pleased that Sandy will be able to lead them to even greater success.”In five years at the helm, Barbour has overseen several NCAA national championship teams in men’s wrestling, women’s soccer, women’s volleyball, and co-ed fencing.In total, Penn State has won five national titles and 25 conference titles under Barbour’s leadership.Barbour also oversaw Penn State’s football team return to bowl eligibility following its two-year ban from 2012 to 2013.In 2016, the Nittany Lions upset No. 2 Ohio State in the regular season en route to a Big Ten championship – their first since 2008.Additionally, the 2016 Olympic Games in Rio de Janeiro saw Penn State send its highest number of athletes ever with 21. Eight of the school’s athletes went on to win medals – seven bronze and one silver.[PennLive]last_img read more

Nova Scotia Positioning Itself as a Global Leader in Tidal Energy

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first_imgNova Scotia is making waves in the tidal energy industry. The province announced the second approval of a Community Feed-in Tariff (COMFIT) program tidal project today, Feb. 14, green-lighting Fundy Tidal Inc.’s proposed tidal array in Petit Passage, between Long Island and Digby Neck. This collection of turbines, along with the company’s project in Digby Gut, will be among the first commercial tidal arrays in the world. The Bay of Fundy, with the world’s highest tides, is helping the province become an international leader in tidal energy development. The powerful tides can provide an estimated 2,500 megawatts of power, more than Nova Scotia’s peak demand. The challenge is to develop technology that can withstand the incredible force of the bay’s currents. “The Minas Basin is like the Mount Everest of tidal technology,” says Sandra Farwell, director of Sustainable and Renewable Energy with the Department of Energy. “If you can deploy a device here, you can deploy one anywhere in the world.” The province has been working hard to balance progress with research and environmental monitoring. “We have been very strategic in working to become a leader in marine renewable energy,” says Energy Minister Charlie Parker. “Tidal energy is a priority for us. We see it as a key to clean, secure energy and also for economic development.” In 2007, the province established North America’s only tidal testing centre, the Fundy Ocean Research Centre for Energy (FORCE), in the Minas Passage. It also set up two independent, non-profit associations, Offshore Energy Environmental Research (OEER) and Offshore Energy Technical Research (OETR), to research the environmental and technological aspects of tidal deployment. Nova Scotia’s 2010 Renewable Electricity Plan established two feed-in tariffs, one for large-scale and one for small-scale tidal development. The feed-in tariffs provide long-term, above-market rates as an incentive to invest in renewable energy. “What the province has done to create the two FITs is the first in the world,” says Dana Morin, president of Fundy Tidal. “This is the only place in the world to make money on tidal power. We are now internationally renowned because of FORCE. With the addition of the feed-in tariffs, we have really set the bar internationally for tidal power development.” Developing tidal energy could boost local economic development and provide export opportunities. Morin, who wants to develop several projects in rural communities to boost development and reverse population trends, and says such projects can rejuvenate local economies. “I see it as, ‘how can we leverage COMFIT to help people stay in our communities, attract new people, encourage tourism and fill up our bed and breakfasts?'” It could also give Nova Scotia a golden export opportunity. The province is developing a wide range of expertise from small, community-scale to large utility-scale projects. Developing tidal energy will help the province reach its ambitious renewable electricity goals of having 25 per cent renewable electricity by 2015 and 40 per cent by 2020. Local, renewable electricity is much friendlier to the environment than coal and other fossil fuels, which have accounted for almost 90 per cent of Nova Scotia’s power. It also makes Nova Scotia less reliant on volatile international prices for imported fossil fuels. Nova Scotia intends to hit more milestones in tidal development over the next six months. The Department of Energy will release its Marine Renewable Energy Strategy this spring, with legislation in the fall. It will also do a strategic environmental assessment of the Bras d’or Lakes and Cape Breton coast to assess tidal energy potential outside the Bay of Fundy. In the bay, FORCE is planning to deploy more test turbines. Despite the enthusiasm, significant challenges remain. Farwell says key technology questions, such as how to improve efficiency of deploying and retrieving devices, and better securing equipment to the sea floor still need to be answered. “To bring the costs down for industry as a whole, these processes need to become more efficient so tidal power is comparable in cost to other renewable energy sources,” she says. “We continue to lay the foundation for development of tidal devices.” -30-last_img read more