WEDNESDAY, JULY 28, 2010 • PORTLAND STATE UNIVERSITY • VOLUME 65, ISSUE 5
Event of the day Dr. Peter Fogtdal, a visiting professor from Denmark, will be giving a free lecture titled “Love and Lust in Fiction” as part of the Tour the World 2010 Lecture Series.
When: Noon Where: SMSU, room 338
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INSIDE NEWS College Station Apartments approved When completed, 16-story building will house 900 students PAGE 3
ARTS
Researchers study eco-roof and solar panel combinations Green roof could impact future ecological roofing choices Anna Snook Vanguard staff
Seafood in Stumptown Upcoming seafood spot FIN to fill an unexplored niche PAGE 4
If you’re happy and you know it clap your ass Predictability dampens the fun at CoHo’s latest stage performance PAGE 5
OPINION
The greening of PSU is good for everyone PSU plans to become carbon neutral in 30 years PAGE 6
Atop the construction mess that is Portland State’s Science Building 2, a veritable ecosystem is flourishing. Right on the rooftop, sage, thyme and succulent plants sit in raised beds—these little urban gardens are called eco-roofs. Eco-roofing is becoming increasingly popular, especially in Portland, where the “green” movement is alive and well. These self-sustaining systems are designed to grow year-round, using whatever sunlight and rainwater they can get from the rooftops. The so-called “green roofs” have many different functions. For many urban-dwellers, they serve as a green space that might not be readily available otherwise. In addition, they add insulation to buildings and cool down the urban environment. Green roofs also impact water-flow and storm-water runoff by absorbing much of it, and then releasing it back into the air through evaporation. The plants in the eco-roofs absorb carbon dioxide, bring a measure of oxygen back into the cycle, capture air pollution and
provide a habitat for insects and birds. With the support from PSU, chemistry professor Carl Wamser— along with Todd Rosenstial, an assistant professor in the biology department, and David Sailor, a professor in the mechanical and materials engineering department —received a $300,000 grant from the National Science Foundation to begin testing the effectiveness of eco-roofing and solar panel combinations on Science Building 2. Additional support comes from Portland General Electric, the Portland Bureau of Environmental Services and the Oregon Built Environment and Sustainable Technologies Center. In general, solar panels generate more energy at cooler temperatures. However, though Portland’s perennial rainy weather seems advantageous in that respect, even this city has its share of hot weather. During summer days when temperatures soar, the surfaces of building rooftops retain so much heat that the capacity of the solar arrays is significantly decreased. The suggestion to combine a green roof system with a solar array comes from the need to lower the rooftop temperature and thereby increase solar efficiency. Eco-roofs retain rainwater and morning dew, which generally keeps the roof cooler.
ECO-ROOF continued on page two
Heather Noddings/Portland State Vanguard
Carl Wamser: Too much heat in the summer can decrease a solar panel’s energy efficiency.
Life sciences complex ready for design phase Board grants permission to move forward with $160m collaborative project Corie Charnley Vanguard staff
At its meeting this month, the Oregon State Board of Higher Education voted to proceed with planning for the Life Sciences Collaborative Complex. moving the project forward into its design phase. The 263,000 square-foot building—which will be located
near the south waterfront on the Oregon Health and Science’s Schnitzer Campus—will house educational and research facilities for several universities, including the Portland State biology and chemistry departments, OHSU medicine, dentistry, nursing and physician assistant schools,
Life sciences complex: The new facility will expand medical and life sciences programs within OUS and OHSU.
Photo courtesy of Cacophony/Wikipedia
Oregon State University’s pharmacy school and retail spaces for private companies. “The motivation was to capitalize on the three universities involved: PSU, OHSU and OSU and to better support the bio- and life-sciences needs of the region,” said Jay Kenton, the OUS vice chancellor for finance and administration. The life sciences complex will also feature a lecture auditorium, classrooms, class simulation rooms, instructional wet labs, research labs, a vivarium and faculty offices, according to the project’s docket. “This is a significant project for both OHSU and OUS,” Kenton said. “PSU plans to locate its biology and chemistry programs at this location and that’s significant in that PSU is the largest supplier of medical students to OHSU [and is] thus building that relationship.” In utilizing the space at the facility, PSU expects to increase its student credit-hour capacity in the life sciences by 18 percent over the next seven years, according to material provided by OUS. In addition, PSU estimates that having
LIFE SCIENCES continued on page two