Are traditional teaching methods keeping pace with the increasingly diverse population of college students nationwide? Or worse are college faculty shying away from balanced teaching or research on race and ethnicity issues altogether because of the incendiary nature of the topics?
These are just some of the issues that were discussed at a seminar titled Effective Teaching in Racially Diverse Classrooms, February 28 in the Admission Offices McKelvey Room.
The presenter, Franklin A. Tuitt, Ph.D., has done many seminars on the subject of race in the college classroom, as well as extensive research in the subject. This includes a recent stint as a Cabot Postdoctoral Fellow at Harvard Universitys Derek Bok Center for Teaching and Learning where he conducted a study on student evaluations on courses taught by black and white faculty. While at Harvard, Tuitt has also developed instructional resources for teaching effectively in racially diverse college classrooms. He also worked as director of residential life and housing at Wesleyan from 1991 to 1994.
“This program was a wonderful and timely opportunity for faculty to discuss important and complicated issues, says Judith Brown, Vice President for Academic Affairs. All of us have a lot to learn about this subject from conversations with each other and with experts in the field.
Tuitts presentation for Wesleyan faculty will focus on methods for addressing situations that can emerge in racially diverse classrooms, as well as discussing issues that arise when teaching race-related content. There will be opportunity for faculty in attendance to discuss strategies, techniques and case studies related to their own classroom experiences.
The presentation is the latest installment of the Race in the Classroom Series that is being offered this academic year by the Center for Faculty Career Development and the Office of Affirmative Action. Other presentations have included: Stereotype Threat, presented by Geoffrey Cohen assistant professor of psychology from Yale University and The History of Whiteness, presented by Nell Irvin Painter, Edwards Professor of American History, Princeton University.
The presentations have been well attended, although there is always room for more, says Andrew Szegedy-Maszak, professor of classical studies, Jane A. Seney Professor of Greek, and director of the Center for Faculty Career Development.
Wesleyan staff will also be attending mandatory specialized diversity training workshops in the coming weeks presented by representatives from the A World of Difference Institute. The training will be called A Campus of Difference and will focus on practical skills to challenge prejudice and discrimination and foster inter-group understanding.
|By David Pesci, Director of Media Relations|
Campus News & Events
by Olivia Drake •
|The Fauver Field Residence Complex, due to open in September, will house up to 269 students.|
| This September, when Wesleyan begins its new academic year, students will move into a new living facility: The Fauver Field Residence Complex. The residences will mark a new step in Wesleyan’s recent history; specifically, the university will be able to accommodate close to 100 percent of its students in university-owned housing.
The Fauver Field Residence Complex consists of two buildings that together will house up to 269 students including 165 frosh, which will allow virtually all frosh to live in proximity on Foss Hill. Modern apartments in the complex will house 104 upperclass students and will permit the university to sell the out-of-date In-Town apartment complex.
The design and location of the facilities is the product of a year-long planning process by Wesleyan students, faculty and administration and are part of the university’s long range facilities master plan. “We have been planning and looking forward to this for a while,” says Marcia Bromberg, Wesleyan’s vice president for Finance and Administration. “It provides the opportunity to strengthen the student community in our central campus while relieving the neighborhoods of the pressures associated with accommodating student housing.”
University administrators believe that this will improve student-community relations as well as create opportunities for more families in Middletown to rent or buy the homes that were formerly rented by Wesleyan students. The neighborhood close to the university has become very attractive for homeowners and the university has worked closely with area neighborhood associations to further this process.
“We see the new plan as a great way to be a better neighbor and strengthen the community on several levels,” Bromberg says. “It really is a win-win for everybody.”
For more information, please go to: http://www.wesleyan.edu/masterplan/fauver.html
by Olivia Drake •
|Jessica Pfund, ’05 and Phillip Resor, assistant professor of earth and environmental sciences, observe one of Middletown’s few remaining agricultural sites.|
It started out with little more than an idea, some old aerial photos and a handmade map. Several months and a lot of hard work by three dedicated people later the result may provide a whole new way to evaluate and influence the look and growth of towns in Middlesex County for years to come.
Not bad considering it all started out as a question from an inquisitive undergraduate.
The undergraduate, earth and environmental sciences major Jessica T. Pfund `05, was a student Earth and Environmental Science 322: Introduction to GIS (Geographical Information Systems), in the spring of 2004. The classs instructor, Phillip Resor, assistant professor of earth and environmental sciences, had brought in a guest speaker, Sandy Prisloe, a geospatial extension specialist from the University of Connecticuts Center for Land-use Education and Research (CLEAR).
Prisloes presentation included a discussion of how satellite data were being used to quantitatively measure changes in Connecticuts landscape and to infer the impacts of these changes on the quality of life and the environment.
Sandy mentioned that he had a map from the 1970s that showed the areas that were farmland at that time, says Resor. He also mentioned that, if someone was motivated to use data that was recently created by a the group at the University of Connecticut showing the land cover in 2002 and compare what was found to the data from 1970, it would be interesting to see how things had changed.
Pfund was intrigued, and she was looking for a possible research project.
Many of my classmates were doing studies that were more theoretical and scientific, she says. This seemed to have scientific and social implications for the local area that could have a relatively immediate impact.
After discussing the idea further with Resor, Pfund decided: this would be her project.
Aided by a $2,500 grant from the Middlesex County Community Foundation and additional support from the Mellon Foundation and The University of Connecticut, Jessica, who was responsible for the bulk of the data collection, got to work.
I dont think when I started I had an idea of exactly what I was getting into, Pfund says, now almost a year into the project. Its been very interesting and exciting, but its also been a lot of work.
Much of this was linked to the differences in how the information being examined was generated. The images from the 1970 study were based on a hand-made mylar map that was in turn based on aerial photographs of the county. The information this would be contracted with was generated by images derived from satellite images of the same area in 2002.
The images and data didnt match up, says Resor. The satellite images are way precisely located, but cant image anything smaller than 30 meters. By contrast, the 1970s map was generated by aerial photographs and on the ground surveys that could capture small details, but werent necessarily as well located. So we had to find ways to account for the differences.
There were some other challenges too. For instance, the old maps identified the land as: active agricultural, inactive agricultural or nonagricultural. GIS images provided more than a dozen different characterizations, including assessments of soil viability for agricultural use and disposition of wetlands.
Translating the GIS data also had some interpretive challenges that were produced because of how things have been done in the state over the years.
Because of the way small plots of land are often used in Connecticut, what LandSat (the satellite) may identify as a large lawn area may actually be an active or inactive cultivated field, Pfund says. This meant we had to visit some locations in person to verify exactly what the use was.
Currently there is still a substantial amount of data to crunch and quantify, but Resor and Pfund anticipate having the study done sometime in the spring. They will publish a report with Prisloe detailing their findings. There will be public presentations and discussions of the data at town meetings in Middlesex County. The towns can then use the data to better plan new housing and business construction.
A lot of towns in Middlesex County are proud of their rural atmosphere, Resor says. This information can help them maintain that atmosphere as they move forward with new developments.
However, the study has already generated a result that will be producing more benefits for the county. Resor received a service-learning grant from Wesleyan to expand his efforts in these types of studies. This spring, his students are working on similar projects for The Nature Conservancy, The Connecticut River Costal Conservation Commission, The Middlesex Land Trust and the Town of Portland.
Its been pretty interesting to do a scientific study that actually has social implications and affects local issues, says Pfund. People dont often think of scientists working that way. Its been a very rewarding project.
by Olivia Drake •
Ganesan Ravi Ravishanker, director of Technology Support Services and adjunct associate professor of chemistry, explains where his home countries were struck by the December 26 tsunami.
Millions of Americans watched as the Dec. 26 tsunami obliterated south Asia’s coastal belts. But for Ganesan “Ravi” Ravishanker, the event was far more personal.
Ravishanker, director of Technology Support Services and adjunct associate professor of chemistry, is a Sri Lanka native and attended college in southern India where the tidal waves battered both shorelines for a half-mile inland.
Those are both places where I have spent a lot of my childhood and teenage years and have vivid memories of, Ravishanker said. Most of my extended family members live in these two countries.
The tsunami, triggered by a magnitude 9.0 earthquake off Indonesia, killed more than 170,000 people as it crashed the shores of 10 countries around the Indian Ocean. Sri Lanka and Indonesia received the hardest hits.
Ravishanker, who lost his parents as a young child, grew up with his aunt, uncle, sister and 11 cousins in the countrys capital, Colombo. Three of these cousins are raising families in Sri Lanka and the rest moved to southern India.
I was just getting back from vacation and I was still in a relaxing vacation mode, when they started flashing news about the tsunami damage on TV, he said. I immediately thought about my family. Many of them were living in area close to the coast.
Relatives in Tamil Nadu, India, immediately e-mailed Ravishanker in America and let him know they were OK. His relatives in Sri Lanka, however, were still unaccounted for. Although his relatives lived inland in Kandy, he feared they may be traveling on a train that was derailed by the tsunami.
All I could do is sit, watch and wait, he said.
Sri Lanka, a pear-shaped island four times larger than the state of Connecticut, is located 18 miles southeast of India. With no communications available to his homeland, he waited as the death toll climbed to 30,000. The missing count hovered at 5,600. More than 200,000 families were displaced by the earthquake-spawned waves.
The Sri Lanka that I remember, that I grew up in, was one of the most enjoyable places. It was surrounded by the ocean, there were beaches, a perfect climate and the people were very friendly. It was a great place, he said. It was like paradise.
Via Indian television channels, Ravishanker watched debris of fishermens wood shacks envelop the once pristine, palm-lined beaches. Disfigured bodies in all forms and shapes piled up near landmarks all recognizable to the Sri Lanka native.
It was heart-wrenching to watch, he said. I was thinking of my family, but also these poor children affected by this disaster. Whats so sad is that the first wave came in and pushed all these fish up on shore, and all the fishermen told their kids to come out and see and play with the fish. Little did they know that a bigger wave was coming to eat them all up.
On Dec. 30, Ravishanker finally heard from his Sri Lankan relatives. Everyone was alive. With his family all accounted for, Ravishanker immediately pursued ways to help the victims of the disaster.
Rescue efforts are somewhat hampered by an ongoing civil war in the country between the Sinhalese and Tamil Tigers. Pockets of the northern and eastern areas are heavily mined. A physical presence of rescue workers in these areas carries a certain amount of danger.
The Sri Lankan government has urged donor nations to donate $15.6 billion to rebuild tsunami-affected parts of the country, but Ravishanker was advised to hold off and carefully explore more long lasting avenues to help those affected. Hes considering funding an orphaned childs education for life. His brother-in-law, Shankar, is working with these orphaned children directly back in Chennai, India.
I take great pride in my brother-in-law for doing this, and I think the outpouring of local support is a great thing to see. People are setting aside their religious differences and caste barriers are vanishing, he said. I cant imagine people doing this 20 years ago. People are already setting up shops and makeshift schools. Recovery have been remarkable.
|By Olivia Drake, The Wesleyan Connection editor|
by Olivia Drake •
by Olivia Drake •
|Robert Lane, assistant professor of molecular biology and biochemistry, co-authored a study that indicates scientists may have overestimated the use of the vomeronasal organ in pheromone perception by animals.|
A new study co-authored by Robert Lane, assistant professor of molecular biology and biochemistry, suggests that human pheromone detection may occur right under our own noses – literally.
In an article due out in the February issue of “Genome Research,” Lane provided new evidence that scientists may have overestimated the use of the vomeronasal organ, or VNO, in pheromone perception in animals. The VNO has been described as the predominant pheromone-detecting organ, based mostly on rodent studies that point to its role in evoking innate reproductive and social behaviors.
Lane, along with Wesleyan graduate student Marijo Kambere and his colleagues from the Fred Hutchinson Cancer Research Center in Seattle, Washington, discovered that one of the main putative pheromone receptor families expressed inside the VNO has been decimated in domesticated dogs. This finding suggests that the VNO may play a diminished role in dogs and perhaps other non-rodent mammals.
“As keen as the dog sense of smell is and as elaborate a pheromonal system dogs seem to have, it could be that the main nose, not the VNO, underlies elaborate pheromonal communication in dogs,” Lane said.
If this is true, then the observation that humans probably do not possess a functional VNO may not mean an inability to detect pheromones. “Our apparent lack of a functional VNO might not be a handicap if pheromone responses can be mediated by our main olfactory system,” Lane said.
By Laura Perillo, associate director of Media Relations
by Olivia Drake •
|Chimemaster Peter Frenzel, professor emeritus of German studies, plays the keys of the bells, located at the top of South College. In August, the university will acquire eight additional bells. The new bells, Frenzel said, will enable him to play more complicated songs. (Photo by Bill Burkhart)|
Wesleyan has signed a contract with the Verdin Bell Company of Cincinnati, Ohio, for the casting and installation in the South College belfry of eight additional bells. This new addition will upgrade the Wesleyan bells from the status of a chime (10-22 bells) to that of a carillon (23 or more). Acquiring a carillon for the university has been in the planning stages since 1999.
The installation will take place in August 2005 with a dedication during homecoming/family weekend.
The new bells will provide the Wesleyan bell players with two full octaves and one additional note.
Now Ill have more notes, so I can play more songs, and more complicated songs, said six-year chimemaster Peter Frenzel, professor emeritus of German studies. Were moving out of the minor league of bell playing and into the major league.
The new configuration will enable them to play songs such as Wesleyans Alma Mater, Come Raise the Song, written in 1894.
The bells are played in a way similar to a piano, except the chimemasters push wood handles. Some notes, such as a low C, can reverberate for 45 seconds and be heard for more than a mile away.
The new bells will be cast by Petit & Fritsen, the Royal Dutch Bell Foundry in The Netherlands, and then shipped to Cincinnati via New Orleans and the Mississippi and Ohio rivers. They’ll later be completed and fine-tuned by the Verdin Bell Company.
Wesleyan’s first set of 11 bells was shipped across the north Atlantic from England, while dodging German U-Boats in 1918 during World War I. They were first played on campus on George Washington’s birthday in 1919 and donated by the seven surviving members of the Wesleyan class of 1863.
An additional five bells were donated to Wesleyan in 1966 anonymously. The donor was later revealed as Victor L. Butterfield, who was the outgoing president of Wesleyan at the time.
The new bells were all donated by Wesleyan friends, alumni and parents.
Each bell in South College has an inscription of a donor or a set of donors to Wesleyan University.
The bells are played nearly every weekday by dedicated members of the Wesleyan bell guild, Bell & Scroll. The chimemasters this semester have been Esther Cheung, ’06; Kathleen Day, ’07; Joel Ting, ’06; and Allison Torpey, ’07. They will be joined next semester by Jack Hagihara, ’05, and Meredith Steinberg, ’06.
|By Laura Perillo, associate director of Media Relations|
by Olivia Drake •
|A ribbon cutting on Jan. 5 marked the formal opening of the Green Street Arts Center (GSAC) L. to R. are: Middletown Mayor Domenique Thornton, GSAC Director Ricardo Morris, North End Action Team President Peggy Busari, GSAC Assistant Director Manny Rivera, Wesleyan University President Doug Bennet. The center is housed at the former St. Sebastian School at 51 Green Street in Middletown’s North End. More than 250 people attended the grand opening. (Photo by Lex Leifheit)|
|Children draw in one of the two visual art centers at GSAS. The facility also has a dance studio and a performance studio with 100 seat capacity. Pre-opening pilot classes have already drawn 3,000 participants. (Photo by Olivia Drake)|
|President Bennet speaks with guests as Ricardo Morris looks on. Funds for the school’s renovation were raised through a partnership involving Wesleyan, along with grants from the city, state and national level. Wesleyan also partnered with The North End Action Team, the Macdonough School, Church of the Holy Trinity, Community Health Center and other organizations. (Photo by Bill Burkhart)|
|The Kamau Trio performs urban jazz at the opening. Pictured left to right are George Blackman, Jr., saxophone; Lance “Kamau” James, djembe; and Kalim Zarif, keyboard. All three teach music classes at GSAC. (Photo by Olivia Drake)|
|Teens dance inside the GSAC dance studio after the grand opening ceremony. More than 50 students have already enrolled in the GSAC after-school programs. Wesleyan students also volunteer as academic tutors for the children. (Photo by Olivia Drake)|
|Mayor Thornton and Jennifer Aniskovich, executive director of the Connecticut Commission on Arts, Tourism, Culture, History and Film, greet guests during the grand opening. (Photo by Bill Burkhart)|
|For more information or to receive a spring catalog call 860-685-7871 or visit http://www.greenstreetartscenter.org/.|
by Olivia Drake •
|Erhard Konerding, documents librarian, works inside the Olin Memorial Library, which was built in 1928.|
When Wesleyan’s Olin Memorial Library opened in 1928, the classically symmetrical structure fronted with six marble columns stood out as a bold yet elegant structure. Nearly 80 years later, the building is still turning heads.
On January 13, The Building Owners and Managers Association (BOMA) of Greater Hartford awarded the library with The Office Building of the Year (TOBY) award in the historic building category. The TOBY award recognizes excellence in building management, operational efficiency, tenant retention, emergency planning and community impact. The Olin Library won in the “proper maintenance of the historical building,” category.
“It was built in 1928 and still has that old world charm,” said Pete Caniano, chairman of the TOBY award committee. “I could find myself getting lost in a great book in Olin all the time.”
Caniano, district manager for American Building Maintenance Janitorial Services of Danbury, Conn., provides janitorial services to Wesleyan and nominated the library for the award.
“I nominated Olin because I felt it had great architectural character and it has gone through some excellent architectural renovations throughout its history that add to its appeal,” he said. “Olin library is a wonderful landmark on campus.”
Caniano and members of the judging panel inspected the facility, grading it on physical attractiveness, cleanliness, mechanical functionality, aesthetics and standard building operation equipment and procedures. Each category had to receive a passing grade for the building to be considered for the award. Caniano said Wesleyan’s Physical Plant had a lot to do with the outcome of the judges’ findings.
“If the building had been simply attractive and architecturally marvelous but not maintained well and had antiquated maintenance systems, it would not have won,” he said.
Caniano noted many positive points while touring the library. The stacks, he said, are well organized; the building is kept in pristine condition; and the ambiance of the reading room “is exceptional.” He also favored the private alcoves used for student research and described the library’s staff as “very helpful.”
“The building is kept in pristine condition and is very practical for student use,” he said.
Olin Memorial Library was first opened as a memorial to Stephen Olin, Wesleyan’s president from 1842 to 1851, and his son Stephen Henry Olin, class of 1866, a Wesleyan trustee for 45 years and the university’s acting president in 1922 and 1923.
The original plans for the building were begun by Henry Bacon, who designed the Lincoln Memorial, and after his death were completed by the architectural firm of McKim, Mead & White. It currently provides Wesleyan’s 2,730 students and 1,060 staff and faculty members with 1.5 million publications and a variety of electronic and archival services.
A major renovation and expansion of the building, completed in 1986, was designed by Perry, Dean, Rogers & Partners. It nearly doubled the space available in Olin for study areas and collections.
The 163-foot wide façade surmounted by a pediment and capped by a balustrade. Marble, exterior and interior, amounted for 20 percent of the final construction cost of $727,000.
Now that the library has won at a local level, it has an opportunity to advance to the regional level in each of the eight North American regions of BOMA International. Regional winners advance to the international level.
|By Olivia Drake, The Wesleyan Connection editor|
Managing the Cosmos: Astronomy Department’s Systems and Facilities Manager Helps Students Observe and Research the Night Sky
by Olivia Drake •
|Eric Williams, systems and facilities manager of the Astronomy Department and Van Vleck Observatory, stands outside the observatory’s 24-inch Perkin research reflector, where he often hosts weekly open houses and star gazings.|
|“What’s beautiful about astronomy is that there are always unanswered questions, and when you answer one, that will open up five more questions,” said Eric Williams, the systems and facility manager for the Astronomy Department and Van Vleck Observatory. “I’m always curious.”
An interest in astronomy, physics and computers led Williams to Wesleyan in 1996. “I’ve always wanted a job like this,” Williams said, “I get to experiment with all kinds of things.”
Before coming to Wesleyan, Williams spent five years hunting for planets outside our solar system as a sky observer with the planet research team at San Francisco State University. The team has contributed to the discovery of more than 100 extrasolar planets.
Williams says he isn’t a telescope equipment expert but he can answer just about any questions regarding how the Wesleyan scopes operate. However, most his time is currently devoted to, as he refers to it, “babysitting computers.”
At Wesleyan, Williams, spends about a quarter of his time on research and leading weekly star gazings for the public and an amateur astronomy group. He uses the observatory’s 24-inch Perkin research reflector, the 20-inch Alvan Clark great refractor and the 16-inch Meade Schmidt-Cassegrain reflector, all housed in their own domes on campus.
Formerly a sky observer for the SFSU planet search team, Williams says he isn’t a telescope equipment expert, but he can answer just about any questions regarding how the Wesleyan scopes operate.
As the systems manager, Williams oversees the department’s server – appropriately named ‘Astro,’ – as well as an array of 10 printers and 40 computers with MacIntosh and UNIX workstations. He assists students with software questions and checks for security alerts daily.
“I’m a troubleshooter and an anticipator,” he said. “If a problem comes up, I’ll find a solution. I don’t want people to get behind because of computer problems.”
Williams works from his basement office, which also functions as a storeroom. There, heaps of books, papers, computer monitors, keyboards, network cards and tangled wires dwell in any available space, including the floor.
Williams, who has a bachelor’s and master’s degree in physics from San Francisco State University, acquired most of his programming knowledge on the job. He self-taught himself programming languages Java, Perl and PHP, and research software including Interactive Data Language, or IDL.
Nevertheless, Williams knew he’d never master the programming languages without further education. “I had an intellectual curiosity. I wanted to fill in the gaps in my knowledge,” Williams said.
Three years ago, he visited the math department and enrolled in a master’s degree program for computer science. He graduated in spring 2004 and learned what it takes to be a student at Wesleyan. “The kids here at Wesleyan are very smart. I had to keep up with undergrads in some of my classes,” said the 40-year-old.
Results from his master’s thesis, titled “Directional versus Omnidirectional Antennas for Energy Consumption and k-connectivity of Sensor Networks,” was recently accepted for publication.
At Wesleyan, Williams supports all research by William Herbst, professor of astronomy, who gained renown recognition for his discovery of KH15D, a far-off, winking star which appears to be displaying behavior thought to create our own solar system.
Eric is highly respected and valued by all the staff and students of the Astronomy Department, Herbst said. He helps us with all sorts of computer problems, manages the complex astronomy computer network, runs our public outreach programs, and participates in some research programs and in the intellectual life of the department.
He also volunteers his time and skills to community projects such as Project ASTRO, which uses an activities-based approach to excite third through 12th grade students about astronomy and help them learn the process of science.
Most recently, Williams joined a team working with Earth & Environmental Sciences Assistant Professor Martha Gilmore on developing a Planetary Science Group for the campus and local community.
Although hes been doing research for the last few years in computer science, Williams is looking forward to the slight change of topic.
“I am excited to return to doing some of my own astronomy research now,” he said.
|By Olivia Drake, The Wesleyan Connection editor|