Wearing thigh-high fishing waders, a Global Positioning System (GPS)
unit strapped to her back, Kristen (Myers) Kunkel ’07 places a flow
meter into the shallow water of Angelica Creek to test the velocity, or
speed, of the water. She uses the GPS unit to digitally record the
location of the data.
“This is a transition area that will be restored,” explains Kunkel,
who spent the summer working on an Albright Creative Research
Experience (ACRE) project focused on the creek.
In 2001, Tropical Storm Allison tore through Berks County,
destroying the former dam and Angelica Lake, located on the
southern edge of Reading. The loss of the dam and the lake – a
popular site for recreational fishing – provoked a public debate about
restoration.
“This is a disturbed system,” says faculty mentor David T. Osgood,
Ph.D., associate professor of biology, who has been studying the site
with students for the past five years. “We are developing baseline
pre-restoration data, against which the city can compare factors
including invertebrates, insects and bottom sediments.”
Kunkel and Osgood exit the creek and follow a path they have
worn through the thick brush covering the floor of the former
lakebed. They point out the Canadian thistle and purple loosestrife,
two of several invasive species that have taken advantage of the
environmental disruption.
Restoration is scheduled to begin this fall. Engineering firm A.D.
Marble & Co., Conshohocken, where Kunkel also worked as an
intern, will clear the lakebed and create an environmental park. The
project will restore the health of the creek and create a floodplain,
two wetlands areas and a fishing pond. Kunkel and Osgood are
sharing their results with city leaders and A.D. Marble & Co., and will
pursue publication of the research.
“I have always loved the outdoors, plants and animals,” says
Kunkel, a biology major from Hamburg, Pa. “The best part of this
project has been spending time in the field.”
How Healthy Are Reading’s Neighborhoods?
A native son of Albright’s home community, Michael
Thompson ’07 applauds signs of the renaissance of the
city of Reading.
“It is a matter of when, not if,” says Thompson, who
is majoring in economics and political science. “There
are a lot of people working on it already, and I like to
be a part of it.”
Thompson has teamed with faculty mentor, Lisa
A. Wilder, Ph.D., associate professor of economics
and chair of the Economics Department, to survey
city residents about factors present in healthy communities.
These factors include positive relationships
between neighbors, the presence of successful locally owned
businesses, and feelings of safety in the
neighborhood.
Thompson and Wilder have taken a particular
interest in Reading’s struggling North Riverside
neighborhood. North Riverside has benefited from
sizable recent public and private investment. The
neighborhood is home to the GoggleWorks Center for
the Arts, one of the largest art venues in Pennsylvania.
The center, which opened in 2005, is located in a
formerly abandoned factory that has been completely
renovated.
Thompson and Wilder are assisting local non-profit
Neighborhood Housing Services (NHS) conduct a
Sense of Community and Safety Survey via phone calls
to a random sample of city residents. NHS encourages
home ownership and offers city residents services
including low-interest mortgage financing.
After comparing the survey results with economic
data, surveys from other city neighborhoods, and other
demographics, the research team will propose future
economic development strategies for the neighborhood.
Their research will be shared with the mayor of
Reading and other city leaders, as well with non-profit
organizations who serve city residents.
“Mike has brought so much enthusiasm to this
project,” says Wilder. “He is providing a service to the
community and gaining hands-on experience in economics
and political science. It’s a win-win situation.”
Thompson says there is great potential in North
Riverside and throughout the city for locally owned
and operated businesses to flourish.
“It might take two or five or 10 years,” says
Thompson. “What we need to do is be patient
and invest in the process of bottom-up, grassroots
economic development.
A Different Way of Thinking about
Research & Creative Activity
An interdisciplinary team of faculty presented information about
the ACRE program at two national conferences in 2006.
Their presentation, “Cultivating a Multi-Disciplinary Learning
Atmosphere for Undergraduate Research: The ACRE Success Story,”
emphasized the close collaboration between students and faculty
mentors, the increased opportunities for students to publish and
present research, and the direct benefits many projects provide to
the community.
Christian S. Hamann, Ph.D., assistant professor of chemistry and
biochemistry and part of the ACRE presentation team, says many
aspects of the ACRE program are unusual among undergraduate
research programs, including the interdisciplinary nature of the
program.
“ACRE is open to all interested students – any area of concentration,
any level of proficiency,” says Hamann. “Out of that mixture of
disciplines and abilities come the refined products, products of hard
work, good fun, and a lively, interactive academic community.”

LaKeisha A. Hall ’07
worked with Professor
Karen Campbell, Ph.D.,
the P. Kenneth Nase,
M.D. chair in biology,
on an ACRE project
titled “Diet Analysis of
Little Brown Bat
(Myotis lucifungus)
Females During the
Reproductive Season:
A Comparison with
Insect Availability.”
Since the ACRE program was founded in 1997, students have
completed 124 projects. This summer 14 students participated,
the largest group in the program’s history. Andrea E. Chapdelaine, Ph.D., provost, says she is seeking funding through gifts and grants to allow more students to participate.
“The learning outcomes of undergraduate research and creative
activity are ideal,” says Chapdelaine. “Students develop problemsolving,
critical thinking and time management skills. They discover
the process of how knowledge is acquired in their field and
significantly develop their confidence in their academic abilities
and potential.”
All students are invited to submit an ACRE application. A
committee reviews the proposals and recommends awards, which
include stipends and free room and board during the summer or
January Interim. Each week, all participating students and faculty
meet to hear one or two students formally present their research.
LaKeisha A. Hall ’07 says that working on an ACRE project with
Karen A. Campbell, Ph.D., the P. Kenneth Nase, M.D. ’55 chair of
biology, was an unforgettable experience. Hall’s project focused on
whether Little Brown Bats are dietary specialists or generalists, and
whether diet preferences change during pregnancy and lactation.
Hall, who is majoring in biology and biotechnology, presented
her research at the National Council of Undergraduate Research
conference and then spent 10 weeks at Indiana University in
Bloomington working on animal behavior research.
Many students use the ACRE program as a major step toward
completing a senior thesis, a year-long independent research project.
Students also work closely with faculty mentors during this process.
Approximately 43 seniors are working on a thesis.
Papermaking Provides Metamorphosis for Two Artists
Throughout the hot, wet summer, Megan Dietz ’07 and
her faculty mentor Kristen T. Woodward gathered and
boiled local plants, mixing in lye and soda ash in huge
stainless steel pots.
Next, they pounded the plants with a meat
tenderizer into a stringy pulp.
“If you pound it for 40 minutes it is a good
workout,” says Dietz, of West Easton, Pa.
After rinsing and draining the pulp many times,
they placed it in a commercial blender, sometimes
adding dye. Finally, the two artists pressed each sheet
of pounded plant material into a press. The summer
sun dried the handmade paper in about 24 hours.
“Megan has an ideal background for papermaking,”
says Woodward, associate professor of art and chair of
the Art Department. “Her co-concentration in art
and environmental studies provided a synthesis of
experiences. She was interested in the laborious task
of harvesting and processing indigenous fibers, and
the conceptual metamorphosis of found materials.”
Art collided with life for Dietz as she faced
her childhood fear of spiders, regular residents of the
art studio outside Woodward’s home, where they
worked.
“The fact that I worked in a studio that had spiders
in it proves how important this work is to me,” says
Dietz. “I have a huge spider phobia.”
Each artist created her own body of work, which
they hope to exhibit together sometime this year. In
addition to their work with local plants, Dietz and
Woodward also created paper using sheets of cotton,
abaca and flax fiber.
Found objects included wire, sticks, transistors,
doors and screens. Dietz and Woodward regularly
visited flea markets and L&B Metals, Reading, a
warehouse that sells all types of abandoned goods, to
find their diamonds in the rough.
In her pieces, Woodward added three types of“found papers” to the paper she created. Luggage tags
convey the concept of faith, lottery tickets represent
hope, and food stamps symbolize charity.
Dietz stretched the paper she made over various
found items, such as pieces of metal, and added
materials, such as doll body parts, to create modern
statements about the environment.
“I believe I draw attention to the over abundance
of materials we waste everyday by using recycled
components in my work,” says Dietz.
Research Focuses on Developing
a New Philosophy of Life
Philosophy major and ACRE participant Christopher Siers ’07 spent
the summer reading selected work of such thinkers as Gilles Deleuze,
Benedictus de Spinoza, Friedrich Nietzsche and Henri Bergson,
and writing about his topic: “Revitalizing Life: A Philosophy of
Immanence, Multiplicity, Becoming and Joy.”
“My goal is to develop a philosophy of life that doesn’t look to
categorize or limit the world, but rather opens up new freedoms and
intensities,” writes Siers in his ACRE proposal.
Siers says he feels lucky to have worked with his faculty mentor,
Fouad Kalouche, Ph.D., assistant professor of philosophy.
“Dr. Kalouche has become much more than just my professor, but
also a friend,” says Siers, of Wilmington, Del. “He is always pushing
me and causing me to strive for better with regards to my work –
which is something I truly appreciate.”
Kalouche says Siers is a serious student who is both an avid reader
of primary and secondary sources and a critical thinker who is able
to synthesize various philosophical concepts while developing his
own perspective.
“I had to learn the hard way that the process of philosophy
includes countless rereading of texts,” says Siers. “The best part of
this research has been the fact that I was able to exceed my own
boundaries.”
According to President Lex McMillan, faculty offer students a
unique experience through the ACRE program.
“The depth and breadth of the interdisciplinary connections –
among both disciplines and individual faculty members – is
extraordinary at Albright,” says McMillan. “Collaboration is a way
of life here, characterized by a remarkable generosity of spirit and
openness. This in turn empowers our students and broadens their
opportunities for doing truly creative research.
Faculty Mentor Spots Talented Freshman -
Invites Him to Dive Into Organic Chemistry Through Research
It didn’t take long for Ian J. Rhile, Ph.D., to notice
Joseph Polinski ’09 as a freshman with great potential
in chemistry. Despite Polinski’s freshman status,
Rhile invited him to collaborate on research over the
summer.
“I was thrilled when Dr. Rhile asked me to work on
research,” says Polinski, who spent the summer
surrounded by chemicals, test tubes and thick texts
including Handbook of Chemistry and Physics. “My
project is organic chemistry based, and I haven’t taken
organic chemistry yet. Dr. Rhile instructed me about
two hours a day during the summer.”
Rhile, assistant professor of chemistry and
biochemistry, says he recognized Polinski’s natural
ability in chemistry and encouraged his progress
through the research experience.
“I taught Joe two chemistry classes his freshman
year,” says Rhile. “His talent was quite apparent. He did
top notch work in each class.”
Rhile and Christian S. Hamann, Ph.D., assistant
professor of chemistry and biochemistry, guided
Polinski through his project, “Synthesis of a Stable
Hydrogen-Bonded Phenoxyl Radical.”
“What we are trying to do is make a radical,” says
Polinski, of Sayre, Pa., a biology major who plans to
attend medical school. “A radical is a species with an
atom that has one unpaired electron. They are usually
very reactive.”
The collaborators are interested in learning how
hydrogen bonding changes the properties of the radical,
especially structural properties, Rhile says. While
Polinski did not create the radical yet, he made significant
progress toward his goal and will continue the
research.
“We encourage students at all levels to apply for the
Albright Creative Research Experience (ACRE),” says
Hamann. “Joe courageously stepped up to the challenge,
and Ian and I provided the academic support so
that he could understand what he was doing and enjoy
an authentic research experience.”
Polinski is now studying organic chemistry
with other sophomores, as well as some juniors and
seniors.
“I can’t say enough about Dr. Rhile and Dr.
Hamann,” says Polinski. “They are both brilliant in their
field, and they have taken me under their wing. It is
great to learn from people who really care about what
we are doing.”