When Erin Mazerolle talks about a club for girls she started with SuperNOVA, her voice gets animated. You just know she feels passionately about it.
鈥淲e want to make learning science more of an adventure,鈥 she says, on the phone from Ottawa, where she was awarded a 2007 L鈥橭r茅al Canada 鈥 UNESCO Mentor Fellowship Award at an event held at the Canadian Museum of Civilization. 鈥淲e have a lot of fun with the science clubs; we鈥檝e tried to create an environment where girls can learn and explore and experiment. They鈥檙e able to picture themselves as scientists.鈥
SuperNOVA is a student-run, non-profit organization with a mandate to promote science, engineering, and technology to youth across Nova Scotia. In January 2006, as a member of Actua, a national network reaching over 240,000 youth nationwide, and with the support of the Canadian Women鈥檚 Foundation, SuperNOVA launched an all-girls science club to encourage girls to participate in science and engineering.聽
鈥淭he transition from student to scientist becomes easier if someone has already forged the path,鈥 says Ms. Mazerolle, 24, who is soon to begin her Phd at 麻豆传媒. 鈥淭hat鈥檚 what the club is all about; it introduces the girls to women scientists and gives them a sense of their work. I really believe we need good female role models and that鈥檚 one of the reasons it鈥檚 good to give back,鈥 she says.
While the total number of women attending Canadian universities has increased, women nevertheless represent only 16 per cent of faculty members in the natural sciences and engineering disciplines, according to the Natural Sciences and Engineering Research Council of Canada (NSERC). Moreover, representation by women decreases the further you go up the academic ladder; women account for 23 per cent of assistant professors beginning a career but just nine per cent of full professors.
Long undecided about her own career choice, Ms. Mazerolle began her undergraduate degree in the 麻豆传媒 Integrated Science Program, exploring a range of scientific disciplines through field trips, lectures and lab work. After her first year, she secured a NSERC undergraduate research award and got a summer job in the psychology department studying brain waves. That鈥檚 when she got hooked.
鈥淚t was my first research job: it was very hands-on and I鈥檓 still doing related work,鈥 she says.
Her research still involves the human brain, not so much its grey matter, but the white matter. That鈥檚 the brain鈥檚 connective tissue which contains nerve fibers and is sheathed in a white fatty insulating protein called myelin. The white matter is almost like the highways of your brain,鈥 she explains. 鈥淚n essence, we generally think of gray matter as where most of the processing takes place, whereas the white matter provides the channels of communication.鈥
The Dartmouth resident will聽conduct her doctoral research at the Institute for Biodiagnostics (Atlantic), a state-of-the-art brain imaging facility in Halifax. Her research, which uses functional magnetic resonance imaging (fMRI), is looking at whether fMRI can be used to study white matter. Eventually, her work may have applications to our understanding of brain diseases such as multiple sclerosis. In people affected by MS, patches of damage called lesions appear in the white matter of the brain and spinal cord.
But even as she鈥檚 about to embark on demanding doctoral studies, she鈥檚 eager to continue her mentoring work. The $5,000 Fellowship will allow her to do that; it was one of four awards given to doctoral students and post-doctoral fellows through a 鈥淔or Women in Science鈥 partnership between L鈥橭r茅al Canada and the Canadian Commission for UNESCO. The partnership aims to promote and support the contributions of women to scientific fields.聽
Sandrine Michard, L鈥橭r茅al Canada鈥檚 Vice-President for corporate communications, says her company is proud to support the mentorship fellowships. L鈥橭r茅al depends on its research to develop new and safe products, and devotes four per cent of its budget to supporting 27 different laboratories throughout the world.
鈥淭he mentor fellowships are so important,鈥 says Ms. Michard. 鈥淲e need people who are still young and in their early stages of their careers to talk to girls about science. Girls can relate to them and they will make science very fun.鈥