
About the Program
Bowdoin's women's lacrosse team
has established itself as one of the top programs in
Division III, competing not only at the regional level
but also at the national level- reaching the Regional
Final of the NCAA Tournament in 2005 and 2006 while
setting and consequently tying a school record with 15
victories each season.
In the summer of 2002, Liz Grote was hired as head women's lacrosse coach and continued the winning tradition at the school, posting a 9-6 record and reaching the NESCAC playoffs in 2003 before going 11- 7 in 2004 and earning a NESCAC Final Four appearance.
Each year the Polar Bear squad has their work cut out for them with one of the toughest schedules in the country. Bowdoin faces several competitive non-conference opponents and the NESCAC schedule is extremely challenging, including several NCAA-qualifying squads. The team travels south during spring break, playing two to four games in Florida during spring vacation.
2007 Recap
The Polar Bears posted another
strong season in 2007, earning a 9-6 record and
collecting several postseason honors. Taylor White '07
and Grace Moore '08 both earned First-Team All-NESCAC
recognition and Moore was also honored as a Second-Team
All-American. White, along with goaltender Stephanie
Collins-Finn '09 earned Third-Team All-American nods.
Bowdoin also excelled in the classroom, earning the
IWLCA's Top Academic Award. The Polar Bears held a team
grade-point-average of 3.49 for the 2006-07 academic
year, leading all women's lacrosse teams across the
NCAA's three divisions.
Facilities
The athletic facilities include some of the finest
playing fields in New England, a full field indoor
facility, and the new Howard F. Ryan '28 artificial
turf field for practices and games. The field also
features state-of-the-art light towers, allowing for
night practices and games. Players have the opportunity
to work with the strength and conditioning coach to
develop physiological aspects that the sport of women's
lacrosse demands, such as endurance, strength, speed,
and explosive development.

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