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Diverse Students Can be Attracted to Geoscience

Suzanne O’Connell*, Martha Gilmore, Renee Johnson-Thornton, Tim Ku, Peter Patton, Phillip Resor, Dana Royer, Earth &
Environmental Sciences, Wesleyan University, Middletown, Connecticut 06459, USA

  Many challenges facing humanity             Figure 1. Student diversity by graduation year. Only the number students who identified as being
require geoscience expertise, yet the geo-    from one of the NSF-defined diversity groups are shown on the y axis. Numbers for students who
scientists addressing these challenges are    identified as white, mixed race, Asian, or unknown are not included. Numbers on the x axis refer to
predominantly white. More diversity in the    departmental changes: 1—hired Asian-American professor; 2—started senior seminar; 3—started
profession is needed so that people with      sophomore seminar; 4—hired Hispanic professor. Tenure-track faculty composition, 2001–2002:
different ethnic and economic back-           two women (1 white, 1 black) and four men (all white); 2015–2016: 2 women (1 white, 1 black) and 6.5
grounds may contribute to addressing geo-     (half appointment in another dept.) men (4.5 white, 1 Asian, 1 Hispanic). Number of graduates varies
science challenges. Over the last 10 years,   from 8 (2004) to 24 (2015). Nat. Am.—Native American; Alk. Nat.—Alaska Native.
the geosciences have made substantial
improvements in diversity (National
Science Foundation, 2015), but we are far
from parity with the U.S. population.
However, in our department at Wesleyan
University, visitors have commented on the
diversity of our student body and ask how
it was accomplished. Here we describe a
15-year process of changes we have made
that contribute to the increased diversity
(Fig. 1). During this time, we modified our
curriculum, increased our outreach to
underrepresented minority (URM) stu-
dents, hired new faculty, and increased
faculty awareness of specific issues faced
by URM students.

CURRICULUM                                      During sophomore seminar, students            and develop excellent oral and written
                                              explore Connecticut’s geologic evolution.       communication skills.
  Many studies identify a college intro-      This pass/fail seminar provides students
ductory course as an important factor in a    with a common background and develops           STUDENT OUTREACH
student’s decision to major in geoscience     a sense of community—another contribu-
(e.g., Stokes et al., 2015). Our department   tor to persistence in the major (Callahan et      Geoscience suffers from a poor percep-
teaches a variety of introductory courses to  al., 2015).                                     tion among students interested in helping
capture student interests. To complete the                                                    the environment or society, finding a job,
Earth and Environmental Sciences                Senior seminar lasts two semesters with       and making money (e.g., Hoisch and Bowie,
(E&ES) major, a student then needs seven      a January field trip. During the fall, seniors  2010; Sherman-Morris and McNeal, 2016).
major-specific courses, two required semi-    read primary literature and collaboratively     Therefore, our faculty try to serve as
nars, and a year of at least two other sci-   develop field-based research projects.          ambassadors for the discipline both in and
ence or math courses.                         They plan, write about, and present pro-        out of the classroom.
                                              posed fieldwork. In the spring, students
  Our two required seminars are critical to   analyze their samples and present their           Student advising is important. Many
the success of the major. They incorporate    work at a public symposium, which will be       E&ES faculty ask to be advisers for
collaborative learning, peer-led team learn-  compiled into a written report. Because of      incoming URM students with an interest
ing, and real-world problem solving, all of   this experience, we are confident that our      in science, thus gaining an opportunity to
which have been shown to improve the          graduates can comprehend original litera-       inform them about geoscience’s positive
retention of URM students (Conrad and         ture, define a problem, conduct research,       aspects. Many URM students are also the
Gasman, 2015).                                                                                first-generation (FG) of their family to

GSA Today, v. 27, doi: 10.1130/GSATG288GW.1
*soconnell@wesleyan.edu

76 GSA Today | May 2017
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