Gendered Schooling
Gender mainstreaming, the
consistent use of a gender perspective at all stages of the development
and implementation of policies, plans, programs and projects, has become
a great concern in our nation's school systems. In the early 1990s the
American Association of University Women Educational Foundation documented
disturbing evidence on the inequitable education students recieve. Research
in this area has grown exponentially and touches on major issues that involve
gender patterns in education in its relation to differences in acedemic
performance between boys and girls. Evidence concerning gender inequality
and differences in academic performance has been reported for all grades,
kindergarden through the twetlth grade, comparably for both public versus
private schools and single-sex versus coed schools, especially in the math
and sciences. Research has also shown that gender inequality amongst different
races in the school system produce contrasting evidence of its own. The
gender gap between men and women have also consistently appeared in different
careers and occupations.
Classroom Composition
The
Big Debate: Single-Sex Versus Coed Schooling
The
public debate over single-sex schooling versus coed schooling is a hot
topic not only in the United States, but also around the globe. Several
countries have experimented with public, single-sex schools, and
res earch has been conducted to study the academic and psychological effects
this type of schooling has on both boys and girls alike. Currently in the
United States, there are only eleven public single-sex schools. The vast
majority of all-girl and all-boy schools are private. As this becomes more
of an issue in the United States, more researchers are investigating the
effects of separate and coed schooling. Current research has concluded
that single-sex education seems to be most beneficial to females and males
from disadvantaged backgrounds, whereas males benefit most from coeducational
settings. There are many short-term benefits to single-sex schooling, however
the long-term effects show no differences between students who attend single-sex
versus coed schooling ( Research Summary 2000:1)
How do you know if single-sex schooling is right for your
child?
In
general, single-sex schools have been found to:
-
Be advantageous for females and males from disadvantaged
backgrounds (Research Summary 2000:1)
-
Decrease absentee levels, increase in pass rate of classes,
and double the number of students going to college (Research Summary 2000:2)
-
Structure classrooms which are conducive to learning, in
turn increasing self-confidence of students (Schackelton 2004:2)
-
Raise standardized test scored of both boys and girls compared
to their peers who attended coed schools (Haag 2000:2)
-
Make students more attentive in class, increase participation
in class discussions, and decrease discipline problems (Research Summary
2000:1)
Girls
-
Perform better in academics and athletics (Haag 2000:3)
-
Provides more competitive learning environment (Haag 2000:3)
-
Increase in self-esteem and self-confidence (Haag 2000:3)
-
Encourages academic achievement in nontraditional subjects
such as math and science (Schackelton 2004:2)
-
Less critical of own behavior (Haag 2000:3)
-
Increase in higher educational aspirations; more likely to
attend college (Haag 2000:4)
-
More confident in challenging courses (Black 1998:31)
-
Held less stereotypic views of gender roles (Haag 2000:4)
Boys
-
Decrease in number of boys suspended from school
-
Increase in academic achievement
-
Encourages academic achievement in language arts and the
humanities
-
Beneficial for disadvantaged boys, as they are more willing
to work in teams and cooperate (Black 1998: 31)
“Girls become strong analytical thinkers and creative
people, develop strong moral character, and take responsibility for the
community around them”
-Principal
of all-girls school in New York City (Black 1998: 30)
Coed Schooling
In general, coed schooling has been
found to:
-
Provide equal education opportunities
-
Contribute to gender polarization of subject matter (Research
Summary 2000:2)
-
Males tend to excel in math and science
-
Females excel in the humanities
-
Allow students of every race, socioeconomic status, and gender
equal opportunity to attend public schools and participate in the programs
they have to offer
-
Fosters interactions with the opposite sex (Strauss 2004:2)
-
Produce more natural attitudes towards the opposite sex
-
Increase social advantages for both boys and girls
-
Increase communication and self-control practices
Girls
-
Decreased risk taking in coed setting (Schackelton 2004:
1)
-
More reluctant to express views and opinions (Schackelton
2004:1)
-
Often called upon in class less (NCGS)
-
Given less time to answer questions
-
Given less assistance in class
-
Classroom and curriculum is male-structured from textbooks
to standardized tests (Schackelton 2004:1)
Boys
-
Academically and socially more successful (Schackelton 2004:
1)
-
Dominate classroom discussion (Schackelton 2004: 1)
-
Receive more attention from teachers (Research Summary 2000:
2)
-
Female teachers negatively affect boys overall well-being
(Haag 2000: 1)
In conclusion, males tend to benefit most from coed
schooling, where they are further able to dominate classroom discussion
and receive aid from teachers. Conversly, females in single-sex schools
are academically and atletically more successful than their peers in coed
schools, as the single-sex environment allows girls to excel in nontraditional
subjects such as science and math.
Difficulties in researching single-sex versus coed schooling:
(Research Summary 2000: 3)
-
Research is extremely limited and highly anecdotal
-
Difficulty in controlling background of students
-
Many single-sex schools are private; therefore the students
attending the schools tend to have higher socioeconomic backgrounds
-
Most of the research has been conducted outside of the United
States
-
Unclear if generalizations hold true in the U.S.
-
Research is almost exclusively on secondary schools
-
Fails to confirm significant increase in girls’ math and
science achievement in single-sex schools
-
Curriculum and instruction found to be deficient
-
staff/teachers need better instruction in gender-equity issues
References
Black,
Susan. 1998. “Boys and Girls Together.” American School Board Journal.
Dec. 1998:30-33.
“Boys
Lagging in Classroom Could Spell Significant Education Changes in Future.”
The Canadian Press. May 29, 2003.
Schackelton-Verbuyst,
Bonnie. “Missing the Mark: Coed Must Go!” Retrieved March 21, 2004. (http://www.teachertech.rice.edu/Participants/mborrow/GenderEquity/shackel.html)
Smith,
Ian David. (1996). “Gender Differentiation Final Report.” Australian
Research Council Institutional Grants Scheme Final Report. Retrieved
March 20, 2004. (http://www2.edfac.usyd.edu.au/LocalResource/study1/coed.html)
Strauss,
Valerie. (2002). “Bush Administration Policy Calls Attention to Conflicting
Views of All-Girl and All-Boy Programs.” The Washington Post. Retrieved
March 27, 2004. (http://www.washingtonpost.com/wp-dyn/articles/A11121-2002May13.html)
The
National Coalition of Girls’ Schools. (2003). “What the Research Shows:
The Benefits of Attending a Girls’ School.” Retrieved March 20, 2004. (http://www.ncgs.org)
Links
African Americans in the Classroom
There is little research that combines race and gender as pertaining
to the classroom behavior. The research that does exist seems to
be focused on African American males in the classroom rather than on African
American females or any other race with gender combined. African
American males in the classroom are more likely to not succeed in the classroom
because of their lack in social skills (Taylor 2003: 36). Their
lack of social skills are overlooked by the teacher in the sense that it
is not looked at as an important component of the classroom (2003:
37). There is research that suggests a "positive relationship between
certain social skills and school achievement of young African American
males"(2003: 37). With this in mind, "teachers need to include more
communication contact to increase positive behavior in the classroom such
as askinhg and answering questions, and engaging in academic-related discussions"
as Taylor and other scholars such as Holland (1987) and Hilliard
(1989) has noted in the book, Practical
Application of Social Learning Theories In Educating Young African American
Males (2003: 37).
The limited research of African American
females also points to the topic of social skills. "Some research
suggests that among girls, African American children get mroe reinforcement
for good social behavior, while white girls may get more for good academic
behavior" (Sapiro 2003; Scott-Jones, and Clark 1986: 153).
Other research done by interviewing students in a classroom exemplified
how African American females were twice as likely to refer to their teachers
as supportive when relating to academic support while African American
boys found social support from their teachers in comparison to girls (Sapiro
2003; Pollard 1993: 154). As previously said, this topic
is biased in the way that limited research has been done to include studies
of both race and gender in the classroom which has made researching this
topic complicated.
African American Males (Bank and Peter 1997:
115)
-
African American males experience educational failure and
school adjustment problems more than African American females.
-
Black males are more likely than either white males or females
of any race to drop out of school before completion of high school.
-
African American males are suspended at rates more than any
females or males of any other race.
-
African American male children have higher testosterone than
do white male children.
African American Males and Females Characteristics of Learning
Preferences (Taylor 2003: 23-24)
-
group cooperation
-
value harmony with nature
-
accept affective expression
-
tend to be holistic or Gesalt thinkers
-
perceive the field as responding to the person and as possibly
having a life of its own
-
use strong, colorful expressions
-
require that relevant concepts have special or personal relevance
-
use language that is dependent upon unique context and many
interactional characteristics of the communications—time and place, on
inflection, muscular movements, and nonverbal cues
-
prefer learning material that has a human social content
and is characterized by fantasy and humor
-
perceived conceptual distances between the observer and the
observed
References
Bank, Barbara J. and Peter M. Hall. 1997. Gender, Equity,
and Schooling: Policy and Practice. New York and London:
Garland Publishing, Inc.
Bennett, Christine I. 1999. Comprehensive Multicultural
Education: Theory and Practice. 5th ed. Boston, MA:
Allyn and Bacon.
Chou, Victoria and James H. Lewis and William H. Watkins. 2001.
Race and Education: The Roles of History and Society in Educating
African American Students.
Boston, MA: Allyn and Bacon.
Sapiro, Virginia. 2003. Women In American Society:
An Introduction to Women's Studies. 5th ed. New York, NY:
McGraw-HIll Companies, Inc.
Taylor, Beorge R. 2003. Practical Application of Social
Learning Theories In Educating Youn African-American Males. Lanham,
MD: University Press of America.
Public versus Private Education
Recent research shows disparities
in the education of girls and boys. There is evidence of a difference in
the treatment of boys and girls in the classroom. Evidence also shows a
gender gap in academic performance. Little research has been done at this
point concerning the difference in gender equity in public and private
schools. With the issue of school choice being widely debated in the U.S.,
gender equity in schools could play a major role in parents’ choices. Research
thus far may influence how a parent seeks a school for his/ her child.
Research shows that males outperform females in the SATs and in subjects
such as math and science. Females tend to excel in language arts and literature.
The disparities far exceed basic classroom performance but spill over into
teacher treatment, self esteem issues, and influences in future career
goals.
Public Schools
Boys
-
More likely to dropout of school (Sadker 2000: 2)
-
More likely than girls to be found in gifted programs for
math and Science (Sadker 2000: 4)
-
Lower course grades (Weiss 2001: 2)
-
Higher standardized test scores (Sadker 2000 : 3)
-
Source of most behavioral problems in the classroom (Weiss
2001: 2)
-
Boys who go to university were encouraged to enter more high
status professions, such as law, medicine, business, science, and teaching
at the university level (Sadker 2000: 8)
Girls
-
More likely to earn A’s (Weiss 2001: 2)
-
Complete homework at a higher rate (Weiss 2001: 2)
-
Take more advanced placment courses (Sadker 2000: 4)
-
Have a higher enrollment in literature (Sadker 2000 : 6)
-
Lower reentrance rate after dropping out (Sadker 2000: 2)
-
More likely to be found in gifted programs for language arts(Sadker 2000:
4)
-
Girls are trailing boys in computer science and physics (Lobe 1998: 2)
-
Girls who go on to university are likely to be channeled towards program
for primary and secondary education, nursing, and social work (Sadker 2000:
8)
-
Consider a narrower range of careers (Sadker 2000: 8)
Private Schools
Boys ( Kurlioff and Reichert: 2003 p 1- 16)
-
White upper-class males are the majority in elite prepatory schools (1)
-
Elite prepatory schools have played a unique role in preparing boys for
power (7)
-
Graduation from a handful of private schools has guaranteed entrance into
the best private colleges and universities (1)
-
Expectation of boys include: to develop a cool “ no-sweat style”, to be
in control, show physical courage, disregard physical pain, and maintain
long regulated hours. (2)
-
Private schools teach males the value of academics, cultural capital, and
hegemonic masculinity (7)
Prepare for dominance (4)
Girls (Prowller 1999: 776-808)
-
Taught commitment in liberal, meritocratic principles of individualism,
equity, and opportunities that intend to unify individuals across their
differences. (779)
-
Fair better in single sex schools ( 777)
-
Take more clerical classes than those classes that teach advanced technology
(785)
-
More likely to engage in stereotypical role even with higher education
(802)
-
Historically prepared for roles in subservience (802)
Difficulties in Research
-
Little research done on the subject of gender equity in education.
-
Not enough differentiation between public and private education
-
Information on magnet and charter schools would be advantageous
-
Express more areas of disparity as well as congruency
References
Kuriloff, Peter and Michael C. Reicher
2003 “ Boys of class, boys of color: Negotiating
The Academic and
Social Geography of an Elite Independent School” Journal of Social issues
v 59 i4 p 751 (9)
Lobe, Jim 1998 “ Girls Trail Boys
in Computer Education” Interpress service
Proweller, Amira 1999 “ Shifting Identities
in Private Education” Teacher’s College
Record 100: 776-
808
Sadker , David 2000 “ Gender
Equity: Still Knocking at the Classroom Door” Equity and
Excellence in
Education 33: 80- 84
Weiss, Ruth Palombo 2001 “ Gender-
Biased Learning” Training & Development 55: 42
Links
www.freerepublic.com/focus/fr/912766/posts
www.american.edu/sadker/genderequity.htm
Gender Equity in Science and Mathematics
Research
on gender equity in science and mathematics tends to focus on girls and
their consistent pattern of being outperformed by boys. Despite the gender
gap having narrowed over the years, significant differences still remain.
Until recently it was believed that male-female differences in math and
science were caused by biology. Notions including “boys have superior
spatial abilities making them better suited for certain mathematical manipulations,
while girls are supposed to be better at language and writing” (Jovanovic
1995: 1). Evidence does show that boys do excel in math and girls
appear better in verbal related skills, but current behavior trends are
troubling because girl’s grades in math and science classes are often equal
to or better than boy’s. The following are interesting facts concerning
the issue.
(Jovanovic. 1995: 1-2)
-
Boys continue to outperform girls on standardized tests of
math and science achievement (1)
-
Girls attitudes about math and science are more negative
-
Most girls feel they are not good at math and say that they
do not like these subjects
-
Girls are less often prepared for certain academic disciplines
-
In high school when students are allowed to choose their
courses, girls are more likely to opt out of advanced math and science
classes
(American Association of University Women Educational Foundation. 1998:
1-4)
-
More girls enrolled in Algebra I, Algebra II, geometry, precalculus,
trigonometry, and calculus in 1994 than in 1990 (3)
-
While high school girls and boys take similar numbers of
science courses, boys are more likely than girls to take all three core
sciences-biology, chemistry, and physics (3)
-
There is a large enrollment gap between girls and boys in
physics (3)
-
In math and science, a larger portion of boys than girls
receives top scores on the National Assessment of Education Progress
-
African American girls match or outscore African American
boys at every assessment point on the National Assessment of Education
Progresses (3)
-
The National Assessment of Education Progress did show girls
scoring higher on reading and writing tests (3)
-
Scores on the Third International Mathematics and Science
Study (TIMSS) reveal a gender gap in math and science that increases with
age. (3)
Why
the gender gap? Many theories tend to focus on socialization barriers that
prevent females from participating fully in science and mathematics throughout
their lives.
(Hammrich. 2002: 81-83)
-
Very early on, boys are given the chance to tinker with toys
or objects such as blocks or Lego’s that involve many of the principals
inherent in math and science.Girls often lack these experiences, so they
enter math and science classrooms feeling insecure about their abilities.
-
Cultural stereotypes that define math and science as male
domains. For example, males are better suited for math and science, and
math and science are more useful to males than females (82)
-
Personality traits attributed to mathematicians and scientists
are associated more with males, such as competitive, achievement-oriented,
and not very social (82)
-
Girls and boys have vastly different science related experiences
inside and outside school (82)
-
Learning styles of girls do not align itself with the practice
of science (82)
The
organizational characteristics of science, such as it competitive and individualistic
nature, play important roles in diminishing the resilience of girls in
science. This has been termed the “masculinity of science” where
characteristics girls hold are overshadowed by the masculine nature of
the subject. In actual such girly characteristics like working cooperatively,
valuing interdependence, seeking personal relevance, and having been observational,
verbal with keen writing skills could actually promote their resilience
in the actual practice of sciences. (83)
-
Outside influences such as parents and teachers lack of encouragement
in exploring fields such as math, science, and technology for girls (82-83)
-
Female perceptions of math and science in school on average
tend to be negative. (82-83)
-
Most girls by the high school years lose interest in science
in math not because they cannot do it but because they have been convinced
otherwise (82)
Closing the Gender Gap (Jovanovic. 1995: 1-2)
-
Encouraging teachers to use hands-on approaches to teaching
math and science
-
Parents should think about the toys they buy for their little
boys and their little girls
-
Training on how to treat children equally in the classroom
-
Stereotypes on the issue should be addressed and dismissed
concerning girls abilities to do math and science
-
Girls should be encouraged more in the math and science fields
especially in high school because individual choice is a powerful determinant
of gender differences in science and engineering careers
Gender Segregation of Higher Education and Occupations
(Rosser. 2003: 1-2)
-
Currently, 55% of undergraduates and 54% of graduate students
in the United States are women but the numbers of women in science and
engineering do not reflect these female majorities
-
In 1996, women received 50% of the undergraduate degrees
in the biological and life sciences, 33% in the geosciences, 28% in computer
sciences, and only 18% of the degrees in engineering
-
In 1997, women earned 41% of the PhD’s in biological and
agricultural sciences, 22% in physical sciences, 24% in geosciences, 16%
in computer sciences, and 12% in engineering
-
Women make up less than 20% of American science and engineering
faculties
-
They represent only 10% if the full professors in these fields
at four-year colleges and universities
-
Women choose not to pursue graduate studies in science and
engineering because they see the demands of such studies as conflicting
with starting a family
-
The time required to have and raise children is the real
reason that women scientist and engineers are seen as less productive
-
Thus the socialization that reinforces women’s role as the
primary caregiver, especially for young children, differentially deters
the careers of women scientists and engineers
Possible Solutions
-
Providing multiple entry points to science and engineering
at all levels, but especially in the college years, would make it easier
for women to switch majors in these fields
-
The critical problem of balancing career and family must
be addressed by family-friendly institutional policies
References
American Association of University Women Educational Foundation.
1998. "Gender Gaps: Where Schools Still Fail Our Children."
Retrieved March 31, 2004.
(http://www.aauw.org)
Hammrich, Penny L. 2002. "Gender Equity in Science and
Mathematics Education." Pp. 81-89 in Defining
and Redefining Gender
Equity in Education, edited
by Janice Koch and Beverly Irby. Greenwich, Connecticut: Information Age
Publishing.
Irby, Beverly J. and Genevieve Brown. 2002. "Creating
Inclusive School Environments." Pp. 43-52 in Defining
and Redefining Gender
Equity in Education, edited
by Janice Koch and Beverly Irby. Greenwich, Connecticut: Information Age
Publishing.
Jovanovic, Jasna, and Candice Dreves. 1995. "Math, Science,
and Girls: Can we close the gender gap?" School-age Connections
5:2.
Retrieved March 31, 2004.
(http://www.nncc.org/Curriculum/sac52_math.science.girls.html)
Rosser, Sue V. 2003. "Testing Theories for the Gender
Differences." Books et al: Sociology of Science 302: 1506-07. Retrieved
March 25, 2004.
(http://www.sciencemag.org)
The Chilly Climate
What is the chilly climate?
The
chilly climate is when faculty of different educational institutions treat
males and females differently. Whether intentional or not, the faculty’s
interaction with students could make female students feel overlooked or
singled out. The females could feel less confident in what they have
to offer a classroom setting because females feel they do not measure up
to males (Hall, et. al 1982:2).
Examples of Chilly Climate in the Educational Setting
Language:
Words—comments
by faculty in classrooms can make women feel like they do not belong (Hall,
et. al 1982:6).
Examples:
(Hall, et. al 1982:6)
-
comments that disparage women in general
-
comments that disparage women’s intellectual ability
-
comments that disparage women’s seriousness and/or academic
commitment
-
comments that focus on how a woman looks or her physical
attributes, rather than her work
-
comments defining women faculty by their sex, rather than
status
-
comments that refer to males as “men,” but to females as
“girls” rather than women
-
comments that rely on sexual humor in the classroom
-
comments that disparage women’s achievement and ridicule
their use of emotions or feelings
Silent Attitudes: nonverbal behavior that
is intended to keep women where faculty believes they should be (Hall,
et. al 1982:6).
Examples:
(Hall, et. al 1982:7)
-
making eye contact more often with men than with women
-
nodding and gesturing more often to men than women
-
modulating tone to talk to women differently than men
-
acting interested when men speak and acting uninterested
when women speak
-
choosing to be near men in classroom rather than women
-
excluding women because they are too much trouble
-
grouping students by sex, so as women are the less competent
group
-
choosing men as student assistants
-
giving more help to women when doing assignments because
women are incompetent
-
making direct sexual overtures
Talking Inequality in the Classroom:
(Hall, et. al 1982:8)
In
Formal Groups:
-
men talk more than women
-
men talk for longer periods and take more turns speaking
-
men exert more control over the topic of conversation
-
men interrupt women more than women interrupt men
-
men’s interruptions of women usually embarrass women and
bring their discussion to an end
Groups
of Women Who Are Most Affected By the Chilly Climate: (Hall, et. al 1982:
10-12)
-
women graduate students (10)
-
women in “masculine” fields (11)
-
women minority students (12)
-
older women students (12)
References
Hall, Roberta M. and Bernice R. Sandler. 1982. "The
Classroom Climate: A Chilly One for Women?" Project on the
Status and Education of Women with the Association of American Colleges.
1-8.
Improvement for Educational Equality Among Genders
Despite the disturbing evidence this issue entitles
, the research and reports concerning gendered schooling has prompted numerous
efforts to improve educational practices for all students in all schools.
Since the early 1990s, gaps have been narrowed in some areas of academic
performance, yet the problem still remains at large. In hopes to encourage
a greater strive towards gender equity in all school communities the following
10
Components of an Equitable School have been established. (Irby.
2002: 47-48)
-
Physical Environment
-
should display evidence of traditional and nontraditional
roles for males and females as well as respect for greeting both males
and females
-
Curriculum
-
course offerings are assessible to both males and females
while books and materials are gender fair
-
Extracurricular and Cocurricular activities
-
all activites should be open and known to both genders
-
athletic facilities are equitable
-
Role Models
-
definite need for a wide variety of adult figures, males
and females of different races
-
Student Assignments
-
students should be assigned to classes that guarentee gender
integration
-
students should be assigned to programs that encourage exploration
of activites that are nontraditional for their gender
-
Behavior Management
-
students are rewared and punished equitably, not based on
gender
-
policies are written and implemented equitably across gender
-
sexual harassment does not occur and is not tolerated
-
Student Support
-
scholarships and awards are made to students based on merit
not gender
-
career options are explored with highschool students that
reflect both traditional and nontraditional interests
-
school program information is provided to all
-
Language
-
inclusionary, nonderogatory terms for people are used in
all verbal and written communication
-
teachers, administrators, and couselors assist students in
developing inclusionary language
-
curriculum includes a discussion of the negative impact of
the use of derogatory language in relation to gender
-
Teaching Methods
-
teachers direct classroom discussions to enable both male
and female participation
-
include males and females equally in classroom
-
teachers should analyze their communication/interaction patterns
with students and balance them based on gender
-
Academic Evaluation
-
high expectations in all academic subjects are established
for both genders
-
teachers should provide praise and feedback for quality work
based on a set of understood established criteria not based on gender
-
teachers use traditional and alternative methods to evaluate
students
References
Koch, Janice, and Beverly Irby. 2002. " Describing and Assessing
an Equitable School Environment." Pp. 53-57 in
Defining and Redefining
Gender Equity in
Education. Conneticut: Information Age Publishing.