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RACIAL DIVERSITY AND COLLEGE CHOICE: REVISITING THE PERPETUATION OF SEGREGATION HYPOTHESIS
Since 1990, racial school segregation has been increasing for blacks and Latinos;
approximately three-quarters of blacks and Latino students attend predominantly minority high
schools (Orfield and Eaton 1996; Orfield and Lee 2007). In studying the long term effects of
desegregation, Braddock developed the perpetuation hypothesis, which argued that "racial
segregation tends to be perpetuated over stages of the life cycle and across institutional settings"
(Braddock and McPartland 1989:267). Studies examining the relationship between segregation
and college choice, consistently have found that black students who attend segregated schools
are more likely to choose predominantly black colleges than predominantly white colleges
(Braddock 1980; Wells 1995). Much of this research is based on high school cohorts from the
1970s and 1980s. There is far less known about the impact of segregation on college preferences
for non-Blacks or students graduating from high school in the current millennium. This paper
addresses the aforementioned limitations of the existing research by analyzing data from a
representative sample of 2002 Texas high school seniors in order to assess the extent to which
students' high school racial composition, apart from other factors commonly associated with
college choice, influences students' preferences for colleges with similar racial compositions.
Numerous studies have confirmed that racially heterogeneous college campuses produce
far-reaching individual (e.g., enhanced complex thinking ability) and societal (e.g., greater
engagement with social and political issues) benefits (Gurin, Nagda, and Lopez 2004; Hurtado
2007; Milem 2003). If Braddock's perpetuation hypothesis holds true with racial segregation on
the rise, then fewer and fewer students will be seeking racially diverse colleges where they could
obtain the educational benefits of diversity. Furthermore, these students of segregation will not
have access to a wider variety of job opportunities from weak ties that would have been obtained
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 1 of 34
through social networks at a more diverse college (Wells and Crain 1994). Moreover, colleges
that are seeking to create a racially heterogeneous campus will have increasing difficulty
obtaining a racially diverse applicant pool with a rise in students from racially segregated
environments who might be more accustomed to and thus more likely to attend racially
homogeneous colleges.
While less directly related to perpetuation of segregation than the desegregation studies
of the 1980s, recent research has still provided findings that suggest racial segregation is having
an effect on college preference. In an examination of California high schools, Martin, Karabel,
and Jaquez (2005) found that predominantly Latino high schools had significantly lower rates of
student applications to the UC system. However, the authors were using institutional data and
thus could not assess the effect of student-level characteristics on applications.
In a study of students attending predominantly white selective colleges and universities,
Massey (Massey 2006) found that black and Hispanic students from racially segregated
backgrounds received less academic college preparation (e.g., AP courses), lower quality
instruction, and were less prepared socially for campus life. As these findings were from students
who were attending the most selective colleges in the United States, the results might have been
bleaker with a more representative population of students not restricted by selective college
attendance--bleak enough to reduce student preference to apply to predominantly white selective
colleges.
Having a sizable applicant pool of minority students is of practical importance to
prestigious selective institutions of higher education that have been most vocal about the
compelling need for a diverse campus. However, recent findings from the THEOP data confirm
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 2 of 34
that black and Hispanic Texas seniors with qualifying academic records were less likely than
whites to apply to selective colleges (Niu, Tienda, and Cortes 2006).
Some students attending segregated schools might lack the confidence or credentials to
apply to or gain admission to prestigious selective colleges like those found in the NLSF sample.
Other students might simply prefer to attend a school with a familiar level of racial homogeneity.
Students of color are more likely to consider a predominantly minority college when suggested
or previously attended by a friend, family member, counselor, or teacher (Freeman 1999;
McDonough, Antonio, and Trent 1997). There is also a logical and practical component to
choosing a culturally homogenous college, as research has found that educational attainment for
black students and females is greater when attending institutions that enroll predominantly black
and predominantly women students, respectively (Pascarella and Terenzini 1991).
Consequently, it appears that efforts by predominantly white selective colleges to
diversify their campuses are hindered by racial segregation in two ways. Underrepresented
minority students from racially segregated backgrounds might be (1) less likely to apply due to
real or perceived limitations in academic and social preparation, (2) more inclined to choose
racially homogenous colleges due to existing ties and a potentially better record for educational
attainment.
There is, however, one notable example of how racial segregation might play a role in the
desire for integration. Through a series of interviews with 70 black students, Freeman (1999)
discovered that some students who attended predominantly African American high schools in
predominantly Black neighborhoods felt a sense of responsibility and value of sharing their
culture which prompted them to consider predominantly white institutions. While this finding
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 3 of 34
has rarely appeared in similar studies, it would serve as a valid alternative to Braddock's
perpetuation hypothesis.
This paper sets out to test Braddock's perpetuation of racial segregation hypothesis.
However, Braddock's research like most desegregation studies used percent of the high school
population that was black as the primary explanatory measure. This paper extends this test to
non-blacks in a manner that better represents multiethnic diversity of 21st century America by
using Lieberson's diversity index to measure high school and college racial composition
(Lieberson 1969). A detailed description of the Lieberson diversity index appears later in the
paper. If Braddock's perpetuation hypothesis is robust across race, then racial heterogeneity of a
student's high school will be positively associated with the racial heterogeneity of the student's
preferred first college choice, net of other school-level and individual-level effects.
DIVERSITY
Diversity is a compositional construct where individual differences in various attributes
create heterogeneity within a social unit (Jackson, May, and Whitney 1995). While the term
diversity can and often does encompass a broad range of attributes, the term diversity in this
project is limited to the proportions of racial and ethnic groups in a given high school or college
student body. Consequently, unless otherwise stated, when the word diverse or diversity appear
without a modifier, I am referring primarily to ethnoracial demographic diversity.
Research evidence highlighting the educational benefits of diversity drives the use of
diversity as a key concept for study in this paper. Demographic diversity has consistently been
found to be strongly associated with increase the frequency of positive intergroup contact
(Engberg 2007), cooperative working and problem-solving skills (Terenzini, Cabrera, Colbeck,
Bjorklund, and Parente 2001), citizenship engagement, multicultural engagement, intellectual
engagement, and academic skills (Gurin, Dey, Hurtado, and Gurin 2002). Research has also been
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 4 of 34
found to support the association between positive interracial interactions and complex thinking,
social awareness, perspective-taking skills, and self-confidence (Chang, Denson, Saenz, and
Misa 2006; Hurtado 2007). Based on the existing evidence, this paper proceeds with the
assumption that not only are there educational benefits to racial heterogeneity, but also any
diversity is preferable to any form of homogeneity.
Stanley Lieberson offered a measure that conceptualizes "diversity as the position of a
population along a homogeneity-heterogeneity continuum and describes diversity within and
between groups that are classified by one or more qualitative variables" (Lieberson 1969:851).
Lieberson's diversity index measures what proportion of the pairs would consist of students with
different racial backgrounds if all students on campus were paired together two at a time
(Lieberson 1969). In this paper, I calculate the diversity index using each of the five Census-
defined ethnic and racial groups (whites, blacks, Hispanics, Asians, and Native Americans). The
formula for the calculation is:
DVI=(2*((Xw* Xb)+(Xw* Xh)+(Xw* Xa)+(Xw* Xn)+(Xb* Xh)+(Xb* Xa)+(Xb* Xn)+(Xh* Xa)+(Xh* Xn)+(Xa* Xn))), where Xw = White, Xb = Black, Xh = Hispanic, Xa = Asian or Pacific Islander, Xn = Native American
As the likelihood of two people from a different race within a population being paired together
increases, the diversity index value increases. With five races, the maximum value of the
diversity index would be .80. That is, if every racial group on campus evenly comprised one-fifth
of the student body, then the probability of two randomly selected students having a different
race would be .80. A completely racially homogeneous campus would have a diversity index
value of 0.0 and a completely racially heterogeneous campus would have a diversity index value
of 0.80.
School desegregation studies were less interested in population diversity and
comparability across schools, as they were the effects of segregation and desegregation on
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 5 of 34
blacks. Consequently, early desegregation research tended to use percentage black as the school-
level variable of interest. While some researchers today continue to use some variation of the
proportion of a single racial group as a measure of racial composition or diversity (e.g.,
Rothman, Lipset, and Nevitte 2003), this is not valid in the context of modern multiethnic
American society. Research that lacks a measure of diversity that accounts for multiple
ethnicities does not accurately measure overall diversity nor can it accurately compare diversity
across campuses.
James Kulinski's review of campus diversity studies offers one of the best examples for
the advantages of Lieberson’s diversity index over other proportion of a single group approach:
Consider, for example, three hypothetical ethnic mixes. In the first instance, there is a very dominant white group (70 percent of the total student body) and three small minority groups, each constituting 10 percent of the total student body. In the second, white students make up 50 percent of the student body, one ethnic group constitutes 30 percent, and the other two ethnic groups each constitute 10 percent. In the final case, each group makes up a third of the student body. The probabilities of two students randomly selected from the hypothetical campuses sharing a different ethnicity are .48, .64, and .70, respectively. The index shows, correctly, more diversity on the second and third campuses than on the first. (Kuklinski 2006:107)
DATA
The analysis will use data collected from the Texas Higher Education Opportunity
Project (THEOP), a longitudinal study designed to assess the consequences of the Hopwood v.
University of Texas (1996) ruling that the University of Texas could not use race as a factor in
admissions decisions. The primary component of the THEOP was a self-administered paper and
pencil in-class student survey conducted during spring of 2002 of sophomores and seniors
enrolled in a representative sample of Texas public high schools. The sample was drawn from 62
primary sampling units randomly chosen to represent the locations of the high school-age
population in Texas. From those 62 sampling units, 108 public high schools were randomly
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 6 of 34
selected of which 98 participated, the multi-stage stratified sampling design resulted in 13,803
senior respondents (Tienda and Niu 2006).1
For the purposes of the present analysis, I impose several constraints on the original study
sample of 13,803 Texas high school seniors. First, I restrict the sample to the 8,193 seniors who
reported a first college choice preference for which college racial composition information was
obtained from the Integrated Postsecondary Education Data System (IPEDS). Second, I
restricted the sample to the 6,627 seniors who were not missing values on any variables in the
analysis. This approach to missing data, commonly referred to as listwise deletion remains the
approach least likely to result in biased parameters. Moreover, because the only cost is
efficiency, the findings--presented using the listwise deletion approach--are conservative (i.e.,
true relationships are likely more pronounced).
The best way to assess the impact of the missing values is to use several approaches to
confirm whether the findings are robust to various approaches. Following a strategy outlined by
Scott Lynch (2003) and Paul Allison (2007), I conducted identical analyses using multiple
imputation on the restricted sample of 8,193 and Heckman's two-step selection method on the
full sample of 13,803. A description of these procedures is included in the appendix along with
tables presenting results from these analyses marked with the prefix "Table A_". The findings--
presented using the listwise deletion approach--are robust across these alternative approaches to
handling missing data.
The THEOP data holds several unique advantages for this research. The data contains the
student- and school-level characteristics most often associated with college choice decisions.
Moreover, students are asked about their college choices before they were accepted, which
1 More information about the THEOP data and related research efforts can be found at the THEOP website: http://www.texastop10.princeton.edu
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 7 of 34
reduces selection bias inherent in studies of college enrollees that examine college choices
retrospectively (e.g., Bowen and Bok 1998). Most importantly, the THEOP is perhaps the only
study to collect information on student's high school racial composition and the racial
composition of the student's reported college choices.
The state of Texas is a favorable research site due to its large number of college-bound
students and diverse racial composition. The racial composition of the public elementary and
secondary schools in Texas in 2005-2006 was 45 percent Hispanic, 37 percent non-Hispanic
white, 15 percent black, and 3 percent other (Texas Education Agency 2007). Texas has had a
long history of racial residential segregation; however, it has five of the ten metropolitan areas
(El Paso, Odessa-Midland, San Antonio, Laredo, and Galveston-Texas City) that have
experienced the largest declines in residential segregation over the 1980-2000 period (U.S.
Census Bureau 2005). Consequently, there should be sufficient variance in diversity across
Texas high schools. This is confirmed by the results shown in Table 1, which uses Lieberson's
diversity index to describe the diversity of student's high schools in the THEOP sample.
Table 1. High School Diversity Index, Mean and Percentile Distribution, by Race White Black Hispanic Asian Other Native Missing Total
Mean 0.44 0.50 0.33 0.58 0.43 0.48 0.39 0.4110% 0.25 0.15 0.07 0.35 0.15 0.27 0.09 0.0925% 0.35 0.41 0.13 0.43 0.35 0.36 0.14 0.3050% 0.43 0.56 0.35 0.67 0.45 0.52 0.43 0.4375% 0.55 0.62 0.55 0.72 0.56 0.61 0.56 0.5690% 0.61 0.72 0.62 0.72 0.62 0.72 0.64 0.67
N 5,269 1,522 4,234 573 73 413 1,719 13,803Source: 2002 Texas Higher Education Opportunity Project Study of High School Seniors.
As shown in Table 1, the median diversity index is .43, which means that half of the
students attend a high school where the probability of two students randomly selected having a
different race is either greater than or less than .43. Based on median values, Asian students are
most likely to attend racially heterogeneous high schools and Hispanic students are most likely to
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 8 of 34
attend racially homogeneous (or segregated) high schools. Students who did not report their race
have a very similar high school diversity distribution as Hispanics.
Texas is also a favorable site for exploring college diversity due to Texas's wide variety
of colleges with regard to selectivity and racial composition, which is essential because 92% of
college bound high school graduates attend college in-state (Niu, Tienda, and Cortes 2006:262
fn10). Moreover, black and Hispanic students in Texas who would prefer a racially
homogeneous college campus have a fair selection of prominent Historically Black Universities
(including, Prairie View A&M and Texas Southern) and Hispanic-Serving Institutions (including
University of Texas-Pan American and University of Texas at El-Paso). The histogram shown in
Figure 1 confirms the range and variation of diversity at colleges among the reported colleges
preferred by the students in the sample.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 9 of 34
050
010
001
500
2000
Num
ber
of
Stu
dnts
Re
port
ing
Pre
ferr
ed C
olle
ge
0 .2 .4 .6 .8College Diversity Index of College Preferred
Figure 1. Distribution of College Diversity Index Values
ANALYTICAL PLAN AND MEASURES
In an effort to test Braddock's perpetuation hypothesis, the analytical plan has been to
designed to assess the extent to which a student's high school's racial heterogeneity is associated
with the racial heterogeneity of the student's preferred first college choice, net of other school-
level and individual-level effects. In Braddock's initial study (1980), he found that black students
choosing a desegregated college was third only to high school grade point average and college
cost with regard to direct and total effects. For comparability, this study uses sequential
regression modeling as a way to assess how much variance in the racial heterogeneity of the
student's college preference can be explained by added sets of new independent variables, over
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 10 of 34
and above that explained by an earlier set.2 Table 2 describes the variables used in the analyses.
Additional information on the construction and motivation for variables are described in the text
that follows Table 2.
Table 2: Variable Descriptions for Racial Diversity and College Choice Analysis Variables Description Data Source Outcome Measure:
First Preference College Diversity Index
Diversity index of first preference college. Lieberson's diversity within a population index measures the extent to which if all students on campus were paired together two at a time, what proportion of the pairs will consist of students with different racial backgrounds (Kuklinski 2006; Lieberson 1969). DVI=(2*((Xw* Xb)+(Xw* Xh)+(Xw* Xa)+(Xw* Xn)+(Xb* Xh)+(Xb* Xa)+(Xb* Xn)+(Xh* Xa)+(Xh* Xn)+(Xa* Xn))), where Xw = White, Xb = Black, Xh = Hispanic, Xa = Asian or Pacific Islander, Xn = Native American. On a continuous scale from 0 to .80 with 0=homogeneous and .80= heterogeneous.
Survey: q50 Integrated Postsecondary Education Data System (IPEDS)
Primary High School Level Explanatory Measure (introduced in Model 1):
High School Diversity Index
Diversity index of high school. On a continuous scale from 0 to 1 with 0=homogeneous and .80= heterogeneous.
Common Core Data (CCD)
Primary Student Level Explanatory Measure -- Race (introduced in Model 2):
White "What term best describes your racial and ethnic origin?" 1=White, 0 = Not Hispanic white
Survey: q56
Black "What term best describes your racial and ethnic origin?" 1=African American/Black, 0 = Not Hispanic black
Survey: q56
Hispanic "What term best describes your racial and ethnic origin?" 1=Mexican/Mexican American/Chicano or Other Hispanic, 0 = Not Hispanic
Survey: q56
Asian "What term best describes your racial and ethnic origin?" 1=Asian or Pacific Islander, 0 = Not Asian Hispanic
Survey: q56
Native American "What term best describes your racial and ethnic origin?" 1=Native American, 0 = Not Native American
Survey: q56
Other Race "What term best describes your racial and ethnic origin?" 1=Other, 0 = Not Other
Survey: q56
Race Missing "What term best describes your racial and ethnic origin?" 1=Missing, 0 = Not Missing
Survey: q56
Other High School Level Characteristics (introduced in Model 3):
2
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 11 of 34
Variables Description Data Source Enrollment size Total campus enrollment Texas
Education Agency (TEA)
Percentage of students with college plans
School level aggregation of student responses to a college disposition question
THEOP
Feeder high school Top 20 high schools, based on the numbers of students admitted to UT-Austin and A&M are designated as feeder schools 1=Feeder, 0=Not feeder
TEA
Longhorn school Longhorn Opportunity Scholarships available for attendance at University of Texas - Austin for students graduating in Top 10% from select "underrepresented" Texas high schools 1=Longhorn, 0=Not Longhorn
THEOP
Percentage of students passing state algebra test
Percentage of students passing state algebra test TEA
Percentage of students who qualify for free or reduced lunch
Percentage of students who qualify for free or reduced lunch TEA
Other Student Level Demographic Characteristics (introduced in Model 4):
Parent with a bachelor degree
"What was the highest degree or level of school that your father or male guardian (or mother or female guardian) has completed?" 1=4-year college degree or greater, 0=Less than 4-year college degree
Survey: q67 father, q71 mother
Male "Are you male or female?" 1=male, 0=female
Survey: q55
U.S. Citizen "Are you a United States citizen" 1=Yes, 0=No/Don't know
Survey: q57d
English not always primary language
Student reported that English was NOT the primary language spoken with any one of the following: parents, guardians, siblings, relatives, or friends. 1= English NOT always primary, 0=English always primary
Survey: q59
Student Level Educational Experiences (introduced in Model 4):
Class Rank Student reported class rank (or best estimate of class rank). Ordinal scale, 10 categories: 10% to 100%
Survey: q12 or 14 (estimate)
Enrolled in College Prep Track
Student reported completing recommended (college prep) or distinguished achievement graduation plan. 1=Yes, 0=Regular (general curriculum) or Don't Know
Survey: q3
Percentage of available AP courses taken
Summation of "Which of the following (7 choices) AP courses have you taken or are you currently taking" / Summation of "Which of the following (7 choices) AP courses does your high school currently offer"
Survey: ∑(q9a…f)/ ∑(q7a...f)
Expects to attend two or four year college after high school
"What do you expect will be your primary activity in the fall after you leave high school?" 1="Taking academic courses at a two- or four-year college", 0=Other choices
Survey: q41
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Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 12 of 34
Variables Description Data Source College attendance encouragement from parents, teachers, and counselors
"During your senior year, have your guidance counselors, teachers, or parents/guardians encouraged you or discouraged you about going to college." Recoded to -1=Discouraged, 0=Haven't said anything, 1=Encouraged. Summation of response for guidance counselors, teachers, or parents/guardians. Divide by three. On a continuous scale from -1 to 1 with -1=Discouraged by all three and 1=Encouraged by all three
Survey: (q27+q28+q29)/3
Student Level - Factors Influencing College Choice (introduced in Model 5):
"In choosing a college or university to attend, how important to you are/were each of the following?..." 1=Not important, 2=Somewhat important, 3=Very important
Low expenses ...low expenses Survey: q49a Availability of financial aid
...availability of financial aid Survey: q49b
Athletics reputation ...athletics reputation Survey: q49c Ability to live at home ...ability to live at home Survey: q49d Ability to live away from home
...ability to live away from home Survey: q49e
Religious environment ...religious environment Survey: q49f Job placement success ...job placement success Survey: q49g Academic reputation ...academic reputation Survey: q49h Availability of desired degree program
...availability of desired degree program Survey: q49i
Ethnoracial mix of students or faculty
...ethnoracial mix of students or faculty Survey: q49j
Size ...size Survey: q49k Legacy ...legacy Survey: q49l Friends plan to attend ...friends plan to attend Survey: q49m Family connection ...family connection Survey: q49n Family opinion ...family opinion Survey: q49o Friendship with alumni ...friendship with alumni Survey: q49p
The analysis focuses on one outcome measure, racial heterogeneity of first preference
college choice. In the THEOP survey, students were asked" Please think about the
colleges/universities that you are likely to attend, and order them by your preference. For each,
enter the name and the state…" Students were provided the opportunity to list up to five colleges
or universities by their order of preference and then were asked to answer questions about each
college related to applying, admittance, financial aid and scholarships. Colleges in the preference
set were IPEDS-coded and institutional data from IPEDS, in particular enrollment statistics by
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 13 of 34
race, were collected and appended to individual records. I used these racial composition data to
construct the diversity index for each student's first preference college choice. As shown in Table
3, first preference college choice was reported for 60% of the sample. Among the first preference
colleges selected, the probability of two randomly selected students having a different race on
those campuses would be .40.
Table 3 about here
Table 3 presents the descriptive statistics for both the complete sample (N=13,803) and
the sample who provided preferred college choice information (N=8,193) to show that the
samples are very similar with differences described in the appendix and shown in Table A_4a
and Table A_4b. All of the statistically significant findings reported in this paper also appeared
when using the Heckman selection method to compensate for the differential propensities to
report a college preference. Results from the Heckman selection method are provided in Table
A_3.
Model 1, the unconditional model, includes high school diversity index as the primary
school-level explanatory variable. Diversity index, as described earlier, is an indicator of overall
campus diversity that measures the probability a randomly selected of two randomly selected
students having a different race. The diversity index is conceptually valid, comparable across
schools, and easy to interpret. The mean high school diversity index for the students in the
sample was .40.
Model 2 introduces race as a primary student-level variable. Whites comprise 53%, the
majority, of the sample reporting a preferred college choice. Hispanics comprise 28%, blacks
10%, Asians 4%, Native American <1%, other or multiracial 3%, and no response 3%.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 14 of 34
Tabl
e 3.
Des
crip
tive
Stat
istic
s: C
ompl
ete
Sam
ple
and
Pref
erre
d C
olle
ge C
hoic
e Sa
mpl
e (S
tand
ard
devi
atio
n in
par
enth
eses
)
NM
ean
SD
Min
Max
NM
ean
SD
Min
Max
Out
com
e M
easu
re [S
tude
nt L
evel
]Fi
rst P
refe
renc
e C
olle
ge C
hoic
e R
epor
ted
13,8
03
0.60
1
(0.4
90)
01
Firs
t Pre
fere
nce
Col
lege
Div
ersi
ty In
dex
8,19
3
0.40
4
(0.1
54)
00.
730
8,19
3
0.40
4
(0
.154
)0
0.73
0
Expl
anat
ory
Mea
sure
s [H
igh
Scho
ol L
evel
]H
igh
Sch
ool D
iver
sity
Inde
x13
,803
0.
400
(0
.181
)0.
018
0.72
38,
193
0.
400
(0.1
79)
0.01
8
0.
723
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e13
,803
1,
743
1,
046
56
5030
8,19
3
1,78
9
1,
050
56
5030
Per
cent
age
of s
tude
nts
with
col
lege
pla
ns
13,8
03
72.7
68
(22.
856)
010
08,
193
73
.648
(22.
614)
010
0Fe
eder
hig
h sc
hool
13,8
03
0.08
7
(0.2
82)
01
8,19
3
0.10
8
(0
.310
)0
1Lo
ngho
rn s
choo
l13
,803
0.
116
(0
.320
)0
18,
193
0.
105
(0.3
07)
01
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
13,8
03
33.2
23
(21.
470)
095
8,19
3
34.7
47
(2
1.63
0)0
95P
erce
ntag
e of
stu
dent
s w
ho q
ualif
y fo
r fre
e or
redu
ced
lunc
h13
,803
30
.743
(2
2.40
0)0.
993
.88,
193
29
.705
(22.
268)
0.9
93.8
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)13
,803
0.
452
(0
.498
)0
18,
193
0.
529
(0.4
99)
01
Bla
ck13
,803
0.
092
(0
.289
)0
18,
193
0.
097
(0.2
96)
01
His
pani
c13
,803
0.
282
(0
.450
)0
18,
193
0.
275
(0.4
46)
01
Asi
an13
,803
0.
031
(0
.174
)0
18,
193
0.
038
(0.1
91)
01
Nat
ive
Am
eric
an13
,803
0.
006
(0
.074
)0
18,
193
0.
004
(0.0
66)
01
Oth
er ra
ce13
,803
0.
030
(0
.171
)0
18,
193
0.
031
(0.1
74)
01
Rac
e m
issi
ng13
,803
0.
107
(0
.310
)0
18,
193
0.
026
(0.1
58)
01
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
11,0
97
0.40
5
(0.4
91)
01
7,45
3
0.45
9
(0
.498
)0
1M
ale
12,0
50
0.48
0
(0.5
00)
01
7,91
8
0.40
9
(0
.492
)0
1U
.S. c
itize
n12
,002
0.
936
(0
.245
)0
17,
903
0.
946
(0.2
26)
01
Eng
lish
not a
lway
s pr
imar
y la
ngua
ge12
,066
0.
212
(0
.409
)0
17,
912
0.
191
(0.3
93)
01
Edu
catio
nal E
xper
ienc
esC
lass
Ran
k P
erce
ntile
13,2
52
41.8
59
(24.
006)
1010
08,
066
35
.656
(22.
112)
1010
0E
nrol
led
in c
olle
ge p
rep
track
13,3
53
0.62
5
(0.4
84)
01
8,06
5
0.73
1
(0
.443
)0
1P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
13,1
60
0.20
7
(0.2
94)
01
8,02
6
0.24
8
(0
.299
)0
1E
xpec
ts to
atte
nd tw
o or
four
yea
r col
lege
afte
r hig
h sc
hool
12,7
58
0.71
1
(0.4
53)
01
8,16
2
0.85
3
(0
.354
)0
1C
olle
ge a
ttend
ance
enc
oura
gem
ent f
rom
par
ents
, tea
cher
s, a
nd
coun
selo
rs12
,986
0.
833
(0
.297
)-1
18,
128
0.
883
(0.2
34)
-11
Cho
ice
Pre
fere
nces
Low
exp
ense
s11
,767
2.
249
(0
.705
)1
38,
144
2.
230
(0.6
99)
13
Ava
ilabi
lity
of fi
nanc
ial a
id11
,721
2.
449
(0
.717
)1
38,
131
2.
461
(0.7
16)
13
Ath
letic
s re
puta
tion
11,6
65
1.44
9
(0.6
76)
13
8,10
2
1.39
8
(0
.644
)1
3A
bilit
y to
live
at h
ome
11,7
07
1.79
3
(0.8
00)
13
8,13
4
1.71
0
(0
.805
)1
3A
bilit
y to
live
aw
ay fr
om h
ome
11,6
82
1.95
9
(0.7
64)
13
8,12
0
2.00
8
(0
.770
)1
3R
elig
ious
env
ironm
ent
11,5
81
1.56
4
(0.7
11)
13
8,06
5
1.56
9
(0
.713
)1
3Jo
b pl
acem
ent s
ucce
ss11
,600
2.
235
(0
.720
)1
38,
077
2.
265
(0.7
14)
13
Aca
dem
ic re
puta
tion
11,6
48
2.31
3
(0.7
03)
13
8,11
5
2.40
6
(0
.670
)1
3A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am11
,649
2.
638
(0
.585
)1
38,
120
2.
708
(0.5
31)
13
Eth
nora
cial
mix
of s
tude
nts
or fa
culty
11,6
34
1.56
1
(0.7
04)
13
8,12
1
1.54
0
(0
.694
)1
3S
ize
11,6
07
1.76
2
(0.7
07)
13
8,09
7
1.81
0
(0
.707
)1
3Le
gacy
11,6
40
1.26
6
(0.5
52)
13
8,12
4
1.23
5
(0
.524
)1
3Fr
iend
s pl
an to
atte
nd11
,634
1.
493
(0
.650
)1
38,
117
1.
477
(0.6
38)
13
Fam
ily c
onne
ctio
n11
,625
1.
271
(0
.550
)1
38,
117
1.
227
(0.5
09)
13
Fam
ily o
pini
on11
,626
1.
581
(0
.685
)1
38,
117
1.
600
(0.6
88)
13
Frie
ndsh
ip w
ith a
lum
ni11
,604
1.
336
(0
.595
)1
38,
107
1.
296
(0.5
61)
13
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.
Pre
ferr
ed C
olle
ge C
hoic
e A
vaila
ble
Sam
ple
Com
plet
e S
ampl
eRacial Diversity and College Choice
--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 15 of 34
Model 3 introduces other high school characteristics commonly associated with school
environment, academic quality, and educational outcomes. The variables added include
enrollment size, percentage of students at the high school who reported having plans to attend
college, percentage of students passing the Texas state algebra exam, and percentage of students
who qualify for free or reduced lunch. In addition, two Texas-specific variables were added
associated with college-going behavior. First, I added a dichotomous variable identifying
students attending one of the top 20 high schools, based on the numbers of students admitted to
the University of Texas at Austin and Texas A&M. Second, I added a dichotomous variable
identifying students attending one of the eligible "underrepresented" Texas high schools where
students who graduate in the Top 10% can receive a Longhorn opportunity Scholarship to attend
the University of Texas at Austin.
Model 4 introduces other demographic characteristics commonly associated with
educational outcomes. Dichotomous variables were added that identified whether a student had
at least one parent with a bachelor's degree or was a male. Student status as foreign-born was
available, but generation status was not as birth status of parents was not asked on the survey.
Instead of trying to assess immigration status in this manner, I chose an alternative two-prong
approach: I included U.S. citizenship because citizenship status is a requirement for admittance
to some colleges and eligibility for certain financial aid and scholarship opportunities.
Consequently, citizenship status might affect a student's preference for a college or university
that is more amenable to non-citizens. I also included a dichotomous variable to identify students
who reported that English was not the primary language spoken with any one of the following:
parents, guardians, siblings, relatives, or friends. Although the survey did not ask students to
report the other language spoken, one can assume that most of these students were likely to be
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 16 of 34
Spanish speaking. Spanish-speaking students may be more comfortable or more amenable to
attending a Hispanic Serving Institution.
Model 4 also introduces educational experience variables commonly associated with
educational outcomes. The student reported class rank by using an ordinal scale with 10
representing the Top 10% and 100 representing the Top 100% (or bottom 10%). In addition,
dichotomous variables were added that identified students who were enrolled in a college
preparatory graduation plan (as opposed to general curriculum) and students who were expecting
to attend college after high school. Students reported the availability of AP courses as well as
whether they had taken these courses. I constructed a variable that measured the percent of
available AP courses taken. I also constructed a variable to measure the combined level of
encouragement to attend college received from parents, teachers, and counselors.
Model 5 introduces variables that measure common factors that influence college choice
decisions. Students were asked to rate, on a scale of one (not important) to three (very
important), the importance of 16 factors in choosing a college or university. The factors
addressed included: low expenses, availability of financial aid, athletics reputation, ability to live
at home, ability to live away from home, religious environment, job placement success,
academic reputation, availability of desired degree program, ethnoracial mix of students or
faculty, size, legacy, friends plan to attend, family connection, family opinion, and friendship
with alumni. There is a limitation with these variables, because the cross-sectional structure of
the analysis precludes knowing whether the rated importance preceded the college search process
or whether the rated importance was influenced by the first preference college choice. Perhaps,
after a wonderful experience visiting the first preference college, a student might adjust the rated
importance of certain factors. For example, the availability of financial aid might not be very
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 17 of 34
important if one is expecting similar financial aid packages across all of your choices. However,
if one college comes through with a significant scholarship offer, then that college might
suddenly become your first choice and all other factors (e.g., distance from home, size of school,
etc.) might adjust in the respondent's mind to fit the characteristics of that college. Because of the
possible selection effect, less emphasis should be placed on the results from this model.
LIMITATIONS
The multi-stage sampling design produces individual observations (e.g., students) that are
clustered within higher-level units (e.g., high schools). Students sampled from a particular high
school interact with each other, which results in two problems: (1) it reduces the likelihood that
the sample observations from the high school are independent and (2) does not provide for the
complex error structure required for cross-level inference (Kuklinski 2006). With regard to the
first problem, standard errors are corrected for not only sampling but also clustering using Stata
10.0 survey commands designed to adjust standard errors for multi-stage survey design.
In a future draft of this paper, I plan to address the second problem by examining the
same question using multilevel sequential regression models, as a means to examine the
between-school and within-school differences. At that stage, I would be more comfortable with
making cross-level inferences (e.g., does a student's race and the high school's racial
heterogeneity interact to affect the racial heterogeneity of the student's first preference college
choice). I have avoided producing a model with or any inferences to such interactions in this
analysis due to the increased risk of coefficients achieving statistical significance when they
should not. Multilevel modeling corrects for biases in parameter estimates and provides accurate
standard errors that are unaccounted for in ordinary regression models that assume observations
are independent. More importantly, with multilevel modeling, I can draw reliable inferences
regarding the relative importance of school-level (within-schools) versus student-level (between-
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 18 of 34
schools) characteristics on the racial composition of students' college choices. (Guo and Zhao
2000).
Nonetheless, I am confident that the general findings presented here should hold in light
of their strength with standard errors corrected for clustering via Stata survey commands and
robustness of results across various models accounting for missing data as shown in the appendix
tables.
Based on the existing evidence, this paper proceeds with the assumption that not only are
there educational benefits to racial heterogeneity, but also any diversity is preferable to any form
of homogeneity. Consequently, the paper uses a diversity index measure on a heterogeneity-
homogeneity scale that makes no distinctions between various forms of homogeneity. It is
feasible that some forms of racial homogeneity may be preferable to racial heterogeneity. For
example, does a black student benefit more from attending an all-white school, an all-black
school, an all-Hispanic school, or a school of equal proportioned integration? Nonetheless,
existing research has not assessed the relative strength of same-race homogeneity to different-
race homogeneity. Extended analysis in both this paper and in the larger literature on educational
benefits of diversity will be necessary to assess the extent to which any diversity is preferable to
any form of homogeneity.
FINDINGS
The racial heterogeneity of the first preference college choices of Texas high school
seniors are analyzed by estimating sequential linear regression models. The results are presented
in Table 4.
Table 4 about here
Model 1, the unconditional model, includes only high school diversity index as the
primary school-level explanatory variable. Model 1 demonstrates that the diversity index of a
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 19 of 34
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
0.14
7(0
.031
)**
*0.
174
(0.0
26)
***
0.15
5(0
.025
)**
*0.
154
(0.0
24)
***
0.15
0(0
.025
)**
*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e0.
000
(0.0
00)
0.00
0(0
.000
)0.
000
(0.0
00)
Per
cent
age
of s
tude
nts
with
col
lege
pla
ns
-0.0
01(0
.000
)*
-0.0
01(0
.000
)*
0.00
0(0
.000
)Fe
eder
hig
h sc
hool
-0.0
11(0
.016
)-0
.005
(0.0
16)
-0.0
04(0
.015
)Lo
ngho
rn s
choo
l0.
062
(0.0
24)
*0.
059
(0.0
23)
*0.
056
(0.0
23)
*P
erce
ntag
e of
stu
dent
s pa
ssin
g st
ate
alge
bra
test
0.
000
(0.0
00)
0.00
0(0
.000
)0.
000
(0.0
00)
Per
cent
age
of s
tude
nts
who
qua
lify
for f
ree
or re
duce
d lu
nch
-0.0
01(0
.000
)*
-0.0
01(0
.000
)**
-0.0
01(0
.000
)**
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
-0.0
27(0
.013
)*
-0.0
38(0
.016
)*
-0.0
43(0
.016
)**
-0.0
40(0
.015
)*
His
pani
c0.
054
(0.0
14)
***
0.05
3(0
.012
)**
*0.
041
(0.0
11)
**0.
035
(0.0
12)
**A
sian
0.11
8(0
.012
)**
*0.
111
(0.0
11)
***
0.10
8(0
.012
)**
*0.
098
(0.0
12)
***
Nat
ive
Am
eric
an0.
041
(0.0
28)
0.04
2(0
.030
)0.
032
(0.0
31)
0.03
2(0
.033
)O
ther
race
0.01
6(0
.011
)0.
011
(0.0
12)
0.00
7(0
.012
)0.
003
(0.0
11)
Rac
e m
issi
ng0.
044
(0.0
22)
*0.
029
(0.0
20)
0.02
1(0
.021
)0.
015
(0.0
21)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
-0.0
28(0
.005
)**
*-0
.020
(0.0
04)
***
Mal
e0.
000
(0.0
04)
0.00
2(0
.004
)U
.S. c
itize
n-0
.011
(0.0
13)
-0.0
08(0
.012
)E
nglis
h no
t alw
ays
prim
ary
lang
uage
0.00
4(0
.009
)-0
.001
(0.0
08)
Edu
catio
nal E
xper
ienc
esC
lass
Ran
k P
erce
ntile
0.00
0(0
.000
)0.
000
(0.0
00)
Enr
olle
d in
col
lege
pre
p tra
ck-0
.008
(0.0
06)
-0.0
06(0
.005
)P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
0.00
4(0
.011
)0.
009
(0.0
11)
Exp
ects
to a
ttend
two
or fo
ur y
ear c
olle
ge a
fter h
igh
scho
ol-0
.011
(0.0
07)
-0.0
06(0
.007
)C
olle
ge a
ttend
ance
enc
oura
gem
ent f
rom
par
ents
, tea
cher
s, a
nd c
ouns
elor
s-0
.004
(0.0
10)
-0.0
02(0
.009
)
Cho
ice
Pre
fere
nces
Low
exp
ense
s0.
010
(0.0
03)
**A
vaila
bilit
y of
fina
ncia
l aid
-0.0
11(0
.004
)**
Ath
letic
s re
puta
tion
-0.0
07(0
.004
)A
bilit
y to
live
at h
ome
0.02
0(0
.005
)**
*A
bilit
y to
live
aw
ay fr
om h
ome
0.00
2(0
.004
)R
elig
ious
env
ironm
ent
-0.0
24(0
.004
)**
*Jo
b pl
acem
ent s
ucce
ss0.
005
(0.0
03)
Aca
dem
ic re
puta
tion
-0.0
02(0
.005
)A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am0.
004
(0.0
06)
Eth
nora
cial
mix
of s
tude
nts
or fa
culty
0.01
2(0
.005
)*
Siz
e-0
.004
(0.0
03)
Lega
cy-0
.012
(0.0
06)
*Fr
iend
s pl
an to
atte
nd-0
.004
(0.0
05)
Fam
ily c
onne
ctio
n-0
.004
(0.0
05)
Fam
ily o
pini
on-0
.003
(0.0
03)
Frie
ndsh
ip w
ith a
lum
ni-0
.005
(0.0
05)
Con
stan
t0.
344
(0.0
15)
***
0.31
5(0
.012
)**
*0.
355
(0.0
27)
***
0.39
7(0
.034
)**
*0.
408
(0.0
39)
***
F-S
tatis
tic (A
djus
ted
Wal
d Te
st F
or C
ompl
ex S
urve
y D
ata)
22.3
0
22
.85
4.74
4.
61
8.99
M
odel
Deg
rees
of F
reed
om1
6
6
9
16
Des
ign
Deg
rees
of F
reed
om52
52
52
52
52
Pr>
F0.
000
0.00
00.
001
0.00
00.
000
R2
0.03
00.
078
0.09
80.
109
0.14
4C
hang
e in
R2
0.04
80.
020
0.01
10.
036
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=6,6
27 --
Mis
sing
val
ues
are
hand
led
usin
g lis
twis
e de
letio
n*p
<.0
5 **
p<.
01 *
** p
<.00
1 (tw
o-ta
iled
test
s)
Tabl
e 4.
Coe
ffici
ents
from
the
Line
ar R
egre
ssio
n of
Sel
ecte
d Ex
plan
ator
y Va
riabl
es o
n th
e D
iver
sity
Inde
x of
Stu
dent
's P
refe
rred
Firs
t Col
lege
Cho
ice,
Lis
twis
e D
elet
ion,
N=6
,627
(St
anda
rd e
rror
s in
par
enth
eses
)M
odel
1M
odel
2M
odel
3M
odel
4M
odel
5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 20 of 34
student’s high school is positively associated with the diversity index of the student’s preferred
first college choice. Texas high school students from more racially heterogeneous high schools
are more likely to prefer attending more racially diverse colleges and students from more racially
homogeneous high schools are more likely to prefer more racially homogeneous colleges.
Model 2 introduces race as a primary student-level variable. The inclusion of race
increases the effect of high school diversity and improves the percent of the variance explained
in Model 1 by 160 percent (Change in R2 of current / R2 of previous model). Relative to white
students, black students are more likely to prefer less diverse colleges while Hispanic, Asian, and
unreported race students are more likely to prefer colleges that are more diverse. The finding for
students who do not report race will disappear in later models.
Model 3 introduces other high school characteristics. The addition of other high school
characteristics reduces the effect of high school diversity relative to Model 2, but by no means
eliminates it. The coefficient for high school diversity is still greater than it was in Model 1, the
unconditional model. Model 3 improves the percent of the variance explained in Model 2 by 25
percent. The impact of race on the racial heterogeneity of preferred college choice largely
remains; however, students who did not report their race are no longer statistically different from
white students. Three of the high school characteristics produce direct effects on the racial
heterogeneity of preferred college choice. As the percent of students planning to attend college
from a student’s high school increases, the diversity index of college preference decreases;
however, this finding will disappear in the final model. Attending a Longhorn high school (i.e.,
economically disadvantaged and historically underserved high school eligible for guaranteed
scholarship money to attend UT-Austin, the state flagship college) increases the diversity index
of the student’s preferred college choice. As the percent of economically disadvantaged (students
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 21 of 34
who qualify for free or reduced lunch) at a student’s high school increases, the diversity index of
college preference decreases.
Model 4 introduces other demographic characteristics and educational experience
variables. Relationships previously reported in Model 3 are unchanged with the addition of these
variables. Model 4 improves the percent of the variance explained in Model 3 by only 11
percent. Moreover, among the nine variables added to the model, only parent's education has a
direct effect. Having a parent with a bachelor’s degree reduces the diversity index of the
student’s preferred college choice.
Model 5 introduces variables that measure common factors that influence college choice
decisions. As mentioned earlier, due to the cross-sectional nature of this analysis, it is impossible
to assess how much of the rated importance may have been influenced by the first preference
college choice. Therefore, these results should be interpreted with greater caution. With the
addition of these variables, relationships previously reported in Model 4 are unchanged with the
exception of the loss of significance in the previous direct effect of the school-level variable that
measured the percentage of students with college attendance plans. Model 5 improves the
percent of the variance explained in Model 3 by 33 percent. Among the common factors that
influence college choice, direct effects were found with six of the sixteen factors. Three variables
had positive associations with diversity of college choice: low expenses, ability to attend a
college close to home, and ethnoracial mix of the students or faculty. Three variables had
negative associations with diversity of college choice: availability of financial aid, religious
environment, and family attends or attended the college.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 22 of 34
DISCUSSION3
Braddock's perpetuation hypothesis is supported; racial heterogeneity of a student's high
school is positively associated with the racial heterogeneity of the student's preferred first college
choice, net of other school-level and individual-level effects. Based on the changes in variance
explained, there does appear to be a strong direct effect of race on the racial heterogeneity of the
student's preferred first college. Further analysis is needed to assess whether or not there is an
interaction effect between race and high school diversity. While this could be done using the
present analytical scheme, as mentioned earlier, inference between school-level and student-level
variables would be prone to Type I error (false positive) using traditional regression models.
These types of questions would have to be explored using multilevel models (e.g., hierarchical
linear modeling).
With racial segregation on the rise and Braddock's perpetuation hypothesis holding across
race in a modern context, fewer students will seek racially diverse colleges where they could
obtain the educational benefits of diversity. Moreover, these students will begin a lifetime of
self-perpetuating segregation from segregated high schools to racially homogeneous colleges to
racially homogeneous jobs and racially homogeneous neighborhoods. One notable negative
relationship from this analysis is that high school diversity index is lower for black students
relative to white students. These results are particularly disturbing on top of the perpetuation
hypothesis. There is very little disagreement over the consequences of racial isolation:
production of underclass communities, family disruption, higher rates of crime victimization,
increased mortality, lower educational standards, and increased welfare dependence (Collins and
Williams 1999; Massey 1990; Massey, Condran, and Denton 1987; Peterson and Krivo 1999).
3 One puzzling finding unaddressed in this discussion is that the high school diversity index of first preference college choices decreases for students who have at least one parent with a bachelor's degree relative to parents without a bachelor's degree. As shown in Table 2, 46% of the students had at least one parent with a bachelor's degree. Further analysis and research is needed to assess what may be driving this result.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 23 of 34
Breaking the cycle of segregation that begins in the high schools just recently became
more difficult. In a 2007 decision, commonly referred to as Parents v. Seattle, the U.S. Supreme
Court prohibited the use of race as the sole factor in order to integrate public schools and
declined to recognize racial balancing as a compelling state interest.
While some view this decision as an official end to the desegregation era (post Brown v.
Board of Education), the holding opinion authored by Associate Justice Anthony Kennedy,
affirmed that schools have a compelling interest in avoiding racial isolation and achieving a
diverse student population. While the race of an individual student cannot be the sole factor,
Kennedy noted, "School boards may pursue the goal of bringing together students of diverse
backgrounds and races through other means, including strategic site selection of new schools;
drawing attendance zones with general recognition of the demographics of neighborhoods;
allocating resources for special programs; recruiting students and faculty in a targeted fashion;
and tracking enrollments, performance, and other statistics by race. These mechanisms are race
conscious but do not lead to different treatment based on a classification that tells each student he
or she is to be defined by race" (Parents Involved in Community Schools v. Seattle School
District No.1 et al.2007).
The findings from this study highlight the increasing need of communities and school
districts to consider demographic diversity of neighborhoods (and schools) in planning as a way
to both avoid racial isolation and achieve student diversity. In addition, this study also highlights
a measure, the diversity index that is race conscious, yet could withstand the scrutiny of the
current legal holding.
The findings also suggest mechanisms for breaking the cycle that can be implemented by
colleges and state governments. Attending a Longhorn high school increased the diversity index
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 24 of 34
of the student’s preferred college choice. On the other hand, as the percent of economically
disadvantaged at a student’s high school increases, the diversity index of college preference
decreased. Because Longhorn schools represent a select group of high schools that have higher
than average levels of economic disadvantage, these dual findings suggest that attending a
Longhorn schools has a very powerful effect on preferring a college with more racial
heterogeneity than students attending economically segregated high schools that are not eligible
for the Longhorn scholarship to attend UT-Austin. As shown in Table 2, the importance of
financial aid availability was the second highest rated factor influencing college choice. Making
college affordable for the racially and economically segregated would be a vital step in breaking
the cycle of segregation.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 25 of 34
REFERENCES
Allison, Paul. 2007. "Missing Data: A 2-Day Course on Modern Methods for Handling Missing
Data." Princeton, NJ. Bowen, William G. and Derek Curtis Bok. 1998. The Shape of the River: Long-Term
Consequences of Considering Race in College and University Admissions. Princeton, NJ: Princeton University Press.
Braddock, Jomills Henry, II. 1980. "The Perpetuation of Segregation across Levels of Education: A Behavioral Assessment of the Contact-Hypothesis." Sociology of Education 53:178-186.
Braddock, Jomills Henry, II and James M. McPartland. 1989. "Social-Psychological Processes That Perpetuate Racial Segregation: The Relationship Between School and Employment Desegregation." Journal of Black Studies 19:267-289.
Chang, Mitchell J., Nida Denson, Victor Saenz, and Kimberly Misa. 2006. "The Educational Benefits of Sustaining Cross-Racial Interaction among Undergraduates." Journal of Higher Education 77:430-455.
Collins, Chiquita A. and David R. Williams. 1999. "Segregation and Mortality: The Deadly Effects of Racism?" Sociological Forum 14:495-523.
Engberg, Mark E. 2007. "Educating the Workforce for the 21st Century: A Cross-Disciplinary Analysis of the Impact of the Undergraduate Experience on Students Development of a Pluralistic Orientation." Research in Higher Education 48:283-317.
Freeman, Kassie. 1999. "HBCs or PWIs? African American High School Students' Consideration of Higher Education Institution Types " The Review of Higher Education 23:91-106.
Guo, Guang and Hongxin Zhao. 2000. "Multilevel Modeling for Binary Data." Annual Review of Sociology 26:441-462.
Gurin, Patricia, Eric L. Dey, Sylvia Hurtado, and Gerald Gurin. 2002. "Diversity and Higher Education: Theory and Impact on Educational Outcomes." Harvard Educational Review 72:330-336.
Gurin, Patricia, Biren A. Nagda, and Gretchen E. Lopez. 2004. "The Benefits of Diversity in Education for Democratic Citizenship." The Journal of Social Issues 60:17.
Hopwood v. University of Texas. 1996. "78 F. 3d 932 5th Cir." edited by U.S. Court of Appeals for the 5th Circuit: Federal Reporter.
Hurtado, Sylvia. 2007. "Linking Diversity with the Educational and Civic Missions of Higher Education." Review of Higher Education 30:185.
Jackson, Susan E., Karen E. May, and Kristina Whitney. 1995. "Understanding the dynamics of diversity in decision-making teams." Pp. 204-261 in Team effectiveness and decision making in organizations, edited by E. S. R. A. Guzzo, and Associates. San Francisco, CA: Jossey-Bass.
Kuklinski, James H. 2006. "Review: The Scientific Study of Campus Diversity and Students' Educational Outcomes." Public Opinion Quarterly 70:99-120.
Lieberson, Stanley. 1969. "Measuring Population Diversity." American Sociological Review, 34:850-862.
Lynch, Scott. 2003, "Missing Data (Soc 504)", Retrieved 23 July 2008, (http://www.princeton.edu/~slynch/SOC_504/missingdata.pdf).
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Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 26 of 34
Martin, Isaac, Jerome Karabel, and Sean W. Jaquez. 2005. "High School Segregation and Access to the University of California." Educational Policy 19:308-330.
Massey, Douglas S. 1990. "American Apartheid: Segregation and the Making of the Underclass." American Journal of Sociology 96:329-357.
—. 2006. "Social Background and Academic Performance Differentials: White and Minority Students at Selective Colleges." American Law and Economics Review 8:390-409.
Massey, Douglas S., Gretchen A. Condran, and Nancy A. Denton. 1987. "The Effect of Residential Segregation on Black Social and Economic Well-Being." Social Forces 66:29-56.
McDonough, Patricia M., Anthony Lising Antonio, and James W. Trent. 1997. "Black Students, Black Colleges: An African American College Choice Model." Journal for a Just and Caring Education 3:9-36.
Milem, Jeffrey F. 2003. "Educational Benefits of Diversity: Evidence from Multiple Sectors." Pp. 126-169 in Compelling Interest: Examining the Evidence on Racial Dynamics in Colleges and Universities, edited by M. J. Chang, D. Witt, J. Jones, and K. Hakuta. Stanford, CA: Stanford Education, an imprint of Stanford University Press.
Niu, Sunny Xinchun, Marta Tienda, and Kalena Cortes. 2006. "College selectivity and the Texas top 10% law." Economics of Education Review 25:259-272.
Orfield, Gary and Susan E. Eaton. 1996. Dismantling Desegregation. The Quiet Reversal of Brown v. Board of Education. New York, NY: The New Press.
Orfield, Gary and Chungmei Lee. 2007, "Historic Reversals, Accelerating Resegregation, and the Need for New Integration Strategies" A report of the Civil Rights Project, Retrieved (http://www.civilrightsproject.ucla.edu/research/deseg/reversals_reseg_need.pdf).
Pascarella, Ernest and Patrick Terenzini. 1991. How College Affects Students: Findings and Insights from Twenty Years of Research. San Francisco, CA: Jossey-Bass.
Peterson, Ruth D. and Lauren J. Krivo. 1999. "Racial Segregation, the Concentration of Disadvantage, and Black and White Homicide Victimization." Sociological Forum 14:465-493.
Rothman, Stanley, Seymour Martin Lipset, and Neil Nevitte. 2003. "Racial diversity reconsidered." Public Interest:25-38.
Terenzini, Patrick T., Alberto F. Cabrera, Carol L. Colbeck, Stefani A. Bjorklund, and John M. Parente. 2001. "Racial and Ethnic Diversity in the Classroom: Does It Promote Student Learning?" Journal of Higher Education 72:509-531.
Texas Education Agency. 2007, "Enrollment in Texas Public Schools 2005-06", Retrieved 6 May 2007, (http://www.tea.state.tx.us/research/pdfs/enrollment_2005-06.pdf).
Tienda, Marta and Sunny Xinchu Niu. 2006. "Flagships, Feeders, and the Texas Top 10% Law: A Test of the "Brain Drain" Hypothesis." Journal of Higher Education 77:712-739.
U.S. Census Bureau. 2005, "Chapter 6: Residential Segregation of Hispanics or Latinos: 1980 to 2000", Retrieved 6 May 2006, (http://www.census.gov/hhes/www/housing/housing_patterns/ch6.html).
U.S. Supreme Court. 2007. "Parents Involved in Community Schools v. Seattle School District No.1 et al." in 551 U.S. "No. 05-908 in Press": United States Reports.
Wells, Amy Stuart. 1995. "Reexamining social science research on school desegregation: Long-versus short-term effects." Teachers College Record 96:691-706.
Wells, Amy Stuart and Robert L. Crain. 1994. "Perpetuation Theory and the Long-Term Effects of School Desegregation." Review of Educational Research 64:531-555.
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 27 of 34
APPENDIX
The best way to assess the impact of the missing values is to use several approaches to
confirm whether the findings are robust to various approaches. To this end, I also conducted
identical analyses using multiple imputation on the restricted sample of 8,193 (see Table A_1)
and on the full senior sample of 13,803 (see Table A_2). Multiple imputation adjusts for the
downward bias that hotdecking and regression-based imputation produce, its key drawback is
that it assumes the data are missing at random.
If missingness on reported college preference is a function of reported college preference
(e.g., persons who do not intend to go to college do not report a college preference), then the data
are not missing at random. While the data is likely missing at random for the restricted sample, it
is most certainly not among the full senior sample. To this end, I use the Nobel Prize winning
Heckman selection method for imputing missing values that are not missing at random. This
method compensates for the differential propensities to report a college preference and reduces
the likelihood of biased parameters that would arise using multiple imputation or other
imputation approaches. The results from this approach are presented in Table A_3.
Out of curiosity, I wanted to examine the impact of the variables in the present analysis
on the likelihood of reporting a college preference. For this analysis, I simply replaced college
diversity index as the outcome measure with a dichotomous variable identifying whether a
student reported a college preference. The results from this approach are presented in Table
A_4a (coefficients) and Table A_4b (odds ratios). Using listwise deletion, there is no relation
between high school racial diversity and reporting a college preference in an unconditional
model (model 1) or a model that includes race (model 2). When school-level characteristics are
added (model 3), however, a negative relationship develops between high school racial
heterogeneity and reporting a college preference that is maintained through the remaining
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 28 of 34
models. The model is strongest (F=90.02) when the student-level demographic and educational
experience variables are added (model 4). Any racial differences in reporting a college
preference were eliminated in model 4 after controlling for other demographics and educational
experiences. With the exception of language, all of the non-race student-level variables in the
analysis had a direct effect on reporting a college preference. The only school-level variable with
a direct effect on reporting a college preference is attending a feeder high school.
Appendix Tables (Table A_1) about here
Appendix Tables (Table A_2) about here
Appendix Tables (Table A_3) about here
Appendix Tables (Table A_4a) about here
Appendix Tables (Table A_4b) about here
Racial Diversity and College Choice--DRAFT: NOT FOR CITATION OR REPRODUCTION WITHOUT AUTHOR'S CONSENT--
Donnell Butler, [email protected]
Draft Date: 08/04/08 Page 29 of 34
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
0.15
7(0
.033
)**
*0.
179
(0.0
28)
***
0.15
7(0
.027
)**
*0.
154
(0.0
26)
***
0.15
1(0
.026
)**
*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e0.
000
(0.0
00)
0.00
0(0
.000
)0.
000
(0.0
00)
Per
cent
age
of s
tude
nts
with
col
lege
pla
ns
-0.0
01(0
.000
)*
-0.0
01(0
.000
)*
-0.0
01(0
.000
)*
Feed
er h
igh
scho
ol-0
.014
(0.0
17)
-0.0
08(0
.018
)-0
.005
(0.0
16)
Long
horn
sch
ool
0.06
5(0
.024
)**
0.06
0(0
.023
)*
0.05
8(0
.023
)*
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
0.00
0(0
.000
)0.
000
(0.0
00)
0.00
0(0
.000
)P
erce
ntag
e of
stu
dent
s w
ho q
ualif
y fo
r fre
e or
redu
ced
lunc
h-0
.001
(0.0
00)
*-0
.001
(0.0
00)
**-0
.001
(0.0
00)
**
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
-0.0
27(0
.011
)*
-0.0
36(0
.013
)**
-0.0
41(0
.014
)**
-0.0
38(0
.013
)*
His
pani
c0.
046
(0.0
14)
**0.
046
(0.0
11)
***
0.03
7(0
.010
)**
0.03
1(0
.011
)**
Asi
an0.
120
(0.0
12)
***
0.11
5(0
.011
)**
*0.
116
(0.0
11)
***
0.10
8(0
.010
)**
*N
ativ
e A
mer
ican
0.05
0(0
.021
)*
0.04
7(0
.022
)0.
040
(0.0
23)
0.04
0(0
.024
)O
ther
race
0.01
4(0
.010
)0.
009
(0.0
10)
0.00
6(0
.010
)0.
004
(0.0
10)
Rac
e m
issi
ng0.
033
(0.0
12)
**0.
033
(0.0
12)
**0.
027
(0.0
12)
*0.
025
(0.0
11)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
-0.0
29(0
.006
)**
*-0
.021
(0.0
05)
***
Mal
e-0
.002
(0.0
05)
-0.0
01(0
.005
)U
.S. c
itize
n-0
.002
(0.0
11)
0.00
1(0
.011
)E
nglis
h no
t alw
ays
prim
ary
lang
uage
0.00
0(0
.008
)-0
.005
(0.0
07)
Edu
catio
nal E
xper
ienc
esC
lass
Ran
k P
erce
ntile
0.00
0(0
.000
)0.
000
(0.0
00)
Enr
olle
d in
col
lege
pre
p tra
ck-0
.010
(0.0
05)
-0.0
06(0
.005
)P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
-0.0
01(0
.010
)0.
005
(0.0
09)
Exp
ects
to a
ttend
two
or fo
ur y
ear c
olle
ge a
fter h
igh
scho
ol-0
.008
(0.0
06)
-0.0
04(0
.006
)C
olle
ge a
ttend
ance
enc
oura
gem
ent f
rom
par
ents
, tea
cher
s, a
nd c
ouns
elor
s-0
.007
(0.0
09)
-0.0
03(0
.009
)
Cho
ice
Pre
fere
nces
Low
exp
ense
s0.
010
(0.0
03)
**A
vaila
bilit
y of
fina
ncia
l aid
-0.0
10(0
.003
)**
Ath
letic
s re
puta
tion
-0.0
02(0
.004
)A
bilit
y to
live
at h
ome
0.01
8(0
.005
)**
*A
bilit
y to
live
aw
ay fr
om h
ome
0.00
1(0
.004
)R
elig
ious
env
ironm
ent
-0.0
25(0
.003
)**
*Jo
b pl
acem
ent s
ucce
ss0.
007
(0.0
03)
Aca
dem
ic re
puta
tion
-0.0
03(0
.004
)A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am0.
003
(0.0
05)
Eth
nora
cial
mix
of s
tude
nts
or fa
culty
0.01
0(0
.004
)*
Siz
e-0
.006
(0.0
04)
Lega
cy-0
.011
(0.0
05)
*Fr
iend
s pl
an to
atte
nd-0
.003
(0.0
04)
Fam
ily c
onne
ctio
n-0
.005
(0.0
05)
Fam
ily o
pini
on-0
.008
(0.0
03)
*Fr
iend
ship
with
alu
mni
0.00
0(0
.006
)
Con
stan
t0.
341
(0.0
17)
***
0.31
7(0
.013
)**
*0.
367
(0.0
31)
***
0.40
4(0
.038
)**
*0.
419
(0.0
36)
***
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=8,1
93 --
Mis
sing
val
ues
are
hand
led
usin
g m
ultip
le im
puta
tion
*p <
.05
** p
<.01
***
p<.
001
(two-
taile
d te
sts)
Tabl
e A
_1. C
oeffi
cien
ts fr
om th
e Li
near
Reg
ress
ion
of S
elec
ted
Expl
anat
ory
Varia
bles
on
the
Div
ersi
ty In
dex
of S
tude
nt's
Pre
ferr
ed F
irst C
olle
ge C
hoic
e, M
ultip
le Im
puta
tion,
N=8
,193
(St
anda
rd e
rror
s in
par
enth
eses
)M
odel
1M
odel
2M
odel
3M
odel
4M
odel
5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 30 of 34
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
0.17
3(0
.030
)**
*0.
192
(0.0
26)
***
0.17
1(0
.023
)**
*0.
168
(0.0
22)
***
0.16
5(0
.023
)**
*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e0.
000
(0.0
00)
*0.
000
(0.0
00)
**0.
000
(0.0
00)
**P
erce
ntag
e of
stu
dent
s w
ith c
olle
ge p
lans
-0
.001
(0.0
00)
*-0
.001
(0.0
00)
**-0
.001
(0.0
00)
**Fe
eder
hig
h sc
hool
-0.0
14(0
.016
)-0
.007
(0.0
17)
-0.0
07(0
.016
)Lo
ngho
rn s
choo
l0.
059
(0.0
14)
*0.
056
(0.0
13)
***
0.05
3(0
.013
)*
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
0.00
0(0
.000
)*
0.00
0(0
.000
)*
0.00
0(0
.000
)*
Per
cent
age
of s
tude
nts
who
qua
lify
for f
ree
or re
duce
d lu
nch
-0.0
01(0
.000
)*
-0.0
01(0
.000
)**
-0.0
01(0
.000
)**
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
-0.0
32(0
.009
)*
-0.0
42(0
.010
)**
*-0
.045
(0.0
10)
**-0
.041
(0.0
10)
*H
ispa
nic
0.04
9(0
.011
)**
*0.
044
(0.0
08)
***
0.03
6(0
.009
)**
0.03
0(0
.009
)**
Asi
an0.
126
(0.0
15)
***
0.11
6(0
.013
)**
*0.
118
(0.0
13)
***
0.10
8(0
.013
)**
*N
ativ
e A
mer
ican
0.03
6(0
.029
)0.
037
(0.0
29)
0.03
0(0
.029
)0.
031
(0.0
29)
Oth
er ra
ce0.
022
(0.0
15)
0.01
6(0
.015
)0.
014
(0.0
15)
0.01
1(0
.014
)R
ace
mis
sing
0.01
8(0
.021
)0.
019
(0.0
20)
0.01
4(0
.020
)0.
013
(0.0
19)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
-0.0
28(0
.005
)**
*-0
.020
(0.0
05)
***
Mal
e-0
.002
(0.0
09)
0.00
1(0
.009
)U
.S. c
itize
n-0
.001
(0.0
10)
0.00
0(0
.010
)E
nglis
h no
t alw
ays
prim
ary
lang
uage
0.00
0(0
.007
)-0
.002
(0.0
06)
Edu
catio
nal E
xper
ienc
esC
lass
Ran
k P
erce
ntile
0.00
0(0
.000
)0.
000
(0.0
00)
Enr
olle
d in
col
lege
pre
p tra
ck-0
.005
(0.0
07)
-0.0
03(0
.007
)P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
0.00
0(0
.009
)0.
008
(0.0
09)
Exp
ects
to a
ttend
two
or fo
ur y
ear c
olle
ge a
fter h
igh
scho
ol-0
.003
(0.0
08)
0.00
0(0
.009
)C
olle
ge a
ttend
ance
enc
oura
gem
ent f
rom
par
ents
, tea
cher
s, a
nd c
ouns
elor
s-0
.003
(0.0
08)
-0.0
05(0
.007
)
Cho
ice
Pre
fere
nces
Low
exp
ense
s0.
007
(0.0
05)
Ava
ilabi
lity
of fi
nanc
ial a
id-0
.006
(0.0
03)
**A
thle
tics
repu
tatio
n-0
.006
(0.0
04)
Abi
lity
to li
ve a
t hom
e0.
019
(0.0
04)
***
Abi
lity
to li
ve a
way
from
hom
e0.
000
(0.0
04)
Rel
igio
us e
nviro
nmen
t-0
.024
(0.0
03)
***
Job
plac
emen
t suc
cess
0.00
8(0
.004
)A
cade
mic
repu
tatio
n-0
.001
(0.0
04)
Ava
ilabi
lity
of d
esire
d de
gree
pro
gram
0.00
1(0
.006
)E
thno
raci
al m
ix o
f stu
dent
s or
facu
lty0.
011
(0.0
04)
*S
ize
-0.0
03(0
.003
)Le
gacy
-0.0
10(0
.005
)Fr
iend
s pl
an to
atte
nd-0
.001
(0.0
04)
Fam
ily c
onne
ctio
n-0
.007
(0.0
06)
Fam
ily o
pini
on-0
.006
(0.0
05)
Frie
ndsh
ip w
ith a
lum
ni-0
.004
(0.0
06)
Con
stan
t0.
337
(0.0
15)
***
0.31
2(0
.013
)**
*0.
345
(0.0
25)
***
0.36
3(0
.032
)**
*0.
378
(0.0
33)
***
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=13,
803
-- M
issi
ng v
alue
s ar
e ha
ndle
d us
ing
mul
tiple
impu
tatio
n*p
<.0
5 **
p<.
01 *
** p
<.00
1 (tw
o-ta
iled
test
s)
Tabl
e A
_2. C
oeffi
cien
ts fr
om th
e Li
near
Reg
ress
ion
of S
elec
ted
Expl
anat
ory
Varia
bles
on
the
Div
ersi
ty In
dex
of S
tude
nt's
Pre
ferr
ed F
irst C
olle
ge C
hoic
e, M
ultip
le Im
puta
tion,
N=1
3,80
3 (S
tand
ard
erro
rs in
par
enth
eses
)M
odel
1M
odel
2M
odel
3M
odel
4M
odel
5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 31 of 34
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igC
oef
SE
Sig
Coe
fS
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
0.15
7(0
.033
)**
*0.
179
(0.0
28)
***
0.15
7(0
.027
)**
*0.
153
(0.0
24)
***
0.15
0(0
.025
)**
*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e0.
000
(0.0
00)
0.00
0(0
.000
)*
0.00
0(0
.000
)P
erce
ntag
e of
stu
dent
s w
ith c
olle
ge p
lans
-0
.001
(0.0
00)
*-0
.001
(0.0
00)
*0.
000
(0.0
00)
Feed
er h
igh
scho
ol-0
.014
(0.0
17)
-0.0
05(0
.017
)-0
.004
(0.0
15)
Long
horn
sch
ool
0.06
5(0
.024
)**
0.05
6(0
.023
)*
0.05
6(0
.023
)*
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
0.00
0(0
.000
)0.
000
(0.0
00)
0.00
0(0
.000
)P
erce
ntag
e of
stu
dent
s w
ho q
ualif
y fo
r fre
e or
redu
ced
lunc
h-0
.001
(0.0
00)
*-0
.001
(0.0
00)
**-0
.001
(0.0
00)
**
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
-0.0
27(0
.011
)*
-0.0
37(0
.013
)**
-0.0
44(0
.016
)**
-0.0
40(0
.015
)*
His
pani
c0.
046
(0.0
14)
**0.
046
(0.0
11)
***
0.03
9(0
.011
)**
0.03
5(0
.012
)**
Asi
an0.
121
(0.0
12)
***
0.11
5(0
.011
)**
*0.
110
(0.0
11)
***
0.09
8(0
.012
)**
*N
ativ
e A
mer
ican
0.04
9(0
.021
)*
0.04
7(0
.022
)*
0.03
4(0
.029
)0.
032
(0.0
33)
Oth
er ra
ce0.
013
(0.0
10)
0.00
9(0
.010
)0.
007
(0.0
12)
0.00
3(0
.011
)R
ace
mis
sing
0.03
1(0
.013
)*
0.02
9(0
.012
)*
0.01
9(0
.022
)0.
016
(0.0
21)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
-0.0
29(0
.005
)**
*-0
.020
(0.0
04)
***
Mal
e-0
.001
(0.0
04)
0.00
2(0
.004
)U
.S. c
itize
n-0
.010
(0.0
13)
-0.0
09(0
.012
)E
nglis
h no
t alw
ays
prim
ary
lang
uage
0.00
1(0
.008
)-0
.001
(0.0
08)
Edu
catio
nal E
xper
ienc
esC
lass
Ran
k P
erce
ntile
0.00
0(0
.000
)0.
000
(0.0
00)
Enr
olle
d in
col
lege
pre
p tra
ck-0
.009
(0.0
05)
-0.0
06(0
.005
)P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
0.00
3(0
.011
)0.
008
(0.0
11)
Exp
ects
to a
ttend
two
or fo
ur y
ear c
olle
ge a
fter h
igh
scho
ol-0
.012
(0.0
09)
-0.0
10(0
.008
)C
olle
ge a
ttend
ance
enc
oura
gem
ent f
rom
par
ents
, tea
cher
s, a
nd c
ouns
elor
s-0
.004
(0.0
09)
-0.0
02(0
.009
)
Cho
ice
Pre
fere
nces
Low
exp
ense
s0.
010
(0.0
03)
**A
vaila
bilit
y of
fina
ncia
l aid
-0.0
11(0
.003
)**
Ath
letic
s re
puta
tion
-0.0
07(0
.004
)A
bilit
y to
live
at h
ome
0.02
0(0
.005
)**
*A
bilit
y to
live
aw
ay fr
om h
ome
0.00
2(0
.004
)R
elig
ious
env
ironm
ent
-0.0
24(0
.003
)**
*Jo
b pl
acem
ent s
ucce
ss0.
005
(0.0
03)
Aca
dem
ic re
puta
tion
-0.0
02(0
.005
)A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am0.
004
(0.0
06)
Eth
nora
cial
mix
of s
tude
nts
or fa
culty
0.01
2(0
.005
)*
Siz
e-0
.004
(0.0
03)
Lega
cy-0
.012
(0.0
06)
*Fr
iend
s pl
an to
atte
nd-0
.004
(0.0
05)
Fam
ily c
onne
ctio
n-0
.004
(0.0
05)
Fam
ily o
pini
on-0
.003
(0.0
03)
Frie
ndsh
ip w
ith a
lum
ni-0
.005
(0.0
05)
Con
stan
t0.
337
(0.0
15)
***
0.31
4(0
.013
)**
*0.
363
(0.0
31)
***
0.39
8(0
.033
)**
*0.
414
(0.0
40)
***
N13
,803
13
,803
13,8
03
12
,500
12,2
37
F-
Sta
tistic
(Adj
uste
d W
ald
Test
For
Com
plex
Sur
vey
Dat
a)22
.32
22
.94
17.9
2
17
.49
32.9
0
M
odel
Deg
rees
of F
reed
om1
6
6
9
9
Des
ign
Deg
rees
of F
reed
om52
52
52
52
52
P
r>F
0.00
00.
000
0.00
00.
000
0.00
0
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=13,
803
-- M
issi
ng v
alue
s ar
e ha
ndle
d us
ing
heck
man
sel
ecte
d m
etho
d*p
<.0
5 **
p<.
01 *
** p
<.00
1 (tw
o-ta
iled
test
s)
Tabl
e A
_3. C
oeffi
cien
ts fr
om th
e Li
near
Reg
ress
ion
of S
elec
ted
Expl
anat
ory
Varia
bles
on
the
Div
ersi
ty In
dex
of S
tude
nt's
Pre
ferr
ed F
irst C
olle
ge C
hoic
e, H
eckm
an S
elec
tion
Met
hod,
N=1
3,80
3 (S
tand
ard
erro
rs in
par
enth
eses
)M
odel
1M
odel
2M
odel
3M
odel
4M
odel
5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 32 of 34
Coe
f.S
ES
igC
oef.
SE
Sig
Coe
f.S
ES
igC
oef.
SE
Sig
Coe
f.S
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
-0.1
91(0
.294
)-0
.523
(0.2
74)
-0.6
21(0
.287
)*
-0.5
58(0
.259
)*
-0.5
39(0
.250
)*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e0.
000
(0.0
00)
0.00
0(0
.000
)0.
000
(0.0
00)
Per
cent
age
of s
tude
nts
with
col
lege
pla
ns
0.00
0(0
.003
)0.
000
(0.0
03)
0.00
0(0
.003
)Fe
eder
hig
h sc
hool
0.55
5(0
.185
)**
0.39
9(0
.100
)**
*0.
217
(0.0
86)
*Lo
ngho
rn s
choo
l-0
.341
(0.2
88)
-0.1
87(0
.291
)-0
.213
(0.2
69)
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
0.00
3(0
.003
)0.
003
(0.0
02)
0.00
2(0
.002
)P
erce
ntag
e of
stu
dent
s w
ho q
ualif
y fo
r fre
e or
redu
ced
lunc
h0.
002
(0.0
03)
0.00
0(0
.003
)0.
002
(0.0
03)
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
-0.2
03(0
.131
)-0
.090
(0.1
45)
0.09
3(0
.152
)0.
133
(0.1
35)
His
pani
c-0
.565
(0.0
92)
***
-0.5
06(0
.099
)**
*-0
.056
(0.1
18)
-0.0
03(0
.113
)A
sian
0.14
2(0
.188
)0.
074
(0.1
64)
-0.1
21(0
.153
)-0
.065
(0.1
71)
Nat
ive
Am
eric
an-0
.911
(0.3
71)
*-0
.850
(0.3
55)
*-0
.441
(0.2
99)
-0.4
28(0
.298
)O
ther
race
-0.2
85(0
.198
)-0
.289
(0.2
02)
-0.0
93(0
.220
)-0
.092
(0.2
25)
Rac
e m
issi
ng-0
.316
(0.4
33)
-0.2
73(0
.499
)-0
.040
(0.4
52)
0.00
9(0
.387
)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
0.29
2(0
.107
)**
0.23
4(0
.108
)*
Mal
e-0
.515
(0.0
93)
***
-0.4
04(0
.087
)**
*U
.S. c
itize
n0.
252
(0.1
26)
*0.
179
(0.1
23)
Eng
lish
not a
lway
s pr
imar
y la
ngua
ge-0
.142
(0.0
88)
-0.1
13(0
.084
)
Edu
catio
nal E
xper
ienc
e sC
lass
Ran
k P
erce
ntile
-0.0
15(0
.003
)**
*-0
.012
(0.0
03)
***
Enr
olle
d in
col
lege
pre
p tra
ck0.
512
(0.1
06)
***
0.40
8(0
.110
)**
*P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
0.39
5(0
.195
)*
0.23
7(0
.194
)E
xpec
ts to
atte
nd tw
o or
four
yea
r col
lege
afte
r hig
h sc
hool
1.28
0(0
.087
)**
*1.
215
(0.0
95)
***
Col
lege
atte
ndan
ce e
ncou
rage
men
t fro
m p
aren
ts, t
each
ers,
and
cou
nsel
ors
0.74
8(0
.148
)**
*0.
608
(0.1
59)
***
Cho
ice
Pre
fere
nce s
Low
exp
ense
s-0
.199
(0.1
08)
Ava
ilabi
lity
of fi
nanc
ial a
id0.
171
(0.0
56)
**A
thle
tics
repu
tatio
n-0
.215
(0.0
84)
*A
bilit
y to
live
at h
ome
-0.1
84(0
.042
)**
*A
bilit
y to
live
aw
ay fr
om h
ome
0.15
7(0
.060
)*
Rel
igio
us e
nviro
nmen
t-0
.001
(0.0
95)
Job
plac
emen
t suc
cess
-0.0
33(0
.078
)A
cade
mic
repu
tatio
n0.
226
(0.0
61)
**A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am0.
233
(0.0
87)
*E
thno
raci
al m
ix o
f stu
dent
s or
facu
lty-0
.170
(0.0
67)
Siz
e0.
249
(0.0
68)
**Le
gacy
-0.0
83(0
.085
)Fr
iend
s pl
an to
atte
nd0.
073
(0.0
79)
Fam
ily c
onne
ctio
n-0
.291
(0.1
04)
**Fa
mily
opi
nion
0.24
4(0
.089
)**
Frie
ndsh
ip w
ith a
lum
ni-0
.186
(0.0
69)
**
Con
stan
t1.
171
(0.1
33)
***
1.51
4(0
.132
)**
*1.
207
(0.2
87)
***
-0.2
15(0
.351
)-0
.627
(0.3
48)
F-S
tatis
tic (A
djus
ted
Wal
d Te
st F
or C
ompl
ex S
urve
y D
ata)
0.42
7.
36
2.40
90
.02
20.5
5
M
odel
Deg
rees
of F
reed
om1
6
6
9
16
Des
ign
Deg
rees
of F
reed
om52
52
52
52
52
Pr>
F0.
519
0.00
00.
042
0.00
00.
000
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=8,9
09 --
Mis
sing
val
ues
are
hand
led
usin
g lis
twis
e de
letio
n*p
<.0
5 **
p<.
01 *
** p
<.00
1 (tw
o-ta
iled
test
s)
Tabl
e A
_4a.
Coe
ffici
ents
from
the
Logi
stic
Reg
ress
ion
of S
elec
ted
Expl
anat
ory
Varia
bles
on
Stud
ent R
epor
ting
a Pr
efer
red
Firs
t Col
lege
Cho
ice,
Lis
twis
e D
elet
ion,
N=8
,909
(St
anda
rd e
rror
s in
par
enth
eses
)M
odel
1M
odel
2M
odel
3M
odel
4M
odel
5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 33 of 34
Odd
s R
atio
S
ES
ig O
dds
Rat
io
SE
Sig
Odd
s R
atio
S
ES
ig O
dds
Rat
io
SE
Sig
Odd
s R
atio
S
ES
igEx
plan
ator
y M
easu
res
[Hig
h Sc
hool
Lev
el]
Hig
h S
choo
l Div
ersi
ty In
dex
0.82
6(0
.243
)0.
593
(0.1
63)
0.53
7(0
.154
)*
0.57
2(0
.148
)*
0.58
3(0
.146
)*
Oth
er H
igh
Sch
ool C
hara
cter
istic
sE
nrol
lmen
t siz
e1.
000
(0.0
00)
1.00
0(0
.000
)1.
000
(0.0
00)
Per
cent
age
of s
tude
nts
with
col
lege
pla
ns
1.00
0(0
.003
)1.
000
(0.0
03)
1.00
0(0
.003
)Fe
eder
hig
h sc
hool
1.74
2(0
.323
)**
1.49
0(0
.150
)**
*1.
243
(0.1
07)
*Lo
ngho
rn s
choo
l0.
711
(0.2
05)
0.83
0(0
.241
)0.
808
(0.2
17)
Per
cent
age
of s
tude
nts
pass
ing
stat
e al
gebr
a te
st
1.00
3(0
.003
)1.
003
(0.0
02)
1.00
2(0
.002
)P
erce
ntag
e of
stu
dent
s w
ho q
ualif
y fo
r fre
e or
redu
ced
lunc
h1.
002
(0.0
03)
1.00
0(0
.003
)1.
002
(0.0
03)
Expl
anat
ory
Mea
sure
s [S
tude
nt L
evel
]R
ace
Whi
te (r
efer
ence
cat
egor
y)B
lack
0.81
6(0
.107
)0.
914
(0.1
32)
1.09
8(0
.166
)1.
142
(0.1
54)
His
pani
c0.
569
(0.0
52)
***
0.60
3(0
.060
)**
*0.
946
(0.1
12)
0.99
7(0
.113
)A
sian
1.15
2(0
.217
)1.
077
(0.1
76)
0.88
6(0
.136
)0.
937
(0.1
60)
Nat
ive
Am
eric
an0.
402
(0.1
49)
*0.
427
(0.1
52)
*0.
644
(0.1
92)
0.65
2(0
.194
)O
ther
race
0.75
2(0
.149
)0.
749
(0.1
51)
0.91
1(0
.201
)0.
912
(0.2
05)
Rac
e m
issi
ng0.
729
(0.3
16)
0.76
1(0
.380
)0.
961
(0.4
34)
1.00
9(0
.390
)
Oth
er D
emog
raph
ic C
hara
cter
istic
sP
aren
t with
a b
ache
lor's
deg
ree
1.34
0(0
.143
)**
1.26
4(0
.136
)*
Mal
e0.
597
(0.0
56)
***
0.66
8(0
.058
)**
*U
.S. c
itize
n1.
287
(0.1
62)
*1.
197
(0.1
48)
Eng
lish
not a
lway
s pr
imar
y la
ngua
ge0.
867
(0.0
77)
0.89
3(0
.075
)
Edu
catio
nal E
xper
ienc
e sC
lass
Ran
k P
erce
ntile
0.98
5(0
.003
)**
*0.
988
(0.0
03)
***
Enr
olle
d in
col
lege
pre
p tra
ck1.
669
(0.1
76)
***
1.50
3(0
.165
)**
*P
erce
ntag
e of
ava
ilabl
e A
P c
ours
es ta
ken
1.48
5(0
.289
)*
1.26
7(0
.246
)E
xpec
ts to
atte
nd tw
o or
four
yea
r col
lege
afte
r hig
h sc
hool
3.59
7(0
.313
)**
*3.
370
(0.3
19)
***
Col
lege
atte
ndan
ce e
ncou
rage
men
t fro
m p
aren
ts, t
each
ers,
and
cou
nsel
ors
2.11
2(0
.313
)**
*1.
837
(0.2
93)
***
Cho
ice
Pre
fere
nce s
Low
exp
ense
s0.
820
(0.0
89)
Ava
ilabi
lity
of fi
nanc
ial a
id1.
186
(0.0
67)
**A
thle
tics
repu
tatio
n0.
806
(0.0
68)
*A
bilit
y to
live
at h
ome
0.83
2(0
.035
)**
*A
bilit
y to
live
aw
ay fr
om h
ome
1.17
0(0
.070
)*
Rel
igio
us e
nviro
nmen
t0.
999
(0.0
95)
Job
plac
emen
t suc
cess
0.96
8(0
.075
)A
cade
mic
repu
tatio
n1.
254
(0.0
77)
**A
vaila
bilit
y of
des
ired
degr
ee p
rogr
am1.
263
(0.1
10)
*E
thno
raci
al m
ix o
f stu
dent
s or
facu
lty0.
844
(0.0
56)
Siz
e1.
283
(0.0
87)
**Le
gacy
0.92
0(0
.079
)Fr
iend
s pl
an to
atte
nd1.
076
(0.0
85)
Fam
ily c
onne
ctio
n0.
748
(0.0
78)
**Fa
mily
opi
nion
1.27
6(0
.114
)**
Frie
ndsh
ip w
ith a
lum
ni0.
830
(0.0
57)
**
F-S
tatis
tic (A
djus
ted
Wal
d Te
st F
or C
ompl
ex S
urve
y D
ata)
0.42
7.
36
2.40
90
.02
20.5
5
M
odel
Deg
rees
of F
reed
om1
6
6
9
16
Des
ign
Deg
rees
of F
reed
om52
52
52
52
52
Pr>
F0.
519
0.00
00.
042
0.00
00.
000
Sou
rce:
200
2 Te
xas
Hig
her E
duca
tion
Opp
ortu
nity
Pro
ject
Stu
dy o
f Hig
h S
choo
l Sen
iors
.N
=8,9
09 --
Mis
sing
val
ues
are
hand
led
usin
g lis
twis
e de
letio
n*p
<.0
5 **
p<.
01 *
** p
<.00
1 (tw
o-ta
iled
test
s)
Tabl
e A
_4b.
Odd
s R
atio
s fr
om th
e Lo
gist
ic R
egre
ssio
n of
Sel
ecte
d Ex
plan
ator
y Va
riabl
es o
n St
uden
t Rep
ortin
g a
Pref
erre
d Fi
rst C
olle
ge C
hoic
e, L
istw
ise
Del
etio
n, N
=8,9
09 (
Stan
dard
err
ors
in p
aren
thes
es)
Mod
el 1
Mod
el 2
Mod
el 3
Mod
el 4
Mod
el 5
Draft Date: 08/04/08 DRAFT: DO NOT CITE Page 34 of 34