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Psychological /2000, Vol 12, No. I, 77-88
Copyright 2000 by the American Psychological Association, Inc.1040-3590/00/$5.00 DOI: 10.1037//1040-3590.12.1.77
Development and Validation of the Stephenson MultigroupAcculturation Scale (SMAS)
Margaret StephensonUniversity of Massachusetts at Amherst
This article describes the development and psychometric evaluation of the Stephenson Multigroup
Acculturation Scale (SMAS). Three studies were conducted to describe its development and refinement,
examine its psychometric properties with 436 participants from 5 ethnic groups, and examine the
robustness of the factor structure with a new sample. Exploratory factor analyses generated a 2-factor
solution: ethnic society immersion and dominant society immersion. Item refinement resulted in a
32-item version of the SMAS. Findings indicated a robust factor structure across groups. Confirmatory
factor analysis indicated that the 2-factnr model provided a close approximation to the observed data.
Studies indicated high reliability and validity indexes. Findings support the role of acculturation as a
mediator between ethnic group affiliation and standardized assessment results.
As U.S. demographics continue to change, acculturation is in-
creasingly being viewed as an important variable that provides a
framework for understanding between- and within-ethnic group
differences. The importance of acculturation has not been evi-
denced in the psychological literature at large for a number of
reasons. First, the complexity of the construct of acculturation has
historically not been well understood. Second, this construct has
been applied only to selected ethnic minority groups, suggesting
that the process of acculturation applies to some groups and not to
others. Third, research across racial and ethnic groups in the
United States has historically focused on defining difference as
deficit. Thus, the focus of much research has been on the origins
of deficits rather than on questions pertaining to the roles of
experiences, environment, and culture in distinguishing pathology
from distinctiveness (Watts, 1994).
Conceptualization of Acculturation
The theoretical conceptualization of acculturation has shifted
from a simplified bipolar model (unacculturated to acculturated or
assimilated) to the recognition that acculturation is a complex,
multidimensional process of learning that occurs when individuals
and groups come into continuous contact with different societies.
This process appears to be common across many kinds of cultural
groups (immigrants, migrants, indigenous people, sojoumers, and
refugees), and voluntary as well as involuntary groups (Berry &
Sam, 1997). What varies is the course, level of difficulty, and to
some extent, the outcome of this process (Berry, 1996). Involve-
ment in one society does not necessitate a decrease in involvement
in another; therefore, individuals can assume a number of accul-
turation positions (Berry, 1980). On the basis of this theoretical
Correspondence concerning this article should be addressed to Margaret
Stephenson, Psychology Department, Tobin Hall, University of Massachu-
setts at Amherst, Amherst, Massachusetts 01003-7710. Electronic mail
may be sent to [email protected].
conceptualization, assessment of acculturation entails measure-
ment of identification with the society of origin as well as with the
dominant society.
A widely accepted and cited framework proposed by Berry and
his colleagues conceptualized individual-level acculturation as a
multidimensional process of change that occurs when individuals
of differing cultural groups come into continuous contact (Berry,
1980; Berry, 1992; Berry, 1996; Berry & Kim, 1988; Berry &
Sam, 1997). These changes result in a variety of acculturation
positions determined according to how individuals deal with two
central issues. The first issue addresses retention of, or immersion
in, an ethnic society other than the dominant society. The second
addresses adoption of, or immersion in, the dominant society. The
negotiation of these two central issues results in four distinct
acculturation positions or modes of acculturation: assimilation,
integration, separation, or marginalization. Assimilation entails
moving away from one's ethnic society and immersing fully hi the
dominant society. Integration entails immersion in both ethnic and
dominant societies. Separation entails withdrawal from dominant
society and complete immersion in ethnic society, a process that
may be self-imposed or societally imposed (e.g., segregation).
Marginalization entails a lack of meaningful immersion in either
ethnic or dominant societies. Viewed from this framework, an
independent assessment of degree of immersion in dominant and
ethnic societies is needed.
Importance of Acculturation
The importance of measuring acculturation lies first in the
ability to provide an index of the degree of confidence that can be
assumed in interpreting standard assessment procedures. Measure-
ment of acculturation also serves as a tool to delineate the relative
contributions of dominant and ethnic society experiences in ob-
served differences between groups in research, assessment, and
clinical presentation (Dana, 1993). One can assume that many
traditional psychological theories are particularistic rather than
universal and that most traditional instruments were normed on
dominant group participants, reflecting a particular world view as
77
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78 STEPHENSON
well as a particular social context (Trickett, Watts, & Birman,
1994). It stands to reason that those individuals who more closely
fit particular demographics will perform differently than those who
deviate from them.
Numerous research findings have supported the assumption that
acculturation level impacts assessment results. For example, sig-
nificant differences have been noted on the Minnesota Multiphasic
Personality Inventory (MMPI; Hathaway & McKinley, 1943) pro-
files of ethnic minority group members compared with members of
ethnic majority groups (Dana, 1993; Dana, 1995; Montgomery &
Orozco, 1985). Montgomery, Arnold, and Orozco (1990) reported
that, when acculturation level was statistically controlled, differ-
ences in MMPI scores between ethnic minority and ethnic majority
individuals were reduced. This finding indicates the importance of
acculturation level in the interpretation of standardized tests.
Greene (1987) has emphasized that conclusions about real differ-
ences between groups must be carefully considered if relevant
variables are not controlled and analyzed. He also stated that
moderator variables are more important determinants of perfor-
mance than ethnic group status. It appears that assessing the role of
moderator-mediator variables in observed differences between
groups and clarifying an individual's identification widi a partic-
ular ethnic group are imperative (Greene, 1987; Zalewski &
Greene, 1996).
Similarly, numerous researchers have begun to address the
impact of acculturation on the concept of illness, expression of
symptoms, mental health functioning, entry into the mental health
system, and the therapeutic process (Atkinson, Casas, & Abreu,
1992; Atkinson, Thompson, & Grant, 1993; Matin, Gamba, &
Marin, 1992; Montgomery, 1992). These researchers have collec-
tively pointed to the importance of assessing the strength of
identification with a particular ethnic group in the recognition and
interpretation of clinical symptoms (Dinges & Cherry, 1995;
Grieger & Ponterotto, 1995; Keitel, Kopola, & Adamson, 1995).
Moreland (1996) suggested that individuals who are immersed in
dominant American society can be safely assessed with standard
interpretive procedures, whereas individuals who are not immersed
in dominant American society require alternative assessment pro-
cedures that are more culturally sensitive.
Second, acculturation is an important construct for making sense
of differences within ethnic groups. In the United States, the
process of acculturation has been applied exclusively to racial and
ethnic minorities and is assumed to be relevant only to those
groups. The assumption is that Whites and ethnic majority indi-
viduals are assimilated, whereas non-Whites and ethnic minority
individuals are unacculturated. Keeping in mind that the attitudes
of the dominant society toward particular groups will determine, in
part, the acculturation experience, process, and ultimate adaptation
of those groups (Berry, 1980), acculturation is likely not a process
relevant only to racial and ethnic minority individuals. In each
ethnic group there exists a wide array of within-group differences
that result from differing experiences in dominant American soci-
ety. The fact that an individual appears to be of a particular ethnic
or racial group does not mean that the individual is immersed in
one society rather than another (Dana, 1993). For example, a racial
minority individual may be more immersed in dominant American
society than a first-generation White European immigrant. It
would seem that all individuals, regardless of race or ethnic group
affiliation, should undergo some process of change in order to
adapt to a society different from their society of origin. Research
indicates that the process of adaptation is common across many
cultural groups (Berry & Sam, 1997). It would stand to reason that
testing a first-generation immigrant would be very different than
testing a third- or fourth-generation individual (Suzuki, Vraniak, &
Kugler, 1996), regardless of race or ethnic group affiliation.
Despite the documented importance of acculturation, research
studies have not examined common aspects of this process across
ethnic groups. Furthermore, the gap in the available assessment
instruments has limited research and has made widespread assess-
ment of this important variable impossible. There are currently
available a number of acculturation instruments designed for use
with specific Asian American groups (Matsumoto, Meredith, &
Masuda, 1970; Sodowsky & Carey, 1988; Suinn, Rickard-
Figueroa, Lew, & Vigil, 1987; Yao, 1979), specific Hispanic
American groups (Cuellar, Arnold, & Maldonado, 1995; Marin &
Gamba, 1996; Marin, Sabogal, VanOss Marin, Otero-Sabogal, &
Perez-Stable, 1987; Mendoza, 1989; Olmedo, Martinez, & Mar-
tinez, 1978; Padilla, 1980; Szapocznik & Kurtines, 1993), and
African Americans (Landrine & Klonoff, 1996). However, most of
these instruments do not measure acculturation as bidimensional,
and none are recommended for use with other groups. Some
researchers suggest that specific groups require individualized
attention hi order to attend to the particular cultural elements
specific to those groups (Rogler, Cortes, & Malgady, 1991). It is
indisputable that diverse groups will have differing experiences
rooted in their respective cultures; however, it is also likely that
there will be common experiences across acculturating groups.
Marin (1992) suggested that the acculturation process may be
perceived as occurring on three levels: the superficial, the inter-
mediate, and the significant. The superficial level involves, for
example, the learning and forgetting of historical facts and tradi-
tions, and changing diet to include foods from the dominant
society. The intermediate includes more central behaviors such as
language use and preference, degree of interaction within ethnic
and dominant societies, and environmental preferences such as
media. The significant level involves beliefs, values, and norms.
As Rogler et al. have noted, current assessment of acculturation
has not tapped this process on the significant level.
Although behavioral and attitudinal indices of acculturation are
not proxy variables for norms, values, and beliefs, Marin et al.
(1987) found a significant association between a behavioral index
of acculturation and familism (family collectivism or interdepen-
dence) in Hispanics. Research with the MMPI (Montgomery et al.,
1990), the Halstead-Reitan Neurological Battery (Arnold, Mont-
gomery, Castaneda, & Longoria, 1994), and the Psychological
Screening Inventory (Negy & Woods, 1993), for example, indi-
cates that the measurement of acculturation on the superficial and
intermediate levels has been useful in interpreting the results of
standardized tests. Given the complexity of the process of accul-
turation and the multiple levels on which it can be understood, the
purpose of a particular research study should inform the level of
analysis.
Although the importance of understanding the correlates and
consequences of acculturation is being increasingly recognized,
the lack of an assessment tool to measure common processes has
limited research. Because of increasing mandates from funding
agencies and professional organizations to include representative
samples of the U.S. population in research, and the recognition that
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MULTIGROUP ACCULTURATION SCALE 79
responsible clinical practice requires the assessment of accultura-
tion, researchers and practitioners are sorely in need of a tool to
measure the process of acculturation across ethnic groups. The
purpose of this research was the development and psychometric
evaluation of an acculturation instrument to assess some behav-
ioral and attitudinal aspects of acculturation on superficial and
intermediate levels across five ethnic groups.
Overview
Three studies were conducted to describe the development and
evaluate the psychometric properties of the Stephenson Multi-
group Acculturation Scale (SMAS). Study 1 describes the devel-
opment and refinement of the initial item pool of the SMAS using
a multiple-method process. Study 2 examined the factor structure
with exploratory factor analysis (EFA) and the internal consistency
and validity of the instrument. Study 3 examined whether the
factor structure obtained in Study 2 provided a good fit with an
independent sample using both confirmatory factor analysis (CFA)
and EFA, and it assessed convergent and discriminant validity of
the SMAS.
The construct acculturation has been plagued by conceptual
vagueness. Numerous definitions of acculturation have been pre-
sented hi the literature, most of which have been adaptations of the
most frequently used definition proposed by Redfleld, Linton, and
Herskovits (1936): "Acculturation comprehends those phenomena
which result when groups of individuals having different cultures
come into first-hand contact, with subsequent changes in the
original cultural patterns of either or both groups" (p. 149). There
are a number of discrepancies between this frequently used defi-
nition and the way in which acculturation has been actually mea-
sured. To begin with, the measurement of this construct has
focused on acculturation as an individual-level phenomenon (psy-
chological acculturation), not as a group-level or societal-level
phenomenon. Second, this definition implies the measurement of
cultural change, whereas few if any acculturation instruments
measure changes in cultural patterns. As noted earlier, accultura-
tion instruments have not tapped this process on the significant
level that involves beliefs, norms, and values that are at the heart
of culture. Although acculturation may occur at the individual,
group, and societal levels, and in the behavioral, affective, cogni-
tive, and spiritual domains, no published instrument has included
all of these levels or domains. Acculturation instruments do mea-
sure superficial-level and intermediate-level behaviors of immer-
sion or involvement in a particular society. They reflect degrees of
access of new experiences, not acquisition of the content of cul-
tural beliefs and values (Betancourt & Lopez, 1993).
In this study, acculturation is defined as degree of immersion in
dominant and elhnic societies. Degree of immersion is measured as
superficial and intermediate behaviors at the individual level in the
domains of language, interaction, food, and media. This way of
operationalizing acculturation is conducive to its application
across ethnic groups because it does not presume to measure
cultural change or the acquisition of new beliefs and values, nor to
capture the meaning of change among acculturating individuals.
As noted by Rogler (1994), acculturation, as psychologists have
been able to measure it thus far, cannot capture the meaning of
cultural change among acculturating individuals.
Study 1
The goal of Study 1 was to develop an initial item pool that was
relevant and representative of the construct acculturation. Consis-
tent with the recommendations of Haynes, Richard, and Kubany
(1995), content validation of the SMAS was a multiple-method
process in which items were derived after a review of the accul-
turation literature and previously published instruments, reviews
by expert consultants and a multiethnic research team, and field
tests with two small samples.
Method
Item development and refinement. Review of the acculturation litera-
ture and published instruments revealed common domains across instru-
ments that included language knowledge, language use, and preference;
interaction with ethnic and dominant societies; and use and preference for
foods and media (Berry & Kim, 1988; Berry & Sam, 1997; Choney,
Berryhill-Paapke, & Robbins, 1995; Cuellar et al., 1995; Landrine &
Klonoff, 1996; Marin, 1992; Marin & Gamba, 1996; Marin et al., 1987;
Mendoza, 1989; Mendoza & Martinez, 1981; (Jetting & Beauvais, 1991;
Olmedo, 1979; Padilla, 1980; Rogler et al., 1991; Suinn et al., 1987;
Szapocznik, Scopetta, Kurtines, & Aranalda, 1978; Taft, 1986; Trandis,
Kashima, Shimada, & Villareal, 1986).
After the review of the literature and previously published instruments,
an initial item pool was generated by an ethnically diverse research team
that included community professionals and consultants (N = 10). The
items were generated to reflect two independent dimensions as proposed by
Berry and Kim (1988). Scores on each of the two dimensions were
expected to measure immersion in each society. Within each dimension,
items were generated to reflect the domains of language, interaction,
media, and food. Furthermore, each domain reflected knowledge, behav-
iors, and attitudes (e.g., language knowledge, language behavior, and
language attitude). Each domain consisted of at least 30 items. The initial
pool of 195 items was then reviewed for relevance, representativeness,
specificity, accuracy, clarity, wording, and ambiguity. Item refinement
resulted in a pool of 145 items. A Likert response format was chosen with
four response options: false, partly false, partly true, and true.
Two small-scale field tests were conducted to obtain participant feed-
back and assess for completeness, clarity, suitability of format, timing,
clarity of statements, and scoring.
Participants. Participants for each phase were recruited to represent
diverse and major groups in the United States. Phase 1 included African
Americans (n = 6), participants of African descent (n — 18), Asian
Americans (n = 4), European Americans (n = 10), and Hispanic Ameri-
cans (« = 12). Phase 2 included African Americans (n = 4), participants
of African descent (n = 18), Asian Americans (n = 4), European Amer-
icans (n = 14), and Hispanic Americans (n = 10). Snowball sampling was
used because of the difficulty in identifying and recruiting some groups.
Participant's were recruited from the New York City, Boston, and Spring-
field, MA areas.
Procedure. Participants were administered the SMAS individually and
in English. After completion of the questionnaire, the participants were
debriefed and invited to comment on each item regarding relevance,
clarity, offensiveness or appearance of bias, and confusion about particular
items. In addition, they were invited to offer suggestions for possible
improvement.
On the basis of the small-scale field tests, redundant items and overall
faulty items were excluded, resulting in a pool of 115 items. These items
were then reviewed in their final form by the consultants and research
team. The final review resulted in the 95-item SMAS.
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80 STEPHENSON
Results
The multiple-method procedure outlined above resulted in a
95-item preliminary version of SMAS, These items were expected
to reflect two independent dimensions: dominant society immer-
sion (DSI), which consisted of 47 items and measured immersion
in dominant society, and ethnic society immersion (ESI), which
consisted of 48 items and measured immersion in one's ethnic
society. Within each dimension, items were expected to measure
the domains of language, interaction, media, and food.
Study 2
The goal of Study 2 was to examine the factor structure, internal
consistency, and construct validity of the SMAS.
Method
Participants. Participants were recruited from diverse ethnic groups,
generational statuses, ages, socioeconomic statuses (SES), and education
levels. Snowball sampling was used. The sample consisted of 436 partic-
ipants recruited from communities in the New York City area, the Boston
and Springfield areas of Massachusetts, and a large public northeastern
university. Of the sample, 62% (n = 270) were nonstudent community
participants, and 38% (n = 166) were students recruited either within these
communities or from a university setting. The age of participants ranged
from 18 to 73 years, with a mean of 29.98 years (SD = 13.3). Of the
sample, 30% (n = 132) were men and 70% women (n - 304). SES ranged
from 1 (upper middle class) to 6 (lower class), with a mean of 4.24
(SD = 1.22), as assessed by the Hollingshead (1975) index of social status.
Years of education ranged from less than seventh grade to graduate
education, with a mean of 13 years (SD = 1.5). The sample was ethnically
diverse and consisted of a number of distinct ethnic groups that were
combined to form five major groups: African Americans (n = 35, 8%);
Asian Americans (« = 33, 8%; countries of origin: Cambodia, China, Hong
Kong, India, Japan, Korea, Philippines, Thailand, Vietnam); European
Americans (n — 125,29%; countries of origin: Austria, England, Germany,
Greece, Hungary, Ireland, Italy, Poland, Portugal, Russia, Sweden); His-
panic Americans (n = 85, 19%; countries of origin: Bolivia, Brazil,
Colombia, Costa Rica, Cuba, Dominican Republic, Ecuador, Mexico, Peru,
Puerto Rico); and participants of African descent (n = 158, 36%; countries
of origin: Guyana, Haiti, Jamaica, Liberia, Trinidad). Some of the partic-
ipants who self-identified as being American of fourth generation or more
did not respond to the question pertaining to country of origin because they
did not know the country from which their ancestors came. In terms of
generational status, the sample was composed of 47.25% (n = 206) first or
immigrant generation; 19.04% (n — 83) second generation; 13.3% (n =
58) third generation; and 20.41% (n = 89) fourth generation or more. The
majority of participants identified as single (n = 271, 62%); next were
married participants (n = 108, 25%).
Measures. In addition to the SMAS, all of the participants completed
a demographic questionnaire and the Symptom Checklist-90 -Revised
(SCL-90-R; Derogatis, 1994).
The 95-item SMAS was administered to all of the participants. The items
were worded so that 47 items were designed to assess DSI and 48 were
intended to assess ESI. Items that assessed ESI used phrases such as
"native language" and "native country." Because many fourth-or-more-
generation Americans might consider English their native language or the
United States their native country, a qualifier was included at the top of the
questionnaire stating the following: "For questions that refer to native
country or country of origin, please refer to the country from which your
family originally came. For questions referring to native language, please
refer to the language spoken where your family originally came." Similar
instructions were given verbally before the questionnaire was administered
(see the Appendix).
A questionnaire administered to all participants to assess demographic
characteristics included questions about age, sex, marital status, genera-
tional status, country of origin, ethnic-racial identification, and SES (ed-
ucation and occupation).
The SCL-9Q-R (Derogatis, 1994), a frequently used standardized as-
sessment instrument, was administered to evaluate construct validity, not
as an indicator of psychopathology. Previous research studies have used
similar instruments such as the MMPI to evaluate the influence of accul-
turation on standardized test performance.
The SCL-90-R consists of ratings of 90 symptoms on a 5-point scale
indicating how frequently individuals report having experienced these
symptoms in the last week. There are nine clinical subscales and three
global scores. The most frequently used global score is the Global Severity
Index (GSI), the average score for the 90 items. Internal consistency (the
correlation of subtest scores with the total score) ranges from ,80 to .90.
Test-retest reliability coefficients range from .78 to .90. Convergent-
discriminant validity studies have indicated high correlations with inde-
pendent measures of the construct and little or no correlation with dissim-
ilar constructs (Derogatis, 1994). For the present study, the GSI score, the
average of the 90 items, was used. Cronbach's alpha for this sample
was .97.
Procedure. Two criteria were used in participant selection: over age 18
and nonrefugee status. Refugees were excluded because the traumatic
circumstances and forced nature of migration might present unique prob-
lems. Potential participants were contacted through churches, community
ethnic organization, and university ethnic organizations, and from the
general population of a large northeastern university. Participants were
contacted by telephone or in person and screened prior to instrument
administration to ensure that they met inclusion criteria. In addition,
participants were asked if their primary language was English. Those
whose primary language was not English were asked if they were fluent in
English and if they felt comfortable completing the questionnaires in
English. All of the participants included in this study serf-reported profi-
ciency in English and were administered the questionnaire in English. All
of the participants completed an informed consent form and were either
paid or given extra credit toward a university course. Questionnaires were
administered in churches, community organizations, or at the university.
Results
Exploratory factor analysis. A principal-components analysis
with varimax rotation conducted on the 95-item SMAS with the
entire sample yielded a two-factor solution. The number of factors
retained was determined by the scree test plot and eigenvalues
greater than 1.00. The two factors and their respective eigenvalues
were ESI (10.32) and DSI (5.87). Three criteria were used in the
selection of items to retain: (a) a factor loading of at least .5 on the
primary factor, (b) a difference of at least .3 between loadings on
the primary factor and loadings on the secondary factor, and (c)
correlations of less than .9 with all other items loading on the same
factor (to eliminate item redundancy). A total of 32 items were
retained that accounted for 50.6% of the scale variance; Factor 1
accounted for 27.4% and Factor 2 for 23.2%. Factor 1 included 17
items related to ESI, and Factor 2 included 15 items related to DSI.
Factor loadings and items contributing to the factors are presented
in Table 1. A large number of language items loaded heavily on
Factor 1, ESI. This is consistent with most published acculturation
scales in which items dealing with language tend to account for
much of the variance. Previous research on group-specific scales
has demonstrated a high predictive value of items dealing with
language use and preference (Marin, 1992).
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MULTIGROUP ACCULTURATION SCALE 81
Table 1
Items Contributing to Factors and EFA Loadings (N = 436)
Items Factor 1 Factor 2
1. I know how to speak my native language. .881 —.1162. I like to speak my native language. .834 —.129
3. I speak my native language with my friends and acquaintances from my country .827 —.134of origin.
4. I know how to read and write in my native language. .813 -.013• 5. I feel comfortable speaking my native language. .789 -.106
6. I speak my native language at home. .786 -.1977. I like to listen to music of my ethnic group. .707 —.0788. I speak my native language with my spouse or partner. .692 —.1839. When I pray, I use my native language. .678 -.225
10. I have never learned to speak the language of my native country. .677 .07211. I am informed about current affairs in my native country. .636 —.08012. I attend social functions with people from my native country. .631 —.10213. I am familiar with the history of my native country. .624 .02214. I think in my native language. .616 .06315. I stay in close contact with family members and relatives in my native country. .607 —.29916. I regularly read magazines of my ethnic group. .581 —.10417. I eat traditional foods from my native culture. .519 —.017
18. I attend social functions with (Anglo) American people. —.046 .81219. I have many (Anglo) American acquaintances. -.142 .78920. I speak English at home. -.236 .79721. I know how to prepare (Anglo) American foods. -.046 .78322. I am familiar with important people in American history. .004 .75423. I think in English. -.197 .75124. I speak English with my spouse or partner. —.230 .712
25. I feel totally comfortable with (Anglo) American people. —.085 .65926. I understand English, but I'm not fluent in English. -.180 .632
27. I am informed about current affairs in the United States. .122 .61028. I like to eat American foods. -.023 .601
' 29. I regularly read an American newspaper. .042 .59630. I feel comfortable speaking English. -.117 .59131. I feel at home in the United States. . -.085 .58632. I feel accepted by (Anglo) Americans. —.114 .554
Note. Decimals in boldface are primary factor loadings. EFA = exploratory factor analysis.
Reliability. Coefficient alphas were .86 for the entire scale observed among the first, second, and third generations did not
(Factors 1 and 2 combined) and .97 and .90 for Factors 1 and 2, hold for the fourth generation. Rather, the fourth generation means
respectively. Item total correlations ranged from .51 to .87 on were in the opposite direction than expected. The fourth generation
Factor 1 and .57 to .83 on Factor 2. scored higher on the ESI and lower on the DSI than the third
Validity. There is a strong theoretical basis for predicting a generation; however, these differences were not statistically
relationship between generational status and performance on the significant.
DSI and ESI scales (Magana et al., 1996). Previous research on Previous research findings suggested that acculturation level
individual groups suggests that, with successive generations, cer- impacts assessment results (Dana, 1993; Montgomery et a]., 1990).
tain customs of the dominant society are acquired and certain Montgomery et al. reported that when acculturation was covaried,
ethnic customs are relinquished (Cuellar et al., 1995; Keitel, Ko- significant group differences between ethnic minority and ethnic
pola, & Adamson, 1995; Marin et al., 1987; Mendoza, 1989; majority groups were reduced on the MMPI. Thus, similar patterns
Szapocznik et al., 1978). Means were computed for each item by would be expected on the SMAS, with acculturation serving as an
generation. A consistent pattern supported previous research find- explanatory mechanism in the relation between ethnic group and
ings. With each of the first three successive generations, DSI the GSI scores of the SCL-90-R. To evaluate this prediction, the
increased and ESI decreased. Item means and standard deviations current sample was divided into two groups. Group 1 consisted of
are presented in Table 2. participants who self-identified as ethnic minority group individ-
Two one-way between-groups analyses of variance indicated uals (n = 265), and Group 2 consisted of those who self-identified
that the mean differences between generations were significant on as ethnic majority group individuals (n = 125). In all, 46 cases
both the DSI, 7^(3, 432) = 73.644, p < .001, and the ESI, F(3, were deleted because of missing data, yielding a sample of 390.
432) = 31.476, p < .001. Tukey post hoc tests indicated that all Both ESI and DSI were significantly correlated with ethnic group
pairwise comparisons were significant at p < .05, except for the affiliation (r = A6,p < .001; DSI) and (r = -.39,p < .001; ESI),
third and fourth generations on both the DSI and ESI, suggesting Path analytic techniques were used to determine whether ESI and
that the greatest amount of difference occurred from the first DSI were possible mediators of the relation between ethnic group
through the third generations. The consistent pattern of means and GSI scores following the procedure presented by Baron and
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82 STEPHENSON
Table 2
Means and Standard Deviations by Generation
Generation
Item
no.
1234
56789
1011121314151617
Overall
1 (N
M
3.653.563.433.293.483.313.582.92
2.993.42
2.923.223.232.49
3.052.403.663.21
= 207)
SD
0.870.860.991.00
0.971.000.881.20
1.101.10
1.001.000.931.301.101.100.80
0.66
2 (N = 82)
M
Factor 1:
3.283.302.982.833.073.083.232.592.263.32
2.553.162.952.162.671.933.72
2.89
SO
Ethnic Society
1.151.071.191.211.181.121.061.36
1.281.13
1.011.000.9551.291.161.040.6130.72
3{iV =
M
Immersion
2.292.44
2.072.22
2.442.122.531.982.072.512.172.312.561.941.74
1.563.20
2.23
58)
SD
1.331.34
1.311.37
1.371.391.261.36
1.431.341.091.251.091.341.131.021.000.87
4(N =
M
2.562.752.522.58
2.672.592.832.562.572.532.112.542.662.501.672.172.93
2.39
89)
SD
1.441.42
1.461.451.441.48
1.201.471.461.441.201.341.131.481.211.371.12
0.95
Factor 2: Dominant Society Immersion
181920212223242526272829303132
Overall
3.213.032.743.163.192.952.823.062.913.153.242.953.113.013.183.05
1.081.131.181.041.011.121.240.9601.241.010.8741.111.151.030.8620.69
3.653.663.633.613.653.533.503.46
3.833.50
3.753.283.72
3.743.42
3.60
0.7770.6770.6390.7970.6520.9320.9500.804
0.5380.675
0.5110.8930.7580.6080.7720.41
3.943.983.983.963.873.983.963.87
3.983.603.873.414.00
3.893.91
3.89
0.2920.1310.1310.184
0.4890.131
0.5670.3780.1310.5280.4980.9920.000
1.0300.8620.12
3.973.953.943.91
3.843.893.893.783.883.593.913.613.98
3.933.713.87
0.1500.2570.3470.3880.4220.4530.1840.596
0.5130.5580.3880.8330.106
0.3630.624
1.80
Kenny (1986). DSI scores were regressed on ethnic group, F(l,
388) = 118.68, p < .001; GSI scores were regressed on ethnic
group, F(l, 388) = 8.637, p = .003; and GSI scores were re-
gressed on both ethnic group and DSI. Results indicated that DSI
mediated the effects of ethnic group on GSI scores when ethnic
group and DSI were controlled. The previously significant relation
between ethnic group and GSI scores was no longer significant.
The resulting weights presented in Figure 1 provide estimates of
the effects of the variables. The same procedure was followed with
the ESI scores. ESI scores were regressed on ethnic group, F(l,
388) = 78.66, p s .001. Regression of GSI scores on both ethnic
group and ESI indicated that ESI did not mediate the effects of
ethnic group on GSI scores. Consistent with previous research,
DSI mediated the effects of ethnic group affiliation and assessment
results.
Study 3
The goal of Study 3 was to evaluate whether the factor structure
obtained in the Study 2 EFA was robust across samples and
provided a good fit with a new sample and to evaluate the con-
vergent and discriminant validity of the SMAS in relation to two
other acculturation instruments.
Method
Participants. The sample for the second study consisted of 208 under-
graduate students enrolled at a large northeastern university. The age of
participants ranged from 18 to 60 years, with a mean of 22.8 years
(SD = 7.32). Of the participants, 21% (n = 43) were men and 79% (n =
165) women. In terms of generational status, 14% (n = 29) were first
generation, 17% (n — 36) were second generation, 18% (n = 38) were
third generation, and 51% (n = 105) were fourth generation or more. SES
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MULTIGROUP ACCULTURATION SCALE 83
DSI
0.66'
Ethnic Group1
5.41*
GSI
0.58 (ns)
Figure 1. Regression coefficients estimating the mediating effect of
dominant society immersion (DSI) on the relation between ethnic group
affiliation and Global Severity Index (GSI) scores. *p < .001.
ranged from 1 (upper middle class) to 6 (lower class), witii a mean of 5
(SD = 1.41). In terms of ethnic background, the sample included 3% (n =
7) participants of African descent, 15% (n = 31) Hispanic Americans, 73%
(n = 151) European American, 7% (n = 15) Asian Americans, and 2%
(n = 4) African American. Years of education ranged from high school
graduate to graduate studies, with a mean education of 14 years (SD = .85).
Measures. All of the participants completed the SMAS, the demo-
graphic questionnaire, and two bidimensiona! acculturational scales. The
Acculturation Rating Scale for Mexican Americans-II (ARSMA-II; Cuellar
et al., 1995) and the Bidimensional Acculturation Scale for Hispanics
(BAS; Marin & Gamba, 1996) were used in this study for several reasons.
To begin with, there are no published instruments for any of the ethnic
groups included in this study, except for Hispanic Americans, that are
consistent with the most recent conceptualizations of the acculturation
process. Both the ARSMA-II and the BAS are widely used and reliable
instruments that measure acculturation through an orthogonal, bidimen-
sional approach. Second, both scales reflected the operationalization of
acculturation as degree of immersion, measured as superficial and inter-
mediate behaviors at the individual level. Both scales were modified for
use with diverse ethnic groups as described below.
The ARSMA-II is a 50-item multidimensional acculturation scale de-
signed to measure language use and preference, ethnic identity and clas-
sification, cultural heritage and cultural behaviors, and ethnic interaction in
Mexican Americans. The development sample included 379 university
students representing five generations. The first generation represented
individuals born in Mexico, and subsequent generations were assessed on
the basis of parent's and grandparent's place of birth. The sample included
groups from varying SES statuses as assessed with the Duncan Socioeco-
nomic Index. The ARSMA-II consists of two subscales. Scale 1 measures
Mexican orientation (MOS) and Anglo orientation (AOS), and Scale 2 (the
Marginality scale) measures separation and marginalization acculturation
modes. Scale 2, the Marginality scale, is considered an experimental scale,
inasmuch as adequate validity has not yet been established. Only Scale 1
was used for this study. Cuellar et al. (1995) recommended the use of
Scale 1 independent of Scale 2. They consider Scale 2 independent of the
ARSMA-II instrument and suggest that either Scale 1 or Scale 2 can be
administered, scored, and interpreted without the other. Scale 1 consists
of 30 items, 17 MOS items and 13 AOS items. Sample MOS and AOS
items are "I associate with Mexicans and or Mexican Americans" and "My
friends are now of Anglo origin." The scale possesses good internal and
test-retest reliability, with coefficients alpha of .83 and .88 for the AOS
and MOS, respectively. Test-retest correlations over a 1-week interval
were .94 and .96 for the AOS and MOS, respectively (Cuellar et al., 1995).
The BAS is a 24-item scale developed for use with Mexican Americans
and Central Americans. The development sample included 254 adults,
most of whom were first-generation participants born outside the United
States (80%), with a mean of 10.4 years of formal education. The BAS
measures language-related aspects of acculturation in both ethnic (His-
panic) and dominant (non-Hispanic) societies. The instrument has high
internal consistency, with an alpha of .94 for the Non-Hispanic domain and
.87 for the Hispanic domain (Marin & Gamba, 1996). Sample Hispanic
domain and Non-Hispanic domain BAS items are "How often do you
speak Spanish?' and "How often do you speak English?"
Both the ARSMA-II and the BAS were modified for use with diverse
ethnic groups. For example, Item 1 on the ARSMA-II, "I speak Spanish,"
was modified to read "I speak my native language." Item 6 on the BAS,
"How often do you speak Spanish?" was modified to read "How often do
you speak your native language?" All Hispanic domain items on the BAS
and all MOS items on the ARSMA-H were modified for use with diverse
ethnic groups. Items assessing immersion in dominant society, the AOS on
the ARSMA-n and the Non-Hispanic domain on the BAS, were not
modified Cronbach's alpha for this sample with the modified ARSMA-n
was .86, and .92 with the modified BAS.
Procedure. The same criteria were used for participant selection as in
Study 2. Potential participants were recruited from a general university
population. Participants were screened prior to instrument administration
and completed informed consent forms. AH of the participants were given
extra credit toward a university course. Questionnaires were administered
at the university.
Confirmatory factor analysis. On the basis of the factor structure
obtained in Study 2 with EFA, a model was generated and tested with CFA
to evaluate its validity given the Study 3 data. The CFA model was
estimated with the personal computer version of LISREL 8 (JSreskog &
Sdrbom, 1993). An independence model hypothesized a priori that (a)
responses on the SMAS could be explained by two factors, ESI and DSI,
(b) variables would have a nonzero loading on the factor it was designed
to measure and a zero loading on the other factor, (c) the two /actors would
be uncorrelated, and (d) measurement error terms would be uncorrelated.
The recommended indexes and criteria used to determine the fit of the
CFA model were based on the recommendations of Hoyle and Panter
(1995) and included two absolute indexes (chi-square and the goodness of
fit index [GFI]), one Type-2 index, (the incremental fit index [IFI]), and
one Type-3 index (the comparative fit index [CFI]). Criteria included a
chi-square to degree of freedom ratio of about 2:1; CFI (Bentler, 1990),
GFI (Joreskog & Sorbom, 1989), and IFI (Bollen, 1989) of .90 or greater.
The .90 cutoff stands as the agreed upon cutoff for overall fit indexes
(Hoyle, 1995; Hoyle & Panter, 1995).
Because of the categorical nature of the data, the large number of
individual items, and the general nonnormality of the data, as indicated by
skewness and kurtosis statistics, several steps were taken before (he data
was submitted for analysis. A method of reexpression was used to produce
item parcels with fewer parameters that would eliminate redundancies and
produce a distribution that more closely approximated normality (Floyd &
Widamam, 1995; West, Finch, & Curran, 1995). The 32 individual items
of the SMAS were combined to create parcels that reflected specific
theory-driven domains. Thus, 10 parcels were created and 5 parcels spec-
ified to load on each of the two factors. Language 1 = 10 items, Interaction
1 = 2 items, Knowledge 1 = 2 items, Media 1 = 2 items, and Food 1 = 1
item were specified to load on Factor 1. Language 2 = 5 items, Interaction
2 - 5 items, Knowledge 2 = 2 items, Media 2 = 1 item, and Food 2 = 2
items were specified to load on Factor 2. In addition, Prelis 2 (Joreskog &
Sorbom, 1993) was used to structure a polychoric correlation matrix
recommended for ordered categorical variables (Joreskog & Sorbom, 1993;
Wothke, 1995) from the raw1 data and listwise deletion of missing data
(Wothke, 1995; N = 187). The entire correlation matrix for the SMAS
variables is available from the author upon request.
Results of the confirmatory factor analysis. Results of the CFA suggest
inconsistent findings. In terms of the chi-square GFI test, the model did not
prove consistent with the observed data; ̂ (34, N - 187) = 89.89, p = <
.001. In terms of adjunct fit statistics, the model provided a close approx-
imation to the observed data; GFI = .91, IFI = .90, and CFI = .90.
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84 STEPHENSON
Examination of the standardized residuals indicated a poor fit in the
prespecified uncorrelated error terms between the following parcels: Lan-
guage 1 and Media 1; 4.29, Media 2 and Knowledge 1: 4.20, and Knowl-
edge 1 and Knowledge 2: 3.22. The large positive standardized residuals
indicated that the model underestimated the covariance between these sets
of variables and that two of the correlated error terms occurred across two
different factors. West et al. (1995) reported that results of simulation
studies indicated that as categorized variables become increasingly skewed,
the chi-square values become inflated, and correlations may be spuriously
obtained between error variances associated with items having similar
degrees of skewness. An item with similar agreement rates, for example,
can give rise to spurious correlations reflecting only the common degree of
skewness among items. The measures taken before data submission may
not have been sufficient to remediate the degree of nonnormality in the data
and meet the stringent criteria for obtaining a reasonable fit based on
chi-square statistics. However, inspection of the CFI and the IFI recom-
mended for smaller sample sizes (<200) and that produce only a small
downward bias even under severely nonnormal condition (West et al.,
1995) indicated that both CFI and IFI reached the agreed upon cutoff of .90
or greater.
The parcels loaded positively on their corresponding prespecified fac-
tors, indicating that the two-factor structure does explain the observed
interrelations among the SMAS items. The findings also suggested that the
two factors are correlated, with an interfactor correlation of —.32. As
reported by West et al. (1995), the underestimated standard errors, as
indicated by the large positive residuals, may have produced correlations
between factors even if they do not exist in the population.
Exploratory factor analysis with Study Sample 3, Because it was
difficult to determine whether the CFA model provided a plausible repre-
sentation of the structure of the observed data, EFA was conducted with the
Study 3 sample and the EFA solutions from Studies 2 and 3 were compared
to assess for similarity of factor loadings across samples.
A principal-components analysis using a varimax rotation was per-
formed to examine the factor structure of the items with the second sample.
Analysis yielded a two-factor solution with eigenvalues of 10.05 for the
ESI and 4.34 for the DSL Every item loaded on the same factor as in
Study 2. However, the criterion of loadings of at least .5, was not met on
eight items. Three items on the ESI did not meet this retention criterion;
their loadings ranged from .34 to .49. Similarly, five items failed to meet
this same criterion on the DSI, and ranged from .34 to .49. Also, three items
failed to meet the criterion of a difference of at least .3 between loadings
on the primary factor and loadings on the secondary factor. Factor 1 (ESI)
accounted for 28% of the variance, and Factor 2 (DSI) accounted for 17%
(total 45%). Factor loadings with the Study 3 sample were not as strong as
those found in Study 2, and the variance accounted for by the factors was
comparable for Factor 1 (ESI; 27% and 28%) and somewhat less for
Factor 2 (DSI; 23% and 17%). The difference in the variance accounted for
by Factor 1 (DSI) may reflect the restricted range on the DSI scores of the
sample in Study 3. Of the Study 3 sample, 51% was composed of partic-
ipants from the fourth generation, compared with 20% in the Study 2
sample, indicating either that the DSI items were functioning as intended
or that the items were not sensitive enough to discriminate differences in
latter generations, or both. Table 3 presents the results of the factor
analysis.
Assessment of similarity of factor loadings across samples. The salient
variable similarity (s) index (Cattell, Balcar, Horn, & Nesselroade, 1969)
was used to determine whether factor structure was similar across the two
samples. This involved generating matrices of interfactorial similarity,
placing these comparisons into a 3 X 3 contingency table depending on
positive salience, hyperplane, or negative salience, and calculating the
index using the formula presented by Cattell et al. In previous research,
hyperplane cutoff levels have been set from . 10 to .40 (Cattell et al., 1969;
McCormick, Green, & Walkey, 1987). Hyperplane cutoff level was spec-
ified at a conservative level of .10. Results indicated a similarity index ,82
for the ESI and .78 for the DSL Significance of the s values was calculated
using probability tables generated by Cattell et al. Results indicated that the
factor structure was highly similar across samples.
Reliability. Coefficient alphas were .94 and .75 for Factors 1 and 2,
respectively.
Validational analysis. Correlational studies were conducted to evalu-
ate the validity of the SMAS by examining the relation between the two
SMAS subscales and those of two other acculturation instruments; the
ARSMA-n and the BAS. Results suggest that the ESI subscale of the
SMAS was strongly correlated with the MOS of the ARSMA-H (r = .87,
p = < .01) and negatively correlated with the AOS (r = -.28, p < .01).
The ESI was positively correlated with the Hispanic Domain scale of the
BAS (r = .83, p < .01) and negatively correlated with the Non-Hispanic
Domain scale (r = ~.25,p < .01).
The DSI subscale of the SMAS was positively correlated with the AOS
(r = .49, p < .01) and negatively correlated, although not significantly,
with the MOS (r = -.I5,p = nj). With the BAS, the DSI was positively
correlated with the Non-Hispanic scale (r = .48, p < .01) and negatively
correlated, although not significantly, with the Hispanic scale (r = —.17,
p — ns). The ESI was significantly correlated in the expected direction with
both the ARSMA-II and the BAS. Similarly, the DSI was correlated in the
expected direction with both instruments.
General Discussion
The SMAS is the first acculturation scale developed for use
across ethnic groups. The catalyst for the development of this
Table 3
EFA Loadings for Study 3 Sample (N = 205;
Item
6
21
3145498
10167
1211
151317202318212530
193231282427222926
Factor 1
.887
.872
.870
.849
.848
.828
.827
.809
.773
.747
.636
.598
.541
.502
.486
.435
.335-.165-.256-.116-.123-.105-.014-.064-.208-.127
.131-.100
.001-.076
.046-.210
Factor 2
-.105-.062-.134-.098
.017-.087-.138
.047
-.027-.121-.095-.148-.134-.115-.345-.135-.129
.772
.717
.705
.650
.603
.594
.587
.584
.569
.537
.494
.480
.467
.449
.335
Note. Items are numbered to reflect item numbers of original factorloadings with the entire sample. Decimals in boldface are primary factorloadings. EFA ~ exploratory factor analysis.
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MULT1GROUP ACCULTURATION SCALE 85
instrument was the need for a reliable and valid instrument that can
be used across groups to facilitate widespread assessment of this
important construct. These preliminary data indicate that the
SMAS holds promise as a valuable tool. The scale does not
measure all possible areas related to acculturation, nor does it
measure beliefs, norms, and values. However, this instrument does
provide an index of degree of immersion in both dominant and
ethnic societies that can facilitate interpretation of research, as-
sessment data, and clinical presentation.
EFA findings in Study 2 suggested a two-factor solution of the
SMAS consistent with the theoretical conceptualization of the
acculturation process. CFA conducted in Study 3 did not show the
model to be consistent with the observed data based on chi-square
statistics, although adjunct GFIs did reach adequate levels to
indicate acceptable fit. The factor structure that resulted from the
EFA in Study 3 was consistent with that found in Study 2 and
proved robust across samples, despite the differences between the
two samples. The reliability and validity studies indicated nigh
reliability and validity indexes comparable with other published
instruments. Strong validity was demonstrated in the instrument's
ability to identify relationships between generational status and
performance on the subscales. Additional support for the validity
of the SMAS and the importance of assessing acculturation was
the finding that the DSI subscale served as a mediator that cor-
rected for differences in the GSI of the SCL-90-R between ethnic
majority and ethnic minority groups. These findings strongly sup-
port the argument that assessing acculturation is a valuable tool in
making sense of between-group differences without resorting to
deficit explanations. These findings underline the argument that
individuals who are less immersed in dominant society may re-
quire alternative culturally sensitive assessment before test results
or clinical presentation can be understood or interpreted.
These results are tentative, and replication with larger represen-
tative samples are needed before definitive conclusions are drawn.
One limitation of these studies is that the results are based on data
from nonrandom samples and cannot be generalized to other
groups. Also, because this instrument has not yet been adapted into
other languages, all of the participants were administered the
questionnaires in English. This limitation may contribute to some
bias, particularly because of the large numbers of strongly loaded
language items. Despite the fact that all of the participants com-
pleted the questionnaire in English, the instrument was able to
detect separated and marginalized individuals. The data suggest
that 16% of participants were either separated or marginal.
Although it was expected that participants of the third and fourth
generations would be more immersed in dominant society than
participants from the first and second generations, it is difficult to
determine whether the restricted range of scores observed on the
DSI with latter generations suggests that the SMAS items are
functioning as intended or suggests potential limitations in assess-
ing latter generations. Also, the large numbers of language items
and references to country of origin, coupled with the fact that many
fourth-generation participants did not know the countries from
which their families originally came, suggest the need to interpret
the findings of the ESI subscale with caution with fourth-
generation participants. As such, acculturation as measured in this
study may be more useful for newer immigrants of the first and
second generations.
The fact that previous research has found that fourth-generation
minority individuals (e.g., African Americans) perform differently
than their nonminority (e.g., European Americans) counterparts on
some standardized instruments indicates that attention to accultur-
ation experiences beyond the third generation should be an impor-
tant area of future research. Future research might assess accul-
turation in subsequent generations on the more significant level
involving beliefs, norms, and values rather than superficial and
intermediate involvement and acquisition of new experiences in a
given society. Superficial and intermediate levels of involvement
and acquisition of experiences hi dominant society would have
already occurred in the fourth generation. Research might further
investigate language and country of origin items that tend to
account for much of the variance in acculturation instruments. For
example, in some cases, English is considered the language of
origin because latter generation immigrants do not know the coun-
try from which their family came. Language items could include
participants' knowledge and use of other forms of English, such as
nonstandard American English and dialects for European Ameri-
cans, dialects and Creoles for individuals whose ancestors immi-
grated from former English colonies, or ebonies for African Amer-
icans. Interaction items might include contact and interactions with
their respective ethnic groups in the United States rather than in the
country of origin.
Many conceptual and methodological issues remain in the mea-
surement of this important and complex construct that merit re-
search attention. The findings of these present studies have under-
lined the importance of assessing acculturation and its usefulness
as a tool for understanding between-group differences. The overall
robust outcome of these studies indicated that the SMAS does
provide an initial index of degree of immersion hi both dominant
and ethnic societies that can serve as a valuable tool in facilitating
interpretation of research, assessment data, and clinical presenta-
tion, particularly with more recent immigrants to the United States.
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(Appendix follows)
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STEPHENSON
Appendix
Stephenson Multigroup Acculturation Scale (SMAS)
Below are a number of statements that evaluate changes that occur when people interact with others of different cultures
or ethnic groups. For questions that refer to "COUNTRY OF ORIGIN" or "NATIVE COUNTRY," please refer to the
country from which your family originally came. For questions referring to "NATIVE LANGUAGE," please refer to the
language spoken where your family originally came.
Circle the answer that best matches your response to each statement
False Partly false Partly true True
1. I understand English, but I'm not fluent in English.
2. I am informed about current affairs in the United States.
3. I speak my native language with my friends and acquaintances from my country of origin.
4. I have never learned to speak the language of my native country.
5. I feel totally comfortable with (Anglo) American people.
6. I eat traditional foods from my native culture.
7. I have many (Anglo) American acquaintances.
8. I feel comfortable speaking my native language.
9. 1 am informed about current affairs in my native country.
10. I know how to read and write in my native language.
11. I feel at home in the United States.
12. I attend social functions with people from my native country.
13. I feel accepted by (Anglo) Americans.
14. I speak my native language at home.
15. I regularly read magazines of my ethnic group.
16. I know how to speak my native language.
17. I know how to prepare (Anglo) American foods.
18. I am familiar with the history of my native country.
19. I regularly read an American newspaper.
20. I like to listen to music of my ethnic group.
21. I like to speak my native language.
22. I feel comfortable speaking English.
23. I speak English at home.
24. I speak my native language with my spouse or partner.
25. When I pray, I use my native language.
26. I attend social functions with (Anglo) American people.
27. I think in my native language.
28. I stay in close contact with family members and relatives in my native country.
29. I am familiar with important people in American history.
30. I think in English.
31. I speak English with my spouse or partner.
32. I like to eat American foods.
Copyright (1998) by Margaret Stephenson. This instrument may be reproduced with permission from Margaret Stephenson.
Received March 30, 1999
Revision received November 5, 1999
Accepted November 11, 1999
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