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2008 - Marketing Educators' Association

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Finally, with regard to common method variance,<br />

“CMV” can occur when using the same survey<br />

instrument to collect data on both exogenous and<br />

endogenous variables. If CMV exists, a model with<br />

fewer factors should fit a dataset as well as (or better<br />

than) a “more complex” structural model (Podsakoff<br />

et al., 2003). A series of Chi-square difference tests,<br />

in which the model becomes “more complex” (i.e.,<br />

gains an additional factor), shows that not only are<br />

the changes significant but model fit also increases.<br />

For example, a two-factor model generates a Chisquare<br />

of 129.94, with 34 degrees of freedom, while<br />

the three-factor model generates a Chi-square of<br />

59.01, with 32 degrees of freedom. Although this<br />

procedure does not eliminate common method<br />

variance, is does indicate that inter-item correlations<br />

exist for reasons other than due to method bias<br />

(Korsegaard & Roberson, 1995). The various<br />

measurement statistics for each item/construct are<br />

available in Table 1.<br />

Structural Model<br />

The results, obtained from LISREL 8.72, indicate a<br />

significant Chi-square (χ 2 (32) = 59.01, p< .01) but<br />

also a well-fitting model (NFI = .93, NNFI = .95, CFI<br />

= .97, IFI = .97). The results support H1, namely that<br />

formal, yet flexible programming leads directly to<br />

greater student satisfaction (γ = .44, p< .05). These<br />

TABLE 1<br />

C.R. α AVE<br />

Satisfaction<br />

I was satisfied to be a part of __.<br />

Being part of __ was a good experience.<br />

Being in __ was a wise choice.<br />

.94 .94 .83<br />

Programming .79 .78 .83<br />

The programs were beneficial in facilitating<br />

the meeting of new people and/or people<br />

with whom I would not normally interact.<br />

I was exposed to a variety of issues/ideas<br />

that I would not normally know about or be<br />

aware of.<br />

The programs addressed and/or were<br />

connected to the three questions.<br />

I was able to better answer the three<br />

questions as a result of these programs.<br />

Community-building .79 .79 .57<br />

The commons (or other defined social<br />

spaces) enabled me to interact with others.<br />

The living arrangements allowed me to have<br />

positive experiences interacting with others.<br />

I met many good friends.<br />

I have closer connections with certain people<br />

as a result of being in __.<br />

All items measured on 5-point scales, where 1=completely<br />

disagree and 5=completely agree.<br />

62<br />

results also support H2, namely that formal, yet flexible<br />

programming fosters community-building (γ = .51, p<<br />

.05). Finally, with regard to community-building<br />

leading to greater student satisfaction for the<br />

living/learning program, the results support H3 (β =<br />

.38, p< .05).<br />

Intervening Effects<br />

Tests for the intervening effects of “knowing others in<br />

the program” and gender were performed by<br />

conducting multi-group analyses using LISREL 8.72.<br />

The results show that the model differs for the<br />

“knowing/don’t know” groups but not for the two<br />

genders. Further, the results do not support that the<br />

specific paths differ between groups, for either the<br />

“knowing/don’t know” groups or the two genders.<br />

Therefore, in this data, knowing others does not<br />

intervene on the Programming Satisfaction path (H4<br />

not supported). Likewise, the results do not support H5<br />

(gender intervening on the Community-building <br />

Satisfaction path). However, although the statistical<br />

results do not support the hypotheses, the path<br />

coefficients for both effects are in the appropriate<br />

direction. For example, as hypothesized in H4, the<br />

coefficient on the Programming Satisfaction path for<br />

those who “know others” (.49) is greater than for those<br />

who “don’t know others” (.36). Likewise, with regard to<br />

H5, the coefficient on the Community-building <br />

Satisfaction path for males (.55) is greater than for<br />

females (.26). Perhaps future work, with an increased<br />

sample size will lead to more robust and significant<br />

multi-group results.<br />

DISCUSSION<br />

At the end of their book, Strange and Banning (2001)<br />

discuss ways to shape both the physical and academic<br />

landscapes, in order to more fully accommodate<br />

student living and learning initiatives at the universitylevel.<br />

Although students, for the most part, are able to<br />

adapt to changes in these environments, part of the<br />

responsibility lies with the university and its ability to<br />

provide not only various opportunities for bridging<br />

these two environments but also clear (though not<br />

rigid) guidelines and programs that facilitate such<br />

bridging of environments. Budgets and other<br />

resources (e.g., physical space, administrative efforts)<br />

can positively or negatively impact living/learning<br />

programs; however, based on a cursory scan of<br />

various institutional websites, colleges and universities<br />

of various sizes continue to develop or maintain<br />

living/learning programs. Thus, the timing is perhaps<br />

most appropriate to begin looking at whether such<br />

programs fulfill the expectations of the students who<br />

participate.

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