This study investigated significant influences including Hispanicness, traditionalism and demographic characteristics on Hispanic women's purchase behavior when selecting work and social activity apparel. A sample of 114 Hispanic women from a Hispanic professional organization or businesses in the Dallas and El Paso, Texas areas. Surveys were collected by mail or administered to subjects. Analyses included frequencies, percentages, t-tests, and Pearson's product-moment correlations. For both situations, mean scores indicated the most influential information sources were: clothing displays, friends, and female family members, while the most used acquisition sources were: department and specialty stores. In both situations, these women had very feminine appearance attributes and very feminine and fashionable clothing style. Hispanicness, traditionalism, and demographic characteristics made some difference when selecting work and social activity apparel.

This study examines the relationship between exercise adherence and several factors: self-motivation; attitudinal commitment; predisposing, enabling, and reinforcing (PER) factors; and barriers related to exercise. The sample (N=431) consists of employees at Texas Instruments, Incorporated in Dallas, Texas. The sample was placed into six comparison groups: high adherers, low adherers, nonparticipants who exercise, nonparticipants who do not exercise, dropouts who exercise and dropouts who do not exercise. Using a one-way ANOVA, the results show significance (p<.01) among the groups for: self-motivation and barriers. Attitudinal commitment and PER factors did not show significance. The results can be applied to worksite health programs to increase exercise adherence among employee populations.

Chorine is used by the Village Creek Waste Water Treatment Plant to kill pathogenic microorganisms prior to discharge of the effluent into the Trinity River. The residual chlorine in the river impacted aquatic life prompting the U.S. Environmental Protection Agency in December 1990 to require dechlorination using sulfur dioxide. One pre-dechlorination and four post-dechlorination assessments of phytoplankton, periphyton, and zooplankton communities were conducted by the Institute of Applied Sciences at the University of North Texas. Dechlorination had no effect on the phytoplankton community. The periphyton community exhibited a shift in species abundance with a more even distribution of organisms among taxa. No change occurred in zooplankton species abundance, however, there was a decrease in zooplankton density following dechlorination.