Research and Scholarship Repository

The Research and Scholarship Institutional Repository collects, preserves, and showcases the scholarly achievements of Texas State University's academic community. It provides open access to the diverse array of research and scholarship materials created at Texas State including articles, presentations, posters, electronic theses and dissertations, capstones, multimedia presentations, and more.

More information: https://guides.library.txstate.edu/institutional-repository

Communities in DSpace

Select a community to browse its collections.

Now showing 1 - 5 of 5

Centers and Institutes 155
Research centers and institutes supporting scholarly and creative activities across the university.
Colleges and Department Research 1656
Research, creative, and scholarly works created by the university community organized by college.
Divisions and Administrative Offices 200
Texas State University divisions, offices, and other interdisciplinary teams across campuses.
Journals and Conference Proceedings 3313
Academic publications and conference proceedings from members of the university community.
Theses and Dissertations, Capstones, and Directed Research 6942
Electronic theses and dissertations, and graduate and undergraduate Capstones and Directed Research.

Recent Submissions

Item

A Rhetorical Evaluation of Radio Messages Directed Toward the Mexican American Population of San Marcos, Texas

(1976-08) Conoley, Catherine Ellen; Gabbard-Alley, A.; Gratz, Robert; Miller, Damon

No abstract prepared.

Item

Seasonal and Longitudinal Variation in Nitrate and Chlorophyll a in a Central Texas Reservoir

(1998-05) Cook, Bryan P.; Groeger, Alan W.; Hannan, Herbert H.; Whiteside, Bobby G.

Canyon Reservoir is a subtropical impoundment located on the Guadalupe River in southcentral Texas. A wet February through June, including one of the largest flood events in Canyon's history, occurred during the 1997 sampling year. NO3+NO2-N concentrations were unusually low during the winter months, presumably from reduced river inflows due to a drought in 1996. Surface NO3+NO2-N was higher after a large June 22 storm, which established a decreasing longitudinal gradient in NO3+NO2-N from up-reservoir to the dam throughout the summer. Surface NO3+NO2-N was depleted in the lacustrine epilimnion during the growing season, apparently both from phytoplankton uptake and isolation from upstream and hypolimnetic inputs. Storm inflows rich in NO3+NO2-N tended to increase chlorophyll a concentrations in the transitional zone. Chlorophyll a concentrations were generally highest in the transitional zone throughout the year. Results of nutrient limitation assays suggested that nitrogen was co-limiting, along with phosphorus, to the phytoplankton. Temperature and dissolved oxygen patterns were similar to those in the record wet year of 1992. Cold hypolimnetic water from the winter months was released through the deep-release penstock during the growing season, resulting in a warmer, anoxic hypolimnion and an early fall turnover.

Item

Treading Water After the Thaw: Conflict Between Civilian Policy Makers and Military Leaders Over Post-Cold War Humanitarian Intervention

(1999-12) Consie, Crissa Monday; Gorman, Robert F.; DeSoto, William H.; Leder, Arnold

No abstract prepared.

Item

The Effects of Selected Environmental Parameters on the Hatching of Eulimnadia Texana

(1972-08) Conrads, Caroline; Sissom, Stanley L.; Davis, W.K.; Parks, A.O.

No abstract prepared.

Item

Effects of Humor on a Persuasive Sermon

(1972-07) Conner, Jane; Gratz, Robert; Brunson, Bill; Porter, Erin

No abstract prepared.