Dr. Bynum’s interview pertains to the following topics: impressions of the department when she arrived at Texas State University, curriculum changes and tension within the Department of History. The interterview covers the years 1986-1991.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

Reporting Fall only, beginning 1993.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

This series contains research, statistics and reports related to SACS review and accreditation process. CBM stands for Coordinating Board Management Report.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.

The R. H. Bing papers consist of research and conference notes, correspondence, and publications linked to his research in Geometric Topology while a professor of mathematics at the University of Wisconsin at Madison and the University of Texas at Austin. His research later produced figures reflecting his life’s works, such as the well known, “Dog Bone” model.