Report of the U.S. Army Engineers describing the geography of east fork of the trinity river including the likelihood of floods and benefits of flood control.

Report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, Texas, Fort Worth area including the likelihood of floods and benefits of flood control.

Report of the U.S. Army Engineers describing the geography of the mouth of the Trinity River and Anahuac Channel including the likelihood of floods and benefits of flood control, as well as proposals to adjust the Wallisville Reservoir and to create a nearby national wildlife refuge.

Report of the U.S. Army Engineers describing the geography of Trinity River and tributaries with recommendations for reservoir and other projects to improve water supplies and prevent floods.

Second volume of a report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, containing three appendixes that document more specific information about the proposed projects.

Third volume of a report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, containing an appendix that provides an in-depth outline of major storms and flooding, reservoirs and other structures, and various other information about the hydrology and water resources.

Fourth volume of a report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, containing an appendix that documents cost estimates and design information related to the recommended projects to improve municipal water supplies and prevent flooding.

Fifth volume of a report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, containing four appendices that document economics, recreation and wildlife, public hearings, comments from government agencies, and other supplementary information about recommended projects to improve water supplies and prevent flooding.

Report of the U.S. Army Engineers describing the geography of Trinity River and tributaries, including the likelihood of floods and re-evaluating navigation features.