Habitat Development Field Investigations, Bolivar Peninsula Marsh and Upland Habitat Development Site, Galveston Bay, Texas. Appendix D. Propagation of Vascular Plants and Postpropagation Monitoring of Botanical, Soil, Aquatic Biota, and Wildlife Resource




Webb JW; Dodd JD; Cain BW; Leavens WR; Hossner LR

Journal Title

Journal ISSN

Volume Title



A 2-1/2-year field investigation was conducted at Bolivar Peninsula, Galveston Bay, Texas, to test the feasibility and impact of developing marsh and upland habitat on dredged material. This report summarizes baseline information derived before habitat development operations and results of post-development operation. Two marsh grass species and nine upland plant species including trees, shrubs, and grasses were planted in test plots on a dredged material site lying between the Gulf Intracoastal Waterway and Galveston Bay. Tests were conducted to measure plant survival and performance in response to different fertilizer treatments and planting methods. Plantings of the marsh grasses were made within an intertidal area protected from wave energies by a sandbag dike. Prior to and during plant development, information was collected to document changes in fish and wildlife communities. After less than a year of development, the site provided heterogeneous habitats which tended to support greater use by fish and benthos than is generally associated with sandy shores along Bolivar Peninsula. The field investigation indicated that habitat development can be a feasible dredged material disposal alternative




47D Ocean Sciences & Technology: Biological Oceanography;57H Medicine & Biology: Ecology;68C Environmental Pollution & Control: Solid Wastes Pollution & Control;Aquatic plants;Army Corps of Engineers;Baseline studies;Benthos;Bolivar Peniinsula;Bolivar Peninsula;Disposal;Dredged material research;Dredged Material Research Program;Dredged materials;Ecology;Feasibility;Fish;Galveston;Galveston bay;Gulf Intracoastal Waterway;Habitat;Habitats;Impact;Investigations;Marine biology;Marshes;Monitoring;Natural resources;Operation;Plant growth;Planting;Plants;Resources;Sea grasses;Shores;Shrubs;Solid waste disposal;Survival;Swamps;Texas;Trees;United States;Vascular plants;Vegetation;Waste treatment;Waterfowl;Waterways;Wildlife;