Texas Coastal Resiliency Master Plan Executive Summary – March 2017
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Stratigraphic Studies of a Late Quaternary Barrier-Type Coastal Complex, Mustang Island-Corpus Christi Bay Area, South Texas Gulf Coast
Stratigraphic Studies of a Late Quaternary Barrier-Type Coastal Complex, Mustang Island-Corpus Christi Bay Area, South Texas Gulf Coast U.S. GEOLOGICAL SURVEY PROFESSIONAL PAPER 1328 COVER: Landsat image showing a regional view of the South Texas coastal zone. IUR~AtJ Of ... lt~f<ARY I. liBRARY tPotC Af•a .VAStf. , . ' U. S. BUREAU eF MINES Western Field Operation Center FEB 1919S7 East 360 3rd Ave. IJ.tA~t tETUI~· Spokane, Washington .99~02. m UIIM» S.tratigraphic Studies of a Late Quaternary Barrier-Type Coastal Complex, Mustang Island Corpus Christi Bay Area, South Texas Gulf Coast Edited by GERALD L. SHIDELER A. Stratigraphic Studies of a Late Quaternary Coastal Complex, South Texas-Introduction and Geologic Framework, by Gerald L. Shideler B. Seismic and Physical Stratigraphy of Late Quaternary Deposits, South Texas Coastal Complex, by Gerald L. Shideler · C. Ostracodes from Late Quaternary Deposits, South Texas Coastal Complex, by Thomas M. Cronin D. Petrology and Diagenesis of Late Quaternary Sands, South Texas Coastal Complex, by Romeo M. Flores and C. William Keighin E. Geochemistry and Mineralogy of Late Quaternary Fine-grained Sediments, South Texas Coastal Complex, by Romeo M. Flores and Gerald L. Shideler U.S. G E 0 L 0 G I CAL SURVEY P R 0 FE S S I 0 N A L p·A PER I 3 2 8 UNrfED S~fA~fES GOVERNMENT PRINTING ·OFFICE, WASHINGTON: 1986 DEPARTMENT OF THE INTERIOR DONALD PAUL HODEL, Secretary U.S. GEOLOGICAL SURVEY Dallas L. Peck, Director Library of Congress Cataloging-in-Publication Data Main entry under title: Stratigraphic studies of a late Quaternary barrier-type coastal complex, Mustang Island-Corpus Christi Bay area, South Texas Gulf Coast. -
Inside Front Cover
Potential Sites for Wetland Restoration, Enhancement, and Creation: Corpus Christi/Nueces Bay Area WATER QUALITY ECOTOURISM HABITAT & LIVING RESOURCES A Joint Project of the Corpus Christi Bay National Estuary Program and the Texas General Land Office In conjunction with the Center for Coastal Studies, TAMU-CC Corpus Christi Bay National Estuary Program CCBNEP-15 July 1997 This project has been funded in part by the United States Environmental Protection Agency under assistance agreement #CE-9963-01-2 to the Texas Natural Resource Conservation Commission. The contents of this document do not necessarily represent the views of the United States Environmental Protection Agency or the Texas Natural Resource Conservation Commission, nor do the contents of this document necessarily constitute the views or policy of the Corpus Christi Bay National Estuary Program Management Conference or its members. The information presented is intended to provide background information, including the professional opinion of the authors, for the Management Conference deliberations while drafting official policy in the Comprehensive Conservation and Management Plan (CCMP). The mention of trade names or commercial products does not in any way constitute an endorsement or recommendation for use. POTENTIAL SITES FOR WETLAND RESTORATION, ENHANCEMENT, AND CREATION: CORPUS CHRISTI/NUECES BAY AREA Elizabeth H. Smith Co-Principal Investigator Center for Coastal Studies Texas A&M University-Corpus Christi Thomas R. Calnan Co-Principal Investigator Coastal Division Texas -
Preliminary List of Authorized but Not Commenced Projects and Programs
INITIAL COMPREHENSIVE PLAN APPENDIX A: BACKGROUND INFORMATION List of authorized but not yet commenced projects and programs The RESTORE Act requires the Initial Comprehensive Plan (Plan) to include “a list of projects and programs authorized prior to the date of enactment of [the Act] but not yet commenced, the completion of which would further the purposes and goals of [the Act].” In accordance with the Act, Council Members have developed a list of projects and programs. In general, Council Members put forward projects and programs that have either been federally authorized by Congress or approved under a State program, plan, or action. This information will enable the Council and the public to have better awareness of projects and programs that have already been authorized in the region. The Council wishes to stress several important points regarding this list: 1) This list does not represent a list of projects and programs that the Council will prioritize or necessarily fund. As outlined in Section IV of the Plan, the Council will use an open and transparent process to evaluate and select ecosystem restoration projects under the Council-selected Restoration Component. 2) The Council has not determined that all of the projects and programs on this list meet all of the applicable requirements of the RESTORE Act. Should a Council Member propose that a project or program from this list be funded with Council-Selected Restoration Component monies, like all such proposals, the Council will first verify the eligibility of the proposal prior to further consideration. 3) In putting forward projects and programs for this list, Council Members considered “not yet commenced” for planning projects to mean that planning has not yet commenced and, for construction projects, that construction has not yet commenced. -
THE TEXAS SHORELINE CHANGE PROJECT Coastal Mapping of West and East Bays in the Galveston Bay System Using Airborne Lidar
THE TEXAS SHORELINE CHANGE PROJECT Coastal Mapping of West and East Bays in the Galveston Bay System Using Airborne Lidar Rebecca C. Smyth, James C. Gibeaut, John Andrews, Tiffany L. Hepner, and Roberto Gutierrez With assistance from Adrien Lindley, Shane Valentine, and Rachel Waldinger Prepared for the Texas General Land Office GLO Contract Number 02-520 C Bureau of Economic Geology Scott W. Tinker, Director The University of Texas at Austin John A. and Katherine G. Jackson School of Geosciences August 2003 CONTENTS ABSTRACT...............................................................................................................................1 INTRODUCTION .....................................................................................................................2 Goals of the Texas Shoreline Change Project......................................................................2 Airborne Lidar: A Tool for Monitoring Coastal Environments...........................................3 Tasks and Deliverables ........................................................................................................5 GALVESTON WEST AND EAST BAY LIDAR SURVEY ...................................................6 Airborne Lidar Technical Background ................................................................................7 Lidar Survey Operations......................................................................................................8 Global Positioning System Base Stations.......................................................................9 -
Focus Question 5
FOCUS QUESTION 5: Are habitats for fish and wildlife increasing or decreasing? What was measured: Acres of seagrass communities, acres of saltwater marsh, acres of freshwater marsh, number of rook- ery islands Answer: Overall, seagrass communities are increasing along the Texas Coastal Bend. The Bureau of Eco- nomic Geology recorded 29,096 acres of seagrass in 1950 and 45,329 acres in 2004. The Texas Coastal Bend estuarine marshes are also increasing due to relative sea-level rise, where estuarine marsh spread into areas previously occupied by tidal flats. Coastal Bend palustrine (freshwater) marshes are decreas- ing due to island development, agricultural practices on the island, drier conditions and the landward movement of the salt/freshwater boundary. There are currently around 185 rookery islands in CBBEP area and most have been eroding away at varying rates. Good INDICATOR #14: Seagrass coverage. Condition/Trend: Good/Improving I. BACKGROUND Submerged seagrass meadows are a dominant, unique subtropical habitat in many Texas bays and es- tuaries. These marine plants play critical roles in the coastal environment, including nursery habitat for estuarine fisheries, a major source of organic biomass for coastal food webs, effective agents for stabiliz- ing coastal erosion and sedimentation, and major biological agents in nutrient cycling and water quality processes. Five seagrass species occur in Texas. These species represent highly specialized marine flowering plants (but not actually true grasses) that grow rooted and submersed in the higher salinity waters of most Texas bays and estuaries. Seagrasses were determined to be worth $9,000 to $28,000 per acre for commercial, recreational, and storm protection functions in Texas. -
The Gulf Shoreline of Texas: Processes, Characteristics, and Factors in Use
GEOLOGICAL 77 " Q CIRCULAR / / O The Gulf Shoreline of Texas: Processes, Characteristics, and Factors in Use B. H. Wilkinson L.E. Garner R i J. H. McGowen BUREAU OF ECONOMIC GEOLOGY THE UNIVERSITY OF TEXAS AT AUSTIN AUSTIN, TEXAS 78712 W.L. FISHER,DIRECTOR 1977 GEOLOGICAL 77 " Q CIRCULAR / / O The Gulf Shoreline of Texas: Processes, Characteristics, and Factors in Use BY J. H. McGowen L. E. Garner AND B. H. Wilkinson BUREAU OF ECONOMIC GEOLOGY THE UNIVERSITY OF TEXAS AT AUSTIN AUSTIN, TEXAS 78712 W.L. FISHER,DIRECTOR 1977 Contents Abstract 1 Introduction 1 Development of geomorphic units 1 Coastal activities 2 Characteristics of the Texas Gulf shoreline 3 Geological processes that mold the Texas Gulf shoreline 5 Daily processes 5 Astronomical tides 5 Wind 6 Wind tide 6 Waves andlongshore currents 6 Northers 8 Modern rivers 9 Subsidence 9 Tropical cyclones: hurricanes and tropical storms 10 Types of Gulf shoreline features 11 Erosional deltaic headlands 11 Peninsulas 11 Barrier islands 16 Active deltas 19 Areas of critical concern 20 Summary and conclusions 22 Acknowledgments 24 Selected references 25 Figures 1. Regional climatic data of Texas 3 2. Index map 4 3. Generalized tidal delta 6 4. Prevailing andpredominant wind 7 5. Relationship between shoreline orientation,directionof wave approach,andlongshore sediment transport 8 6. Netlongshore drift convergence 9 7. Generalized profile from upper shoreface to fore-island dunes 9 8. Comparison of suspensionloads of Brazos and Colorado Riversand Rio Grande .. 10 9. Location of natural tidal passes and man-made cuts throughbarrier islands and peninsulas and location of principal Gulf shoreline types 12-13 10. -
Geodesy; Triangulation on the Coast of Texas, from Sabine Pass to Corpus
(PEPjVRTMENT OF COMMERCE U. S. COAST AND GEODETIC! SURVEY O. H. TITTMLAJSTNT SUPERINTENDENT GEODESY TRIANGULATION ON THE COAST OF TEXAS, FROM SABINE PASS TO CORPUS CHRISTI BAY BY CHARLES A.. MOURHE8S Computer, "United States Coast and. Geodetic Survey SPECIAL PUBLICATION I NO. 17 NT WASHINGTON GOVERNMENT PRINTING OFFICE IMS DEPARTMENT OF COMMERCE U. S. COAST AND GEODETIC SURVEY O. H. TITTJVLAJNTST (SUPERINTENDENT GEODESY TRIANGULATION ON THE COAST OF TEXAS, FROM SABINE PASS TO CORPUS CHRISTI BAY BY CHARLES -A.. MOUEHKSS Computer, "United States Coast and Geodetic Survey SPECIAL PUBLICATION No. 17 WASHINGTON GOVERNMENT PRINTING OFFICE 1813 . QB 3,1/ CONTENTS. Page. General statement ! 5 The triangulation 5 Adjustment of the triangulation 6 The United States Standard Datum , 6 Tables of positions, azimuths, and lengths 8 Descriptions of stations 44 Marking of stations 44 Notes regarding the sketches 81 Sketches 82 Index to positions, descriptions, and sketches 83 ILLUSTRATIONS. 1. Standard disk triangulation station and reference marks 44 2. United States Engineers triangulation station and reference marks 45 3. Index map showing general location of the triangulation 82 4. Index map showing the limits of each of the following sketches 82 5. Triangulation, Lake Sabine and Neches River 82 6. Triangulation, Sabine Pass to Salt Bayou 82 7. Triangulation, Salt Bayou to East Bay 82 8. Triangulation, East Bay to Galveston Bay 82 9. Triangulation, Galveston Entrance to West Bay 82 10. Triangulation, Galveston Bay 82 11. Triangulation, San Jacinto River 82 12. Triangulation, West Bay 82 13. Triangulation, West Bay to Brazos River 82 14. Triangulation, Brazos River to Matagorda Bay 82 15. -
Source of Barrier Island Sediments: Northern Gulf Coast. Hyuck Jae Kwon Louisiana State University and Agricultural & Mechanical College
Louisiana State University LSU Digital Commons LSU Historical Dissertations and Theses Graduate School 1969 Source of Barrier Island Sediments: Northern Gulf Coast. Hyuck Jae Kwon Louisiana State University and Agricultural & Mechanical College Follow this and additional works at: https://digitalcommons.lsu.edu/gradschool_disstheses Recommended Citation Kwon, Hyuck Jae, "Source of Barrier Island Sediments: Northern Gulf Coast." (1969). LSU Historical Dissertations and Theses. 1672. https://digitalcommons.lsu.edu/gradschool_disstheses/1672 This Dissertation is brought to you for free and open access by the Graduate School at LSU Digital Commons. It has been accepted for inclusion in LSU Historical Dissertations and Theses by an authorized administrator of LSU Digital Commons. For more information, please contact [email protected]. This dissertation has been microfilmed exactly as received 70-9072 KWON, Hyuck Jae, 1936- SOURCE OF BARRIER ISLAND SEDIMENTS: NORTHERN GULF COAST. The Louisiana State University and Agricultural and Mechanical College, Ph.D., 1969 Geology University Microfilms, Inc., Ann Arbor, Michigan SOURCE OF BARRIER ISLAND SEDIMENTS: NORTHERN GULF COAST A Dissertation Submitted to the Graduate Faculty of the Louisiana State University and Agricultural and Mechanical College in partial fulfillment of the requirements for the degree of Doctor of Philosophy in The Department of Geography and Anthropology by . Hyuclc Jae Kwon B.A. , Seoul National University, 1960 M.S., Louisiana State University, 1967 August, 1969 PLEASE NOTE: Not original copy. Several pages have indistinct print. Filmed as received. UNIVERSITY MICROFILMS ACKNOWLEDGMENTS This study was sponsored through the Coastal Studies Institute, Louisiana State University, under Contract Nonr 1575 (.03), Task Order NR 3SS 002, with the Geography Programs of the Office pf Naval Research. -
Shoreline Types of the Central Texas Coast: Matagorda to Corpus Christi Areas
Shoreline Types of the Central Texas Coast: Matagorda to Corpus Christi Areas Final Report Prepared for the Texas General Land Office Under Interagency Contract lAC 97-081 R and Minerals Management Service Gulfwide Information System at Louisiana State University CMI-30660-19901 Robert A. Morton and William A. White Bureau of Econornic Geology Noel Tyler, Director The University of Texas at Austin Austin, Texas 78713-8924 June 1998 CONTENTS Executive Summary ......................................................................................................................... 1 Introduction ...................................................................................................................................... 2 Rationale for Updating Shoreline Inventories and ESI Maps ......................................................... .4 Previous Related Work ................................................................................................................... .5 Methods of Mapping and Applying ESI Rankings .......................................................................... 7 Mapping Procedures .................................................................................................................. 7 Application of ESI Rankings to Complex Shorelines ............................................................. .11 Delineation of Wetlands Using NWI Data .............................................................................. 12 Field Verification and Modifications ...................................................................................... -
2019 Master Plan Overview
TEXAS COASTAL RESILIENCY MASTER PLAN OVERVIEW MARCH 2019 George P. Bush, Commissioner, Texas General Land Office The Texas General Land Office (GLO) is pleased to present the 2019 Texas Coastal Resiliency Master Plan (Resiliency Plan) – the second installment of a statewide plan to protect and promote a vibrant and resilient Texas coast that supports and sustains a strong economy and healthy environment for all who live, work, play or otherwise benefit from the natural resources and infrastructure along the Texas coast. The Texas coast is an integrated network of built infrastructure and natural environments that should be considered in partnership to understand and achieve coastal resiliency. The state’s natural coastal environments contribute resources and invaluable ecosystem services – such as cultural and recreational benefits, seafood, flood prevention and habitat productivity – that bolster business development, improve quality of life, and attract people to Texas. The coast’s built environments Photo Credit: Texas General Land Office provide the support services, transportation and infrastructure systems that allow industries, communities and businesses to flourish up and down the coast. While Texas is full of diverse landscapes and city settings, there is no doubt the value of its coast is unmatched. Supported by its vast expanse of port enterprises and the energy industry’s exploration and production endeavors, the Texas coast is both the main trade hub for the rest of the state and the leading energy producer for the nation.1 In recent years, Texas ports provided $368 billion in economic value to the state – roughly 23 percent of the total state gross domestic product – and handled 23 percent of all U.S. -
PEKOWSKI-THESIS-2017.Pdf (1.983Mb)
ELEVATED MODERN SEDIMENTATION RATES OVER THE BURIED TRINITY RIVER INCISED VALLEY SUGGEST ELEVATED, LOCALIZED SUBSIDENCE RATES, GALVESTON BAY, TX, USA, A Thesis by ANDREW DAVID PEKOWSKI Submitted to the Office of Graduate and Professional Studies of Texas A&M University in partial fulfillment of the requirements for the degree of MASTER OF SCIENCE Chair of Committee, Timothy Dellapenna Committee Members, Peter Santschi Peter van Hengstum Head of Department, Shari Yvon-Lewis August 2017 Major Subject: Oceanography Copyright 2017 Andrew D. Pekowski ABSTRACT This study investigates sedimentation rates within Galveston bay, TX, and their utility in estimating differential compaction in Texas coastal plain estuaries. Most modern Texas estuaries are situated over incised Pleistocene paleo-channels up to 30 m deep, filled primarily with unconsolidated mud-dominated Holocene fluvial and estuarine deposits. The Galveston Pier 21 tidal gauge has a 100-year record which has recorded a relative sea-level rise rate 3 times the global average, and this rate is considered a regional rate. However, Pier 21 is situated over the Trinity River incised paleo-valley (TRIV). A CHIRP sub-bottom profile and multiple transects of vibra-cores were collected across the TRIV to investigate if sedimentation resulting from enhanced subsidence has increased over the TRIV compared to the TRIV flanks. Profiles of Hg and textural changes were used alongside sedimentation rates derived from excess 210Pb activity to determine the recent sedimentary history of the bay. Sedimentation rates ranged from 0.34 – 1.48 cm yr−1, with the highest rate being found directly over the TRIV. Correlations in Hg and textural data reveal a general deepening and extension of strata within cores collected directly over the TRIV. -
Status and Trends of Wetlands in Texas Coastal Parks
Status and Trends of Wetlands in Texas Coastal Parks Background Information. Coastal wetlands enhance water quality, provide flood protection, buffer against erosive storm surges, present unique recreational opportunities and provide high-quality habitat for fish and shellfish production and migratory waterfowl. Coastal wetland and aquatic habitats are essential components of inland and barrier island environments along the Texas coast. These valuable resources are highly productive biologically and chemically and are part of an ecosystem in which a variety of flora and fauna depend. Scientific investigations of wetland distribution and abundance is needed to effectively manage the habitats and guide mitigation/restoration projects. The University of Texas at Austin, Bureau of Economic Geology (Bureau) has undertaken coast-wide studies of the status and trends of wetlands and aquatic habitats along the Texas portion of the Gulf of Mexico. For background information about the Bureau’s wetland mapping program, please visit the status and trends website http://www.beg.utexas.edu/research/programs/coastal/wetlands/trends. We are going to examine two properties owned by Texas Parks and Wildlife Department to examine how wetland habitats have changed through time (1950’s, 1970s, and 2000s). Both are located on the central Texas coast but in different geologic settings. Powderhorn Ranch is located on the southwestern shoreline of Matagorda Bay. Mustang Island State Park is located on a barrier island near Corpus Christi, Texas. Powderhorn Ranch Powderhorn Ranch, located along Matagorda Bay and Powderhorn Lake in Calhoun County, is a 17,351-acre property that has been purchased for the state of Texas through a partnership among the Texas Parks and Wildlife Foundation, The Nature Conservancy (TNC), Texas Parks and Wildlife Department (TPWD), and The Conservation Fund.