Holocene evolution of the western Louisiana-Texas Coast, USA : response to sea-level rise and climate change
- Title
- Holocene evolution of the western Louisiana-Texas Coast, USA : response to sea-level rise and climate change / by John B. Anderson, Davin J. Wallace, Antonio B. Rodriguez, Alexander R. Simms, Kristy T. Milliken.
- Published by
- Boulder, Colorado : The Geological Society of America, 2022.
- Author
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Status | Format | Access | Call number | Item location |
---|---|---|---|---|
Status Available - Can be used on site. Please visit New York Public Library - Schwarzman Building to submit a request in person. | FormatBook/Text | AccessUse in library | Call numberJFF 22-810 | Item locationSchwarzman Building - Main Reading Room 315 |
Details
- Additional authors
- Description
- iv, 81 pages : illustrations (some color), maps (some color); 29 cm.
- Summary
- "The Western Louisiana and Texas coast is vulnerable to sea-level rise due to low gradients, high subsidence, and depleted sediment supply. This Memoir describes the response of coastal environments to variable rates of sea-level rise and sediment supply during Holocene to modern time. This volume is a wake-up call about the potential magnitude of coastal change over decadal to centennial time scales"--
- Series statement
- Memoir ; 221
- Uniform title
- Memoir (Geological Society of America) ; 221.
- Subject
- From 10 thousand years ago
- Coast changes > Louisiana > Gulf Coast
- Coast changes > Texas > Gulf Coast
- Sea level > Louisiana > Gulf Coast
- Sea level > Texas > Gulf Coast
- Climatic changes > Louisiana > Gulf Coast
- Climatic changes > Texas > Gulf Coast
- Geology, Stratigraphic > Holocene
- Paleogeography > Holocene
- Climatic changes
- Coast changes
- Geology, Stratigraphic
- Holocene Geologic Period
- Paleogeography
- Sea level
- Louisiana > Gulf Coast
- Texas > Gulf Coast
- Contents
- Study area -- Sea level history -- Data sets and methods -- Radiocarbon dating -- Results -- Late Pleistocene coastal evolution -- MIS 5-2 sea level fall and lowstand -- MIS 2-1 transgression -- Sand banks -- Offshore Trinity and Sabine incised river valleys -- Coastal Trinity, Sabine, and Calcasieu valleys -- Western Louisiana Chenier Plain -- East Texas Barrier system -- The Brazos-Colorado fluvial-deltaic systems -- The central Texas coast -- The south Texas coast -- Discussion -- Coastal response to climate change and decreasing sea-level rise -- Controls on coastal evolution -- Antecendent topography -- Sea level rise -- Sediment supply and dispersal -- Oceanographic influences and the Texas Mud Blanket -- Impacts from severe storms -- Anthropogenic impacts -- Ongoing and future change -- Wetland and bay impacts -- Coastal barriers -- Conclusions.
- Call number
- JFF 22-810
- Bibliography (note)
- Includes bibliographical references (pages 74-81).
- Author
- Anderson, John B., 1944- author.
- Title
- Holocene evolution of the western Louisiana-Texas Coast, USA : response to sea-level rise and climate change / by John B. Anderson, Davin J. Wallace, Antonio B. Rodriguez, Alexander R. Simms, Kristy T. Milliken.
- Publisher
- Boulder, Colorado : The Geological Society of America, 2022.
- Type of content
- text
- Type of medium
- unmediated
- Type of carrier
- volume
- Series
- Memoir ; 221
- Memoir (Geological Society of America) ; 221.
- Bibliography
- Includes bibliographical references (pages 74-81).
- Chronological term
- From 10 thousand years ago
- Added author
- Wallace, Davin J., author.
- Rodriguez, Antonio B., author.
- Simms, Alexander R., author.
- Milliken, Kristy T., author.
- Other form:
- Online version: Anderson, John B., 1944- Holocene evolution of the western Louisiana-Texas Coast, USA Boulder, Colorado : The Geological Society of America, 2022 9780813782218 (DLC) 2022016114
- Online version: Anderson, John B., 1944- Holocene evolution of the western Louisiana-Texas Coast, USA. Boulder, Colorado : The Geological Society of America, 2022 9780813782218 (DLC) 2022016114 (OCoLC)1333689571
- LCCN
- 2022016113
- ISBN
- 9780813712215 (hardback)
- 0813712211 (hardback)
- Research call number
- JFF 22-810