Cape Fear to Charleston Harbor
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Piedmont Hydroelectric Project, Upper Pelzer Hydroelectric Project, Lower
DRAFT ENVIRONMENTAL ASSESSMENT FOR HYDROPOWER LICENSES Piedmont Hydroelectric Project, P-2428-007 Upper Pelzer Hydroelectric Project, P-10254-026 Lower Pelzer Hydroelectric Project, P-10253-032 South Carolina Federal Energy Regulatory Commission Office of Energy Projects Division of Hydropower Licensing 888 First Street, NE Washington, D.C. 20426 July 2019 TABLE OF CONTENTS LIST OF FIGURES ............................................................................................................ iv LIST OF TABLES............................................................................................................... v ACRONYMS AND ABBREVIATIONS.......................................................................... vii 1.0 INTRODUCTION .................................................................................................... 1 1.1 APPLICATIONS .................................................................................................. 1 1.2 PURPOSE OF ACTION AND NEED FOR POWER ......................................... 4 1.2.1 Purpose of Action ............................................................................................. 4 1.2.2 Need for Power ................................................................................................. 5 1.3 STATUTORY AND REGULATORY REQUIREMENTS ................................ 5 1.3.1 Federal Power Act ............................................................................................ 5 1.3.2 Clean Water Act .............................................................................................. -
Storm Tide Hindcasts for Hurricane Hugo: Into an Estuarine and Riverine System
ADVANCES IN HYDRO-SCIENCE AND –ENGINEERING, VOLUME VI 1 STORM TIDE HINDCASTS FOR HURRICANE HUGO: INTO AN ESTUARINE AND RIVERINE SYSTEM Scott C. Hagen1, Daniel Dietsche2, and Yuji Funakoshi3 ABSTRACT This paper presents simulated storm tides from a hindcast of Hurricane Hugo (1989). Water surface elevations are obtained from computations performed with the hydrodynamic ADCIRC-2DDI numerical code. Four different two-dimensional finite element domains are developed in order to assess the surge-tide-streamflow interaction within an estuarine and riverine system. Two domains include inland topography, i.e., several observed inundated areas along the coast and relevant riverine floodplains. Results at three locations are presented; at Charleston harbor, where Hugo made landfall, Bulls Bay, where the highest water elevations were observed, and at the inlet of the Winyah Bay estuary, the mouth of the Waccamaw river. The simulated results show good agreement with the recorded storm data and the observed high water elevations. A slight phasing error is recognized. Our numerical results reveal that including inundated areas and floodplains in our finite element mesh is of vital importance in order to represent the storm tide response best along the coast reach of interest and within the Waccamaw riverine systems. 1. INTRODUCTION Hurricanes remain the single costliest and most devastating of all storms. Most of the catastrophe results from storm surge produced during these events. In recent years, the unprecedented destruction by several hurricanes along the South Carolina coast highlights the importance of developing a capability to model the interaction between storm surge, atmospheric tide, and streamflow. Advanced numerical models, like ADCIRC, are capable of enhancing the understanding of hydrodynamic behavior along coastal areas during such storm events. -
BATTERY JASPER I HISTORIC STRUCTURES REPORT - PART II I Historical Data Section FORT SUMTER NATIONAL MONUMENT I I Sullivan's Island, South Carolina by I I EDWIN C
.,. ' I 19 I •BATTERY JASPER I HISTORIC STRUCTURES REPORT - PART II I Historical Data Section FORT SUMTER NATIONAL MONUMENT I I Sullivan's Island, South Carolina By I I EDWIN C. BEARSS I DIVISION OF HI STORY I Office of Archeology and Historic Preservation .ational Park Service U.S. Department of the Interior ~ I! I ,J le I FOREWORD This report has been prepared to satisfy the research needs I as enumerated in Historical Resource Study Proposal, FOSU-H-3, Historic Structures Report, Part II, Battery Jasper, 1897-1948. As proposed by I Superintendent Paul Swartz this report is aimed to provide "information I pertaining to Battery Jasper; its casemates, bombproofs, armament, etc . to insure that the proposed restoration of Battery Jasper to its I 1898-1918 appearance is accurate." The Historical Data Section of the subject report besides furnishing information to guide the Architectural I Historians in preparing their measured drawings and specifications will I provide data needed for interpretive specialists to present the story of Battery Jasper to the area's visitors. 19 A number of persons have assisted in the preparation of this report. Particular thanks are due to Superintendent Paul Swartz and I Historian John Dobrovolny for their assistance at the site; to Archi I tectural Historians Henry Judd and Fred Gjessing for sharing their knowledge of the battery's architectural intricacies; to Dr. Raymond I Lewis of System Development Corporation, Falls Church, Virginia, for sharing his encyclopedic knowledge of American seacoast fortifications; I to Carlton Brown, James O. Hall, and Miss Nadine Whelchel of the Federal Records Center in East Point, Georgia, for the outstanding service pro I vided in making available records of the Charleston Engineer District; I to Frank Sarles for proof-reading the final draft; and especially to Mrs. -
Charleston Archives, Libraries, And
Note: Names of contact people may have changed. A GUIDE TO CHARLESTON AREA ARCHIVES, LIBRARIES AND MUSEUMS “More than forty miles of shelves…” by Donald Macbeth, ca. 1906 Library of Congress Prints & Photographs Online Catalog http://www.loc.gov/pictures/item/2014650185/ 5th Edition 2015 CALM Directory 2015 The Charleston Archives, Libraries and Museums Council (CALM) was organized in 1985 with the goal to start cooperative disaster preparedness planning. David Moltke-Hansen (at that time Director of the South Carolina Historical Society) coordinated 22 local cultural organizations into a group that could provide mutual assistance after storms or other disasters. The organization helped foster communication, local efforts of recovery, sharing of resources and expertise. CALM helped agencies, organizations, and institutions write disaster plans; sponsored workshops; and in general, raised consciousness about preservation and disaster preparedness and recovery needs. The statewide Palmetto Archives, Libraries and Museums Council on Preservation (PALMCOP) was then formed in Columbia in 1986 based on the successful model of CALM. CALM now provides an opportunity for participants in the archives, library, museum and records communities to interact in a supportive environment for the exchange of ideas and information. In 2001, CALM members created the Guide to Charleston Area Archives, Libraries and Museums to assist librarians, archivists, curators, and records managers in knowing “who has what,” and also to assist local researchers and scholars in their educational and academic pursuits. It was updated in 2004, 2008, and 2011, however, significant staffing and other changes have occurred in the last four years and this 5th edition reflects those changes. -
Seawall Evaluation and Study
SEAWALL EVALUATION AND STUDY PHASE I CONDITION ASSESSMENT PHASE II HISTORIC RESEARCH PHASE III DETAILED INVESTIGATION PHASE IV COMPREHENSIVE ENGINEERING ANALYSIS AND REPAIR RECOMMENDATIONS TABLE OF CONTENTS Executive Summary 1 Authority, Purpose, Scope and Limitations 1 Terminology 3 Seawall Descriptions 4 High Battery Seawall 4 Low Battery Seawall 5 Marina Seawall 6 Seawalls Surrounding Colonial Lake 6 Phase I General Condition Assessment 7 High Battery Seawall 9 Low Battery Seawall 11 Marina Seawall 14 Seawalls Surrounding Colonial Lake 15 Phase II Historic Research 17 Construction of the Seawalls 17 High Battery Seawall 17 Low Battery Seawall 19 Marina Seawall 21 Seawalls Surrounding Colonial Lake 22 General Conclusions 23 Stone Masonry Portion of the High Battery Seawall 23 The Low Battery Seawall and the Concrete Extension of the High Battery Seawall 23 The Marina Seawall and the Seawalls Surrounding Colonial Lake 24 Conclusion 24 Phase III Detailed Investigation Geotechnical Investigation 25 Observation Pits 26 Additional Resources 26 Specific Locations Selected 27 General Results Stone Masonry Portion of the High Battery Seawall 27 Low Battery Seawall 29 Concrete Extension of the High Battery Seawall 34 Marina Seawall 36 General Conclusions Stone Masonry Portion of the High Battery Seawall 38 Low Battery Seawall 38 Concrete Extension of the High Battery Seawall 39 Marina Seawall 39 Phase IV Comprehensive Engineering Analysis and Repair Recommendations Terminology 40 Service Life 40 Extension of Service Life 41 Categories for Maintenance -
The Historic South Carolina Floods of October 1–5, 2015
Service Assessment The Historic South Carolina Floods of October 1–5, 2015 U.S. DEPARTMENT OF COMMERCE National Oceanic and Atmospheric Administration National Weather Service Silver Spring, Maryland Cover Photograph: Road Washout at Jackson Creek in Columbia, SC, 2015 Source: WIS TV Columbia, SC ii Service Assessment The Historic South Carolina Floods of October 1–5, 2015 July 2016 National Weather Service John D. Murphy Chief Operating Officer iii Preface The combination of a surface low-pressure system located along a stationary frontal boundary off the U.S. Southeast coast, a slow moving upper low to the west, and a persistent plume of tropical moisture associated with Hurricane Joaquin resulted in record rainfall over portions of South Carolina, October 1–5, 2015. Some areas experienced more than 20 inches of rainfall over the 5-day period. Many locations recorded rainfall rates of 2 inches per hour. This rainfall occurred over urban areas where runoff rates are high and on grounds already wet from recent rains. Widespread, heavy rainfall caused major flooding in areas from the central part of South Carolina to the coast. The historic rainfall resulted in moderate to major river flooding across South Carolina with at least 20 locations exceeding the established flood stages. Flooding from this event resulted in 19 fatalities. Nine of these fatalities occurred in Richland County, which includes the main urban center of Columbia. South Carolina State Officials said damage losses were $1.492 billion. Because of the significant impacts of the event, the National Weather Service formed a service assessment team to evaluate its performance before and during the record flooding. -
Strengthening Charleston Final Report
Final Report February0 | P a g e 2021 This page intentionally left blank. Acknowledgements The Charleston Police Department wishes to acknowledge and express its appreciation to the law enforcement agencies and government officials who supported CPD in its efforts on May 30 and 31, sending resources to the Peninsula without hesitation. Thank you to Governor McMaster for sending the National Guard to Charleston to assist CPD on May 31, 2020 and making those resources available thereafter. Thank you to the following agencies who answered CPD’s calls for assistance: Charleston County Sheriff’s Office, Berkeley County Sheriff’s Office, Mt. Pleasant Police Department, North Charleston Police Department, Goose Creek Police Department, Summerville Police Department, Myrtle Beach Police Department, Sullivan’s Island Police Department, South Carolina Highway Patrol, SLED, DNR, PPP, ATF and the FBI. While we reached out to many other agencies that were unable to provide resources at the time, we appreciate their consideration, nonetheless. CPD also wishes to express its appreciation to the members of the City of Charleston Fire Department, who courageously answered numerous calls for service during a most difficult time. Thank you to the Charleston County Consolidated Dispatch Center and Charleston County EMS. CPD appreciates our partners who have continued to help with the investigation and successful prosecution of the perpetrators of these crimes, including Solicitor Scarlett Wilson and her team and U.S. Attorney for the District of South Carolina, Peter McCoy and his team and the City of Charleston Municipal Court and prosecutors. To all of these agencies and officials– thank you for your continued support and service. -
Preservation Society of Charleston
Preservation FOR THE PRESERVATION SOCIETY OF CHARLESTON Summer 2006 ◆ Volume 50 ◆ No. 2 Inside... ◆ Society Welcomes 320 New Members p.3 ◆ The Gardens of Loutrel Briggs p.8 ◆ Quarterly Meetings Recapped p.11 Loutrel Briggs Garden at ◆ Preservation Progress: The First 50 Years 64 South Battery continued p.14 Preserving the Past for the Future 888429_PPJUNE06.indd8429_PPJUNE06.indd 1 66/20/06/20/06 99:16:44:16:44 AMAM 2 Preservation PROGRESS c c LETTER FROM THE PRESIDENT 2006 Board of Directors & Advisors EXECUTIVE COMMITTEE Mr. Steven Craig, President Steven Craig Mr. Robert Prioleau Sr., First Vice President Ms. Lois Lane, Second Vice President Mrs. Shay Evans, Recording Secretary Mr. Derrick D. DeMay, Treasurer Mr. Glenn F. Keyes, Immediate Past President MEMBERS OF THE BOARD Mr. William J. Cook Mrs. Susan G. Dickson Mr. Steve Dopp Mr. Kevin Eberle Mr. Fleetwood Hassell Mrs. Sarah Horton Mrs. Jane Locke Mrs. Diane McCall Mrs. Caroline Poston Ms. Sally Smith Mr. Jim Wigley Mrs. Connie Wyrick ADVISORS TO THE BOARD Mrs. Elizabeth Jenkins Young, Executive Committee Mrs. Jane Thornhill Mr. Norman Haft, Executive Committee Mr. Wilson Fullbright STAFF Mrs. Cynthia Cole Jenkins, Executive Director Mr. Robert M. Gurley, Assistant Director Mrs. Alix Robinson Tew, Membership & Development Director Ms. Ginger L. Scully, Director, Fall Tours & Special Programs Mrs. Mary Spivey-Just, Business Manager Ms. Amelia L. Lafferty, Projects Coordinator Mrs. Cynthia Setnicka, Retail Shop Manager NEWSLETTER Mr. William J. Cook, Chairman, Publications Committee -
Channel Geomorphology Along the Fluvial- Tidal Transition, Santee River, USA
Fluvial-tidal transition channel Channel geomorphology along the fluvial- tidal transition, Santee River, USA Raymond Torres† Department of Earth and Ocean Sciences, University of South Carolina, 701 Sumter Street, EWS617, Columbia, South Carolina 29208, USA ABSTRACT INTRODUCTION Pittaluga et al., 2015). Since terrestrial runoff, tidal forcing, and storm surge vary with time, There exists a rich understanding of chan- Along the river continuum, a single channel the tidal effects on channel form vary along the nel forms and processes for rivers with uni- can transition from fluvial to tidal dominance in channel (Wright et al., 1973; Dalrymple and directional flows, and for their estuarine flow and sedimentary processes, and in benthic Choi, 2007). For instance, river flow responses components with bidirectional flows. On the ecology (Dalrymple and Choi, 2007; Jablon- to tidal oscillations can vary temporally with lo- other hand, complementary insight on the ski and Dalrymple, 2016). In particular, many cal weather effects (<day), dam releases (days), transitional reach linking these flows has not coastal river systems experience the combined terrestrial flood waves (weeks), seasonal effects been well developed. This study highlights influence of terrestrial runoff processes and ma- (months), or changes in climate (decades). The analyses of high-resolution, high-accuracy rine storms and tides (e.g., Wright et al., 1973; way in which these conditions translate to tide- bathymetric surveys along a coastal plain Bokuniewicz, 1995; Ensign et al., 2013; Sassi influenced channel geomorphology remains river at 30–94 km upstream of the estuary and Hoitink, 2013), giving rise to at-a-station largely unexplored (Phillips and Slattery, 2007; mouth. -
Andrew Simons, Jr. Slide Collection, 1959-1968 SCHS 520.00
Andrew Simons, Jr. Slide Collection, 1959-1968 SCHS 520.00 Description: 1.5 linear feet Creator: Andrew Simons, Jr. (1932-1968) Biographical/Historical Note: A native of Charleston, South Carolina and professional photographer, Andrew was the son of Andrew and Katherine Simons. He married Julie Marshall Simons (1940-1968) in 1961; she died the same year. Andrew Simons died in an accident in the Cayman Islands in 1968. Scope and Content: The Simons, Jr. Collection consists of approximately 2800 slides (35mm, Color, ca.1959-1968) taken by Andrew Simons, Jr. a Charleston area photographer. Images include downtown Charleston, multiple lowcountry plantations, the Citadel, historic reenactments, bridge construction, flowers, and other varied subjects. Preferred Citation: [Folder #, identification # of image], The Andrew Simons, Jr. Slide Collection, 1959-1968. The South Carolina Historical Society, Charleston, South Carolina, USA. This Project made possible by funding generously provided through the NHPRC ANDREW SIMONS, JR. SLIDE COLLECTION, VMA 520.00 Folder Item Box Folder Title Description of Contents Keywords Number # 1 2003.03-01 N.S. SAVANNAH 28 35mm color slides, dated January 1965. Images of the N.S. Savannah; the first nuclear powered merchant ship. 1 2003.03-02 SHEM CREEK 26 35mm color slides, dated April-May 1968. Images of the fishing trawlers at Shem Creek in Mount Pleasant 1 2003.03-03 JUAN SEBASTIAN 48 35mm color slides, four sets. May-June 1962, April 1966, and undated circa. Tall ships. 1965. Images of the tall ship Juan Sebastian de Elcano, the third largest tall ship in the world. File also contains two mounted slides of the ship taken at dusk. -
Maroon and Slave Communities in South Carolina Before 1865
MAROON AND SLAVE COMMUNITIES IN SOUTH CAROLINA BEFORE 1865 TIM LOCKLEY AND DAVID DODDINGTON* IN THE PAST SEVERAL DECADES, REVISIONS TO LONG-STANDING EQPEGRVUQHőEQOOWPKV[ŒJCXGRNC[GFCUKIPKſECPVTQNGKPGPTKEJKPIQWT WPFGTUVCPFKPIQHVJGEQORNGZKV[QHGPUNCXGFNKHGKP0QTVJ#OGTKEC(GY JKUVQTKCPUUWIIGUVCP[OQTGVJCVGPUNCXGFRGQRNGYGTGKPGZQTCDN[DQWPF VQIGVJGTD[UJCTGFQRRTGUUKQPCPFYQTMQPVQRKEUCUFKXGTUGCUVJGKPHQTOCN GEQPQO[HCOKN[NKHGEQWTVUJKRCPFJQPQTJCXGGHHGEVKXGN[EQODKPGFVQ TGHWVGVJGO[VJQHCPőKF[NNKEUNCXGEQOOWPKV[ŒVJCV2GVGT-QNEJKPYCTPGF YCUCVTKUMQHFGXGNQRKPIHTQOTGXKUKQPKUVJKUVQTKGU16JGTGJCUDGGPITGCVGT HQEWUQPVGORQTCNCPFIGQITCRJKECNFKHHGTGPEGUKPGPUNCXGOGPVCUYGNNCU VJGURCVKCNFKUVKPEVKQPUCVRNC[KPGXGT[FC[NKHGOGVJQFQNQIKECNETKVKSWGU UWEJCU#PVJQP[-C[GŏUJCXGUVTGUUGFVJGPGGFVQTGHQTOWNCVGF[PCOKEU QHGZENWUKQPCPFKPENWUKQPVJTQWIJOQTGRTCEVKECNIGQITCRJKECNURGEKſEU2 +PNKIJVQHUWEJUEJQNCTUJKRJKUVQTKCPUPQYGORJCUK\GVJGPWCPEGFƀGZ- KDNGCPFF[PCOKETGNCVKQPUJKRUCVVJGJGCTVQHőOWNVKRNGUNCXGEQOOWPKVKGU EQPVKPWCNN[KPƀWZCPFKPJCDKVGFD[TGCNRGQRNGŒ3+PCTGEGPVJKUVQTKQITCRJK- ECNUWOOCT[,GHH(QTTGVEQPENWFGUVJCVőCP[TQOCPVKEK\CVKQPQHVJGUNCXG EQOOWPKV[KUTCRKFN[FTCYKPIVQCENQUGŒ4 /WEJQHVJGNCVGUVUEJQNCTN[YQTMEQPEGPVTCVGUKPUVGCFQPUNCXGEQP- ƀKEVTGCUQPCDN[TGOKPFKPIWUVJCVKP&[NCP2GPPKPITQVJŏUYQTFUőVJGTG KUPQTGCUQPVQVJKPMVJCVVJGDNCEMEQOOWPKV[KPVJGUYCUCP[OQTG JCTOQPKQWUVJCPVJGYJKVGEQOOWPKV[Œ5+VKUVJKUDQF[QHNKVGTCVWTGVJCV VJGRTGUGPVCTVKENGJQRGUVQDWKNFQPRCTVKEWNCTN[YKVJTGICTFUVQGZRNQTKPI 6KO.QEMNG[KUTGCFGTKPEQORCTCVKXG#OGTKECPUVWFKGUCVVJG7PKXGTUKV[QH 9CTYKEM &CXKF&QFFKPIVQPKUCFQEVQTCNECPFKFCVGKPJKUVQT[CVVJG7PKXGTUKV[ -
They Can Run the Boat, but Not Ride: Slavery, Segregation and Ferries
March 2009 Newsletter They Can Run the Boat, But Not Ride: Slavery, Segregation and Ferries By Edward Salo* Race is a dominant theme in South Carolina history. African Americans played a dual role in the history of South Carolina ferries. On one hand, they operated the ferries, first as slaves and later as freedmen; on the other hand, laws restricted their use of the ferries. Operating ferries was a skilled position that brought esteem; yet, ferries also were a place where slaves could escape. During Jim Crow, African Americans continued to work on ferries, but when they rode as passengers, they did so in separate sections of the boats. Segregation however did not dissuade African Americans from using ferries to connect their worlds to wider audiences. In the Progressive era, for example, modern ferries opened travel to the Sea Islands, integrating the largely isolated Gullah culture into the larger state. Often overlooked by historians and archaeologists, ferries played an important part in the transportation network that developed during the colonial period, and continued to operate until the twentieth century. Underwater archaeologist Christer Westerdahl argues that ferries and inland road networks were important because they were part of a larger maritime cultural landscape that includes ports, harbors, wharfs, and other structures. Ferries were “the first transit point at which river-based cultural area [met] the outer world” (Westerdahl 1992: 6). Ferries in South Carolina, for instance, were the local connection to the larger Atlantic world network within which South Carolina operated and developed. The Importance of Ferries in South Carolina’s History Ferries contributed significantly to multiple themes of South Carolina’s history.