Building the NORTH JETTY on ISLAND BEACH Barnegat Inlet
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NEW JERSEY History GUIDE
NEW JERSEY HISTOry GUIDE THE INSIDER'S GUIDE TO NEW JERSEY'S HiSTORIC SitES CONTENTS CONNECT WITH NEW JERSEY Photo: Battle of Trenton Reenactment/Chase Heilman Photography Reenactment/Chase Heilman Trenton Battle of Photo: NEW JERSEY HISTORY CATEGORIES NEW JERSEY, ROOTED IN HISTORY From Colonial reenactments to Victorian architecture, scientific breakthroughs to WWI Museums 2 monuments, New Jersey brings U.S. history to life. It is the “Crossroads of the American Revolution,” Revolutionary War 6 home of the nation’s oldest continuously Military History 10 operating lighthouse and the birthplace of the motion picture. New Jersey even hosted the Industrial Revolution 14 very first collegiate football game! (Final score: Rutgers 6, Princeton 4) Agriculture 19 Discover New Jersey’s fascinating history. This Multicultural Heritage 22 handbook sorts the state’s historically significant people, places and events into eight categories. Historic Homes & Mansions 25 You’ll find that historic landmarks, homes, Lighthouses 29 monuments, lighthouses and other points of interest are listed within the category they best represent. For more information about each attraction, such DISCLAIMER: Any listing in this publication does not constitute an official as hours of operation, please call the telephone endorsement by the State of New Jersey or the Division of Travel and Tourism. numbers provided, or check the listed websites. Cover Photos: (Top) Battle of Monmouth Reenactment at Monmouth Battlefield State Park; (Bottom) Kingston Mill at the Delaware & Raritan Canal State Park 1-800-visitnj • www.visitnj.org 1 HUnterdon Art MUseUM Enjoy the unique mix of 19th-century architecture and 21st- century art. This arts center is housed in handsome stone structure that served as a grist mill for over a hundred years. -
Garden State Preservation Trust
COVERCOVERcover Garden State Preservation Trust DRAFT Annual Report INCOMPLETE FISCAL YEAR 2011 This is a director's draft of the proposed FY2011 Annual Report of the Garden State Preservation Trust. This draft report is a work-in- progress. This draft has neither been reviewed nor approved by the chairman or members of the GSPT board. The director's draft is being posted in parts as they are completed to make the information publicly available pending submission, review and final approval by the GSPT board. Garden State Preservation Trust Fiscal Year 2011 DRAFT Annual Report This is the Annual Report of the Garden State Preservation Trust for the Fiscal Year 2011 from July 1, 2010 to June 30, 2011. It has always been goal and mission of the Garden State Preservation Trust to place preservation first. This report reflects that priority. The most common suggestion concerning prior annual reports was to give more prominent placement to statistics about land preservation. This report is structured to place the preservation data first and to provide it in unprecedented detail. Information and financial data concerning GSPT financing, recent appropriations and agency operations are contained in the chapters which follow the acreage tables. This is to be construed as the full annual report of the Garden State Preservation Trust for the 2011 Fiscal Year in compliance with P.L. 1999 C.152 section 8C-15. It is also intended to be a comprehensive summary of required financial reporting from FY2000 through FY2011. This document updates the financial and statistical tables contained in prior annual reports. -
CONTROL of .ALLUVIAL RIVERS by STEEL JETTIES By
CONTROL OF .ALLUVIAL RIVERS BY STEEL JETTIES by E. 1. Carlson and R. A. Dodge, Jr. A paper to be presented at The First Water Resources Engineering Conference of The American Society of Civil Engineers, Omaha, Nebraska, May 14-18, 1962 CONTROL OF ALLUVIAL RIVERS BY STEEL JETTIES by E. J. Carlsonl / and R. A. Dodge, Jr. 2 / SYNOPSIS Both field and laboratory studies were conducted to refine the methods used in the design of steel jetty fields for river aline- ment. A set of dimensionless friction head-loss curves, verified by model studies are developed and described. Using the developed curves and reconnaissance field data, a method is given for predict- ing the changes in a riverbed after the designed jetty field is installed. /Head, Sediment Investigations Unit, Hydraulics Branch, Division of Engineering Laboratories, Bureau of Reclamation, Denver, Colorado. 2 /Hydraulic Engineer, Hydraulics Branch, Division of Engineering Laboratories, Bureau of Reclamation, Denver, Colorado. INTRODUCTION Steel jacks and jetties have been used successfully by the Corps of Engineers, highway departments, railway companies, and others to prevent damage to riverbanks, levees, bridge abutments, and other structures. The Bureau of Reclamation and the Corps of Engineers are using them to stabilize the channel of the Rio Grande within the floodway in the Middle Rio Grande Valley. (1)1 / The individual jack unit consists of three angle irons, 12 or 16 feet in length placed at 90° angles in three planes and joined at their cen- ters, Figure 1. Wire is laced through the angle irons in a standard pattern to tie them together. -
Dealing with Erosion: the Spectrum of Coastal Erosion Control Methods
2ND ANNUAL CAPE COASTAL CONFERENCE Linking Science with Local Solutions and Decision-Making Dealing With Erosion: The Spectrum of Coastal Erosion Control Methods Greg Berman (Woods Hole Sea Grant & Cape Cod Cooperative Extension) Photo Credit: Ted Keon Climate Change Impacts In Coastal Environments 34 5 12 Coastal Adaptation On Cape Cod we manage at parcel scale http://www.ipcc.ch/ipccreports/sres/regional/index.php?idp=223 The Spectrum of Coastal Erosion Control Methods Why protect properties……..? Town of Brewster example The Facts The Implications Value = $333,000,000 (don’t want takings) Only ~1% of properties To keep the same revenue, ~3% of town area the tax rate would go from 8.18 to 9.06 but they make ~10% of the real estate taxes or ~$300 per household The Spectrum of Coastal Erosion Control Methods • Do nothing 1. Will system recover by itself? 2. How far is the structure from the water? 3. Grandfathering protects structures (not lawn) before August 10, 1978 Photo Credit: Ann McNichol The Spectrum of Coastal Erosion Control Methods • Do nothing • Vegetation Plant Natives: Root systems stabilize. Take up water. Break the impact of raindrops or wave-splash. Slow down runoff Remove Invasive The Spectrum of Coastal Erosion Control Methods • Do nothing • Vegetation • Re-grade The Spectrum of Coastal Erosion Control Methods • Do nothing Horizontal • Vegetation • Re-grade • Managed retreat V E R T I C A L The Spectrum of Coastal Erosion Control Methods • Do nothing Photo Credit: Ted Keon • Vegetation • Re-grade • Managed retreat • Beach -
Beach Nourishment Effects Østerstrand Fredericia - Denmark 2017
Beach Nourishment Effects Østerstrand Fredericia - Denmark 2017 Juni 2020 Project Building with Nature (EU-InterReg) Start date 01.11.2016 End date 01.07.2020 Project manager (PM) Ane Høiberg Nielsen Project leader (PL) Per Sørensen Project staff (PS) Henrik Vinge Karlsson Time registering 402412 Approved date 26.06.2020 Signature Report Beach nourishment effects – Østerstrand, Frederica, Denmark Author Henrik Vinge Karlsson and Per Sørensen Keyword Beach nourishment, Nourishment design, Coastal protection, Building with nature, BWN, Fredericia, Østerstrand. Distribution www.kyst.dk, www.northsearegion.eu/building-with-nature Referred to as Kystdirektoratet (2020), Beach nourishment effects – Østerstrand, Frederica; Lemvig. 2 Beach Nourishment Effects Contents 1. Introduction ................................................................................................. 5 1.1 Description of Study site .............................................................................................................................5 1.2 Division of study stretch..............................................................................................................................7 1.3 Description of Nourishment ......................................................................................................................7 1.4 Research design ..............................................................................................................................................8 1.4.1 Research questions..............................................................................................................................................................................................................................................9 -
BARNEGAT BAY 2020 BARNEGAT BAY 2020 a Vision for the Future of Conservation
A Vision for the Future of Conservation BARNEGAT BAY 2020 BARNEGAT BAY 2020 A Vision for the Future of Conservation A Report by The Trust for Public Land July 2008 © 2008 The Trust for Public Land. All rights reserved. Contents Preface 2 Introduction 3 Current Conditions 3 Priority Maps 15–22 The Greenprinting Process 25 Barnegat Bay 2020 Goals 25 Next Steps 28 Property Portraits 30 Looking Forward 34 Acknowledgements 35 Appendix 37 Preface Perched on the highest spot at Ocean County lost, and ecosystem functions, many that we take College, I can see Barnegat Bay off to the east. for granted, may be compromised. If we don’t rec- The view from this vantage point provides a respite ognize the point upon which we stand, we may lose from work and reminds me of other favorite coastal the very qualities that attracted us here. Thus, it is perches—coastal cliffs in southern New England, vital that we take immediate steps to protect the the bluffs of the Palisades along the Hudson River, remaining open space throughout the watershed. and the coastal highway that winds along the craggy coast near Big Sur. Perhaps most importantly, the In recognition of these cliffs, The Trust for Public view here reminds me that all of us in the Barnegat Land (TPL) pulled together the regional stake- Bay watershed, like the inhabitants in those other holders—local, state, and federal agencies, educa- coastal areas, are poised on the edge of other less tional institutions, and other non-governmental welcoming cliffs—cliffs of our own making. -
COASTAL HAZARDS Too Many People Living Too Close to the Edge of a Rising Sea
COASTAL HAZARDS Too Many People Living Too Close To The Edge Of A Rising Sea A Growing Challenge For The 21st Century This Report Is Part Of The Ocean On The Edge Series Produced By The Aquarium Of The Pacific As Products Of Its National Conference—Ocean On The Edge: Top Ocean Issues, May 2009 2 COASTAL HAZARDS Ocean on the Edge: Top Ocean Issues Making Ocean Issues Come Alive for the Public The conference brought together leading marine scientists and engineers, policy-makers, film-makers, exhibit designers, informal science educators, journalists and communicators to develop a portfolio of models for communicating major ocean issues to the public. This report is one of a series of reports from that conference. The reports include: Coastal Hazards, Marine Ecosystems and Fisheries, Pollution in the Ocean, and Critical Condition: Ocean Health and Human Health. There is also a series of briefer reports on film-making, kiosk messaging design, and communicating science to the public. All reports are available at www.aquariumofpacific.org COASTAL HAZARDS 3 4 COASTAL HAZARDS Acknowledgements Support for the “Ocean on the Edge Conference: Issues” held in May 2009, at Long Beach Top Ocean Issues” was provided by NOAA, Convention Center. Participants in the the National Science Foundation, Southern Coastal Hazards workshop session included: California Edison, SAVOR, the Long Beach Dr. Robert Dean, Dr. R. A. Dalrymple, Dr. Convention Center, and the Aquarium of the Conrad C. Lautenbacher, Jr., Dr. Jerry R. Pacific. Schubel, and Dana Swanson. Sandy Eslinger was the facilitator of the session. Leah Young We are grateful to the Conference’s National and Margaret Schubel were the rapporteurs. -
Annual Report of the Librarian of Congress
ANNUAL REPO R T O F THE LIBR ARIAN OF CONGRESS ANNUAL REPORT OF T HE L IBRARIAN OF CONGRESS For the Fiscal Year Ending September , Washington Library of Congress Independence Avenue, S.E. Washington, DC For the Library of Congress on the World Wide Web visit: <www.loc.gov>. The annual report is published through the Public Affairs Office, Office of the Librarian, Library of Congress, Washington, DC -, and the Publishing Office, Library Services, Library of Congress, Washington, DC -. Telephone () - (Public Affairs) or () - (Publishing). Managing Editor: Audrey Fischer Copyediting: Publications Professionals LLC Indexer: Victoria Agee, Agee Indexing Design and Composition: Anne Theilgard, Kachergis Book Design Production Manager: Gloria Baskerville-Holmes Assistant Production Manager: Clarke Allen Library of Congress Catalog Card Number - - Key title: Annual Report of the Librarian of Congress For sale by the U.S. Government Printing Office Superintendent of Documents, Mail Stop: SSOP Washington, DC - A Letter from the Librarian of Congress / vii Library of Congress Officers and Consultants / ix Organization Chart / x Library of Congress Committees / xiii Highlights of / Library of Congress Bicentennial / Bicentennial Chronology / Congressional Research Service / Copyright Office / Law Library of Congress / Library Services / National Digital Library Program / Office of the Librarian / A. Bicentennial / . Steering Committee / . Local Legacies / . Exhibitions / . Publications / . Symposia / . Concerts: I Hear America Singing / . Living Legends / . Commemorative Coins / . Commemorative Stamp: Second-Day Issue Sites / . Gifts to the Nation / . International Gifts to the Nation / v vi Contents B. Major Events at the Library / C. The Librarian’s Testimony / D. Advisory Bodies / E. Honors / F. Selected Acquisitions / G. Exhibitions / H. Online Collections and Exhibitions / I. -
NELL Beacon ST
New England Lighthouse Lovers A Chapter of the American Lighthouse Foundation NELL Beacon ST. LAWRENCE SEAWAY PART II Mike Boucher Like all movies, the sequel is never as good as the original movie. replaced with a lighter tower. End of story, but the cast iron tow- Last year's spring trip to the St. Lawrence Seaway was a beautiful er was dismantled, repaired and placed in storage at the Buffalo day, blue skies and comfortable. This year the trip was cold, foggy Lighthouse Depot in 1929. People living in Vermilion thought the and rainy, but Lake Ontario was smooth as glass. lighthouse had gone to the scrap pile and it wasn't until the 1970's, when someone looking for a relative found out what happened to We left Newburgh, NY early Friday to misting skies. By the time the tower - it was used to mark East Charity Shoal in 1934. The 40 we got to our hotel, the Captain Thompson Resort in Alexandria foot tower sits on a one story octagonal concrete base and shows Bay, the weather was almost perfect. We went to the American Le- DZKLWHÀDVKHYHU\VHFRQGV7KHOLJKWKRXVHLVSULYDWHO\RZQHG JLRQ V)ULGD\QLJKW¿VKIU\DQGWKHQZDONHGDURXQGDQGPHWPDQ\ now, a lady from Dallas, TX, bought the lighthouse for $25,501 at friends on the main street. We had an early departure the next day an auction from the government. As we left the lighthouse it was to see 9 lighthouses, 5 along the river and 4 on Lake Ontario. enveloped in fog and disappeared. We awoke to light rain and fog but smooth waters. -
Mitigation of Channel Shoaling at a Sheltered Inlet Subject to Flood Gate Operations
Journal of Marine Science and Engineering Article Mitigation of Channel Shoaling at a Sheltered Inlet Subject to Flood Gate Operations Laura Lemke * , Matthew S. Janssen and Jon K. Miller Coastal Engineering Research Group, Davidson Laboratory, Stevens Institute of Technology, Hoboken, NJ 07030, USA; [email protected] (M.S.J.); [email protected] (J.K.M.) * Correspondence: [email protected] Received: 30 September 2020; Accepted: 29 October 2020; Published: 31 October 2020 Abstract: A comprehensive case study of Keansburg Inlet (New Jersey, USA) is presented with the objective of evaluating inlet management alternatives and assessing the influence of an operational flood gate on channel shoaling. The goal of the research is determining the most effective strategy for minimizing the frequency of maintenance dredging. This study compares the effectiveness of (1) traditional structural solutions; (2) modified dredging templates; and (3) assesses the influence of the flood gate operations during conditions representative of a typical year. Alternative analysis is completed using a coupled hydrodynamic–wave model (Delft3D-Flexible Mesh (FM)) with Real Time Control to simulate morphological changes. The model was calibrated and evaluated using collected field data. Water levels are reproduced within 6% of the spring tide range with lag times less than 20 min. The model results and observations suggest sediment transport is dominated by wave action with pronounced variations in dominant wave direction. The results indicate that changes to the operational dredging, or what the authors have termed broadly as “adaptive dredging techniques”, appear to deliver the most promising improvement. Model results suggest that the current operational procedures of the flood gate do not significantly alter the channel infilling rates and patterns during typical (i.e., non-extreme event) conditions. -
Impacts of Long Jetties Construction on Shoreline Change at the Western Coast of the Gulf of Thailand
Article Impacts of Long Jetties Construction on Shoreline Change at the Western Coast of the Gulf of Thailand Nathamon Phanomphongphaisarn.1,2,a, Chaipant Rukvichai1,b, and Butsawan Bidorn1,2,c,* 1 Department of Water Resource Engineering, Chulalongkorn University, Bangkok, Thailand 2 WISE Research Unit, Chulalongkorn University, Bangkok, Thailand E-mail: [email protected], [email protected], cbutsawan.p @chula.ac.th (Corresponding author) Abstract. Pranburi Jetties, a pair of long jetties with a length of 800 m and 860 m, have been constructed at the Pranburi River inlet, located on the western coast of the Gulf of Thailand since 1999 to stabilize the river mouth. The purposes of this study were to evaluate the responses of shoreline due to the construction of Pranburi Jetties, and the accuracy of the One-Line model (OLM) on predicting the shoreline change due to construction. Based on the shoreline positions retrieving from aerial photographs and satellite imagery during 1967- 2018, the difference in shoreline evolution before and after the construction of the jetties was evaluated using ArcGIS and Digital Shoreline Analysis System. The predicted shorelines using the One-Line model were compared with the image-analyzed shorelines for evaluating the accuracy of the model. The results indicated that the construction of Pranburi Jetties had caused the shoreline accretion at the vicinity of the jetties with the maximum accretion of up to 300 m in 2018. The land growth of 16.2 and 9 ha took place at the northern and southern coasts, respectively. The percentage of errors between the predicted and the image- analyzed shoreline varied from 2 to 13,000 percent with an average of 250 percent. -
Assessment of Seagrass Status in the Barnegat Bay - Little Egg Harbor Estuary System: 2003 and 2009
Table of Contents Executive Summary …………………………………………1 I. Introduction …………………………………….….……2 II. Study Area ……………………………………..………2 III. Background ……………………………………..………4 IV. Assessment of Status and Trends of Seagrass ……………..5 V. Assessment of Direct Disturbance to Seagrass ……………36 VI. Conclusions ………………………………………..…...43 VII. Future Considerations ……………………………….…….45 VIII. Acknowledgments …………………………….…..….46 IX. References Cited ……………………………...…….47 X. Appendix ………………………………...….50 Executive Summary The Barnegat Bay-Little Egg Harbor (BB-LEH) estuarine system located along the eastern shoreline of Ocean County, New Jersey contains ~ 75% of New Jersey’s known seagrass habitat (Lathrop et al. 2001). Eelgrass (Zostera marina) is the dominant species while widgeongrass (Ruppia maritima) is also common in lower salinity and shallow regions of the BB-LEH. An estuary wide survey was conducted in the summer of 2009 to measure the current extant of seagrass habitat across the BB-LEH system. Aerial imagery collected during the months of July and August 2009 was interpreted and mapped using an object oriented image analysis techniques, similar to techniques used in the 2003 mapping survey. A boat-based in situ dataset was collected concurrently with the aerial photography to assist the image interpretation and for an independent accuracy assessment. Comparison of the classified seagrass presence/absence map and the in situ validation dataset showed an overall thematic map accuracy of 87% while the four class seagrass density map (absent, sparse, moderate, dense seagrass cover) has an overall accuracy of 70%. Results of this work indicate that the overall amount of seagrass beds were similar in 2009 as compared to 2003 (5,122 ha in 2003 vs. 5,260 ha in 2009).