Mathews County Shoreline Management Plan
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Living Shorelines Along the Georgia Coast
Living Shorelines along the Georgia Coast A summary report of the first Living Shoreline projects in Georgia September 2013 Living Shoreline Summary Report Georgia Department of Natural Resources One Conservation Way Brunswick, GA 31520 Project Manager: Jan Mackinnon Biologist GA-DNR Coastal Resources Division Prepared By: Greenworks Enterprises, LLC 7617 Laroche Ave Savannah GA 31406 September 2013 This report should be cited as: Georgia Department of Natural Resources. 2013. Living Shorelines along the Georgia Coast: A Summary Report of the First Living Shoreline projects in Georgia. Coastal Resources Division, Brunswick, GA. 43 pp. plus appendix. -2- ACKNOWLEDGEMENTS This report was prepared by Greenworks Enterprises under Cooperative Agreement # CD-96456206-0 to the Georgia Department of Natural Resources from the U.S. Environmental Protection Agency. The statements, findings, conclusions, and recommendations are those of the author(s) and do not necessarily reflect the views of the U.S. Environmental Protection Agency. The Project Team responsible for the guidance, direction, and implementation of the living shorelines projects described in this document consisted of: Jan Mackinnon, Georgia Department of Natural Resources, Coastal Resources Division, Biologist; Christi Lambert, The Nature Conservancy, Georgia Marine and Freshwater Conservation Director; Dorset Hurley, Sapelo Island National Estuarine Research Reserve. Research Coordinator, Senior Marine Biologist; Fred Hay, GADNR: Wildlife Resources Division, Sapelo Island Manager; Sco Coleman, Ecological Manager, Lile St. Simons Island; Tom Bliss, University of Georgia Marine Extension Service;Conservancy; Alan Power, PhD, University of Georgia; These projects and this report have been made possible by their significant contributions and energies. The Project Team would like to thank all volunteers that made these Living Shoreline projects possible. -
Ecologically Engineering Living Shorelines for High Energy Coastlines
Ecologically engineering living shorelines for high energy coastlines Christine Angelini1, Ada Bersoza Hernandez1, Deidre Herbert1, Emily Astrom1, Patrick Norby1, Greg Kusel1, Scott Wasman1, Raymond Grizzle2, Nikki Dix Pangle3, Alex Sheremet1 1Engineering School of Sustainable Infrastructure & Environment, University of Florida; 2Jackson Lab, University of New Hampshire, 3Guana Tolomato Matanzas National Estuarine Research Reserve [email protected] Ocean ship traffic up 300% worldwide since 1990 Tournadre 2014, Geophysical Research Letters Large container ships & fishing vessels Boats Boats Boats Boats Boats Small boat traffic rarely monitored, but on the rise Ecological effects unknown Studies examining the effects of wakes on turbidity & wetland erosion Sorenson 1973; Zabawa & Ostrom 1980; Nanson et al. 1994; Osborne & Boak 1999;Castillo et al. 2000; Parnell & Kofoed- Hanson 2001; Bauer et al. 2002; Grizzle et al. 2002; McConchie & Toleman 2003; Glamore 2008; Houser 2010; Tonelli et al. 2010; Bilkovic et al. 2017 *Black text= primary literature/ Grey text = grey literature* Number of responses Experts in SE US indicate boat traffic in estuaries is high is estuaries in traffic boat US indicate in SE Experts Intracoastal Waterway (ICW) 3,000 miles of natural waterways & dredged channels Ponte Artery for commerce & recreation Vedra, FL Boat highway through low-energy coastal wetlands Mulberry Island, LA Little River, SC ICW ICW Palm Valley, Florida Wilmington, NC ICW ICW Cordgrass (Spartina alterniflora) Eastern oyster (Crassostrea virginica) -
National Coastal Resilience 2019 Grant Slate - Updated October 2020
National Coastal Resilience 2019 Grant Slate - updated October 2020 NFWF CONTACTS Erika Feller Director, Marine and Coastal Conservation [email protected] 202-595-3911 Kaity Goldsmith Manager, Marine Conservation National Coastal Resilience Fund [email protected] 202-595-2494 PARTNERS Brown pelican ABOUT NFWF The National Fish and Wildlife OVERVIEW Foundation (NFWF) protects and On Nov. 18, 2019, the National Fish and Wildlife Foundation (NFWF), NOAA, Shell and restores our nation’s fish and wild- TransRe announced the 2019 grants from the National Coastal Resilience Fund. life and their habitats. Created by Forty-four new grants totaling $29,806,904 were awarded. The 44 awards announced Congress in 1984, NFWF directs generated $59,668,874 in match from the grantees, providing a total conservation impact public conservation dollars to of $89,475,778. the most pressing environmental needs and matches those invest- The National Coastal Resilience Fund restores, increases and strengthens natural ments with private funds. Learn more at www.nfwf.org wildlife. Established in 2018, the National Coastal Resilience Fund invests in conservation projectsinfrastructure that restore to protect or expand coastal natural communities features while such also as coastal enhancing marshes habitats and forwetlands, fish and NATIONAL HEADQUARTERS 1133 15th Street NW and barrier islands that minimize the impacts of storms and other naturally occurring Suite 1000 eventsdune and on beachnearby systems, communities. oyster and coral reefs, forests, coastal rivers and floodplains, Washington, DC 20005 202-857-0166 (continued) National Coastal Resilience 2019 Grant Slate Identifying Priority Restoration Sites for Resilience in Point Hope, Alaska Grantee: City of Point Hope Grant Amount: ...................................$215,137 Matching Funds: .................................$216,076 Total Amount . -
Living Shorelines: a Review of Literature Relevant to New England Coasts Jennifer E.D
Journal of Coastal Research 00 0 000–000 Coconut Creek, Florida Month 0000 REVIEW ARTICLES www:cerf-jcr:org Living Shorelines: A Review of Literature Relevant to New England Coasts Jennifer E.D. O’Donnell Department of Marine Sciences University of Connecticut Groton, CT 06340, U.S.A. jennifer.o’[email protected] ABSTRACT O’Donnell, J.E.D., 0000. Living shorelines: A review of literature relevant to New England coasts. Journal of Coastal Research, 00(0), 000–000. Coconut Creek (Florida), ISSN 0749-0208. Over the last few decades, increasing awareness of the potential adverse impacts of traditional hardened coastal protection structures on coastal processes and nearshore habitats has prompted interest in the development of shoreline stabilization approaches that preserve intertidal habitats or at least minimize the destructive effects of traditional shoreline protection approaches. Although many terms are used to describe shoreline stabilization approaches that protect or enhance the natural shoreline habitat, these approaches are frequently referred to as living shorelines. A review of the literature on living shorelines is provided to determine which insights from locations where living shorelines have proved successful are applicable to the New England shorelines for mitigating shoreline erosion while maintaining coastal ecosystem services. The benefits of living shorelines in comparison with traditional hardened shoreline protection structures are discussed. Nonstructural and hybrid approaches (that is, approaches that include natural or manmade hard structures) to coastal protection are described, and the effectiveness of these approaches in response to waves, storms, and sea-level rise is evaluated. ADDITIONAL INDEX WORDS: Coastal protection, soft stabilization, natural and nature-based features. -
Blue Catfish in Virginia Historical Perspective & Importance To
Blue Catfish in Virginia Historical Perspective & Importance to Recreational Fishing David K. Whitehurst [email protected] Blue Catfish Introductions to James River & Rappahannock River 1973 - 1977 N James River Tidal James River Watershed Rappahannock River Tidal Rappahannock Watershed USGS Hydrologic Boundaries Blue Catfish Introduced to Mattaponi River in 1985 Blue CatfishFollowed ( Ictalurus by Colonization furcatus ) Introductions of the Pamunkey York River River System Mattaponi River 1985 Pamunkey River ???? N James River Tidal James River Watershed Rappahannock River Tidal Rappahannock Watershed York River Tidal York Watershed USGS Hydrologic Boundaries Blue Catfish Established in Potomac River – Date ? Blue Catfish ( Ictalurus furcatus ) Introductions EstablishedConfirmed in in Potomac Piankatank River (SinceRiver ????)– 2002 Recently Discovered in Piankatank River N Piankatank / Dragon Swamp Tidal Potomac - Virginia James River Tidal James River Watershed Rappahannock River Tidal Rappahannock Watershed York River Tidal York Watershed USGS Hydrologic Boundaries Blue Catfish Now Occur in all Major Virginia Blue Catfish ( Ictalurus furcatus ) Tributaries of Chesapeake Bay All of Virginia’s Major Tidal River Systems of Chesapeake Bay Drainage 2003 N Piankatank / Dragon Swamp Tidal Potomac - Virginia Tidal James River Watershed Tidal Rappahannock Watershed Tidal York Watershed USGS Hydrologic Boundaries Stocking in Virginia – Provide recreational and food value to anglers – Traditional Fisheries Management => Stocking – Other species introduced to Virginia tidal rivers: – Channel Catfish, – Largemouth Bass, – Smallmouth Bass, – Common carp, …. Blue catfish aside, as of mid-1990’s freshwater fish community in Virginia tidal waters dominated by introduced species. Blue Catfish Introductions Widespread Important Recreational Fisheries • Key factors determining this “success” – Strong recruitment and good survival leading to very high abundance – Trophy fishery dependant on rapid growth and good survival > 90 lb. -
Living Shorelines Brochure
Living Shorelines Benefit You By: Remember: • Reducing bank erosion and property loss to Living Shorelines you or your neighbor Any action on a single shoreline has the • Providing an attractive natural appearance potential to impact adjacent shorelines. An approach to shoreline • Creating recreational use areas management and erosion issues that Shoreline alterations • Improving marine habitat & spawning areas should be avoided is better for the environment and where they are not property owners • Allowing affordable construction costs really necessary. Offset (above) and straight gaps When erosion along • Improving water quality and clarity (below) maintain connections to a shoreline has the shoreline habitat and open water. potential to result in significant loss of property and upland improvement, then the consideration of shoreline erosion pro- tection activities may be appropriate. Preserving, creating or enhancing natural systems such as marshes, beaches and dunes is always the preferred approach Medium energy eroding marsh before (above) to shoreline erosion and after living shoreline treatment (below). protection. “Preserving one shoreline at a time” our coasts Photos of Hermitage Site by Walt Priest Project funded by the Virginia Coastal Zone Management Program of the Department of Environmental Quality through Grant #NA07NOS4190178 Task #94.02 of the National Oceanic and Atmospheric Administration For more information: www.vims.edu/ccrm/ outreach/living_shorelines Visit our Website: Center for Coastal Resources Management vims.edu/ Virginia Institute of Marine Science Have a question about www. ccrm/outreach/ P.O. Box 1346 your living shoreline? living_shorelines Gloucester Pt., VA 23061-1346 Email: [email protected] 804-684-7380 Living Shorelines Overview Concern Services Design Site Specs Virginia has nearly 5,000 Living shorelines provide Several design options Several site characteristics miles of shoreline, marsh- valuable ecological servic- (see below) exist for living can be used to evaluate es, beaches, and tidal mud- es. -
Middle Peninsula Treatment Plants
Middle Peninsula Treatment Plants Middlesex County is home to Deltaville, the “Boating Capitol of the King and Queen County, formed in 1691 from New Kent, was Chesapeake;” the Town of Urbanna and the official State Oyster named for King William, III and Queen Mary. The Walkerton Festival; and the restored Buyboat the F.D. Crocket, now on the Bridge spans the Mattaponi River and the adjacent pier provides a register of historic places and viewable at the Deltaville Maritime spot for enjoying the natural beauty of the area. Museum. Middlesex is also the home of the most decorated member of the Marine Corps, General Chesty Puller, and his resting place. He is King William County St. John's Church, dating from 1734, has been celebrated everyday through the Middlesex Museum in Saluda and is beautifully restored through an effort of over 80 years by the St. John's also honored yearly by a Marine Corps run through Saluda to his Church Restoration Association. resting place at Christ Church. King William Q3± Urbanna Central Middlesex Q3± MP013600 Q3± MP013700 MP013500 West Point MP013800 Q3± MP012500 MP012900 Feet Legend 0 10,00020,000 40,000 60,000 80,000 Middle Peninsula Q3± Treatment Plant Middle Peninsula Treatment Plant Service Ü CIP Location ^_ CIP Interceptor Point Area CIP Projects _ CIP PumpStation Point ± ± CIP Interceptor Line Treatment Plant Projects CIP Abandonment MP012000 MP013900 Treatment Plant Service Area MP012400 HRSD Interceptor Force Main MP013100 HRSD Interceptor Gravity Main MP013300 Q3 HRSD Treatment Plant 3SRP HRSD Pressure -
Citations Year to Date Printed: Monday February 1 2010 Citations Enterd in Past 7 Days Are Highlighted Yellow
Commonwealth of Virginia - Virginia Marine Resources Commission Lewis Gillingham, Tournament Director - Virginia Beach, Virginia 23451 2009 Citations Year To Date Printed: Monday February 1 2010 Citations Enterd in Past 7 Days Are Highlighted Yellow Species Caught Angler Address Release Weight Lngth Area Technique Bait 1 AMBERJACK 2009-10-06 MICHAEL A. CAMPBELL MECHANICSVILLE, VA Y 51 WRK.UNSPECIFIED OFF BAIT FISHING LIVE BAIT (FISH) 2 AMBERJACK 2009-10-05 CHARLIE R. WILKINS I PORTSMOUTH, VA Y 59 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 3 AMBERJACK 2009-10-05 CHARLIE R. WILKINS, PORTSMOUTH, VA Y 54 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 4 AMBERJACK 2009-10-05 CHARLIE R. WILKINS I PORTSMOUTH, VA Y 52 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 5 AMBERJACK 2009-10-05 ADAM BOYETTE PORTSMOUTH, VA Y 51 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 6 AMBERJACK 2009-10-04 CHRIS BOYCE HAMPTON, VA Y 51 HANKS WRECK BAIT FISHING SQUID 7 AMBERJACK 2009-10-02 THOMAS E. COPELAND NORFOLK, VA Y 50 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 8 AMBERJACK 2009-10-02 DOUGLAS P. WALTERS GREAT MILLS, MD Y 52 SOUTHERN TOWER (NAVY CHUMMING LIVE BAIT (FISH) 9 AMBERJACK 2009-10-02 AARON J. ROGERS VIRGINIA BEACH, VA Y 50 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 10 AMBERJACK 2009-10-01 JAKE HILES VIRGINIA BEACH, VA Y 50 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 11 AMBERJACK 2009-09-18 LONNIE D. COOPER HOPEWELL, VA Y 53 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 12 AMBERJACK 2009-09-18 DAVE WARREN PRINCE GEORGE, VA Y 52 SOUTHERN TOWER (NAVY BAIT FISHING LIVE BAIT (FISH) 13 AMBERJACK 2009-09-18 CHARLES H. -
What Are Living Shorelines?
1 A Community Resource Guide for Planning Living Shorelines Projects New Jersey Resilient Coastlines Initiative Ver 1 (March 2016) CONNECTING YOUR COMMUNITY TO LIVING SHORELINES The Community Resource Guide provides community leaders, citizens, and contractors with guidance on key factors that should be considered when embarking on a living shoreline project and links to additional resources that could be consulted during the planning process. This guide is best used as a companion to The Nature Conservancy’s Coastal Resilience Tool and the Restoration Explorer, an associated web-based application that allows users to visualize which living shoreline techniques are most appropriate for reducing erosion in a particular area of New Jersey’s coastline. IMPORTANT: Living shoreline projects have a variety of ecological and engineering requirements that can often be combined to tailor project designs to local conditions. It is important to consult with ecologists and engineers to determine the specific design requirements for any proposed project. It is also important to consult with federal, state and local officials regarding permitting requirements. Resources are listed throughout this guide. In addition, the Restoration Explorer application is not intended to provide rigid recommendations but rather to support initial collaborative discussions about Installing an oyster castle breakwater in the Delaware Bay. © The Nature Conservancy implementing a living shoreline project. This guide provides summary information and additional resources -
Defining the Greater York River Indigenous Cultural Landscape
Defining the Greater York River Indigenous Cultural Landscape Prepared by: Scott M. Strickland Julia A. King Martha McCartney with contributions from: The Pamunkey Indian Tribe The Upper Mattaponi Indian Tribe The Mattaponi Indian Tribe Prepared for: The National Park Service Chesapeake Bay & Colonial National Historical Park The Chesapeake Conservancy Annapolis, Maryland The Pamunkey Indian Tribe Pamunkey Reservation, King William, Virginia The Upper Mattaponi Indian Tribe Adamstown, King William, Virginia The Mattaponi Indian Tribe Mattaponi Reservation, King William, Virginia St. Mary’s College of Maryland St. Mary’s City, Maryland October 2019 EXECUTIVE SUMMARY As part of its management of the Captain John Smith Chesapeake National Historic Trail, the National Park Service (NPS) commissioned this project in an effort to identify and represent the York River Indigenous Cultural Landscape. The work was undertaken by St. Mary’s College of Maryland in close coordination with NPS. The Indigenous Cultural Landscape (ICL) concept represents “the context of the American Indian peoples in the Chesapeake Bay and their interaction with the landscape.” Identifying ICLs is important for raising public awareness about the many tribal communities that have lived in the Chesapeake Bay region for thousands of years and continue to live in their ancestral homeland. ICLs are important for land conservation, public access to, and preservation of the Chesapeake Bay. The three tribes, including the state- and Federally-recognized Pamunkey and Upper Mattaponi tribes and the state-recognized Mattaponi tribe, who are today centered in their ancestral homeland in the Pamunkey and Mattaponi river watersheds, were engaged as part of this project. The Pamunkey and Upper Mattaponi tribes participated in meetings and driving tours. -
LIVING SHORELINES a Guide for Alabama Property Owners
LIVING SHORELINES A Guide for Alabama Property Owners DRAFT LIVING SHORELINES A Guide for Alabama Property Owners Alabama Department of Natural Resources and Mobile Bay National Estuary Program, 2014 Author Contributors Editors Photo Credits Tom Herder Kelley Barfoot, MBNEP Jeff DeQuattro Cover: Rhoda Vanderhart, Inset photos, left to right: Dr. Chris Boyd, MS-AL Sea Grant Consortium Carl Ferraro Florida Dept. of Environmental Protection Jeff DeQuattro, The Nature Conservancy Debi Foster (FL-DEP), MS-AL Sea Grant Consortium, Frank Foley, MBNEP Sandy Gibson FL-DEP, FL-DEP, Rhoda Vanderhart Karen Duhring, Virginia Inst. of Marine Sciences Eliska Morgan Pg. 3: FL-DEP Rachel Gittman, UNC-Chapel Hill Roberta Swann Pg. 5: Rachel Gittman, UNC, Chapel Hill Ali Leggett, MS Dept. of Marine Resources Rhoda Vanderhart Pg. 6: Kathy Roberts Niki Pace, MS-AL Sea Grant Consortium Dr. B. Subramanian Pg. 7: Rhoda Vanderhart Zach Schrang, FL-DEP Dr. Bret Webb Pg. 8: MS Dept. of Marine Resources Dr. Bhaskaran Subramanian, MD Dept. of Natural Resources Pg. 9: Rhoda Vanderhart Dr. Bret Webb, Univ. of South Alabama Pg. 10: Mobile Bay National Estuary Program Tammy Wisco, Allen Engineering and Science Pg. 11: FL-DEP Pg. 12: Bette Kuhlman Pg. 13: Sam St. John Pg. 14: Upper left: FL-DEP; Upper right, bottom left bottom right: Beth Maynor Young© TNC Pg. 15: Top: Living Shorelines Solutions, Inc., Bottom: MS-AL Sea Grant Consortium Pg. 22: FL-DEP Pg. 23: Top left: FL-DEP, Bottom Left: Rhoda Vanderhart; Bottom Right: FL-DEP Pg. 25: Top: Mobile Bay National Estuary Program Back cover, top left to right: FL-DEP, Rhoda Vanderhart, Beth Maynor Young© TNC, Bottom: FL-DEP This Living Shorelines Guide is for informational and educational purposes only. -
Sramsoe124.Pdf
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