Beach Nourishment Effects on Nesting Marine Turtles Whitney Pyatt NC Coastal Reserve & NERR May 9, 2011.

Slides:



Advertisements
Similar presentations
The Loggerhead Sea Turtle is the South Carolina State Reptile.
Advertisements

Sea Turtles in Georgia Georgia Department of Natural Resources Wildlife Resources Division.
New Directions in Beach Policy? Leadership changes DEP Sand Memo Legislature (Beach Bill) Rule review and possible changes – –Sand – –Armoring – –Lighting.
Beach Nesting Birds and Mechanical Grooming Practices Michelle van Deventer Sarasota Audubon Society Photo of Least Tern chicks taken by Kay von Schmidt.
Class Reptilia the reptiles. General Characteristics Evolved from amphibians and most dominant on land Cold blooded – ectothermic –Activity is regulated.
Land Reclamation Eric Angat Teacher. 1. The Appalachian Region extend from _____________to ___________ MississippiNew York This Land is from Africa. Mississippi.
Happy Wed! 9/8/2010 State which species of turtle nests in the greatest numbers on Jupiter Island. (1 mk) (b) Compare the distribution of nesting in the.
Environmental Benchmarks Briefing Nancy Gassman Environmental Protection And Growth Management Department Coordinating Council of Broward, Quality of Life.
Coastal Impacts: Beaches, Sand Spits, and Bluffs Amber Moore University of Washington School of Marine Affairs 12 February 2009 Amber Moore University.
WAVE INDUCED SET UP, MARINA DI PISA, ITALY. For background see….. PDF Link: Pranzini & Farrell_ICS_2004.pdf.
Ocean Species Distribution Analyze factors that affect productivity and species distribution in marine and fresh water environments.
 Sea Turtles and the Environment Human Impact in Australia Martha Robinson.
Sea Turtles. History of sea turtles  Sea turtles have been around for more then 110 million years.  Many sea turtles can not retract there head and.
Sea turtles of the UAE: Status and Conservation Options
Human Impacts & Coastal Zone Conservation. Objectives The state of Beach Ecology Factors impact sandy beaches Coastal zone management Beach nourishment.
Analysis of clutch size variation for loggerhead sea turtles (Caretta caretta) nesting on Bald Head Island, NC USA Melissa Hedges 1,2 & Jim Berkson 2 1.
Effects of Beach Renourishment on Sea Turtles in NC Liz Berg.
SEA TURTLES OF THE GULF OF MEXICO “Dude!”. 5 Species of the Gulf of Mexico Loggerhead Kemp’s Ridley Green Hawksbill Leatherback.
Migrations in the Sea Objectives
Coastal Ecosystems. The most important coastal systems are beaches and coastal dunes. These are important ecosystems in their own right, but also serve.
Climate change and the expected sea level rise have made coastal defence a hot topic in most countries. To ensure protection against coastal erosion, a.
GREEN EARTH ORGANIZATION- Biodiversity Conservation Activities Kwesi Anderson 11/05/2009.
Natural Europe Educational Pathways Sofoklis Sotiriou Ellinogermaniki Agogi.
A Study of the Red-Bellied Turtle (Pseudemys rubriventris) Population in Lake Marburg Located in Codorus Park,Hanover (PA) INTRODUCTION A population of.
Geologic Features of the Ocean Shore Landforms Unit Indicator th Grade.
Coastal Resilience. 2 Contents  Traditional approach  Current trends:  Coastal Resilience  Soft measures  Example projects  Dune creation  ‘Sandengine’
The Negative Effects of Beach Renourishment on Sea Turtle Nesting.
Esri Southeast User Conference Lara Hall May 5, 2014.
Stage Based Population Projection Matrices and the Power of Linear Algebra Michael Bruce and Emily Shernock.
Loggerhead Sea Turtle Caretta caretta By: Taylor Conwell.
Seagrass and Salt Marsh: Critical Coastal Habitats
Methods 1. Dune area delineated with GIS before and after storms 2. Calculate total loss and mean loss in dune area for foredunes (N = 26) and secondary.
Density of Sand Lab Objective: Compare the density of Hawaiian green sand to NJ sand.
Assessing Linkages between Nearshore Habitat and Estuarine Fish Communities in the Chesapeake Bay Donna Marie Bilkovic*, Carl H. Hershner, Kirk J. Havens,
AnatomyNestingSpeciesThreats
Components of the Global Climate Change Process IPCC AR4.
Mid-Atlantic Sea Turtles: Possible Causes for Declines in Population and Potential Mitigation Strategies Francesca Fusaro Emily Knaus Barbara Madden.
Peter Hummel, ASLA, Anchor Environmental Living with the Nearshore: Beaches, Seawalls and What lies in Between Presented to Prepared by May 13, 2005 University.
Puget Sound Oceanography 2009 Course overview. Geology of Puget Sound Started from Pangaea Plate movement, subduction zones, volcanoes and valleys Glaciation.
Effects of Nutrient Nonpoint Source Pollution on Seagrasses in Redfish Bay Kelly Darnell GISWR Fall 2009.
The Loggerhead Sea Turtle is widely distributed within its range. It may be found hundreds of miles out to sea, as well as inshore areas such as bays,
Behavior and Conservation Marine Turtles. Reproduction Mate in the water Appear to rely on visual cues for species and sex recognition Oviparous.
Towards Sustainable Fisheries ESM 201 April 15, 2004.
Genesis Machek Winter Ecology, Spring 2010 Mountain Research Station - University of Colorado at Boulder.
Sea Turtle Migration By: Evan Banbury. Why do sea turtles migrate? All sea turtle species migrate to some area. Loggerhead turtles have the longest migration.
Rabbit Island, Alabama Seagrass Restoration Project Alabama Chapter This project focuses on restoration of seagrass beds contining shoal grass (Halodule.
Habitat Conservation Planning In Collier County: Challenges and Opportunities Trust Resources South Florida Ecological Services Office - Vero Beach Spencer.
Coastal Engineering Waterfront & Marinas Civil Engineering Regulatory Permitting Site Investigations Marine Environmental Construction Destination Development.
Inlet Barrier Island OCEAN SHORE ZONE Estuary Beach.
{ Life’s A Beach! Relocation of Sea Turtle Nests on Bald Head Island Through the Years… Will Benfield Paul Willeboordse.
Lecture 14 Freshwater Ecosystems Ozgur Unal
A Study on the Possible Correlation between Sand Compaction and the Success of Hatchling Emergence By Alexandra Alterman.
James Barry University of Glasgow Introduction
Hunting Island State Park Beach Restoration Project
Critical Coastal Management Issues*
RESULTS and Discussion
SEA TURTLES OF THE GULF OF MEXICO
Larissa Naylor CLES, Geography, University of Exeter, Cornwall Campus
Inlet Barrier Island OCEAN SHORE ZONE Estuary Beach.
Landforms and Oceans 5.E.3B.2 Develop and use models to explain the effect of the movement of ocean water (including waves, currents, and tides) on the.
Types of Sea Turtles.
Jellyfish or plastic bag?
Block Island, Horseshoe Crab Paradise?
Block Island, Horseshoe Crab Paradise?
SHORELINES.
COSA Committee Meeting
Hurricanes and Hatchlings Don’t Mix
Sand Migration and the Impact of Infrastructures
Typology and classification of coastal waters in Estonia
Shoreline Processes and Features Outline
Presentation transcript:

Beach Nourishment Effects on Nesting Marine Turtles Whitney Pyatt NC Coastal Reserve & NERR May 9, 2011

Background Beach nourishment is the most widely used form of stabilization and shoreline protection Implications for nesting success of marine turtles

Sediment Quality Grain size distribution Beach morphology Shear resistance (hardness) Density Permeability Compaction Sediment color Heat retention Mineral content Aragonite v. Silicate Sand shape Heat retention

Rumbold et al., 2001

Brock et al., 2009

Research Findings Steinitz et al. Nesting success: significantly lower on renourished than on the control beach both before, and for the two seasons after, the completion of a renourishment project. By the third season (year 2), no significant differences were evident. Hardness: renourished sections were significantly greater than at the control section. 1 and 2 years after the project, shear resistance declined and became comparable to control site.

Steinitz et al., 1998

Research Findings Emergence success at the renourished beaches (median of 71%) was lower than emergence success on the control beach (median of 78%), but the difference was not statistically significant. Sands used as fill matched those on the control beach in size distribution and in bulk density. Steinitz et al., 1998

Milton et al., 1997

Aragonite v. Silicate Milton et al., 1997

Conclusion Renourishment effects vary spatially and temporally Studies show positive, negative, and neutral effects on nest fate Most significant impacts appear to be 1-2 years postrenourishment

References Brock, K. et al., (2009). The Effects of Artificial Beach Nourishment on Marine Turtles: Differences Between Loggerheads and Green Turtles. Restoration Ecology 17(2), Milton, S. et al., (1997). The Effect of Beach Nourishment with Aragonite versus Silicate Sand on Beach Temperature and Loggerhead Sea Turtle Nesting Success. Journal of Coastal Research 13(3), Rumbold, D. et al., (2001). Estimating the Effect of Beach Nourishment on Caretta caretta (Loggerhead Sea Turtle) Nesting. Restoration Ecology 9(3), Speybroeck J. et al., (2006). Beach Nourishment: An Ecologically Sound Coastal Defence Alternative? A Review. Aquatic Conservation: Marine and Freshwater Ecosystems 16, Steinitz, M. et al., (1998). Beach Renourishment and Loggerhead Turtle Reproduction: A Seven Year Study at Jupiter Island, Florida. Journal of Coastal Research 14(3),