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The South Atlantic Landscape Conservation Cooperative’s
Third Thursday Web Forum
7.16.2015
“Mapping the Ocean: The Value of Marine Assessments in Conserving
Important Resources”
Third Thursday Web Forum Agenda
• Introductions
• Monthly Topic
• Questions & Discussion of Monthly Topic
• Updates
• Questions & Discussion of South Atlantic LCC
• Close
“Mapping the Ocean: The Value of Marine Assessments in Conserving
Important Resources”
Today’s presenter: Mary Conley, The Nature Conservancy
South Atlantic LCC Staff Introductions: Rua Mordecai, Science Coordinator
Amy Keister, GIS Coordinator Janet Cakir, Socioeconomic Coordinator/NPS Liaison
Brad Pickens, Research Associate Louise Vaughn, Blueprint User Support
Hilary Morris, Blueprint User Support & Communications Christy Ihlo, Research Associate
Mapping the Ocean: The Value of Marine Assessments in
Conserving Important Resources
SALCC WEB FORUM
JULY 16, 2015
• Marine Assessment Overview
• Data and Analysis
Coastal Ecosystems
Marine Mammals and Sea Turtles
Seafloor Habitats
• Introduction to Conservation Portfolio
Analysis – Offshore
• Assessment products and distribution
• Discussion
Presentation Outline
/3
/4
Economic, Ecologic and Social Drivers
The Future of the South Atlantic
Seascape…
Sarah Adams, Graphic Designer
South Atlantic Bight Marine Assessment
Opportunity to update existing information with new data and improved
analysis that is easily digestible and can be used to inform marine
conservation work.
Provide a backbone for the Conservancy’s marine strategies:
o Oyster and Coral Reef Conservation and Restoration
o Disaster Risk and Resilience
o Multi-objective Ocean Planning
o Sustainable Fisheries
W H Y ? ? ?
/6
/7
Three Primary Resource Areas:
COASTAL, MIGRATORY, SEAFLOOR
Some facts…
/8
- Hundreds of data sets were
evaluated and reviewed throughout
the assessment
- Over forty technical experts from
across the region participated as
members of the SABMA technical
teams.
- Data and tem members came from
academia, federal, state, and local
agencies, and regional organizations.
- In part, support with $300,000 in
federal grants
Governors’ South Atlantic Alliance (GSAA)
South Atlantic Landscape Conservation
Cooperative (SALCC)
COASTAL SYSTEMS
/9
Coastal Technical Team
Cynthia Bohn, USFWS
Jessica Boynton, SC DHEC-OCRM
Joy Brown, TNC
Mary Conley, TNC
Anne Deaton, NC DENR-DMF
Sonny Emmert, GA DNR-CRD
Patrick Geer, GA DNR- CRD
Laura Geselbracht, TNC
Kathy Goodin, NatureServe
Eric Krueger, TNC
Christi Lambert, TNC
Kathleen O’Keife, FL FWC
Arlene P. Olivero, TNC
Robert Newton, TNC
Brad Pickens, SALCC, NC State
Christine Pickens, TNC
Denise Sanger, SC DNR-MRRI
Anna Toline, National Park Service
Maria Whitehead, TNC
Amber Whittle, FL FWC
Pace Wilber, NOAA-NMFS
Targeted Habitats and Species
• Intertidal Wetlands
• Seagrass
• Shellfish (oyster reefs)
• Diadromous Fish
• Shorebirds (limited)
Condition
• Secured Lands
• Agricultural Lands
• Developed Lands
• Impervious Surface Area
• Hardened Shoreline
C O A S T A L A T T R I B U T E S
39 Coastal Shoreline Units
/11
South Atlantic Bight Marine Assessment
C O A S T A L
/12
Developing
portfolio
Updating
base data
Tidal Wetland Classes:
•Salt marsh
•Tidal freshwater marsh
•Tidal Forest
•Tidal Flats
•Estuarine Beach
•Ocean Beach
Tidal Wetlands
Lagoonal Estuary
Pamlico Sound, NC
Found only in North Carolina &
Florida….
North Carolina: transition from
northern eelgrass beds to
southern shoalgrass dominated
systems
Florida: dominated by subtropical
species such as turtle grass.
Greater diversity with 8 species
Base Data: State specific
Seagrass
Oyster Reefs
T H E F I R S T T I M E P U L L E D T O G E T H E R R E G I O N A L L Y
/15
Oysters form reefs to depths of 10 m and
in intertidal areas.
State–specific data sources with
significant gaps in Georgia and Florida
Provide unique connections
between marine, estuarine, and
riverine habitats:
Six Species were evaluated
Base Data: Presence/Absence
data by river segment from the
Atlantic States Marine Fisheries
Commission
Diadromous Fish
Characterizing CSUs
Compare coastal habitat and species
data across CSUs – by subregion
and type – to identify those with high
values.
Add in connections with other
species that utilize coastal habitats
(manatees, loggerheads, estuary-
dependent fish)
Incorporate data on condition –
watershed, hardened shorelines, sea
level rise vulnerability
C O N S E R V A T I O N P O R T F O L I O
/17
MIGRATORY SPECIES:
Marine Mammals and Sea Turtles
/18
Marine Mammal and Sea Turtle Technical Team
Melissa Clark, TNC, Eastern Division
Mary Conley, TNC, South Carolina Chapter
Mark Dodd, Georgia Department of Natural Resources
Clay George, Georgia Department of Natural Resources
Laura Geselbracht, TNC, Florida Chapter
Jennifer Greene, TNC, North America Region
Robert Newton, TNC, Southeast Region
Mark Swingle, Virginia Aquarium & Marine Science Center
Florida Fish and Wildlife Conservation Commission
/19
Species and Groups
Baleen Whales
Fin, Humpback , North Atlantic right whale
Toothed Whales
Atlantic spotted dolphin
Beaked whales
Bottlenose dolphin
Oceanic (Stenella) dolphins
Common dolphin
Pilot whales
Risso’s dolphin
Sperm Whale
Sirenians
Florida manatee
Turtles
Loggerhead, Green, Hawksbill, Kemp’s ridley, Leatherback
Data Sources and Survey Methods
SOURCES
• US Navy for in water survey data (marine mammals and sea turtles)
• State Wildlife and Natural Resource Agencies and USFWS for sea turtle
nesting and manatee data
• North Atlantic Right Whale Consortium and FWC for Right Whale information
/21
Survey Effort
U.S. Navy data - Effort by Season
Green = high
Brown = low
/22
Bottlenose Dolphin Example
/23
Evaluated seasonally
Green = highest values
Brown = lowest values
Gray = surveyed, no sightings
Sea Turtles
North Atlantic Right Whale
• Data provided by North Atlantic
Right Whale consortium (1991-
2012)
• Surveys conducted regularly during
calving season (winter)
Green = highest SPUE
Brown = lowest SPUE
Gray = surveyed, no sightings
Manatee: Three Types of Data
Winter Synoptic
Distributional
Carcass Recovery Locations
Loggerhead Turtle Nesting
SEAFLOOR HABITATS
M A R K A N D E R S O N , K A T I E W E A V E R . A N A L I E B A R N E T T ,
M A R Y C O N L E Y . L A U R A G E S E L B R A C H T
/28
Bob Van Dolah SC DNR Steve Ross UNCW
Clark Alexander UGA Tina Udouj FWC
Eric Krueger TNC Todd Kellison NOAA
George Sedberry NOAA
Jay Odell TNC
Jesse Cleary DUKE
John Reed FAU
Kathy Goodin NatureServe
Leslie Sautter COFC
Marcel Reichert SC DNR
Nate Bacheler NOAA
Pat Geer GA DNR
Pat Halpin DUKE
Paul Gayes COASTAL
Roger Pugliese SAFMC
Scott Harris COFC
Shannon Whaley FWC
Science Review Committee
Attended bi-monthly discussion calls to review and revise the products. Helped obtain key datasets
Also thanks to Analie Barnett, Katie Weaver, John Prince, & Robert Newton. Who performed many of the individual analyses
Bathymetry Substrate Seabed forms
Framework Data Sets
Thanks to Katie Weaver
A robust, transparent, distributable data baseline, to serve as an information resource to marine decision makers and managers with a wide range of interests.
Bathymetry
Depth (Bathymetry)
Zone (m) 0-30 Inner shelf (99 spp.) 30-70 Mid shelf (71 spp.) 70 – 200 Shelf edge (40 spp.) 200 – 600 Charleston Bump (152) 600 – 1000 Blake Plateau (17 spp.) 1000+ Blake Spur (?) Data created from 4.7 million points obtained from NOAA/NGDC’s Coastal Relief Model. Thanks to John Prince and Katie Weaver. Zones from cluster analysis of 19,000 samples, 511 species
black sea bass
red snapper
3-eyed flounder
dragonfish Dragonfish
greeneye
19,000 samples 511 species
Bathymetry
Seabed Forms
Thanks to Melissa Clark
thread herring
Scaless dragonfish
Shelf-slope break Canyons Ridge and trough complexes Shoals and shoal fields Escarpment Coral mounds and slopes Sand ridges Flat Plateau Terraces Shallow Reefs
How good is this data? Portales Terrace 4 m multibeam DEM vs SABMA 90 M seabed form
Bathymetry
Soft Sediments
Thanks to John Prince, Katie Weaver
Grain Size (mm) Mud 0-0.06 Fine Sand 0.06 -0.25 Medium Sand 0.25- 0.5 Coarse Sand 0.5 - 2 Gravel >2 Almost 30,000 points from US SEABED and contributions from SC DNR, FWC, NC Carteret, ARMY CORPS
Bathymetry
Hardbottom
Thanks to Analie Barnett
Ridges and ledges Shelf edge slope Patchy pavements Oculina banks Shallow pavement Platform reefs Patch reefs 20,000+ points and polygons from SEAMAP, MARMAP, Coral studies, FMRI, Walker 2012, and other sources.
thread herring
Ecological Marine Units (EMUs)
Reveal the structure of the seafloor
Ecological Marine Units (Soft sediments not shown)
Depth + Seabed form + Sediment
Conserving Nature’s Stage
How do we measure the impact of a feature on marine diversity? What biota does it contain? Is this a good place for the species and communities?
Steep Scarp
Shallow Estuary
Ridge Complex
Canyon
Large Shoal
Hardbottom
Seafloor Portfolio
Portfolio of Sites
Identify areas and ecological processes of biological significance that, if conserved, will protect biological diversity of the South Atlantic
Begin to develop specific marine conservation strategies
Effective marine resource management and conservation begins with knowing the types, amounts, and spatial
distribution of resources (Walker and Gilliam 2013).
Seafloor: Site Prioritization Criteria
Hardbottom (Rocky Reef)
• with diverse fish species
• with corals and coral mounds
• large concentration areas
Coral Reefs
• Patch, Platform and Pavement reefs
• Oculina Banks
Unconsolidated substrate
• With seagrass
• With high fish diversity
Score and Lock-in Rank sites based on clear criteria then lock in the outstanding ones
Ten Minute Squares (70 – 100 square miles)
Above Average
1Sd
Below Avg. Avg. Above Ave.
2Sd
Above the mean
Hardbottom (Rocky Reef)
Natural Rock Substrates (flat pavements to rock outcrops and ledges)
provide substrate for corals, sponges, algae
offer food and shelter to huge variety of species from mollusks to sea turtles
support a more diverse and abundant demersal fish fauna than sand
Patchy Hardbottom
Coral Mound
Hardbottom (Rocky reef) Sites
Above Average for
Fish diversity (yellow-green)
Corals: coldwater corals (green), deepwater coral mounds (red)
Large concentrations: slopes (orange), flats (yellow)
Many features (blue)
Shallow Coral Reefs
Biogenic Substrates (Corals and consolidated carbonate rock)
provide substrate for corals, sponges, algae
offer food and shelter to huge variety of species
the third largest barrier reef in the world
Exemplary mapping by B. Walker and D Gillian (FWC)
Oculina Banks
Colonized Pavement
Shallow Reef Sites Oculina Banks
Pavement Reefs
Patch Reefs
Platform Reefs
Platform Reefs
Above average amounts of each types of reef
Unconsolidated Substrate
Sand, Mud, Silt, Gravel
Dominant substrate and generally less diverse than hardbottom but supports a flora and fauna adapted to loose, moving sediments.
Seagrass
Colonized Pavement
Unconsolidated Substrate
Seagrass concentrations (green)
Estuaries with high fish diversity (brown)
Adjacent to hard bottom
Map shows all unconsolidated substrates captured by the seafloor portfolio
Seafloor Portfolio
Generalized Legend
Hardbottom concentrations with high fish diversity –Yellow
Hardbottom slopes - orange
Coldwater Coral/hardbottom – light red
Coral mounds – dark red
Shallow Coral reefs – dark blue
Seagrass – Green
Nearshore fish diversity – brown
TMS tend to inflate the actual area
Seafloor Portfolio
TMS tend to inflate the actual area
Nearshore margin Hardbottom region on shelf Shelf-slope break Coral mound region Coral reef region
Nearshore margin
Hardbottom regions
Shelf-slope break
Coral Mound region
Coral Reef region
Correspondence with HAPC
Gray’s Reef
Cape Lookout Lophilia Banks
Cape Fear Lophilia Banks
Deepwater Corals – Stetson reef to Miami Terrace
Migratory Species Portfolio
Humpback whale
Right whale
Bottlenose dolphin
Migratory Species: Five Groups
Baleen Whales
Toothed Whales and Risso Dolphin
Common Dolphins
Sea Turtles
Combined
Details on the choice of target species, summaries of their life histories, explanation of our data sources, and information on the preparation of the various data sets are found in the Migratory Chapter of the final report.
Migratory Species : Sightings Data
12 Species of Whales, Dolphins and Sea Turtles
Based on 30+ years of sightings data corrected for effort (source: Navy)
Max sightings in any season
Effort
Shipboard Sighting Surveys DATA YEAR(S)
NMFS-SEFSC R/V Oregon II Cruise 92-01 (198) 1992 1992
NMFS-SEFSC R/V Relentless Cruise 98-01 (003) 1998 1998
NMFS-SEFSC R/V Oregon II Cruise 99-05 (236) 1999 1999
NMFS-SEFSC R/V Gordon Gunter Cruise GU-02-01 (021) 2002 2002
NMFS-SEFSC R/V Gordon Gunter Cruise GU-04-03 (028) 2004 2004
NMFS-SEFSC R/V Gordon Gunter Cruise GU-05-03 (062) 2005 2005
CETAP Shipboard Survey 1978-1982 1978 - 1982
Aerial Sighting Surveys
DoN-Continental Shelf and Associates, Inc. (CSA) 1996-1999
DoN SEAWOLF Mayport Shock Trial 1995, 1997
DoN Winston S. Churchill Shock Trial 1999
NMFS-SEFSC Southeast Cetacean Aerial Surveys (SECAS) 1992, 1995
New England Aquarium (NEA) (pre-Early Warning System [EWS]) 1984 - 1993
New England Aquarium (NEA) (EWS) 1993-2005
New England Aquarium (NEA) Core of Engineers (COE) 1989-1993
Georgia Department of Natural Resources (GADNR) (EWS) 1993-2002
Florida Marine Research Institute (FMRI) (EWS) 1992-2005
Associated Scientists at Woods Hole Oceanographic Institution (ASWHOI) Airship (blimp) Survey 1991-1993
CETAP Aerial Survey 1978-1982
Offshore Surveys (GADNR and FMRI) 1996-2002
University of North Carolina at Wilmington (UNCW) Aerial Survey (EWS) 2001-2002
University of Rhode Island (URI) Aerial Survey 1987
Wildlife Trust (WLT) Aerial Survey (EWS) 2002-2005
Strictness of Criteria related to abundance in the Region
Skim off the very best
Omit the worst
Baleen Whales Count of observations
Number of observations:
Humpback Whale
North Atlantic Right Whale
Fin Whale
Minke Whale* (not used)
Winter
Baleen Whales Count of Observations Average or Above
Humpback Whale
North Atlantic Right Whale (incl. calving areas)
Fin Whale
Toothed Whales Count of All Observations
Sperm Whale
Pilot Whale
Risso Dolphin
Beaked Whale Group *(nu)
Kogia spp. *(not used)
Spring Summer
Toothed Whales Count of Above Average Observations
Number of observations: above the mean (>-0.5 SD)
Risso Dolphin
Sperm Whale
Pilot Whale
Dolphins: 3 Species
Common Dolphin
Bottlenose Dolphin
Stenella Dolphins
Dolphins Above Average # of Sightings (>1SD)
Common Dolphin
Bottlenose Dolphin
Stenella Dolphins
Sea Turtles Count of observations
Number of observations:
Leatherback
Hard Shelled (green, loggerhead, kemp’s ridley)
Spring & Fall
Winter
All seasons
Sea Turtles: Above Average sightings (>1 SD)
Leatherback turtle
Hardshell Turtle
• Green Sea Turtles
• Loggerhead turtle
• Kemp’s ridley
Migratory Species Portfolio
Baleen Whales: Blue
Toothed Whale: Red
Sea Turtles: Green
Dolphins: Orange
Many Groups: Black
SEASON of highest use
Baleen (W) Toothed (Sp/Su) Sea turtles (W,Sp/F) Dolphins (W/S)
Migratory Species Portfolio: HAPC
Loggerhead: Constricted Migratory Habitat
Loggerhead: Winter Critical Habitat
Right Whale Calving Ground
Loggerhead: Breeding Critical Habitat
Blue = Right Whale Green = Sea Turtles
From Jorge Brenner
Take Home Message
Mid-Atlantic key for migration of sea turtles and baleen whales, foraging of toothed whales
Shelf-slope break key for toothed whales
Inner shelf of Bight key for wintering Baleen Whales
Coral reef region key for sea turtles:
Integrated Portfolio
The Whole Picture
Not just a map: click on a cell for fish, cetaceans, sea turtles, corals, hardbottom, sediment, seabed form, depth etc. Develop conservation strategies based on the full context
Sharing the Data
The report, geodatabases, and
metadata will be made available
on the web:
www.conservationgateway.org
Providing access to partners to
share on their web portals:
- South Atlantic Fisheries
Management Council
- Governors’ South Atlantic
Alliance
- South Atlantic Landscape
Conservation Cooperative
Conservation Gateway: Story maps
Thanks to John Prince
Contact Information:
Mary Conley
Laura Geselbracht
Mark Anderson
Q U E S T I O N S ?
Thank You
South Atlantic LCC Updates
South Atlantic LCC Updates • Indicator revision process for this year
focused on: • Reevaluating indicators that were removed in
the last revision process due to lack of data, but now have new information available
• Improving the GIS depictions of indicators
• Potential ecosystems: • Marine • Estuarine • Freshwater aquatic • Waterscapes • Landscapes
• Sign up to participate!
• https://www.surveymonkey.com/r/CLNKBDB
“Progress, challenges, and opportunities in landscape-scale decision support for freshwater
aquatic conservation”
By: Ashton Drew KDV Decision Analysis
8.20.15 @ 10am
Next South Atlantic Third Thursday Web Forum
• Join the South Atlantic LCC web community
• Connect with a staff member
• Communicate with a Steering Committee
member to get your organization involved
How to get involved in your Cooperative
www.southatlanticlcc.org
QUESTIONS? *6 to unmute