Atlas Sea Turtle Nesting Habitat

An Atlas of Sea Turtle Nesting Habitat for the Wider Caribbean Region

Wendy Dow, Karen Eckert, Michael Palmer and Philip Kramer WIDECAST Technical Report No. 6 2007

For bibliographic purposes this document should be cited as: Dow, Wendy, Karen Eckert, Michael Palmer and Philip Kramer. 2007. An Atlas of Sea Turtle Nesting Habitat for the Wider Caribbean Region. The Wider Caribbean Sea Turtle Conservation Network and The Nature Conservancy. WIDECAST Technical Report No. 6. Beaufort, North Carolina. 267 pages, plus electronic Appendices. ISSN: 1930-3025 Cover photo: Kim Maison (Levera National Park, Grenada) Copies of this publication may be obtained from: Dr. Karen L. Eckert Executive Director Wider Caribbean Sea Turtle Conservation Network (WIDECAST) Nicholas School Marine Lab – Duke University 135 Duke Marine Lab Road Beaufort, North Carolina 28516 Tel: (252) 727-1600 / Fax: (252) 504-7648 [email protected] / www.widecast.org

An Atlas of Sea Turtle Nesting Habitat for the Wider Caribbean Region

Wendy Dow Karen Eckert

Michael Palmer Philip Kramer

2007

Generously supported by:

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Preface and Intent For more than 25 years the Wider Caribbean Sea Turtle Conservation Network (WIDECAST), with Country Coordinators in more than 40 Caribbean nations and territories, has linked scientists, conservationists, natural resource users and managers, policy-makers, industry groups, educators, and other stakeholders together in a collective effort to develop a unified management framework, and to promote a region-wide capacity to design and implement scientifically sound sea turtle conservation programs. As a Partner Organization of the UNEP Caribbean Environment Programme and its Regional Programme for Specially Protected Areas and Wildlife (SPAW), WIDECAST is designed to address research and management priorities at national and regional levels, both for sea turtles and for the habitats upon which they depend. We focus on bringing the best available science to bear on contemporary management and conservation issues, empowering stakeholders to make effective use of that science in the policy-making process, and providing an operational mechanism and a framework for cooperation at all levels, both within and among nations. Network participants are committed to working collaboratively to develop their collective capacity to manage shared sea turtle populations. By bringing people together and encouraging inclusive management planning, WIDECAST is helping to ensure that utilization practices, whether consumptive or non-consumptive, do not undermine sea turtle survival over the long term. This Technical Report asks a deceptively simple question: “Where do sea turtles nest in the Wider Caribbean Region?” An accurate answer is critical to the recovery of depleted populations in that it relates directly to the setting of priorities for national and international conservation action, population monitoring and habitat protection, as well as larger issues of coastal zone management and land use policy. Taking advantage of modern spatial analysis methods, as well as the unique expertise (and patience) of more than 120 Caribbean Data Providers and other experts, we have created the first regional maps of the distribution and abundance of the annual reproductive effort for all six Caribbean-nesting sea turtles. This landmark database – a collaborative effort between WIDECAST and The Nature Conservancy – identifies all known sea turtle nesting sites in the Wider Caribbean Region (inclusive of Bermuda and Brazil); 1,311 beaches in all. Because some sites host nesting by multiple species, 2,535 species-specific sites are named. In no case were data simply absorbed from other regional synthesis efforts. We traced each data point to its original source for verification and rating, discarding many existing records that did not meet our criteria. As a result, data characterized as “Low” quality comprise less than 11% of the database and improving information in these areas is an ongoing priority. The database significantly expands our understanding of habitat use, while at the same time facilitates the creation of operational frameworks to census populations, monitor stock recovery, and safeguard habitat in ways that have not been possible before. The entire database, available for interactive uses, is accessible through OBIS-SEAMAP at http://seamap.env.duke.edu/ and at www.widecast.org. Our sincere gratitude is extended to the hundreds of colleagues (Data Providers and others) who made this project possible, and we hope it sets an example for other geographic regions to follow. Karen L. Eckert, Ph.D. Executive Director WIDECAST 1

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Acknowledgements A regional assessment of this magnitude could not have been accomplished without the support and active participation of the Wider Caribbean Region’s sea turtle researchers, conservationists, and marine managers. In-depth, collaborative data exercises like this one are possible in our region because of mutual trust and established partnerships among sea turtle workers, a reality defined and nurtured by the WIDECAST network for more than 25 years. The concept of a network is eloquently described by Meadows and colleagues in Beyond the Limits (1992), as “a web of connections among equals” held together not by force, obligation, material incentive, or social contract, “but rather shared values and the understanding that some tasks can be accomplished together that could never be accomplished separately.” This database is a superb example of such an accomplishment. We are deeply grateful to the more than 120 Data Providers in 43 nations and territories who participated in this project, generously offering both their time and their expertise, principal among them being the following: Anguilla (GB): James Gumbs (Department of Fisheries and Marine Resources); Antigua and Barbuda: Cheryl Appleton and Tricia Lovell (Fisheries Division), James Richardson and Peri Mason (Jumby Bay Hawksbill Project); Aruba (NL): Richard van der Wal and Edith van der Wal (Turtugaruba Foundation); Bahamas: Eleanor Phillips (The Nature Conservancy), Alan Bolten and Karen Bjorndal (Archie Carr Center for Sea Turtle Research, University of Florida); Barbados: Julia Horrocks (Barbados Sea Turtle Project, University of the West Indies), Jennifer Beggs (Mote Marine Laboratory); Belize: Renison Enriquez (Glover Marine Research Reserve), Isaias Majil (Fisheries Department), Janet Gibson (Wildlife Conservation Society); Bermuda (GB): Jennifer Gray (Bermuda Turtle Project, Department of Conservation Services); Bonaire (AN): Kalli De Meyer (Dutch Caribbean Nature Alliance), Imre Esser and Mabel Nava (Sea Turtle Conservation Bonaire); Brazil: Maria Marcovaldi, Luciano Soares, Alexandro Santos, Cláudio Belllini, Augusto Cesar Coelho Dias da Silva, Gustave Lopez, João Carlos Thomé, Eron Paes e Lima, Antonio ‘Tonim’ de Papua Almeida (Fundaçao Pró-TAMAR); British Virgin Islands (GB): Bertrand Lettsome, Mervin Hastings and Shannon Gore (Conservation and Fisheries Department); Cayman Islands (GB): Gina Ebanks-Petrie, Janice Blumenthal and Joni Solomon (Dept. Environment); Colombia: Elizabeth Taylor and Zunilda Baldonado (CORALINA), Claudia Ceballos (Iowa State University) and Instituto de Investigaciones Marinas y Costeras (INVEMAR); Costa Rica: Didiher Chacón C. (WIDECAST), Caribbean Conservation Corporation, ASTOP, Estación Las Tortugas, Tortuga Feliz; Cuba: Félix Moncada G. (Programa de Tortugas Marinas, CIP), Julia Azanza Ricardo (Universidad de La Habana), Rubén Blanco (Ministerio de Ciencia, Tecnología y Medio Ambiente, Isla de la Juventud), Fernando Hernandez (Empresa Nacional para la Conservación de la Flora y Fauna); Curaçao (AN): Brian Leysner (Curaçao Underwater Park, CARMABI); Dominica: Seth Stapleton and Rowan Byrne (Rosalie Sea Turtle Initiative-RoSTI), Stephen Durand (Forestry, Wildlife and Parks Division); Dominican Republic: Yolanda León (Grupo Jaragua, Univ. Autónoma de Santo Domingo, INTEC), Jesus Tomas (University of Valencia); French Guiana (FR): Benoit de Thoisy (Association Kwata), Laurent Kelle (Coordinateur Océans/Côtes, WWF Guianas), Amana Nature Reserve, Association Kulalasi, Association Sépanguy; Grenada: Carl Lloyd and Rebecca King

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(Ocean Spirits), Marina Fastigi (KIDO Foundation), Gregg Moore (Univ. New Hampshire); Guadeloupe (FR): Eric Delcroix (Réseau Tortues Marines Guadeloupe), Office National de Forêts, L'Association Titè, L'Association Kap'Natirel, L'Association Eco-Lambda, Conservatoire du Littoral, La commune de Terre-de-Haut, Office National de la Chasse et de la Faune Sauvage, L'Association Evasion Tropicale, Association Le Gaïac, Le Parc National; Guatemala: Colum Muccio (ARCAS), Anabella Barrios (RCA Guatemala), Ana Beatriz Rivas (Fundary Manabique), Wilma Katz (Coastal Wildlife Club, Florida); Guyana: Annette Arjoon and Michelle Kalamandeen (Guyana Marine Turtle Conservation Society), Peter C. H. Pritchard (Chelonian Research Institute); Haiti: Jean Wiener (Foundation pour la Protection de la Biodiversitie Marine); Honduras: Carlos Molinero (MOPAWI); Jamaica: Andrea Donaldson (National Environment and Planning Agency), Rhema Kerr Bjorkland (Center for Marine Conservation, Duke University); Martinique (FR): Sévérino Raigné and Jean-claude Nicolas (SEPANMAR), Claire Cayol (VCAT ONCFS Réseau Tortues Marines), KAWAN Association, AMEPAS, ONF, Mairie de SAINTE-ANNE, MAIRIE du DIAMANT; México: F. Alberto Abreu G. (Unidad Académica Mazatlán, UNAM), Vicente Guzmán Hernández (Dirección del Área de Protección de Flora y Fauna “Laguna de Términos” (CONANP), Ciudad del Carmen, Camp.), Eduardo Cuevas (Pronatura Península de Yucatán, A.C, Mérida, Yucatán), Laura Sarti and René Kantún (Comision Nacional de Areas Naturales Protegidas), Patrick Burchfield and Luis Jamie Peña (Gladys Porter Zoo), Augusto Segovia (Yucatán Environment Ministry), Alejandro Arenas, Iñaky Iturbe and Roberto Herrera (Flora Fauna y Cultura de México, A.C., El Colegio de la Frontera Sur), US Fish and Wildlife Service, NOAA National Marine Fisheries Service, Texas Parks and Wildlife Department, Secretaría de Medio Ambiente y Recursos Naturales (SEMARNAT), Instituto Nacional de Pesca, Laguna de Términos Área de Protección de Flora y Fauna, Marea Azul, Ecología, Grupo Ecologista Quelonios A.C., Universidad Autónoma de Campeche, PEP-UPMP, La Universidad Autónoma del Carmen, Enlaces con tu Entorno, Ría Lagartos Reserva de la Biosfera, Centro Ecológico Akumal; Montserrat (GB): John Jeffers (Min. Agriculture, Trade and Environment); Nicaragua: Cynthia Lagueux and Cathi Campbell (Wildlife Conservation Society); Panama: Argelis Ruiz (Smithsonian Tropical Research Inst.), Anne Meylan (Florida Fish and Wildlife Conservation Commission); Puerto Rico (US): Carlos Diez and Hector Horta (Dept. Natural and Environmental Resources), Lesbia Montero (Univ. Puerto Rico Sea Grant Program); Saba (AN): Jan den Dulk and Susan Hurrell (Saba Marine Park); Sint Maarten (AN): Andy Caballero, Dominique Vissenberg and Beverly Nisbeth (Nature Foundation of Sint Maarten); Sint Eustatius (AN): Nicole Esteban and Arturo Herrera (St. Eustatius National and Marine Parks), Emma Harrison (Caribbean Conservation Corporation); St. Kitts and Nevis: Emile Pemberton (Department of Fisheries), Kimberly Stewart (Ross University), Kate Orchard (St. Christopher Heritage Society); St. Lucia: Dawn Pierre-Nathoniel (Department of Fisheries); St. Vincent and the Grenadines: Lucine Edwards (Fisheries Division); Suriname: Maartje Hilterman (IUCN National Committee of the Netherlands), Edo Goverse (Universiteit van Amsterdam), Marie-Louise Felix (WWF Marine Turtle Program Office - Guianas); Trinidad and Tobago: Dennis Sammy (Nature Seekers), Tanya Clovis (SOS Tobago), Stephen Poon (Wildlife Section-Forestry Div.), Scott Eckert (WIDECAST), Suzanne Livingstone (IUCN Global Marine Species Assessment Programme); Turks and Caicos (GB): Judith Garland-Campbell (Ministry of Natural Resources), Michelle Fulford-Gardiner (Dept. Environment and Coastal Resources), Lorna Slade (Providenciales Marine Turtle Monitoring Project); USA: Barbara Schroeder (NOAA National Marine Fisheries Service), Sandra MacPherson (US Fish and Wildlife Service), Anne Meylan (Florida Fish and Wildlife Conservation Commission), Donna Shaver (NPS Padre Island National Seashore), Jerome Phillips (Bon Secour National Wildlife Refuge); United States Virgin Islands (US): Rafe Boulon (NPS Virgin Islands National Park), Steve Garner (WIMARCS), Raquel Seybert (The Nature Conservancy), Amy Mackay (St. Croix Marine Turtle Conservation Project), Zandy Hillis (US National Park Service); Venezuela: Hedelvy J. Guada (CICTMAR), Vicente Vera (Ministry of Environment). 3

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These data and their assembled results and significance remain the property of the Data Providers who, in collaboration with staff, volunteers and supporters, are the sole reason these maps could be produced and shared for the benefit of us all. For further information, including Data Use Agreements, please contact the Data Provider(s) directly. Contact information is provided in Appendix I of this Technical Report and is also available through the database host, OBIS-SEAMAP, at http://seamap.env.duke.edu/. Finally, no progress would have been made without generous and timely financial support from The Nature Conservancy’s Caribbean Marine Program, Pegasus Foundation, U.S. Fish and Wildlife Service’s Marine Turtle Conservation Fund, and the UNEP-CEP Regional Programme for Specially Protected Areas and Wildlife (SPAW), enabled by a grant from the U.S. Department of State (Bureau of Oceans and International Environmental and Scientific Affairs). World Wildlife Fund (Latin America and Caribbean Program) supported the development of electronic appendices and online availability. We are also grateful for the expertise and partnership of Duke University’s OBIS-SEAMAP (Ocean Biogeographic Information System – Spatial Ecological Analysis of Megavertebrate Populations) program, which serves as the database host.

Monitoring leatherback sea turtle populations at Querepare Beach, Venezuela (photo by Mariana Malaver) and Matura Beach, Trinidad (photo by Scott A. Eckert); and Kemp’s ridleys at Rancho Nuevo, Mexico (photo by Jaime Pena)

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Executive Summary Six species of sea turtle nest in the Wider Caribbean Region (WCR). In partnership with more than 120 Data Providers, the spatial database of nesting habitat herein assembled is the most comprehensive for any region of the world, with 1,311 nesting beaches identified in 43 WCR nations and territories, inclusive of Bermuda to the north and Brazil to the south. Because some sites host nesting by multiple species, 2,535 species-specific sites are named. Of these, 77% are categorized in terms of abundance: <25, 25-100, 100-500, 500-1,000, or >1,000 nesting crawls per year. Hawksbill and green turtles are the least known, with 33% and 24%, respecttively, of all known nesting sites associated with unknown crawl abundances. Large nesting colonies are rare. Nesting grounds receiving more than 1,000 crawls per year range from 0.4% (hawksbill) to 7.0% (Kemp’s ridley) of all known species-specific sites. For any species, roughly half of all known nesting sites support fewer than 25 crawls (fewer than 10 reproductively active females) per year. While some nations are making exemplary progress in identifying and monitoring nesting stocks, consistent sea turtle population monitoring effort is still lacking in most areas and recent data are scarce in some jurisdictions; two archipelagic States (Bahamas, St. Vincent and the Grenadines) and Hispaniola (Dominican Republic, Haiti) have never been completely assessed. The regulatory landscape is fragmented. Thirty (69.8%) nations and territories prohibit sea turtle exploitation year-around: 29 of 43 jurisdictions mandate indefinite protection (eight of these allow exemptions for ‘traditional’ exploitation), while Anguilla has adopted a moratorium set to expire in 2020. With the exception of the Cayman Islands, legal sea turtle fisheries are based on minimum size limits (by weight or shell length), targeting large juveniles and adults in contradistinction to the best available science on management and recovery. Threats matrices characterizing a range of risk factors, including those that result in the loss or degradation of critical habitat, reveal that beach erosion, nest loss to predators or physical factors, artificial beachfront lighting, direct exploitation of turtles and eggs, and pollution threaten the survival of sea turtles at their nesting grounds in more than 75% of all WCR nations and territories. With regard to factors potentially hindering population recovery at foraging grounds, more than 75% of Caribbean nations and territories cite pollution, fisheries bycatch, entanglement, coral reef and/or seagrass degradation, and losses to hunters, poachers and natural predators as threatening the survival of sea turtles at sea. The data collected and assembled will allow for further research and analysis of sea turtle abundance (including population trends at index sites) and habitat use; for example, in conjunction with other datasets to determine areas of high biodiversity or areas in need of urgent protection. The database, archived and displayed online by OBIS-SEAMAP (http://seamap.env.duke.edu/), will be updated regularly and used to establish conservation and management priorities, and to inform and improve policy at national and regional levels. Future goals of the project are to research and incorporate seagrass and coral reef data to determine nationally and regionally significant foraging areas, thus identifying marine areas in need of management attention and contributing to the development of a network of population monitoring programs, including juvenile and adult age classes, at index sites. 5

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Table of Contents Preface and Intent

1

Acknowledgements

2

Executive Summary

5

Table of Contents

6

List of Figure and Tables

8

Introduction

10

Goals and Objectives

11

Methods

12

Results

16

Species Distribution: Summary of Findings

16

Active Threats and Protection Policies: Summary of Findings

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Discussion and Recommendations

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Literature Cited and Reviewed

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Appendix I - Primary Data Providers and Contributors

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Appendix II - Sea Turtle Threats Survey

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Appendix III - Wider Caribbean Region Sea Turtle Habitat National Reports

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Anguilla (GB) Antigua & Barbuda Aruba (NL) Bahamas Barbados Belize Bermuda (GB) Bonaire (AN-NL) Brazil British Virgin Islands (GB)

66 70 75 79 83 87 91 95 99 111

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Cayman Islands (GB) Colombia Costa Rica Cuba Curaçao (AN-NL) Dominica Dominican Republic French Guiana (FR) Grenada Guadeloupe (FR) Guatemala Guyana Haiti Honduras Jamaica Martinique (FR) Mexico Montserrat (GB) Nicaragua Panama Puerto Rico (US) Saba (AN-NL) Saint Kitts & Nevis Saint Lucia Saint Vincent & the Grenadines Sint Eustatius (AN-NL) Sint Maarten (AN-NL) Suriname Trinidad & Tobago Turks & Caicos Islands (GB) United States Virgin Islands (US) USA Venezuela

115 119 126 130 134 138 142 146 150 154 158 162 166 170 174 178 182 195 199 203 207 211 213 217 221 227 231 235 239 245 249 254 263

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List of Figures and Tables Figure 1. Caribbean Marine Ecoregions (adapted from Spalding et al. 2007).

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Figure 2. 16 Sea turtles nest seasonally at 1,311 sites in 43 countries and territories of the Wider Caribbean Region, and including Bermuda and Brazil. Figure 3. 18 Frequency distribution of sea turtle species associated with the 2,535 species-specific nesting sites in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 4. 19 All known nesting sites (n=552) for loggerhead sea turtles (Caretta caretta) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 5. 20 All known nesting sites (n=593) for green sea turtles (Chelonia mydas) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 6. 21 All known nesting sites (n=470) for leatherback sea turtles (Dermochelys coriacea) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 7. 22 All known nesting sites (n=817) for hawksbill sea turtles (Eretmochelys imbricata) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 8. 23 All known nesting sites (n=41) for Kemp’s ridley sea turtles (Lepidochelys kempii) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 9. 24 All known nesting sites (n=62) for olive ridley sea turtles (Lepidochelys olivacea) in the Wider Caribbean Region, and including Bermuda and Brazil. Figure 10. 25 Frequency distribution of the number of crawls per year among the 2,535 identified species-specific nesting sites for sea turtles in the Wider Caribbean Region. Figure 11. 25 Frequency distribution of the number of crawls per species per year for the 2,535 identified species-specific nesting sites for sea turtle in the Wider Caribbean Region.

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Figure 12. 26 Summary of legal regimes protecting sea turtles in the Wider Caribbean Region, and including Bermuda and Brazil.

Table 1. Presence of sea turtles in the Wider Caribbean Region.

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Table 2. 18 Number of identified nesting sites in the Wider Caribbean Region, and including Bermuda and Brazil. Table 3. 27 Threats to sea turtles (on the nesting beach, at sea) in the Wider Caribbean Region. The proportion of Wider Caribbean nations and territories citing the factor as both present and constituting a threat to sea turtles. Table 4. National policy for the protection of sea turtles in the Wider Caribbean Region.

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Table 5. 30 Threats to sea turtles on the beach (nesting/hatching) in the Wider Caribbean Region. Table 6. 32 Threats to sea turtles at sea (foraging/migration) in the Wider Caribbean Region.

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Introduction Sea turtles are late-maturing and long-lived, and are among the most migratory of all Caribbean fauna. Threats accumulate over long periods of time and can occur anywhere in a population’s range; thus population declines have typically resulted from a combination of factors, both domestic and foreign. In addition to centuries of largely unmanaged and unsustainable exploitation, sea turtles are accidentally captured in active or abandoned fishing gear, resulting in death to some tens (and perhaps hundreds) of thousands of turtles annually. Moreover, reef and seagrass degradation, oil spills, chemical waste, persistent plastic and other marine debris, high density coastal development, and an increase in ocean-based tourism have damaged or eliminated many Caribbean nesting beaches and feeding grounds. Six sea turtle species are indigenous to the Wider Caribbean Region (WCR).1 All are classified by the World Conservation Union as “Endangered” or “Critically Endangered” (IUCN 2004). All six species are listed on Annex II (full protection) of the Protocol concerning Specially Protected Areas and Wildlife (SPAW Protocol) to the Convention for the Protection and Development of the Marine Environment of the Wider Caribbean Region (Cartagena Convention); Appendix I (full protection) of the Convention on Migratory Species (CMS); Appendix I of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES); and, most recently, recognized as being in need of “protection, conservation and recovery” throughout the hemisphere by the Inter-American Convention for the Protection and Conservation of Sea Turtles (Hykle 1999, Wold 2002). In general, and notwithstanding welcome signs of population increase at some protected nesting grounds (Leatherback: Dutton et al. 2005, Green Turtle: Troëng and Rankin 2005; Hawksbill: Krueger et al. 2003, Richardson et al. 2004, Diez and van Dam, Chelonia Inc., unpubl. data; Kemp’s Ridley: Márquez et al. 1999), sea turtle populations throughout the WCR are so severely reduced from historical levels (Carr 1956, Parsons 1962, Rebel 1974, King 1982, Groombridge and Luxmoore 1989, Ross et al. 1989, Reichart 1993, Jackson 1997, Meylan and Donnelly 1999, Fleming 2001, Bjorndal and Bolten 2003, Godley et al. 2004, Bräutigam and Eckert 2006) as to be considered by Bjorndal and Jackson (2003) “virtually extinct” from the standpoint of their role in Caribbean marine ecosystems. Once considered inexhaustible, some of the largest nesting colonies in the hemisphere, including those of green turtles in the Cayman Islands (Lewis 1940, Aiken et al. 2001) and hawksbill turtles in Chiriquí, Panama (Carr 1956, Meylan 1999), have all but vanished. Intergovernmental meetings devoted to addressing shared management concerns have been convening in the region for more than two decades (e.g. Bacon et al. 1984, Ogren 1989, Eckert and Abreu Grobois 2001, IUCN 2002). In November 1999, resource managers and scientists 1

The Wider Caribbean Region (see Figure 1) is defined as comprising the States and territories of the insular Caribbean (including the Bahamas), the north-eastern sector of South America (Colombia, Venezuela, the Guianas), Central America, Mexico and the USA to 30ºN latitude, including the waters of the Caribbean Sea, the Gulf of Mexico, and the Atlantic Ocean adjacent to these States and territories (UNEP 1983). Because of shared sea turtle stocks, WIDECAST (and thus this report) also embraces Bermuda to the north and Brazil to the south (Frazer 1985).

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from 29 WCR nations and territories met in the Dominican Republic and unanimously recommended that “appropriate authorities, organizations, civic groups and other stakeholders promote scientific research, assessment and monitoring of marine turtles and their habitats, and standardize methods of data collection and analysis.” To this end, delegates agreed inter alia on the need to “identify (locate), characterize, and rank (as to intensity of use and importance for management) marine turtle nesting and foraging sites”, and to “identify, evaluate and rank threats to marine turtles and their habitats – both domestic and, to the extent practicable, throughout their ranges” (Santo Domingo Declaration: Eckert and Abreu Grobois 2001: vi, viii). The fundamental need to identify habitat necessary for the survival of the region’s sea turtles has long been recognized, yet the coastal zone remains one of the least protected environments in the region and unchecked shoreline development is a serious obstacle to sea turtle conservation in many areas. Emphasizing local partnerships and data-sharing opportunities enabled by the WIDECAST network, and taking advantage of modern spatial analysis methods, we have developed the region’s first digital landscape of sea turtle nesting beaches. The landscape and supporting databases identify, characterize and rank sites based on only the most up-to-date information, including an exhaustive literature search and nearly two years of intensive collaboration with more than 120 Data Providers in 43 nations and territories. In addition to unobstructed sandy beaches for egg-laying, sea turtles need healthy coral reef, seagrass and hard-bottom habitats for food and refuge, as well as safe passage through complex migratory corridors. These habitats are also at risk, mainly due to intense pressures arising from changes in water quality, patterns of coastal development and land use, and fisheries and other extractive industries (e.g. UNEP 1989, 2005, Sullivan Sealey and Bustamante 1999, Eckert and Abreu Grobois 2001, Fleming 2001, Godley et al. 2004, UNEP/GPA/CATHALAC 2004, Bräutigam and Eckert 2006, UNEP/GPA 2006). Notwithstanding, quantitative data on the status and distribution of marine habitat types are scarce, presenting a significant gap in the management framework of endangered species, such as sea turtles, that rely on them. With an aim to definitively “identify, characterize, and rank” nesting habitat across this large region, and to lay the groundwork for doing the same with foraging habitat, we have developed National Reports, including maps and constituent data, for each of 43 countries and territories in the WCR (see Appendix III). These National Reports are also inventoried and available for public access at www.widecast.org, as well as in an interactive format at Duke University’s OBISSEAMAP (Ocean Biogeographic Information System – Spatial Ecological Analysis of Megavertebrate Populations, Halpin et al. 2006) website: http:// seamap.env.duke.edu/.

Goals and Objectives Recognizing that depleted and/or declining sea turtle stocks are in need of management and conservation attention is one thing; reversing population declines and monitoring sustained population recovery is another. Because sea turtles are highly migratory during all life history stages, they rely on critical habitats in many nations and territories for dispersal, forage, refuge, mating, migration, and nesting. Consequently, what appears as a decline or a recovery in a local population may be a direct consequence of the activities of people living hundreds or 11

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thousands of kilometers away – so that effective management must occur cooperatively and collaboratively across range States. Information gaps at local, national and regional levels can have significant consequences to management policy and conservation success at all levels. Chief among these gaps has been reliable and updated information concerning the location and status of critical habitat, as well as the distribution and abundance of the annual breeding effort. In the absence of such information, inter-jurisdictional collaboration in the conservation of shared sea turtle stocks – including attempts to cooperatively monitor the success of conservation actions by evaluating, in an integrated way, population trends at regionally important sites – is hindered. Seeking to address key recommendations of the Santo Domingo Declaration (Eckert and Abreu Grobois 2001) and to promote the survival of Caribbean sea turtles by increasing our understanding of population abundance and habitat use, the objectives of this study were to: x

Generate the first standardized and geographically comprehensive spatial database of active sea turtle nesting beaches in the central western Atlantic Ocean;

x

Inform policy-making regarding the protection of critical habitat, in particular nesting habitat, by making population and spatial databases, including information on contemporary threats to sea turtle survival, publicly available in print and electronic formats;

x

Contribute essential species and habitat data to the ecoregional planning processes of international organizations and intergovernmental entities; and

x

Promote implementation of regional agreements that protect sea turtles and their habitat: Convention for the Protection and Development of the Wider Caribbean Region, and the Inter-American Convention for the Protection and Conservation of Sea Turtles.

Methods We utilized data from several different sources to generate the database. The primary sources of information were bilingual (English, Spanish) questionnaires completed by professional sea turtle researchers, government officials, conservationists, and informed community leaders in 43 nations and territories.2 The questionnaire was circulated to WIDECAST Country Coordinators and other potential Data Providers by WIDECAST and The Nature Conservancy (TNC) Caribbean Marine Programme Office in 2002, and then re-circulated to capture updated information in May 2006. The ques2

Nesting sites were not documented north of 30°N latitude, the northern boundary of the Wider Caribbean Region (UNEP 1983), meaning that, in the case of USA, nesting north of Florida was not included for any species. Loggerhead turtle, Caretta caretta, nests deposited north of Florida comprise less than 10% of the nation’s nesting each year (NOAA and FWS 2007a); nesting by other species north of Florida ranges from extremely rare to occasional.

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tionnaire asked the Data Provider to identify (name) the nesting beaches for each species of sea turtle known to nest in the country, the location and length of those nesting beaches, the number of nesting crawls (binned to ‘X’ [unknown abundance], <25, 25-100, 100-500, 500-1000 and >1000) made by each species per nesting beach per year,3 and the extent to which the nesting beach is monitored for sea turtle egg-laying and/or hatching activity. Nesting sites for the purposes of this analysis are defined as operational management units, rather than strict geographic entities. The reason for this is that nesting sites are defined and monitored differently in different locations. Sometimes small beaches, proximal but physically separated, are viewed as a single “nesting beach” or management unit. Conversely, extensive beach strands, extending hundreds of kilometers in some cases, are oftentimes segmented (e.g. because of limited human resources or the logistics of beach access) for the purpose of monitoring and management. In the former case multiple, typically small, habitats might be coalesced; in the latter case, extensive shorelines might be divided. We worked closely with Data Providers to be as consistent, as realistic, and as accurate as possible in every case. To ensure a comparable landscape we focused on a binned average of nesting crawls per year – namely, fewer than 25 crawls per year, on average; 25 to 100 crawls per year, on average; and so on. Not all sea turtle population monitoring efforts differentiate between successful and unsuccessful nesting, so standardizing on "crawls" (embracing both successful egg-laying and failed attempts) ensured that all countries could participate in a region-wide assessment. Moreover, we did not want to impose on Data Providers for proprietary details on exactly how many nests are laid each year, knowing that in many cases these carefully collected numbers are more suitable for peer-reviewed publication. Important note: Depending on location, the number of nesting crawls may be 2 to 10 times higher than the number of actual nests. The number of these nests may, in turn, be 2 to 10 times higher than the number of individual females. Therefore, the number of crawls is a baseline metric not to be confused with the number of clutches laid, nor with the always much smaller number of reproductively active individuals. We compiled a list of governmental and non-governmental Data Providers, including WIDECAST Country Coordinators and other experts (see Appendix I), developed a relationship with each Data Provider, and kept in close contact with Data Providers in order to assemble the best available information during the project timeline. In addition to estimating annual crawl abundance, we asked each Data Provider to provide new (or verify existing) information about sea turtle status, protection policies, and nesting and foraging threats within the jurisdiction of their nation or territory. We telephoned each Data Provider in early June 2006 to collect detailed information about sea turtle threats and to answer any remaining questions. Those who could not be contacted by telephone received a standardized survey (see Appendix II) by mail or e-mail. We encouraged Data Providers to supply geographic coordinates for nesting beaches. When these data were not available, we located nesting beaches from national maps or other sources. Data from all sources were compiled and annotated in a single ExcelTM file with a separate worksheet for each country or territory. Finally, a thorough literature review was conducted to compile nesting site location information and analyze data from peer-reviewed literature, project reports, national recovery plans, regional assessments, and unpublished manuscripts. 3

The project focused on nesting crawls, including both successful and unsuccessful nesting attempts, as the common metric to characterize habitat use and estimate population size.

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The spatial organization of the data follows the concept of “Ecoregions” as defined by The Nature Conservancy (cf. Spalding et al. 2007) (Figure 1). For each country and territory the dataset includes nesting site data (beach name, latitude and longitude, approximate length, number of crawls for each species present, activity status [confirming that the nesting beach is currently active; historical nesting beaches no longer in use were excluded], beach monitoring status [confirming whether nesting activity is recorded daily, weekly, irregularly, etc.], and the time period over which the data were collected), Data Provider information, detailed notes on data points, and references for sources of data other than the primary Data Providers.

Figure 1. Caribbean Marine Ecoregions (adapted from Spalding et al. 2007).

Each data point was given a confidence rating of High, Moderate or Low. A High rating was assigned to data received and verified directly from WIDECAST Country Coordinators, active researchers, or other local experts, and to datasets derived from peer-reviewed published literature or published project reports less than 10 years old. A Moderate rating was assigned to datasets for which we were not personally familiar with the data source or how the data were collected, as well as to datasets 10 to 20 years old. A Low rating was given to datasets derived from non-expert or opportunistic observations, and to datasets more than 20 years old. In this way we were able to include the most recent nesting data available, while also identifying areas characterized by outdated information that would benefit from population monitoring efforts.

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Data for individual countries and territories were combined to generate regional point and line shapefiles for nesting habitat using ESRI ArcGIS™ version 9.1. Point shapefiles were generated using latitude and longitude coordinates for each nesting beach. When locations were known, such as from GPS-based studies, these latitudes and longitudes were used. When locations were not known, they were estimated with the assistance of Data Providers and local maps. Nesting site coordinates should be considered approximate, as beach boundaries may change within and between years. Coordinates are located at the approximate midpoint of each beach. Line shapefiles were created using nesting beach start and end coordinates, generating a box around the beach, and clipping the beach from the GSHHS (Global, Self-consistent, Hierarchical, High-Resolution Shoreline) (Wessel and Smith 1996) shoreline shapefile. The GSHHS shoreline shapefile has varying resolution depending on geographic location, as it was generated by combining data in the World Data Bank (resolutions between 500-5000m) and the World Vector Shoreline (resolutions between 50-500m) (Wessel and Smith 1996). All shapefiles are projected using the World Geodetic System, Datum 1984 and are in units of decimal degrees. Inevitably more information was available for some countries than for others. Supplemental data were often collected through literature reviews, but in some cases (e.g. Haiti, St. Vincent and the Grenadines) relevant data are extremely scarce from any source. Supplemental data were also collected through literature reviews to complete the protection policies and threats matrices when a full suite of information was not available from local Data Providers. After assembling and organizing all available data, draft maps, reports and database tables were closely reviewed by the Data Providers. Each National Report (see Appendix III) features maps of all known sea turtle nesting sites, including species-specific landscapes (historical nesting beaches are not included if nesting no longer occurs), and tables representing sea turtle status, protection policies, and contemporary threats to nesting and foraging turtles and habitat. National Reports (and summary tables) are organized by Ecoregion (TNC 2003, Spalding et al. 2007) and presented as follows: Bahamian, Greater Antilles, Eastern Caribbean, Guianan, Southern Caribbean, Southwestern Caribbean, Western Caribbean, Southern Gulf of Mexico, Northern Gulf of Mexico, and Floridian, followed by Bermuda and Brazil. Uniquely coded Beach Identification Numbers correspond to the underlying database compiled for each country. Monitoring green turtles on Mona Island, Puerto Rico (photo by Scott Eckert, WIDECAST), Kemp’s ridley turtles at Padre Island National Seashore, USA (photo by Jaime Pena, GPZ), and hawksbill turtles at Carriacou, Grenada (photo by KIDO Foundation).

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Results Species Distribution: Summary of Findings The assessment involved nearly two years of collaboration with more than 120 Data Providers and local experts, resulting in a digital inventory of all known sea turtle nesting sites, including geographic location, colony size, the degree of legal protection afforded nesting females and their young, and contemporary threats to population survival. Six species nest seasonally on the continental and island shorelines of the WCR (Table 1). Hawksbills and green turtles nest in virtually every country, followed by leatherbacks, loggerheads, olive ridleys and Kemp’s ridleys, the latter restricted to nesting sites in the USA and Mexico. In total, 1,311 discrete nesting sites are identified in 43 countries and territories extending from Bermuda, a British Overseas Territory in the North Atlantic, south to Brazil (Figure 2). Because discrete sites are sometimes associated with multiple species, Table 2 reflects a total of 2,535 species-specific nesting sites.

Figure 2. Sea turtles nest seasonally at 1,311 sites in 43 countries and territories of the Wider Caribbean Region, and including Bermuda and Brazil. 16

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 1. Presence of sea turtles in the Wider Caribbean Region. Marine Ecoregions with Countries/Territories

Loggerhead Turtle Caretta caretta

Green Turtle Chelonia mydas

Leatherback Hawksbill Kemp's Ridley Olive Ridley Turtle Turtle Turtle Turtle Dermochelys Eretmochelys Lepidochelys Lepidochelys coriacea kempii imbricata olivacea

Bahamian Bahamas N, F N, F Turks & Caicos Islands (GB) N, IF N, F Greater Antilles Cuba N, F N, F Cayman Islands (GB) N, IF N, F Jamaica N, IF N, F Haiti N, F N, F Dominican Republic N, I N, F Puerto Rico (US) I N, F Eastern Caribbean British Virgin Islands (GB) IN, IF N, F US Virgin Islands (US) I N, F Anguilla (GB) F N, F Sint Maarten (AN) I N, F Saba (AN) I IN, F Sint Eustatius (AN) IN N, F Saint Kitts & Nevis I N, F Antigua & Barbuda I N, F Montserrat (GB) IN, F? N, F Guadeloupe (FR) F N, F Dominica I N, F Martinique (FR) F IN, F Saint Lucia I N, F Barbados I, F? N, F Saint Vincent & Grenadines I N, F Grenada F F Guianan French Guiana (FR) I N, F Suriname IF N Guyana I N, F Southern Caribbean Trinidad & Tobago I N, F Venezuela N, F N, F Bonaire (AN) N N, F Curacao (AN) N, F N, F Aruba (NL) N, IF N, F Southwestern Caribbean Colombia N, F N, F Panama IN, F IN, F Costa Rica N, F N, F Nicaragua F N, F Western Caribbean, Gulf of Mexico and Florida Honduras N, F N, F Guatemala N, F N, F Belize N, F N, F Mexico N, F N, F USA N, F N, F Bermuda Bermuda (GB) IN, IF IN, F Brazilian Brazil N, F N, F

N I

N, F N, F

A A?

I A?

IN, IF A N N, F? N N, F

N, F F N, F N, F N, F N, F

A A A? A A A

I A A A A I

N N N N I N N N IN, F? N, IF N N, F? N N N N

N, F N, F N, F N, F IN, F N, F N, F N, F N, F N, F N, F N, F N, F N, F N, F N, F

A A A A A A A A A A A A A A A A

A A A A A A A A A I A I A A A I

N N N

IN N N

A A A

N N, F I

N, F N, F I N, IF N

N, F N, F N, F N, F N, F

A A A A A

IN, IF A A I I

N, F? N N N, IF

N, F N, F N, F N, F

A A A A

I A A A

N N I N, F N, F

N, F N, F N, F N, F IN, F

A A A? N, F N, F

A A A A A

IF

F

I

A

N, F?

N, F

A

N, F

N = Nesting; F = Foraging; IN = Infrequent Nesting; IF = Infrequent Foraging; I = Infrequent (further detail unavailable); A = Absent

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Large nesting colonies are rare. Sites receiving more than 500 crawls per year comprise between <1% and 8% of species-specific totals (Table 2). The largest majority of sites host extremely small colonies characterized by fewer than 25 crawls per year (perhaps 3-10 individual turtles). A variable number (0% - 33%) of sites for each species are known to support nesting, but reliable census data pertaining to colony size are not presently available (Table 2).

Table 2. Number of identified nesting sites in the Wider Caribbean Region, and including Bermuda and Brazil. Species Loggerhead Turtle (Caretta caretta )

Green Turtle (Chelonia mydas )

Leatherback Turtle (Dermochelys coriacea )

Hawksbill Turtle (Eretmochelys imbricata )

Kemp's Ridley Turtle (Lepidochelys kempii )

Olive Ridley Turtle (Lepidochelys olivacea )

Total

Number of crawls per year (proportion of total) X

<25

25-100

552

76 (.14)

593

142 (.24) 308 (.52)

470 817

100-500 500-1000

228 (.41) 121 (.22)

>1000

87 (.16)

14 (.03)

26 (.05)

66 (.11)

45 (.08)

17 (.03)

15 (.03)

101 (.21) 271 (.58)

60 (.13)

24 (.05)

4 (.01)

10 (.02)

268 (.33) 423 (.52)

90 (.11)

22 (.03)

11 (.01)

3 (.004)

41

0 (.00)

25 (.61)

2 (.05)

11 (.27)

0 (.00)

3 (.07)

62

5 (.08)

28 (.45)

13 (.21)

13 (.21)

2 (.03)

1 (.02)

X = Presence, but unknown crawl abundance

Collectively, one-third of the identified species-specific nesting sites support hawksbill sea turtles, while approximately 20% support loggerhead, green, or leatherback sea turtles. In contrast, comparatively few sites support nesting by Kemp’s ridley or olive ridley sea turtles (Figure 3).

Percent of Identified SpeciesSpecific Nesting Sites

35 30 25 20 15 10 5 0 Loggerhead Turtle

Green Turtle

Leatherback Turtle

Hawksbill Turtle

Kemp's Ridley Turtle

Olive Ridley Turtle

Sea Turtle Species Figure 3. Frequency distribution of sea turtle species associated with the 2,535 species-specific nesting sites in the Wider Caribbean Region, and including Bermuda and Brazil.

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Loggerhead sea turtles (Caretta caretta) generally nest in more temperate latitudes than do other Caribbean sea turtle species. The majority of nesting in the Wider Caribbean Region occurs in the USA (Florida)4, where all but 1 of 40 beaches identified as having greater than 500 crawls per year are located (the other is located in Brazil) (Figure 4). Sites reporting between 100 and 500 crawls per year follow the same pattern, being clustered in the northern (Bahamas, Cuba, Mexico, USA) and southern (Brazil) extremes of the region. Forty-one percent of all known nesting beaches support fewer than 25 crawls per year; in 14% of sites, data are insufficient to estimate annual crawl abundance.5 Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 4. All known nesting sites (n=552) for loggerhead sea turtles (Caretta caretta) in the Wider Caribbean Region, and including Bermuda and Brazil.

4

In all cases (Figures 4-9), in keeping with the defined northern boundary (30°N latitude) of the Wider Caribbean Region (UNEP 1983), only nesting beaches in Texas, Louisiana, Mississippi, Alabama and Florida were mapped and included in analyses. Nests deposited north of Florida comprise less than 10% of the nation’s loggerhead sea turtle nesting each year (NOAA and FWS 2007a). 5

The general view of local experts is that beaches where nesting is known to occur but where data are insufficient to estimate colony size (e.g. number of crawls per year), are low density sites most likely to fall in the “fewer than 25 crawls per year” category.

19

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Green sea turtles (Chelonia mydas) nest throughout the Wider Caribbean Region (Figure 5). Tortuguero Beach in Costa Rica recorded over 50,000 crawls during the 2005 nesting season (de Haro and Troëng 2006a) and is by far the largest nesting colony of green turtles in the region. The 32 beaches reporting more than 500 crawls per year are broadly distributed along the continental margins of Brazil, Costa Rica, French Guiana, Mexico, Suriname, and the USA (Florida)6; the only insular sites in this category are in Venezuela (Aves Island) and Cuba. More than half (52%) of all known nesting beaches support fewer than 25 crawls per year; in 24% of sites, data are insufficient to estimate annual crawl abundance.7 Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 5. All known nesting sites (n=593) for green sea turtles (Chelonia mydas) in the Wider Caribbean Region, and including Bermuda and Brazil.

6

In keeping with the defined northern boundary (30°N latitude) of the Wider Caribbean Region (UNEP 1983), only nesting beaches in Texas, Louisiana, Mississippi, Alabama and Florida were mapped and included in analyses. Nesting is rarely reported north of Florida (Woodson and Webster 1999, Williams et al. 2006).

7

The general view of local experts is that beaches where nesting is known to occur but where data are insufficient to estimate colony size (e.g. number of crawls per year), are low density sites most likely to fall in the “fewer than 25 crawls per year” category.

20

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Many of the largest leatherback sea turtle (Dermochelys coriacea) nesting colonies in the world are found in the Wider Caribbean Region. Ten colonies with more than 1,000 crawls per year are clustered in the southern (and mostly southeastern) sector of the region (Panama, Trinidad, Suriname, French Guiana). Four additional sites report between 500 and 1,000 crawls per year and are more broadly distributed, located in Costa Rica, Guyana, Suriname, and the US Virgin Islands (Figure 6).8 More than half (58%) of all known nesting beaches support very small colonies, fewer than 25 crawls per year, and 21% have unknown crawl abundances.9 Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 6. All known nesting sites (n=470) for leatherback sea turtles (Dermochelys coriacea) in the Wider Caribbean Region, and including Bermuda and Brazil. 8

In keeping with the defined northern boundary (30°N latitude) of the Wider Caribbean Region (UNEP 1983), only nesting beaches in Texas, Louisiana, Mississippi, Alabama and Florida were mapped and included in analyses. Occasional nesting is also reported in Georgia, South Carolina and North Carolina and a single nesting is known from Assateague Island National Seashore in Maryland (Rabon et al. 2003).

9

The general view of local experts is that beaches where nesting is known to occur but where data are insufficient to estimate colony size (e.g. number of crawls per year), are low density sites most likely to fall in the “fewer than 25 crawls per year” category.

21

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Hawksbill sea turtles (Eretmochelys imbricata) nest in typically low densities throughout the Wider Caribbean Region and nesting does not occur north of Florida in the USA (Meylan and Redlow 2006). Only three sites – Mona Island (Puerto Rico), the west coast of Barbados, and Punta Xen (Mexico) – support more than 1,000 crawls per year (Figure 7). Five countries report nesting beaches with between 500 and 1,000 crawls per year, half of these sites are situated along the Yucatan Peninsula in Mexico and the others are located in Barbados, Panama, and the US Virgin Islands. Thirty-six of 817 (4.4%) nesting beaches support more than 100 crawls per year, in contrast, 52% receive fewer than 25 crawls per year and 33% have unknown crawl abundances.10 Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 7. All known nesting sites (n=817) for hawksbill sea turtles (Eretmochelys imbricata) in the Wider Caribbean Region, and including Bermuda and Brazil.

10

The general view of local experts is that beaches where nesting is known to occur but where data are insufficient to estimate colony size (e.g. number of crawls per year), are low density sites most likely to fall in the “fewer than 25 crawls per year” category.

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Kemp’s ridley sea turtles (Lepidochelys kempii) nest exclusively in the northern latitudes of the Wider Caribbean Region (Figure 8), primarily in Mexico and secondarily in the USA (Texas and Florida).11 As is the case with the hawksbill turtle (Figure 7), there are only three sites known to receive more than 1,000 crawls per year. These sites are all located in the state of Tamaulipas, Mexico; the largest of these – Rancho Nuevo – received approximately 7,866 nests in 2006 (NOAA and FWS 2007b). Every known nesting site can be characterized in terms of an estimated number of crawls per year; the majority (61%) receive fewer than 25 crawls per year, but many small colonies are reported to be increasing. Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 8. All known nesting sites (n=41) for Kemp’s ridley sea turtles (Lepidochelys kempii) in the Wider Caribbean Region, and including Bermuda and Brazil.

11

In keeping with the defined northern boundary (30°N latitude) of the Wider Caribbean Region (UNEP 1983), only nesting beaches in Texas, Louisiana, Mississippi, Alabama and Florida were mapped and included in analyses. It is worth noting, in the context of the restricted reproductive range of this species, that nesting, while extremely rare, also occurs in Alabama, Georgia, South Carolina and North Carolina (“eight total nests recorded between them”: Donna Shaver, Chief, Division of Sea Turtle Science and Recovery, Padre Island National Seashore, US National Park Service, in litt. 29 October 2007).

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Olive ridley sea turtles (Lepidochelys olivacea) nest primarily in the Guianas, with the largest nesting colonies located in Brazil, French Guiana, and Suriname (Figure 9). Relatively minor nesting occurs in Guyana and occasional nesting is reported in Trinidad and Tobago, Curaçao, and other southern Caribbean locations. Nearly half (45%) of all nesting sites support fewer than 25 crawls per year; only 8% of sites are associated with unknown crawl abundances.12 A decline of more than 90% in the number of breeding-age adults in Suriname, until recently the region’s largest olive ridley nesting colony, is attributed to fisheries interactions (summarized by Reichart and Fretey 1993, Reichart et al. 2003). Refer to Table 1 and Table 2 for additional detail, and the National Reports (see Appendix III) for the distribution and abundance of the annual nesting effort in individual Caribbean nations and territories.

Figure 9. All known nesting sites (n=62) for olive ridley sea turtles (Lepidochelys olivacea) in the Wider Caribbean Region, and including Bermuda and Brazil.

12

The general view of local experts is that beaches where nesting is known to occur but where data are insufficient to estimate colony size (e.g. number of crawls per year), are low density sites most likely to fall in the “fewer than 25 crawls per year” category.

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

In summary, a large majority (50.6%) of nesting sites receive fewer than 25 crawls per year by any particular species. In contrast, 13.9%, 8.0%, 1.9% and 2.3% receive an estimated 25 to 100, 100 to 500, 500 to 1,000 or more than 1,000 crawls per year, respectively (Figure 10). Approximately one in four (23.4%) sites cannot, with the information available, be characterized and ranked by colony size. These are unlikely to be high density nesting grounds. The frequency distribution for individual species illustrates a similar pattern, although species specific differences are evident (Figure 11).

Percent of Identified SpeciesSpecific Nesting Sites

60 50 40 30 20 10 0 X

<25

25-100

100-500

500-1000

>1000

Crawls per year

Figure 10. Frequency distribution of the number of crawls per year among the 2,535 identified species-specific nesting sites for sea turtles in the Wider Caribbean Region.

Percent of Identified SpeciesSpecific Nesting Sites

80

Loggerhead Turtle Green Turtle Leatherback Turtle Hawksbill Turtle Kemp's Ridley Turtle Olive Ridley Turtle

70 60 50 40 30 20 10 0 X

<25

25-100

100-500

500-1000

>1000

Crawls per year Figure 11. Frequency distribution of the number of crawls per species per year for the 2,535 identified species-specific nesting sites for sea turtle in the Wider Caribbean Region.

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Active Threats and Protection Policies: Summary of Findings Of the 43 nations and territories examined, 29 have legislated indefinite complete protection for sea turtles; in addition to these, Anguilla has adopted a moratorium set to expire in 2020 (Figure 12, Table 4). Eight of the 30 nations and territories, including Anguilla, where sea turtles are protected year-around, provide for exceptions relating to “traditional” or “subsistence” exploitation. Of these 30 jurisdictions, 22 report the taking of turtles on the nesting beach, 21 report the taking of turtles at sea, and 22 report the collection of eggs, all in contravention of existing law; only five describe enforcement of sea turtle protection laws as “adequate”. Thirteen nations and territories operate under regulatory regimes that leave one or more species seasonally subject to exploitation; with the singular exception of the Cayman Islands (which recently legislated maximum size limits for the sea turtle fishery), minimum size limits are the norm.

Figure 12. Summary of legal regimes protecting sea turtles in the Wider Caribbean Region, and including Bermuda and Brazil. In addition to the legal and illegal exploitation of sea turtles and eggs, habitat loss (e.g. beach erosion, coral reef degradation, artificial beachfront lighting, pollution) and fisheries interactions

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Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

top a long list of factors (see Table 3) that threaten the survival of Caribbean sea turtles at their nesting (Table 5) and foraging (Table 6) grounds. From a region-wide perspective, mechanized beach cleaning, beach rebuilding (nourishment), offshore lighting, and power plant entrapment would appear to be least threatening to sea turtle populations.

Table 3. The proportion of Wider Caribbean nations and territories (n=41 in the case of nesting beaches, nesting being insignificant in Bermuda and Saba; n=43 in the case of foraging grounds) citing the factor as both present and constituting a threat to sea turtles. Data were assembled from responses to a standardized survey (see Appendix II) completed by local experts in each jurisdiction. The proportion of nations and territories characterizing the threat as “Frequent” appears in parentheses; this proportion does not differentiate between “Frequent” (F) on a national scale and “Frequent in Some Areas” (FA).

Threats to sea turtles on the beach (nesting/hatching) in the Wider Caribbean Region. Beach Erosion/Accretion Nest Loss to Abiotic Factors Artificial Lighting Egg Collection by Humans Killing of Nesting Females by Humans Pollution Nest Loss to Predators Exotic (or Loss of Native) Vegetation Recreational Beach Equipment and/or Other Obstacles Beach Vehicular Use Sand Mining Harassment Due to Increased Human Presence Beach Armouring/Stabilization Structures Livestock Presence on the Beach Mechanized Beach Cleaning Beach Nourishment Killing of Nesting Females by Predators

.95 (.21) .95 (.18) .85 (.46) .85 (.37) .83 (.24) .83 (.21) .78 (.19) .68 (.43) .68 (.39) .68 (.39) .68 (.36) .66 (.19) .59 (.17) .56 (.13) .39 (.31) .34 (.07) .32 (.15)

Threats to sea turtles in water (foraging/migration) in the Wider Caribbean Region. Pollution Fisheries Bycatch Entanglement Coral Reef Degradation Hunting/Poaching Predators Seagrass Degradation Boat/Personal Water Craft Collisions Disease/Parasites Harassment Due to Increased Human Presence Marina and Dock Development Dredging Oil and Gas Exploration, Development, Transportation Offshore Artificial Lighting Power Plant Entrapment

27

.93 (.13) .91 (.38) .91 (.26) .88 (.13) .79 (.38) .77 (.03) .77 (.09) .67 (.07) .67 (.03) .65 (.14) .56 (.42) .42 (.11) .40 (.00) .21 (.00) .14 (.00)

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 4. National policy for the protection of sea turtles in the Wider Caribbean Region. Marine Ecoregions with Countries/Territories

Complete (indefinite) protection

Moratorium (fixed period)

Bahamian Bahamas No No Turks & Caicos Islands (GB) No No Greater Antilles Cuba Yes* – Cayman Islands (GB) No* No Jamaica Yes – Haiti No No Dominican Republic Yes – Puerto Rico (US) Yes – Eastern Caribbean British Virgin Islands (GB) No Yes (LB & LG) US Virgin Islands (US) Yes – Anguilla (GB) No Yes (until 2020) Sint Maarten (AN) Yes – Saba (AN) Yes – Sint Eustatius (AN) Yes – Saint Kitts & Nevis No No Antigua & Barbuda No No Montserrat (GB) No No Guadeloupe (FR) Yes – Dominica No No Martinique (FR) Yes – Saint Lucia No No* Barbados Yes – Saint Vincent & Grenadines No No Grenada No No Guianan French Guiana (FR) Yes – Suriname Yes* – Guyana Yes – Southern Caribbean Trinidad & Tobago No No Venezuela Yes – Bonaire (AN) Yes – Curacao (AN) Yes – Aruba (NL) Yes – Southwestern Caribbean Colombia Yes* – Panama Yes – Costa Rica Yes* – Nicaragua Yes* – Western Caribbean, Gulf of Mexico and Florida Honduras Yes* – Guatemala Yes* – Belize Yes* – Mexico Yes – USA Yes – Bermuda Bermuda (GB) Yes – Brazilian – Brazil Yes

Prohibition(s) Closed Minimum Maximum on take season size limits size limits

Annual quota

E, NF, HB E, N, NF

Yes No

Yes Yes

No No

No No

E, N, NF E, N, NF – E, NF – –

Yes Yes – Yes – –

Yes No – No – –

No Yes – No – –

Yes Yes – No – –

E, LB, LG – – – – – E, N, NF E, N No – E, N, NF – E, N, NF – E, N E, N, NF, LB

Yes – – – – – Yes Yes Yes – Yes – Yes – Yes Yes

Yes – – – – – Yes Yes Yes – Yes – Yes – Yes Yes

No – – – – – No No No – No – No – No No

No – – – – – No No No – No – No – No No

– – –

– – –

– – –

– – –

– – –

E – – – –

Yes – – – –

No – – – –

No – – – –

No – – – –

HB – – No

No – – Yes

No – – No

No – – No

No – – No

No – – – –

No No No – –

No No No – –

No No No – –

No No No – –

–

–

–

–

–

–

–

–

–

–

E = Eggs; N = Nests; NF = Nesting Females; HB = Hawksbill; LB = Leatherback; LG = Loggerhead; I = Insufficient; * See Note(s) in Country Report

28

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 4. National policy for the protection of sea turtles in the Wider Caribbean Region. Permits/ licenses required

Reports of exploitation/ Gear Area sale restrictions closures nationally

Reports of General Recent pro- Enforcement illegal trade public secutions or considered interawareness penalties adequate nationally of laws

Penalties are an adequate deterrent

No* No

Yes No

Yes Yes

Yes Yes

Yes* Yes

No (I) No

Yes No

No No

No Unknown

Yes Yes – Yes – Yes*

Yes Yes No No No Yes

Yes Yes Yes No Yes Yes

Yes Yes Yes Yes Yes Yes

No No No No Yes Yes*

Yes Yes Yes No No Yes

Yes Yes Yes No No Yes

Yes Yes No No No No

Yes Yes No No No No

Yes Yes* – – – – No Yes* No – No – No – No Yes

Yes* Yes Yes No Yes No Yes Yes* No Yes No No Yes No Yes Yes

Yes Yes No No* Yes Yes No Yes No Yes Yes No Yes Yes Yes No

Yes Yes Yes Yes No Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes Yes

Yes* Yes* No Yes No No Yes Yes Yes No Yes Unknown Yes* No Yes Yes

Yes Yes Yes No Yes Yes Yes No Yes Yes Yes Yes Yes Yes Yes Yes

Yes* Yes No Yes No No Unknown No Unknown Yes Yes Yes Yes No Unknown No

No No No No No Yes No No No No No No No No No No

No Yes* Yes Yes Yes Yes Yes Yes No Yes No Yes No Yes Yes Unknown

– No Yes

No Yes Yes

Yes Yes Yes

Yes Yes Unknown

Yes No Unknown

Yes Yes No (I)

Yes Yes* Unknown

No (I) No No

Yes No Unknown

No – Yes – –

Yes Yes No No No

Yes Yes Yes Yes No

Yes Yes Yes Yes Yes

Yes Yes No Unknown* Yes

No No No (I) Yes Yes

Yes Yes No No Yes

No (I) No No (I) No No

No Yes Yes Yes Yes

No Yes – No

Yes Yes Yes Yes

Yes Yes Yes No

Yes Yes Yes Yes

Yes Yes Yes Yes

No No No Yes

Unknown Yes Yes Yes

No No No No

Unknown No Yes No

No Yes* Yes – Yes*

Yes Yes Yes Yes Yes

Yes Yes Yes Yes Yes

Yes Yes Yes Yes No

Yes Yes Yes Yes No

No No No (I) Yes Yes

Unknown Yes Yes* No No

No No No (I) No Yes

Unknown Yes Yes Yes Yes

–

Yes

Yes

No

No

Yes

No

Yes

Yes

–

No

Yes

Yes*

No

Yes

No

Yes

No (I)

E = Eggs; N = Nests; NF = Nesting Females; HB = Hawksbill; LB = Leatherback; LG = Loggerhead; I = Insufficient; * See Note(s) in Country Report

29

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 5. Threats to sea turtles on the beach (nesting/hatching) in the Wider Caribbean Region. Marine Ecoregions with Countries/Territories

Killing of Killing of Nest Egg Nest Loss Harassment Artifical Nesting Nesting Loss to Collection to Due to Lighting Females by Females by Abiotic by Predators Humans Humans Predators Factors Humans

Bahamian Bahamas Yes (R) No Turks & Caicos Islands (GB) Yes (R) No Greater Antilles Cuba Yes (O) No Cayman Islands (GB) Yes (R) No Jamaica Yes (F) No Haiti Yes (U) No Dominican Republic Yes (O) Yes (R) Puerto Rico (US) Yes (O) No Eastern Caribbean British Virgin Islands (GB) Yes (R) No US Virgin Islands (US) Yes (R) Yes (O) Anguilla (GB) No No Sint Maarten (AN) Yes (R) No Saba (AN) NA NA Sint Eustatius (AN) No No Saint Kitts & Nevis Yes (R) No Antigua & Barbuda No No Montserrat (GB) Yes (R) No Guadeloupe (FR) Yes (R) Yes (R) Dominica Yes (F) Yes (R) Martinique (FR) Yes (O) No Saint Lucia Yes (F) Yes (R) Barbados Yes (O) Yes (O) Saint Vincent & Grenadines Yes (O) Unknown Grenada Yes (O/F) No Guianan French Guiana (FR) Yes (R) Yes (O) Suriname No Unknown Guyana Yes (F) No Southern Caribbean Trinidad & Tobago Yes (F) No Venezuela Yes (F) Yes (O/F) Bonaire (AN) Yes (R) No Curacao (AN) No No Aruba (NL) No No Southwestern Caribbean Colombia Yes (R/O) Yes (R) Panama Yes (O) No Costa Rica Yes (F) Yes (F) Nicaragua Yes (O) No Western Caribbean, Gulf of Mexico and Florida Honduras Yes (R) Yes (U) Guatemala Yes (R) No Belize No Unknown Mexico Yes (O) No USA Yes (R) Yes (R) Bermuda Bermuda (GB) NA NA Brazilian Brazil Yes (O) Yes (R)

No No

Yes (U) Yes (U)

Yes (O) Yes (U) No Yes (R) Yes (U) Yes (U) No Yes (R) Unknown Unknown Yes (F) Yes (U)

Yes (FA) Yes (R)

No No

Yes (R) No

Yes (O) Yes (R) Yes (F) Yes (F) Yes (U) Yes (O)

Yes (O) Yes (R) No No No Yes (R)

Yes (O) Yes (O) Yes (FA) No Unknown Yes (F)

Yes (FA) Yes (R) No Yes (FA) NA No Yes (U) Yes (R) Unknown No Yes (F) Yes (O) Yes (O) Yes (R) Unknown Yes (U)

Yes (U) Yes (F) Yes (F) Yes (F) NA Yes (R) Yes (U) Yes (F) Unknown Yes (F) Yes (O) Yes (F) Yes (O) Yes (F) Yes (O) Yes (FA)

Yes (R) Yes (O) Yes (R) No NA No Yes (O) Yes (U) Yes (U) Yes (R) Yes (O) Yes (O) Yes (O) Yes (O) Yes (U) Yes (O)

Yes (U) Yes (R) Yes (O) Yes (O) Yes (O) Yes (U) Yes (U) No NA NA Yes (U) No Yes (U) Yes (R/O) Yes (U) Yes (O) Yes (U) Yes (U) Yes (R) Yes (R) Yes (F) Yes (F) Yes (FA) Yes (O) Yes (O) Yes (O) Yes (F) Yes (O) Yes (U) Yes (FA) Yes (U) Yes (F)

Yes (O) Yes (U) Yes (R)

Yes (F) Yes (U) Yes (F)

Yes (R/O) Yes (U) Yes (F)

Yes (O) Yes (O) Yes (R)

Yes (FA) Yes (U) Yes (R)

Yes (R) Yes (F) No No Yes (R)

Yes (F) Yes (U) Yes (U) No Yes (O)

Yes (O) Yes (F) No No No

Yes (O) Yes (R) No No Yes (R)

Yes (O) Yes (U) Yes (R) No Yes (F)

Yes (R/O) Yes (F) Yes (U) Yes (O)

Yes (U) Yes (F) Yes (U) Yes (O)

Yes (F) Yes (F) Yes (F) Yes (F)

No Yes (F) No Yes (O)

Yes (R/O) Yes (O) No Yes (FA)

Yes (F) Yes (O) Yes (U) Yes (F) Yes (O/F)

Yes (U) Yes (O) Yes (U) Yes (O) Yes (U)

Yes (U) Yes (F) No Yes (O) Yes (R)

Yes (F) Yes (O) Yes (U) Yes (R) Yes (R/O)

Yes (FA) Yes (R) Yes (U) Yes (F) Yes (O)

NA

NA

NA

NA

NA

Yes (O)

Yes (O)

Yes (O)

Yes (O)

Yes (FA)

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown; NA = Not Applicable

30

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 5. Threats to sea turtles on the beach (nesting/hatching) in the Wider Caribbean Region. Beach Beach Beach Mechanized Beach Beach Armouring/ Pollution Erosion/ NourishVehicular Beach Obstacles Stabilization Accretion ment Use Cleaning Structures

Sand Mining

LiveExotic (or stock on Loss of the Native) Vegetation Beach

Yes (U) No

Yes (U) No

Yes (FA) No

No No

Yes (O) No

No No

No No

Yes (O) No

Yes (U) No

No No

Yes (U) No No Yes (U) Yes (U) Yes (U)

Yes (U) Yes (R) Yes (U) Yes (U) Yes (U) Yes (U)

Unknown No Yes (U) No Yes (O) Yes (R)

Yes (FA) No No No Yes (R) No

Yes (FA) Yes (R) No No Yes (F) Yes (FA)

Yes (O) Yes (R) No No Yes (FA) Yes (FA)

Yes (O) Yes (R) No No Yes (O) No

Yes (R) No Yes (U) No Yes (FA) Yes (R)

Yes (R) Yes (R) No No Yes (F) Yes (F)

Yes (O) No Yes (U) No Yes (R) Yes (O)

Yes (U) Yes (U) Yes (U) Yes (O) No Yes (O) Yes (U) Yes (U) NA NA Yes (U) Yes (O) Yes (U) Yes (U) Yes (U) Yes (U) Unknown Yes (U) Yes (U) Yes (U) Yes (U) Yes (F) Yes (O) Yes (FA) Yes (U) Yes (U) Yes (U) Yes (F) Yes (U) Yes (U) Yes (U) Yes (F)

No No No No NA No Yes (U) Yes (U) Unknown No Yes (O) Yes (F) Yes (O) Yes (FA) Yes (O) Yes (O)

No No Yes (O) No NA No Yes (R) Yes (U) Unknown No Yes (R) Unknown Yes (R) Yes (R) Yes (R) No

Yes (FA) Yes (U) Yes (F) Yes (O) NA No Yes (U) Yes (F) Unknown Yes (R) Yes (R/O) No Yes (O) Yes (FA) Yes (O) Yes (O)

No No No No NA No Yes (U) Yes (R) Unknown Yes (O) No Yes (O) No Yes (FA) Yes (R) No

Yes (R) No Yes (O) No Yes (F) Yes (FA) Yes (F) No NA NA Yes (O) Yes (R/O) Yes (F) Yes (FA) Yes (R) Yes (U) Unknown Yes (U) Yes (F) Yes (F) Yes (O) Yes (O) Yes (O) Yes (O) Yes (O) Yes (O) Yes (FA) Yes (R) Yes (R) Yes (F) Yes (O/F) Yes (F)

Yes (R) Yes (O) Yes (O) No NA No Yes (F) Yes (U) Yes (U) Yes (F) Yes (R) Yes (F) No Yes (F) Yes (R) Yes (F)

Yes (R) No No No NA Yes (O) Yes (F) Yes (R) Unknown No Yes (R) No Yes (R) No Yes (R) Yes (F)

No Yes (U) Yes (U)

Yes (U) Yes (U) Yes (U)

Yes (O) No No

No No No

Yes (FA) No No

Yes (R/O) No No

Yes (R) No No

No No Yes (R)

No No Yes (R)

No No Yes (U)

Yes (F) Yes (U) Yes (U) No Yes (O)

Yes (F) Yes (U) Yes (U) No Yes (O)

Yes (U) Yes (O) No No Yes (O)

No Yes (R) No No Yes (R)

Yes (U) Yes (F) No No Yes (F)

No Yes (R) No No Yes (F)

Yes (O) Yes (O) No No Yes (F)

Yes (F) Yes (O) Yes (FA) No No

Yes (R) Yes (F) No No Yes (F)

No Yes (O) No Yes (R) No

Yes (U) Yes (F) Yes (U) Yes (F)

Yes (U) Yes (F) Yes (U) Yes (FA)

Yes (R/O) Yes (R) No Yes (O)

No No No No

Yes (R) Yes (R) No No

No No No No

Yes (U) Yes (R) Yes (O) No

Yes (R) Yes (F) No Yes (FA)

No No Yes (U) Yes (FA)

Yes (U) Yes (R) No Yes (FA)

Yes (F) Yes (F) Yes (U) Yes (F) Yes (F)

Yes (F) Yes (R) Yes (U) Yes (O) Yes (U)

Yes (R) No Yes (U) Yes (F) Yes (O)

Yes (U) No No Yes (O) Yes (O)

Yes (R) Yes (R) No Yes (R) Yes (F)

Yes (R) No No Yes (R) Yes (F)

Yes (F) No No Yes (FA) Yes (F)

Yes (R) No Yes (U) Yes (R) No

Yes (F) Unknown Yes (U) Yes (O) Yes (FA)

Yes (R) Yes (U) No Yes (R) Yes (R)

NA

NA

NA

NA

NA

NA

NA

NA

NA

NA

Yes (U)

Yes (U)

Yes (R)

No

Yes (O)

No

Yes (FA)

Yes (R)

Yes (U)

Yes (O)

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown; NA = Not Applicable

31

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 6. Threats to sea turtles at sea (foraging and migration) in the Wider Caribbean Region. Marine Ecoregions with Countries/Territories

Disease/ Seagrass Coral Reef Fisheries Hunting/ Pollution Predators Parasites Degredation Degredation Bycatch Poaching

Bahamian Bahamas Yes (U) Yes (U) Turks & Caicos Islands (GB) Yes (U) Yes (U) Greater Antilles Cuba No Yes (U) Cayman Islands (GB) Unknown Yes (U) Jamaica No Yes (U) Haiti Yes (U) Yes (U) Dominican Republic Yes (U) Yes (U) Puerto Rico (US) Yes (U) Yes (U) Eastern Caribbean British Virgin Islands (GB) Yes (U) Yes (U) US Virgin Islands (US) Yes (U) Yes (U) Anguilla (GB) Yes (O) Yes (F) Sint Maarten (AN) Yes (U) Yes (U) Saba (AN) Yes (U) Yes (U) Sint Eustatius (AN) Unknown Yes (U) Saint Kitts & Nevis Yes (U) Yes (U) Antigua & Barbuda Yes (U) Yes (U) Montserrat (GB) Yes (U) Yes (U) Guadeloupe (FR) Yes (U) Yes (U) Dominica Yes (U) Yes (U) Martinique (FR) Yes (F) Yes (F) Saint Lucia Yes (U) Yes (U) Barbados Yes (U) Yes (U) Saint Vincent & Grenadines Yes (R) Yes (R) Grenada Yes (U) Yes (U) Guianan French Guiana (FR) No No Suriname No No Guyana No No Southern Caribbean Trinidad & Tobago Yes (U) Yes (U) Venezuela Yes (U) Yes (U) Bonaire (AN) No Yes (R) Curacao (AN) No No Aruba (NL) Yes (U) Yes (U) Southwestern Caribbean Colombia Yes (U) Yes (U) Panama Yes (U) Yes (U) Costa Rica Yes (U) Yes (U) Nicaragua Yes (F) Yes (F) Western Caribbean, Gulf of Mexico and Florida Honduras Yes (F) Yes (F) Guatemala Yes (U) Yes (U) Belize Yes (U) Yes (U) Mexico Yes (R) Yes (U) USA Yes (O) Yes (F) Bermuda Bermuda (GB) Yes (U) Yes (R) Brazilian Brazil Unknown Unknown

No Yes (F)

Yes (U) Yes (F)

Yes (U) Yes (U)

Yes (U) Yes (U)

Yes (U) Yes (U)

Yes (F) Yes (O) Yes (U) Yes (U) Yes (F) Yes (R)

Yes (F) Yes (R) Yes (U) Yes (U) Yes (F) Yes (O)

Yes (R) Yes (R) Yes (U) Yes (U) Yes (U) Yes (U)

Yes (U) Yes (R) Unknown No Yes (U) Yes (U)

Yes (R) Yes (R) No Unknown Yes (R) Yes (U)

Yes (R) Yes (R) Yes (R) Yes (U) No No Yes (U) Yes (R) Yes (R) Yes (F) Yes (F) Yes (F) Yes (R) Yes (U) Yes (R) Yes (F)

Yes (O) Yes (R) Yes (U) Yes (U) Yes (R) No Yes (F) Yes (U) Yes (U) Yes (R) Yes (F) Yes (O) Yes (F) No Yes (O) Yes (F)

Yes (U) Yes (R) Yes (R) Yes (U) Yes (U) Yes (U) Yes (U) Yes (U) Unknown Yes (U) Yes (U) Yes (F) Yes (U) Yes (U) Yes (U) Yes (U)

Yes (U) Yes (U) Yes (U) No Unknown Yes (U) Yes (U) Yes (U) Yes (U) Yes (U) Unknown Yes (U) Yes (U) No Yes (U) Yes (O)

Yes (U) Yes (U) Yes (U) Yes (R) Unknown No Yes (U) Yes (R) Unknown Yes (U) Unknown Yes (R) Yes (R) Yes (R) Unknown Yes (U)

Yes (F) Yes (O) Yes (F)

No No No

No Yes (U) Unknown

Yes (U) No Yes (U)

No No No

Yes (F) Yes (F) Yes (R) Yes (U) Yes (R)

Yes (F) Yes (F) Yes (R) Yes (R) No

Yes (U) Yes (U) Yes (U) Yes (U) Yes (O)

Yes (R) Yes (U) Yes (U) No Unknown

No Yes (U) Yes (U) Yes (U) Unknown

Yes (U) Yes (U) Yes (R) Yes (F)

Yes (F) Yes (F) Yes (F) Yes (F)

Yes (U) Yes (F) Yes (U) Yes (U)

Yes (U) Yes (F) Yes (U) Yes (U)

No Yes (O) Yes (F) Yes (O)

Yes (F) Unknown Yes (U) Yes (F) Yes (O)

Yes (R) No No Yes (O) Yes (R)

Yes (F) Yes (F) Yes (U) Yes (R) Yes (F)

Yes (U) Yes (U) Yes (U) Yes (U) Yes (U)

Yes (U) Unknown Yes (U) Yes (R) Yes (O)

Yes (R)

No

Yes (U)

Yes (U)

Yes (U)

Yes (F)

Yes (O)

Yes (U)

Unknown

Yes (U)

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown

32

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Table 6. Threats to sea turtles at sea (foraging and migration) in the Wider Caribbean Region. Harassment Marina & Boat/Personal Power Plant Oil & Gas Entanglement Water Craft Due to Dredging Dock Entrapment Development Humans Development Collisions

Offshore Artificial Lighting

No Yes (R)

Yes (O) Yes (U)

Yes (F) Yes (F)

Yes (R) Yes (O)

No No

Yes (U) No

Yes (R) Yes (R)

No No

Unknown Yes (U) No No Unknown Yes (F)

Yes (U) No No No Yes (R) Yes (R)

Yes (U) No No No Yes (FA) Yes (F)

No Yes (R) No No Yes (R) Yes (R)

No No No No Yes (R) No

Yes (U) No No No Yes (R) No

Yes (U) Yes (R) Yes (U) Yes (U) Yes (O) Yes (F)

No No No No No No

Yes (U) Yes (U) No Yes (R) Yes (O) No Yes (U) Yes (U) Unknown No Yes (U) Yes (U) Yes (O) Yes (FA) Yes (O) Yes (F)

Yes (O) No Yes (R) No No No Yes (R) Yes (U) Unknown No Yes (R) Unknown No No Yes (O) Yes (F)

Yes (U) No Yes (U) Yes (F) No No Yes (U) Yes (R) Unknown Yes (F) No Yes (FA) Yes (U) Yes (R) Yes (O) Yes (F)

Yes (R) Yes (O) No Yes (U) No Yes (R) Yes (R/O) Yes (R) Unknown No Yes (R) Yes (O) Yes (R) Yes (R) Yes (O) Yes (O)

No No No No No No No No No No No No No No No No

No No No No No Yes (U) No Yes (U) Unknown Unknown No Yes (U) No No No No

Yes (U) Yes (U) Yes (R) Yes (U) Yes (U) No Yes (O) Yes (R) Unknown Yes (O) Yes (F) Yes (F) Yes (R) Yes (U) Yes (R) Yes (O)

No No No No No Yes (U) No Yes (R) No No No No No No Yes (R) Yes (U)

No Yes (O) Yes (R)

No No No

No No No

Yes (R) No No

No No No

Yes (R) No No

Yes (O) Yes (O) Yes (F)

No Yes (O) No

No Yes (U) No No Yes (U)

No Yes (U) No No No

No Yes (U) Yes (U) No Yes (R)

Yes (R) Yes (U) No No Yes (O)

No No No No No

Yes (U) Yes (U) No No Yes (U)

Yes (F) Yes (O/F) Yes (R) No Yes (R)

No Yes (U) No No No

Yes (U) Yes (O) Yes (U) Yes (F)

No No No No

No Yes (R) No Yes (FA)

Yes (R) Yes (U) No No

No No No No

Unknown Yes (O) Yes (U) Yes (U)

Unknown Yes (U) Yes (R) Yes (F)

No No No No

Yes (O) Yes (R) No No Yes (R/O)

Yes (R) Unknown Yes (U) No Yes (O/F)

Yes (R) No No Yes (U) Yes (O/F)

Yes (R) Yes (R) No Yes (R) Yes (O/F)

Yes (R) No No Yes (R) Yes (O)

Yes (O) No No Yes (U) Yes (O)

Yes (U) Yes (F) Yes (U) Yes (O) Yes (O)

No No No Yes (U) Yes (O)

Yes (U)

Yes (U)

No

Yes (F)

Yes (R)

No

Yes (F)

Yes (R)

Yes (R)

Yes (R)

Unknown

Yes (R)

Yes (R)

Yes (U)

Yes (F)

No

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown

33

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

Discussion and Recommendations This assessment asks a deceptively simple question: “Where do sea turtles nest in the Wider Caribbean Region?” An accurate answer is critical to the recovery of depleted populations in that it relates directly to the setting of priorities for national and international conservation action, population monitoring and habitat protection, as well as to larger issues of coastal zone management and land use policy. Taking advantage of modern spatial analysis methods, and in collaboration with more than 120 Data Providers (Appendix I) and other experts, we have created the first regional maps of the distribution and abundance of the annual reproductive effort for all six species of Caribbean-nesting sea turtles. Digital templates for collecting, organizing and representing data fundamental to conservation and management were developed to provide visual summaries of sea turtle presence (including both distribution and abundance), national protection policies, and a regional landscape of active threats. The process of developing these templates has stimulated considerable interest among Caribbean stakeholders in continuing to collaborate both to maintain the resulting databases and to use them to inform policy-making regarding the protection of critical habitat. By collecting and collating information from field scientists, researchers, government officials, conservationists and other Data Providers, and conducting a thorough literature review, we identified areas and sources of high quality sea turtle habitat data, areas where existing information is outdated and/or inaccessible, and areas where data do not currently exist. Among the least accessible information are the geographic coordinates of coastal habitats, emphasizing the urgent need to collect baseline geospatial data on the distribution and status of important foraging habitat, including coral reef and seagrass environments. In all, 1,311 discrete nesting sites (generally but not always coincident with natural beach boundaries, see Methods) were identified in the 43 nations and territories of the Wider Caribbean Region (WCR), inclusive of Bermuda to the north and Brazil to the south. Because some sites host nesting by multiple species, 2,535 species-specific sites were identified. In most countries the maps (see Appendix III) are deemed comprehensive, but major gaps are presumed to remain in nations (Bahamas, Dominican Republic, Haiti, St. Vincent and the Grenadines) where a national sea turtle survey has never been documented. Our research has demonstrated that large nesting colonies are rare. Nesting grounds receiving more than 1,000 crawls per year range from 0.4% (hawksbill) to 7.0% (Kemp’s ridley) of all known sites. For any species, the far majority (41%-61%, see Table 2) of nesting sites support fewer than 25 crawls per year, the equivalent of fewer than 10 reproductively active females. Organized and consistent sea turtle population monitoring effort is still lacking in most areas and recent data (of any kind) are scarce in some jurisdictions. Two archipelagic States (Bahamas, St. Vincent and the Grenadines) and Hispaniola (Dominican Republic, Haiti) have never been completely assessed and nesting habitat data provided by local experts in these jurisdictions (as well as in Antigua and Barbuda, and St. Lucia) are, for the most part, more than a decade old. Known but unsurveyed (or inconsistently surveyed) nesting sites are marked by an “X” for “unknown abundance” in the database, identifying gaps that should be filled before a complete 34

Dow et al. (2007) ~ Sea Turtle Nesting in the Wider Caribbean Region ~ WIDECAST Technical Report No. 6

landscape of critical habitat can be achieved, and before we can be assured that all major sites are included in integrated, inter-jurisdictional monitoring programs designed to characterize population trends over biologically relevant landscapes (remembering that sea turtles are migratory) and evaluate the success or failure of management investment. It is also clear that while some nations are making exemplary progress in identifying and monitoring nesting stocks, others have barely begun and would benefit significantly from the development of standardized procedures manuals, peer-training, greater information exchange, and more consistent financial support. Of the 2,535 species-specific nesting sites identified in the 43 WCR nations and territories surveyed, 23% of these could not be categorized in the simplest terms of abundance (i.e. <25, 25-100, 100-500, 500-1,000, or >1,000 nesting crawls per year). The most noteworthy in this regard are the hawksbill and green turtles, where 33% and 24%, respectively, of known nesting sites are associated with unknown crawl abundances, providing valuable insight into data gaps and how much we still have to learn about habitat use by these species. International funding should seek to balance the undisputed value of continuing to support long-term population datasets, with the necessity of acquiring baseline data in countries (and for species) for which the least is known. The majority (30/43 = 69.8%) of nations and territories in the Wider Caribbean Region fully protect locally occurring sea turtles, but the ‘patchwork’ approach is less than ideal for species, such as sea turtles, that are migratory at all life stages. To be effective, the legal framework protecting sea turtles should be consistent among range States; similarly, habitat protection policies should be geographically inclusive at the population level and embrace both nesting and foraging grounds in order to achieve conservation goals. That this is not presently the case carries consequences for individual turtles swimming between protected and unprotected jurisdictions, and, presumably, serves to diminish the effectiveness of moratoria and other conservation measures. Recent summaries of WCR sea turtle legislation are available in Fleming (2001), Chacón (2002), Reichart et al. (2003), Godley et al. (2004), and Bräutigam and Eckert (2006). Legal fisheries typically mandate minimum size limits (by weight or shell length) – targeting large juveniles and adults in contradistinction to the best available science on population recovery. Frazer (1989) used the concept of reproductive value – a measure of the value to the population of an individual female turtle of a particular age – to emphasize the critical importance of ensuring that large turtles be protected, and noted that the regulatory framework in the WCR had been focusing sea turtle fisheries “incorrectly for over 350 years”. More contemporary mathematical treatments (e.g. Crowder et al. 1994, Heppell et al. 1999, 2000, 2004) have only reinforced the conclusion that protecting large juvenile and adult turtles from exploitation is an essential component of any sustainable sea turtle management regime. While Caribbean fishery managers recognize that “understanding these [life-history] aspects is fundamental to the development of management programs” (Santo Domingo Declaration – Eckert and Abreu Grobois, 2001), the regulatory framework has been slow to respond. Protection of critical habitat – nesting beaches, foraging grounds, migratory corridors – is less developed, although many of the beaches that support the region’s largest remaining colonies are in managed or protected status (summarized by Eckert and Hemphill 2005). Protection at the nesting ground alone is not enough to ensure population survival, as was recently demonstrated when the world’s largest leatherback nesting colony (located on the Pacific coast of Mexico, where nesting females have been protected since 1990) collapsed as a result of incidental capture and drowning in the distant gillnet fisheries of Peru and Chile (Eckert and Sarti 1997). Without first determining stock boundaries and establishing linkages between nest35

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ing and foraging grounds, and then acting on this information in a policy context to create holistic management regimes, identifying and protecting important nesting sites may not be sufficient to ensure population survival. The dataset can also be used to determine and analyze the range of threats potentially encountered by sea turtles while nesting, foraging and migrating throughout the region, and to generate a suite of index13 nesting beach sites sufficient to monitor sea turtle populations at biologically relevant scales. Quantitative assessment and monitoring of threats at national and nesting beach scales is needed in order to determine whether current sea turtle management efforts and protection policies are measurably reducing threats to and protecting the habitat of sea turtles throughout the region. Creating a standardized regional framework and protocols for monitoring threats using sea turtles as a flagship species could also be used as a model for other managed species, including migratory species dependent on the success of inter-jurisdictional collaboration and investment. With an aim to characterize the full range of risk factors, including those that result in the loss or degradation of critical habitat, we have constructed regionally inclusive threats matrices which, while general in nature, represent a first attempt to identify and rank the most serious potential obstacles to population recovery. The matrices broadly identify the presence or absence and relative frequency (Rare, Occasional, Frequent, Frequent in a particular Area; see Appendix II) of nesting threats in each jurisdiction. With regard to nesting populations, more than 75% of Caribbean nations and territories acknowledge that beach erosion/accretion (and/or nest loss to other physical factors), artificial beachfront lighting, egg collection by humans, the killing of egg-bearing females, and pollution threaten the survival of sea turtles at their nesting grounds. Artificial lighting and exotic (or loss of native) vegetation would appear to be the most geographically pervasive threats, with nearly half (46% and 43%, respectively) of all countries describing them as “Frequent”. With regard to factors potentially hindering population recovery at foraging grounds, more than 75% of Caribbean nations and territories cite pollution, fisheries bycatch, entanglement, coral reef and/or seagrass degradation, and losses to hunters, poachers and natural predators as threatening the survival of sea turtles at their foraging grounds or along migratory corridors. Marina and dock development and hunting/poaching would appear to be the most geographically pervasive threats, with 42% and 38% of all countries describing them as “Frequent”. Conversely, mechanized beach cleaning, beach nourishment (beach rebuilding), offshore oil and gas exploration and development, offshore lighting, and power plant entrapment are cited as present (and posing a threat to sea turtles) in fewer than half of countries and territories and could be construed to be less important from a conservation investment perspective, at least on a regional scale. Fewer than 5% of countries describe at-sea predators, disease/parasites, oil and gas exploration and development, artificial offshore lighting, or power plant entrapment as a “Frequent” threat to sea turtles. 13

According to Bräutigam and Eckert (2006), “characterizing a site, whether foraging or nesting, as an 'Index' site implies the consistent and long-term application of standardized population monitoring protocols to ensure the data are suitable for trend analysis. Survey boundaries are specifically set and adhered to from year to year, and the survey area is representative (i.e. it should attempt to represent a range of threat and protection levels, a variety of turtle life stages, and a range of turtle population densities). The emphasis of this protocol is on establishing index methods for measuring trends in relative abundance at fixed locations; therefore, the sampling strategies at each Index site should ideally be structured in a manner that allows inference to a larger area of interest.”

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In summary, we achieved our objectives in generating the first standardized and geographically comprehensive spatial database of active sea turtle nesting beaches in the central western Atlantic Ocean. The data collected and assembled will allow for further research and analysis of sea turtle abundance (including population trends) and habitat use; for example, in conjunction with other datasets to determine areas of high biodiversity (e.g. through processes such as The Nature Conservancy’s Ecoregional Planning) or areas in need of urgent protection. Our hope is that the information collected during the project, and archived and displayed in the online database (http://seamap.env.duke.edu/), will be ever-improving, updated regularly by Data Providers in each country or territory, and used to establish conservation and management priorities, inform local and national land use decisions, and improve policy at national and regional levels. Through this project, all nations in the WCR have been and will continue to be encouraged to attain higher levels of data quality, completeness, and compatibility by increasing their efforts to identify and monitor nesting and foraging sites. Improvement in these areas will also strengthen implementation of regionally negotiated agreements aimed at sustainably managing shared marine resources; specifically, the Convention for the Protection and Development of the Wider Caribbean Region and the Inter-American Convention for the Protection and Conservation of Sea Turtles. Future goals of the project are to research and incorporate seagrass and coral reef data to determine nationally and regionally significant foraging areas, thus identifying marine areas in need of management attention and contributing to the development of a network of population monitoring programs, including juvenile and adult age classes, at index sites. Similarly, there is a need to research and incorporate genetic data (cf. Bowen and Karl 1996, Encalada et al 1998, Díaz et al. 1999, Bass 1999, Dutton et al 1999, Bowen et al. 1997, 2005, 2006) into the database in order to: highlight and illustrate linkages between nesting and foraging grounds, create a dialogue on the need to ensure the survival both of large colonies and a representative landscape of genetic diversity present in widely distributed remnant stocks, and support efforts to harmonize management policies among range States.

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Trigo H.S. 2005. Informe de la temporada 2005. Comisión Federal de Electricidad. Gerencia de centrales núcleo-eléctricas. Centro para la Protección y conservación de las tortugas marinas. Central Núcleoeléctrica Laguna Verde. Noviembre 2005. 12 pp. (Inédito). Troëng, S., D. Chacon and B. Dick. 2004. Possible decline in leatherback turtle Dermochelys coriacea nesting along the coast of Caribbean Central America. Oryx 38(4):395-403. Troëng, S. and E. Rankin. 2005. Long-term conservation efforts contribute to positive green turtle Chelonia mydas nesting trend at Tortuguero, Costa Rica. Biological Conservation 121:111–116. UNEP. 1983. Action Plan for the Caribbean Environment Programme. UNEP Regional Seas Reports and Studies No. 26. United Nations Environment Programme, Nairobi. UNEP. 1989. Regional Overview of Environmental Problems and Priorities Affecting the Coastal and Marine Resources of the Wider Caribbean Region. CEP Technical Report No. 2. UNEP Caribbean Environment Programme, Kingston. 39 pp. UNEP. 2005. Caribbean Environmental Outlook. Special Edition for the Mauritius International Meeting for the 10-year Review of the Barbados Programme of Action for the Sustainable Development of Small Island Developing States. Nairobi. 114 pp. UNEP/GPA/CATHALAC. 2004. Report of the Regional Consultative Meeting on the GPA Programme of Work in the Wider Caribbean, February 10-12, 2004. Report prepared by Janot-Reine Mendler, Meeting Coordinator, CATHALAC. Panama City. 44 pp. UNEP/GPA. 2006. The State of the Marine Environment: Regional Assessments: Caribbean SIDS, pp. 213-240. In: UNEP Global Programme of Action. The Hague. 246 pp. USFWS. 2006. 2006 Fort Morgan Sea Turtle Nesting Summary. U.S. Fish & Wildlife Service, Bon Secour Natl Wildlife Refuge. 4 pp. http://www.fws.gov/bonsecour/2006%20Fort%20Morgan%20Summary.pdf Wessel, P. and W.H.F. Smith. 1996. A global self-consistent, hierarchical, high-resolution shoreline database. Journal of Geophysical Research 101(B4):8741-8743. Williams, K.L., M.G. Frick and J.B. Pfaller. 2006. First Report of Green, Chelonia mydas, and Kemp’s ridley, Lepidochelys kempii turtle nesting on Wassaw Island, Georgia, USA. Marine Turtle Newsletter 113:8. Wold, C. 2002. The status of sea turtles under international environmental law and international environmental agreements. Journal of International Wildlife Law and Policy 5(1-2):11–48. Woodson, H.M. and W.D. Webster. 1999. Chelonia mydas (Green turtle). Nesting distribution. Herpetological Review 30: 224-225. van Eijck, T.J.W. and K.L. Eckert. 1994. Sea Turtle Conservation Bonaire: Sea Turtle Survey Results and Conservation Recommendations. Unpublished.

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APPENDIX I Primary Data Providers and Contributors

Monitoring hawksbill and green sea turtle populations at Jumby Bay, Antigua (photo by Martha Gilkes); Rosalie Bay, Dominica (photo by Rowan Byrne); and Mona Island, Puerto Rico (photo by Chelonia, Inc.)

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ANGUILLA: James C. Gumbs Director Department of Fisheries & Marine Resources Crocus Hill Anguilla, British West Indies Tel: (264) 497 2871 Fax: (264) 497 8567 [email protected] ANTIGUA & BARBUDA: Cheryl Appleton Chief Fisheries Officer Fisheries Division Ministry of Agriculture, Lands Marine Resources, and Aqua-Industries Fisheries Complex, Pt Wharf St. John’s, Antigua Tel: (268) 462-1372 [email protected] Tricia Lovell Fisheries Biologist Fisheries Division Ministry of Agriculture, Lands Marine Resources, and Aqua-Industries Fisheries Complex, Pt Wharf St. John’s, Antigua Tel: (268) 462-1372 [email protected] Dr. James Richardson Scientific Director Jumby Bay Hawksbill Project Institute of Ecology University of Georgia Athens, GA 30602 Tel: (706) 542-6036 [email protected] Peri Mason Associate Scientific Director Jumby Bay Hawksbill Project c/o Biology Department Wesleyan University Middletown, CT 06459 [email protected] ARUBA: Dr. Richard van der Wal Turtugaruba Foundation C. Huygensstraat #8

Oranjestad, Aruba Tel: (297) 582-0400 [email protected]

Tel: (246) 417-4320 Fax: (246) 417-4325 [email protected]

Edith van der Wal Turtugaruba Foundation C. Huygensstraat #8 Oranjestad, Aruba Dutch Caribbean Tel: (297) 582-0400 [email protected]

Jennifer Beggs Staff Biologist Volunteer/Intern Coordinator Sea Turtle Conservation and Research Program Mote Marine Laboratory 1600 Ken Thompson Pkwy Sarasota, FL 34236 Tel: (941) 388-4441 x 308 Fax: (941) 388-4317 [email protected]

BAHAMAS: Eleanor Phillips Bahamas Program Director The Nature Conservancy PO Box CB 11398 Caves Village, Bldg 5 (Ste 2) West Bay Street Nassau, Bahamas Tel: (242) 327-2414 Fax: (242) 327-2417 [email protected] Dr. Alan Bolten Archie Carr Center for Sea Turtle Research Department of Zoology University of Florida Box 118525 Gainesville, FL 32611 Tel: (352) 392-5194 Fax: (352) 392-9166 [email protected] Dr. Karen Bjorndal Director Archie Carr Center for Sea Turtle Research Department of Zoology University of Florida Box 118525 Gainesville, FL 32611 Tel: (352) 392-5194 Fax: (352) 392-9166 [email protected] BARBADOS: Dr. Julia Horrocks Professor Dept. Biological and Chemical Sciences University of the West Indies Cave Hill Campus Bridgetown, Barbados

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BELIZE: Janet Gibson Wildlife Conservation Society 3 St. Edward Street Belize City, Belize Tel: (501) 223-3271 Cell: (501) 610-2090 [email protected] Renison Enriquez Biologist Glover Reef Marine Reserve 1722 Cnr. Cleghorn and Bakadeer Street Belize City, Belize [email protected] Isaias Majil MPA Coordinator Belize Fisheries Department Princess Margaret Drive Belize City, Belize Tel: (501) 224-4552 Fax: (501) 223-2983 [email protected] BERMUDA: Jennifer Gray Coordinator Biodiversity Strategy and Action Plan, and Bermuda Turtle Project Dept Conservation Services P.O. Box FL 145 Flatts, FLBX Bermuda Tel: (441) 293-4464 x122 Fax: (441) 293-6154 [email protected]

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BRAZIL: Maria (‘Neca’) Marcovaldi Presidente Fundaçao Pró-TAMAR Caixa Postal 2219 Rio Vérmelho CEP: 41950-970 Salvador-Bahia Brazil Tel: 55 +71 3676 1045/1113 Fax: 55 +71 3676 1067 [email protected] Also from TAMAR: Luciano Soares Alexandro Santos Cláudio Belllini Augusto Cesar Coelho Dias da Silva Gustave Lopez João Carlos Thomé Eron Paes e Lima Antonio de Papua Almeida BRITISH VIRGIN ISLANDS: Bertrand Lettsome Chief Conserv. & Fisheries Dept. Ministry of Natural Resources P. O. Box 3323 Road Town, Tortola BVI Tel: (284) 494-5681, -5682 Fax: (284) 494-2670 [email protected] Mervin Hastings Marine Biologist Conserv. & Fisheries Dept. Ministry of Natural Resources P. O. Box 3323 Road Town, Tortola BVI Tel: (284) 494-5681, -5682 Fax: (284) 494-2670 [email protected]

Shannon Gore Marine Biologist Conserv. & Fisheries Dept. Ministry of Natural Resources PO Box 3323 Road Town, Tortola BVI Tel: (284) 494-5681, -5682 Fax: (284) 494-2670 [email protected]

CAYMAN ISLANDS: Gina Ebanks-Petrie Director Protection & Conserv. Unit Department of Environment P. O. Box 486 GT Grand Cayman Cayman Islands Tel: (345) 949-8469 Fax: (345) 949-4020 [email protected] Janice Blumenthal Research Officer Department of Environment P. O. Box 486GT Grand Cayman Cayman Islands Tel: 345-949-8469 Fax: 345-949-4020 [email protected] Joni Solomon Research Officer II Department of Environment P. O. Box 486GT Grand Cayman Cayman Islands Tel: 345-949-8469 Fax: 345-949-4020 [email protected] COLOMBIA: Elizabeth Taylor Directora General CORALINA Carretera San Luis Bigth Km 26 Isla San Andres Colombia Tel: (578) 512-8589 Fax (09851) 20081 [email protected] Zunilda Baldonado Marine Biologist CORALINA Carretera San Luis Bigth Km 26 Isla San Andres Colombia Tel: (578) 512-8589 Fax (09851) 20081 [email protected]

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Claudia Ceballos Department of Ecology, Evolution & Organismal Biology, EEB Program 253 Bessey Way Iowa State University Arnes, IA 50011 Tel: (515) 294-6363 [email protected] Instituto de Investigaciones Marinas y Costeras (INVEMAR) www.invemar.org.co COSTA RICA: Didiher Chacón Chaverri Coordinator para Latin America, WIDECAST Apdo. 170-2070 Sabanilla, San José Costa Rica Tel: (506) 224-3570 Fax: (506) 253-7524 [email protected] Through Didiher Chacon C., data from the following organizations were provided: Caribbean Conservation Corporation www.cccturtle.org ASTOP www.parisminaturtles.org EWT, Estación Las Tortugas www.ecoteach.org/Foundatio n/lasTortugas.asp Tortuga Feliz www.latortugafeliz.com CUBA: Félix Moncada G. Biologo Pesquero Jefe del Programa de Tortugas Marinas Centro de Investigaciones Pesqueras (CIP) 5ta. y 248, Barlovento Playa, La Habana, Cuba Tel/Fax: (537) 24 5895 [email protected]

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Julia Azanza Ricardo Centro de Investig. Marinas Universidad de La Habana Calle 16 #114 e/ 1ra y 3ra Playa, La Habana, Cuba Tel: (537) 203-0617 [email protected] Fernando Hernandez Empresa Nacional para la Conservación de la Flora y Fauna La Habana, Cuba Rubén Blanco Ministerio de Ciencia, Tecnología y Medio Ambiente Isla de la Juventud Cuba DOMINICA: Seth Stapleton Project Manager Rosalie Sea Turtle Initiative c/o WIDECAST 135 Duke Marine Lab Road Duke University Marine Lab Beaufort, NC 28516 [email protected] Stephen Durand Assistant Forest Officer Forestry, Wildlife & Parks Div Botanic Gardens Roseau, Dominica Tel: (767) 448-2401 x 3417 Fax: (767) 448-7999 [email protected] Rowan Byrne University of Wales Aberystwyth UK [email protected] DOMINICAN REPUBLIC: Dr. Yolanda M. León Depto. de Ciencias Básicas y Ambientales, Universidad INTEC and, Grupo Jaragua Santo Domingo Republica Dominicana Tel: (809) 567-9271 x426 [email protected]

Jesus Tomas University of Valencia Cavanilles Research Institute Aptdo. 22085 Valencia E-46071 Spain Tel: 34 96 3543685 [email protected] FRENCH GUIANA: Dr. Benoit de Thoisy Scientific Coordinator Association Kwata BP 672 F-97335 Cayenne cedex Guyane française Tel/Fax: (594) 38 73 23 [email protected] Laurent Kelle WWF Guianas Bureau Guyane Coordinateur Océans/Côtes 5 lot Katoury Route de Montabo 97 300 Cayenne Guyane française Tel/Fax: (594) 31 38 28 Int + 594 594 28 79 33 [email protected] Through Benoit de Thoisy, data from the following organizations were provided: Amana Nature Reserve http://reserve.amana.free.fr Association Sépanguy www.sepanguy.com Association Kulalasi FRENCH WEST INDIES: Martinique: Séverine Raigné Coordinator Marine Turtle Programme SEPANMAR 7 impasse Constantin Sylvestre 97200 Fort de France Martinique, F.W.I. Tel: 06.96.43.20.90 [email protected]

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Claire Cayol Vétérinaire VCAT ONCFS Réseau Tortues Marines 4, Bvd de Verdun 97200 Fort-de-France Martinique, F.W.I. Tel: (596) 71 48 72 (696) 23 42 35 Claire.CAYOL@martinique. ecologie.gouv.fr Jean-claude Nicolas SEPANMAR 7 impasse Constantin Sylvestre 97200 Fort de France Martinique, F.W.I. Tel: 06.96.43.20.90 Through Claire Cayol, data from the following organizations were provided: KAWAN Association [email protected] AMEPAS [email protected] ONF Mairie de SAINTE-ANNE MAIRIE du DIAMANT Guadeloupe: Eric Delcroix Animateur Réseau Tortues Marines Guadeloupe Association Kap'Natirel C/ºDiaz Nicolas Section BOYER 97129 Lamentin, Guadeloupe Tel: 0690 81 1234 0590 92 7541 [email protected] Through Eric Delcroix, data from the following organizations were provided: Office National de Forêts L'Association Titè

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L'Association Kap'Natirel L'Association Eco-Lambda Conservatoire du Littoral La commune de Terre-deHaut Office National de la Chasse et de la Faune Sauvage L'Association Evasion Tropicale Association Le Gaïac Le Parc National GRENADA: Carl Lloyd Director, Ocean Spirits P. O. Box 1373 Grand Anse St. George’s, Grenada Tel: (473) 442-2341 [email protected] Becky King Director, Ocean Spirits P. O. Box 1373 Grand Anse St. George’s, Grenada Tel: (473) 442-2341 [email protected] Marina Fastigi Director YWF-Kido Foundation Kido Ecol. Research Station Sanctuary, Carriacou Grenadines of Grenada [email protected] Dr. Gregg E. Moore Research Scientist Jackson Estuarine Lab 85 Adams Point Road University of New Hampshire Durham, NH 03824 Tel: (603) 862-5138 Fax: (603) 862-1101 [email protected]

GUATEMALA: Colum Muccio Director Administrativo y Desarrollo, ARCAS 4 Ave. 2-47, Sector B5 Zona 8 Mixco San Cristóbal, Guatemala Tel/Fax: (502) 478-4096 (Cell): 5704-2563 [email protected] [email protected] Anabella Barrios 14 av A 15-10 zona 6 Ciudad Guatemala Guatemala 01006 Tel: (502) 2 289 4219 / 2 254 7444 / 2 289 1164 Fax: (502) 2 289 4219 [email protected] m [email protected] Ana Beatriz Rivas Chacon Biologa Fundary Manabique

Ciudad Guatemala Guatemala 01006 Tel: (502) 2 289 4219 / 2 254 7444 / 2 289 1164 Fax: (502) 2 289 4219 [email protected] Wilma Katz Coastal Wildlife Club P. O. Box 22 Englewood, FL 34295 Tel: (941) 473-8618 [email protected] GUYANA: Annette Arjoon Vice Chairman Guyana Marine Turtle Conservation Society Le Meridien Pegasus Kingston, Guyana Tel: (592) 225-4483/4 Fax: (592) 225-0523 [email protected] Michelle Kalamandeen Project Coordinator Guyana Marine Turtle Conservation Society Le Meridien Pegasus Kingston, Guyana 56

Tel: (592) 225-4483/4 Fax: (592) 225-0523 [email protected] Dr. Peter C.H. Pritchard Director Chelonian Research Institute 401 South Central Avenue Oviedo, FL 32765 Tel: (407) 365-6347 Fax: (407) 977-5142 [email protected] HAITI: Jean W. Wiener Director Fondation pour la Protection de la Biodiversite Marine (FoProBiM) B.P. 642 Port-au-Prince, Haiti Tel: (509) 401-7829 [email protected] HONDURAS: Carlos Molinero Coordinator ZENAC/Tortugas Marinas MOPAWI Apdo. Postal 2175 Tegucigalpa Honduras Tel/Fax: (504) 235-8659 [email protected] JAMAICA: Andrea Donaldson Director, Wildlife Unit National Environment and Planning Agency 53½ Molynes Road Kingston 10 Jamaica Tel: (876) 075740 (ext. 2227) Fax: (876) 754-7595 (-6) [email protected] Rhema Kerr Bjorkland Ctr Marine Conservation Nicholas School Marine Lab - Duke University 135 Duke Marine Lab Road Beaufort, NC 28516 Fax: (252) 504-7648 [email protected]

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MEXICO: National Data Coordinator Dr. F. Alberto Abreu Grobois Research Scientist Inst. de Ciencias del Mar y Limnologia Unidad Académica Mazatlán Apartado Postal 811 Mazatlán, Sinaloa 82000 México Tel: 52 (669) 985-2848

Secretaría de Medio Ambiente y Recursos Naturales (SEMARNAT) Yucatán: Eduardo Cuevas ProNatura Calle 32 No. 269 Col. Pinzón II Mérida, Yucatán México. C.P. 97207 Tel: 52 (999) 988-4436

[email protected]

[email protected]

State Data Providers

Augusto Segovia Yucatán Environment Ministry

Campeche: Vicente Guzmán Hernández Jefe de Proyecto Tortugas Marinas Dir. Gral. de Vida Silvestre Del. SEMARNAT Campeche Oficina Regional Carmen Av Lòpez Mateos x Av. Hèroes del 21 de abril s/n col. playa norte Cd. del Carmen, Campeche México. C.P. 24120 Tel: 52 (938) 382-6270 [email protected] Through Vicente Guzmán Hernández, data from the following organizations were provided: Marea Azul Ecologia Grupo Ecologista Quelnios A.C. Universidad Autónoma de Campeche PEP-UPMP

René Kantún CONANP Ría Lagartos Reserva de la Biosfera Veracruz: Adriana Laura Sarti M. Coordinadora de Proyecto CONANP Uxmal 313, Col. Narvarte México D.F. 3020 México Tel: (52 55) 56 87 27 31 Fax: (52 55) 56 87 27 31 [email protected] Tamaulipas: Patrick Burchfield Gladys Porter Zoo [email protected] Luis Jaime Peña Gladys Porter Zoo [email protected] Through Patrick Burchfield and Luis Jaime Peña, data from the following organizations were provided:

La Universidad Autónoma del Carmen

Instituto Nacional de la Pesca

Enlaces con tu Entorno

Texas Parks and Wildlife Department

Laguna de Términos Área de Protección de Flora y Fauna (APFFLT)

NOAA National Marine Fisheries Service

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US Fish and Wildlife Service Comision Nacional de Areas Naturales Protegidas (CONANP) Secretaría de Medio Ambiente y Recursos Naturales (SEMARNAT) Quintana Roo: Alejandro Arenas Flora Fauna y Cultura de México, A. C. www.florafaunaycultura.org Iñaky Iturbe Flora Fauna y Cultura de México, A. C. www.florafaunaycultura.org Roberto Herrera Flora Fauna y Cultura de México, A. C. El Colegio de la Frontera Sur www.florafaunaycultura.org Through F. Alberto Abreu Grobois, data from the following organizations were provided: Centro Ecológico Akumal Secretaría de Medio Ambiente y Recursos Naturales (SEMARNAT) MONTSERRAT: John Jeffers Chief Fisheries Officer Ministry of Agriculture, Trade & Environment P. O. Box 272 Grove Botanic Station Montserrat Tel: (664) 491-2075 Fax: (664) 491-9275 NETHERLANDS ANTILLES: Curaçao: Brian Leysner, Manager Curaçao Underwater Park CARMABI (POB 2090)

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Curaçao Netherlands Antilles Tel: (599 9) 462-4242 [email protected]

Netherlands Antilles Tel: (599) 416-3295 Fax: (599) 416-3435 [email protected]

Paul Hoetjes Senior Policy Advisor Department of Environment and Nature (MINA) Ministry of Public Health and Social Development (VSO) Schouwburgweg 26 APNA building, Curaçao Netherlands Antilles Tel. (599-9) 466-9307 Fax: (599-9) 461-0254 [email protected]

Susan Hurrell Saba Marine Park/Saba Hyperbaric Facility P. O. Box 18 The Bottom, Saba Netherlands Antilles Tel: (599) 416-3295 Fax: (599) 416-3435 [email protected]

Bonaire: Mabel Nava Project Director Sea Turtle Conserv. Bonaire Kaya Aquamarine 14 P. O. Box 492, Bonaire Netherlands Antilles Tel/Fax: (599) 717-5074 [email protected] Imre Esser President Sea Turtle Conserv. Bonaire Kaya Aquamarine 14 P. O. Box 492, Bonaire Netherlands Antilles Tel/Fax: (599) 717-5074 [email protected] Kalli De Meyer Executive Director Dutch Caribbean Nature Alliance (DCNA) c/o Caribbean Club Bara di Karta z/n Hilltop, Bonaire Netherlands Antilles Tel: (599) 717-5010 Cell: (599) 786-0675 [email protected] Saba: Jan den Dulk Manager Saba Marine Park/Saba Hyperbaric Facility P. O. Box 18 The Bottom, Saba

Sint Maarten: Beverly May Nisbeth Manager St. Maarten Marine Park Nature Found. Sint Maarten Wellsburg Street 1A Fisherman's Wharf unit 25-26 Cole Bay, Sint Maarten Netherlands Antilles Tel: (599) 544-4267 Fax: (599) 544-4268 [email protected] Dominique Vissenberg Education Coordinator Nation Found. St. Maarten Wellsburg Street 1A Fisherman's Wharf unit 25-26 Cole Bay, Sint Maarten Netherlands Antilles Tel: (599) 544-4267 Fax: (599) 544-4268 [email protected] Andy Caballero Vice Chairman Nature Found. Sint Maarten Wellsburg Street 1A Fisherman's Wharf unit 25-26 Cole Bay, Sint Maarten Netherlands Antilles [email protected]

St. Eustatius: Nicole Esteban, Manager St. Eustatius National and Marine Parks Gallows Bay, St. Eustatius Netherlands Antilles Tel: (599) 3 182884

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Fax: (599) 3 182913 [email protected] Arturo Herrera Sea Turtle Coordinator St Eustatius National and Marine Parks Gallows Bay, St. Eustatius Netherlands Antilles Tel: (599) 3 182884 Fax: (599) 3 182913 [email protected] Dr. Emma Harrison Scientific Director Caribbean Conservation Corporation Apartado Postal 246-2050 San Pedro, Costa Rica Tel: (506) 297-5510 [email protected] NICARAGUA: Dr. Cynthia Lagueux Conservation Zoologist Wildlife Conservation Society Apartado Postal 59 Bluefields, RAAS, Nicaragua Tel/Fax: (505) 822-1410, 822-2344 [email protected] Dr. Cathi Campbell Assoc Conservation Scientist Wildlife Conservation Society Apartado Postal 59 Bluefields, RAAS, Nicaragua Tel/Fax: (505) 572-0506 [email protected] PANAMA: Argelis Ruiz, Manager Ctr Tropical Paleoecology & Archaeology (CTPA) Smithsonian Tropical Research Institute (STRI) P. O. Box 2072, Balboa, Panamá Tel: (507) 212-8242 Fax: (507) 212-8154 [email protected] Dr. Anne Meylan Florida Fish & Wildlife Comm. Florida Marine Res. Institute

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100 8th Avenue SE St. Petersburg, FL 33701 Tel: (727) 896-8626 Fax: (727) 893-9176 [email protected] PUERTO RICO: Carlos E. Diez Endangered Species Progr. Department of Natural and Environmental Resources A.P. 9066600, San Juan Puerto Rico 00906-6600 Tel: (787) 724-8774 ext. 2237 Fax (787) 724-0365 [email protected] Lesbia L. Montero University of Puerto Rico – CUH Station Sea Grant College Program 100 Road 908, Humacao Puerto Rico 00791-4300 Tel: (787) 850-9385 Fax: (787) 850-0710 [email protected] Hector Horta Oficial de Manejo Department of Natural and Environmental Resources P. O. Box 1186, Fajardo Puerto Rico 00738 Tel: (787) 860-5628 Fax: (787) 863-5253 [email protected] ST. KITTS & NEVIS: Emile Pemberton Fisheries Develop. Officer Department of Fisheries Prospect Estate St. Johns Parish, Nevis Tel: (869) 469-5521 ext 2161 Fax: (869) 469-1698 [email protected]

Kimberly Stewart, DVM St. Kitts Sea Turtle Monitoring Network Ross University School of Veterinary Medicine P. O. Box 334 Basseterre, St. Kitts Tel: (869) 669-4268 [email protected]

Kate Orchard Vice President St. Christopher Heritage Soc. Bay Road (POB 888) Basseterre, St. Kitts Tel/Fax 869 465 5584 [email protected] ST. LUCIA: Dawn Pierre-Nathoniel Fisheries Biologist Department of Fisheries Ministry of Agriculture, Forestry and Fisheries Pointe Seraphine Castries, St. Lucia Tel: (758) 468-4141, -4135 Fax: (758) 452-3853 [email protected] ST. VINCENT & THE GRENADINES Lucine Edwards Fisheries Officer (Conserv.) Fisheries Division Ministry of Agricul. & Labour Richmond Hill, Kingstown St. Vincent Tel: (784) 456 4136 [email protected] SURINAME: Maartje Hilterman Project Officer Asia Ecosystem Grants Program IUCN National Committee of the Netherlands (IUCN NL) Plantage Middenlaan 2k 1018 DD Amsterdam The Netherlands Tel: 31 (020) 626-1732 Fax: 31 (020) 627-9349 [email protected] Edo Goverse Reptielen, Amfibieën en Vissen Onderzoek Nederland (RAVON) Universiteit van Amsterdam, afd. Herpetologie Postbus 94766 1090 GT Amsterdam Tel: (020) 525-7332/6624 Fax: (020) 525-5402 [email protected]

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Dr. Marie-Louise Felix Marine Turtle Coordinator WWF Guianas Programme Paramaribo, Suriname [email protected] TRINIDAD & TOBAGO: Dennis Sammy Manager, Nature Seekers 10 MM Toco Main Road Matura, Trinidad Tel/Fax: (868) 668-7337 [email protected] Stephen Poon Forester 1 Wildlife Section, Forestry Div. Farm Road St. Joseph, Trinidad Fax: (868) 645-4288 [email protected] Tanya Clovis Vice President SOS Tobago P. O. Box 27 Scarborough, Tobago Tel: (868) 639-0026 Fax: (868) 639-8441 [email protected] Dr. Scott A. Eckert Director of Science WIDECAST Nicholas School Marine Lab - Duke University 135 Duke Marine Lab Road Beaufort, NC 28516 Tel: (252) 727-1600 [email protected] Dr. Suzanne Livingstone IUCN GMSA Associate Old Dominion University Dept of Biological Sciences Old Dominion University Norfolk, VA 23529 Tel: (757) 512-4488 Fax: (757) 638-5283 [email protected] [email protected] TURKS & CAICOS: Judith Garland-Campbell Permanent Secretary

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Ministry of Natural Resources Grand Turk Turks & Caicos Islands Tel: (649) 946-3306 Fax: (649) 946-3710 [email protected] [email protected] Michelle Fulford-Gardiner Director Department of Environment and Coastal Resources South Base, Grand Turk Turks & Caicos Islands Tel: (649) 946-2801 Fax: (649) 946-4793 [email protected] Lorna Slade Marine Biologist Providenciales Marine Turtle Monitoring Project P. O. Box 872 Providenciales Turks & Caicos Islands Tel: (649) 941-4641 [email protected] U. S. A. Barbara Schroeder Natl. Sea Turtle Coordinator NOAA / National Marine Fisheries Service Protected Resources 1315 East West Hwy Silver Spring, MD 20910 Tel: (301) 713-2322 ext 147 Fax: (301) 427-2522

Florida Marine Res. Institute 100 8th Avenue SE St. Petersburg, FL 33701 Tel: (727) 896-8626 Fax: (727) 893-9176 [email protected] Dr. Donna Shaver Chief Division of Sea Turtle Science and Recovery Padre Island Natl Seashore U. S. National Park Service P. O. Box 181300 Corpus Christi, TX 78480 Tel: (361) 949-8173 ext. 226 Fax: (361) 949-1312 [email protected] Jereme Phillips Wildlife Biologist U.S. Fish and Wildlife Service Bon Secour National Wildlife Refuge 12295 State Highway 180 Gulf Shores, AL 36542 Tel: (251) 540-7720 [email protected] U. S. VIRGIN ISLANDS: Rafe Boulon, Chief Resource Management Virgin Islands National Park 1300 Cruz Bay Creek St. John, USVI 00830 Tel: (340) 693-8950 ext 224 Fax: (340) 693-9500 [email protected]

[email protected]

Sandra MacPherson Natl Sea Turtle Coordinator U.S. Fish and Wildlife Service 6620 Southpoint Drive South Suite 310 Jacksonville, FL 32216 Tel: (904) 232-2580 ext. 110 Fax: (904) 232-2404 [email protected] Dr. Anne Meylan Florida Fish and Wildlife Commission

Steve Garner Executive Director WIMARCS 202 Prosperity, Frederiksted St. Croix, USVI 00840 Tel: (340) 772-1382 Fax: (340) 772-3234 [email protected] Amy MacKay Director St. Croix Marine Turtle Conservation Project c/o 1034 Adobe Court

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Lusby, Maryland 20657 Tel: (340) 690-5274 [email protected] Raquel Seybert Community Develop. Officer The Nature Conservancy Eastern Caribbean Program 3052 Estate Little Princess St. Croix, USVI 00820 Tel: (340) 773-5575 Fax: (340) 773-1613 [email protected] Zandy Hillis-Starr Chief of Resource Mgmt U. S. National Park Service Buck Island Reef NM 2100 Church Street, # 100 Christiansted, St. Croix USVI 00821 Tel: (340) 773-1460, ext 235 Fax: (340) 719-1791 [email protected] VENEZUELA: Hedelvy J. Guada Directora Centro de Investigación y Conservación de Tortugas Marinas-CICTMAR Apdo. 50.789 Caracas 1050-A Venezuela Tel/Fax: (58) (212) 761-6355 Cel: 0414 249-6326 [email protected] Vicente Vera Geographer Oficina Nacional de Diversidad Biológica Ministerio del Ambiente Centro Simón Bolívar – Torre Sur, Piso 6 Caracas, D.C. 1010 Venezuela Tel: 58 (212) 408-2154 Fax: 58 (212) 753-7726 [email protected]

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APPENDIX II Sea Turtle Threats Survey

Hawksbill shell bracelets from Bocas del Toro, Panama (photo by R. Merel)

Green turtles at market in Puerto Cabezas, Nicaragua (photo by Cynthia Lagueux, Wildlife Conservation Society)

Green turtle entangled in a fishing net off the coast of Costa Rica (photo by Didiher Chacón, WIDECAST)

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2006 Sea Turtle Threats Survey Country/Territory: ___________________________________________________ Contact: ___________________________________________________________ Date/Time: _________________________________________________________ R = Rare, O = Occasional, F = Frequent, FA = Frequent in a certain Area, U = Unknown

Nesting Threats Killing of nesting females by humans How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Killing of nesting females by predators Which predator species? Invasive species? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Nest loss to predators Which predator species? Invasive species? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Nest loss to abiotic factors What factor? Ex. flood, erosion Egg Collection (by humans) How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Harassment due to increased presence of humans Ex. tourists discouraging nesting Artificial lighting How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Pollution What type of pollution – agriculture, petroleum/tar, sewage, industrial runoff, beach litter/debris? Are these pollutants rare, occasional, frequent, or frequent in a particular area? Beach erosion/accretion Where? When? Caused by storm events? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Beach armoring/stabilization structures Where? How often does this occur? Rare, occasional, frequent, or frequent in a particular area?

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Beach nourishment Where? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Recreation beach equipment and/or other obstacles How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Mechanized beach cleaning How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Beach vehicular use How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Sand mining Where? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Exotic (or loss of native) vegetation How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Livestock (presence on the beach) How often does this occur? Rare, occasional, frequent, or frequent in a particular area?

Foraging/Migration Threats Seagrass degradation By what? Ex. Anchor damage, pollution, sedimentation. How extensive is the problem? Rare, occasional, frequent, or frequent in a particular area? Coral reef degradation By what? Ex. Anchor damage, pollution, sedimentation. How extensive is the problem? Rare, occasional, frequent, or frequent in a particular area? Fisheries Which fisheries? Ex. Trawl, purse seine, hook and line, gill net, pound net, long line, pot/trap, dynamite/blast, chemical, “nets” – undefined. Are takes by fisheries: Rare, occasional, frequent, or frequent in a particular area? Hunting/Poaching How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Pollution What type of pollution – agriculture, petroleum (oil), sewage, industrial runoff, pollution (cruise liners/yachts), marine debris, “declining water quality” - undefined Are these pollutants rare, occasional, frequent, or frequent in a particular area? Predators What species? How often does this occur? Rare, occasional, frequent, or frequent in a particular area?

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Disease/Parasites Which diseases or parasites? How many cases have been seen (e.g. How big of a problem is this?) Rare, occasional, frequent, or frequent in a particular area? Harassment due to increased human presence Ex. Snorkelers, divers, increased boat traffic. How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Dredging How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Marina and dock development Where? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Boat/Personal Water Craft collisions How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Power Plant entrapment How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Oil and gas exploration, development, and transportation Where? How often does this occur? Rare, occasional, frequent, or frequent in a particular area? Entanglement (debris, abandoned gear etc.) How often does this occur? Rare, occasional, frequent, or frequent in particular a particular area? In what do turtles become entangled? Offshore artificial lighting How often does this occur? Rare, occasional, frequent, or frequent in a particular area?

Other Comments

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APPENDIX III Wider Caribbean Region Sea Turtle Habitat National Reports

For ease of reference, the National Reports are presented in alphabetic order and then color-coded according to their Ecoregion (cf. Spalding et al. 2007). Brazil (not featured in Spalding et al. 2007), is color-coded in this volume as gray.

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Guadeloupe Sea Turtle Habitat © WIDECAST 2007

National Policy for the Protection of Sea Turtles

Sea Turtle Presence Loggerhead Turtle

Complete (indefinite) protection Moratorium (fixed period) Prohibition(s) on take Closed season Minimum size limits Maximum size limits Annual quota Permits/licenses required Gear restrictions Area closures (MPA, park, reserve) Reports of exploitation/sale nationally Reports of illegal trade internationally General public awareness of laws Recent prosecutions or penalties Enforcement considered adequate Penalties are an adequate deterrent

F

(Caretta caretta )

Green Turtle

N, F

(Chelonia mydas )

Leatherback Turtle

N, IF

(Dermochelys coriacea )

Hawksbill Turtle

N, F

(Eretmochelys imbricata )

Kemp's Ridley Turtle

A

(Lepidochelys kempii )

Olive Ridley Turtle

I

(Lepidochelys olivacea )

N = Nesting; F = Foraging; IN = Infrequent Nesting; IF = Infrequent Foraging; I = Infrequent (further detail unavailable); A = Absent

Yes

– – – – – – – Yes Yes Yes No Yes Yes No Yes

E = Eggs; N = Nests; NF = Nesting Females; – = Not Applicable

GP15 GP16 GP14 GP13

GP17

GP1

GP12 GP11 GP10 GP9

GP8 GP7

Eric Delcroix

GP6 GP5

Réseau Tortues Marine de Guadeloupe

5

10

20

GP4 GP3

Data Providers

0

GP2

30

Kilometers 40

Sea Turtle Nesting Habitat GSHHS Caribbean Shoreline 154

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Guadeloupe Sea Turtle Habitat © WIDECAST 2007

GP17

GP12

Hawksbill Nesting Habitat

GP1 GP2

GP11 GP10 GP9

GP4

GP7

GP15 GP16 GP14 GP13

GP5 GP6

Leatherback Nesting Habitat GP8 GP6

Green Nesting Habitat

GP1 GP2

GP8

GP7

GP3 GP5 GP6

Leatherback Nesting Habitat

Hawksbill Nesting Habitat

<25 Crawls per year

<25 Crawls per year

Green Nesting Habitat

25-100 Crawls per year 100-500 Crawls per year 0 5 10

20

30

<25 Crawls per year 25-100 Crawls per year

Kilometers 40

GSHHS Caribbean Shoreline 155

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Guadeloupe Sea Turtle Habitat © WIDECAST 2007

Threats to Sea Turtles - Nesting Killing of Nesting Females by Humans Killing of Nesting Females by Predators Nest Loss to Predators Nest Loss to Abiotic Factors Egg Collection by Humans Harassment Due to Increased Human Presence Artificial Lighting Pollution Beach Erosion/Accretion Beach Armouring/Stabilization Structures Beach Nourishment Recreational Beach Equipment and/or Other Obstacles Mechanized Beach Cleaning Beach Vehicular Use Sand Mining Exotic (or Loss of Native) Vegetation Livestock Presence on the Beach

Yes (R) Yes (R) Dogs Yes (R) Mongoose and dogs Yes (R) Yes (R) No Yes (F) Increasing Yes (U) Beach litter/debris Yes (U) No No Yes (R) Frequent on a few beaches that are not nesting beaches Yes (O) Frequent on tourist beaches Yes (F) Yes (F) Decreasing Yes (F) Loss of natural vegetation No

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown

Threats to Sea Turtles - Foraging/Migration Seagrass Degradation Coral Reef Degradation Fisheries Bycatch Hunting/Poaching Pollution Predators Disease/Parasites Harassment Due to Increased Human Presence Dredging Marina and Dock Development Boat/Personal Water Craft Collisions Power Plant Entrapment Oil and Gas Exploration, Development, Transportation Entanglement Offshore Artificial Lighting

Yes (U) Anchor damage, others unknown Yes (U) Anchor damage, others unknown Purse seine, hook and line, gillnet, pot/trap and trammel Yes (F) net Yes (R) Yes (U) Agriculture, cruise ships/yachts and marine debris Yes (U) Yes (U) No No Yes (F) No No Unknown Yes (O) Discarded gear and line No

Occurrence Frequency: R = Rare; O = Occasional; F = Frequent; FA = Frequent in one area; U = Unknown

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Guadeloupe Sea Turtle Habitat © WIDECAST 2007

Beach Identification Codes with Beach Names GP1 GP2 GP3 GP4 GP5 GP6 GP7 GP8 GP9

Beaches of Petite Terre - Island 1 Beaches of Petite Terre - Island 2 Les Galets de Marie-Galante Trois-Ilets & Folle Anse de MarieGalante Pompierre Grande Anse Terre-de-Haut des Saintes Anse Figuier Grande Anse Trois-Rivières Machette

157

GP10 GP11 GP12

Galets Rouges Anse à Sable Malendure

GP13

Grande Anse

GP14

Anse de la Perle

GP15

Plage de Cluny

GP16 GP17

Anse Nogent Plage du Four à Chaud