Status of Coral Reefs 2002
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STAFF WORKING PAPER SUMMARY of SELECTED PEARL HARBOR MARINE NATURAL RESOURCES DATA from 1999 – 2015 - in SUPPORT of PROPOSED PROJECT P 516 Prepared by Stephen H
1 STAFF WORKING PAPER SUMMARY OF SELECTED PEARL HARBOR MARINE NATURAL RESOURCES DATA FROM 1999 – 2015 - IN SUPPORT OF PROPOSED PROJECT P 516 Prepared by Stephen H. Smith Marine Ecologist SSC Scientific Diving Services March 18, 2015 Introduction Overview. The objective of this Staff Working Paper is to summarize selected data gathered by the author between 1999 and February 2015. During that time period, the author conducted a variety of assessments throughout Pearl Harbor and the Pearl Harbor Entrance Channel. The specific resources which will be addressed in this partial summary are: 1) corals, 2) selected fin fish species and Essential Fish Habitat (EFH), 3) sea turtles, 4) miscellaneous and 5) perceived data gaps. This summary is not intended to reiterate material already presented in the Pearl Harbor INRMP or the many other documents which contain pertinent marine natural resource data; it is intended to summarize unpublished and/or unreported data gathered by the author. In this document, Pearl Harbor is defined as the area north of Hammer Point, as designated on Nautical Chart No. 19366 (Oahu South Coast Pearl Harbor). The Pearl Harbor Entrance Channel (PHEC) is defined as the area south of Hammer Point between the channel markers on the eastern and western sides of the PHEC and extending to the outermost Channel Marker Buoys (No. 1 on the west side and No. 2 on the east side). Figure 1 illustrates the boundaries of the P 516 project assessment area. All the data summarized in this document was gathered by the author, with periodic biological support from Donald Marx, and others. -
Spatially Distinct and Regionally Endemic Symbiodinium Assemblages in the Threatened Caribbean Reef-Building Coral Orbicella Faveolata
Coral Reefs (2015) 34:535–547 DOI 10.1007/s00338-015-1277-z REPORT Spatially distinct and regionally endemic Symbiodinium assemblages in the threatened Caribbean reef-building coral Orbicella faveolata Dustin W. Kemp • Daniel J. Thornhill • Randi D. Rotjan • Roberto Iglesias-Prieto • William K. Fitt • Gregory W. Schmidt Received: 28 October 2014 / Accepted: 19 February 2015 / Published online: 27 February 2015 Ó Springer-Verlag Berlin Heidelberg 2015 Abstract Recently, the Caribbean reef-building coral Or- with species of Symbiodinium in clades A (type A3), B (B1 bicella faveolata was listed as ‘‘threatened’’ under the U.S. and B17), C (C3, C7, and C7a), and D (D1a/Symbiodinium Endangered Species Act. Despite attention to this species’ trenchii). Within-colony distributions of Symbiodinium conservation, the extent of geographic variation within O. species correlated with light availability, cardinal direction, faveolata warrants further investigation. O. faveolata is and depth, resulting in distinct zonation patterns of en- unusual in that it can simultaneously harbor multiple ge- dosymbionts within a host. Symbiodinium species from netically distinct and co-dominant species of endosymbiotic clades A and B occurred predominantly in the light-exposed dinoflagellates in the genus Symbiodinium. Here, we inves- tops, while species of clade C generally occurred in the tigate the geographic and within-colony complexity of shaded sides of colonies or in deeper-water habitats. Fur- Symbiodinium-O. faveolata associations from Florida Keys, thermore, geographic comparisons of host–symbiont asso- USA; Exuma Cays, Bahamas; Puerto Morelos, Mexico; and ciations revealed regional differences in Symbiodinium Carrie Bow Cay, Belize. We collected coral samples along associations. -
Coral Bleaching Response Plan - GBRMPA 1
Coral Bleaching Response Plan - GBRMPA 1 Executive Summary Climate change poses a multitude of threats to reefs but the increased frequency and severity of coral bleaching events is among the most pressing (Hoegh-Guldberg et al. 2007). To meet the challenge of responding to coral bleaching events, the Climate Change Group at the Great Barrier Reef Marine Park Authority (GBRMPA) developed a Coral Bleaching Response Plan (the Response Plan) in 2002, as part of a response to the bleaching event that occurred in the late summer (February and March) of that year. Since then, the Climate Change Group has coordinated implementation of the Response Plan each summer – December to March – and has reviewed and refined it annually. The Plan outlines a strategic approach for monitoring bleaching risk and responding to coral bleaching events when they occur, and has four components. Within this document, the objectives of each of the four primary components are outlined and described in detail: 1. Early Warning System 2. Incident Response 3. Management Actions 4. Communication Strategy The Plan includes related routine and responsive tasks. When Early Warning System tools predict bleaching, monitoring network participants ground-truth these predictions and report to managers. Managers and researchers confirm reports of bleaching by conducting site inspections that determine the level of response required under the Incident Response (IR) component of the Plan (based on Australian standard incident response protocols). Thresholds for response levels (1, 2, or 3) in the IR are based on the severity of bleaching impacts as well as the spatial extent of the event. More detailed monitoring during IR enables detailed reporting on reef condition and the severity of bleaching impacts, and works to target management actions. -
Saint Lucia Coral Reef Report Card 2016.Pdf
Saint Lucia Coral Reef Report Card 2016 Eastern Caribbean Coral Reef Report Cards Barbuda 6 PARTICIPATING COUNTRIES 3 224,813 SQUARE KM OF OCEAN 22 AREAS DESIGNATED SINCE 1973 St. Kitts 44 Nevis Antigua 526 SQUARE KM OF OCEAN # of Marine 50 AREAS PROPOSED Managed Areas SQUARE KM OF OCEAN # of MMAs 990 proposed The 2016 Coral Reef Report Cards The Eastern Caribbean Seascape is an arc of islands linked through diverse coral reef ecosystems, oceanic currents, migratory pathways and a rich cultural heritage. The Eastern Caribbean Coral Reef Report Cards are a series of individual reports for the 6 participating countries and provide an easy-to-understand summary of the state of 2 the region’s marine resources. The Report Cards collate data from 277 comparable coral reef surveys and map in detail 383 km2 of coral reefs, 19 km2 of mangrove, 286 km2 of seagrass, 44 designated and 50 proposed Marine Managed Areas (MMA). Dominica The Report Cards provide an initial baseline on the current state of the reef and identify gaps. Reporting this type of information will help track progress in protecting reefs and inform future monitoring and management. The vision is to produce report cards every 2 years and share data through the CaribNode regional spatial data platform. Future report cards will include key socioeconomic and management effectiveness information. Each Report Card includes information on: • Key Habitats (location and extent of coral, mangrove, seagrass) 9 • Reef Health Index (a measure of the health of four key coral reef indicators) • Marine Managed Areas (size and location of designated and proposed areas) Saint Lucia The Framework To protect the region’s marine biodiversity, it is essential to St. -
The Conservational State of Coastal Ecosystems on the Mexican Caribbean Coast: Environmental Guidelines for Their Management
sustainability Article The Conservational State of Coastal Ecosystems on the Mexican Caribbean Coast: Environmental Guidelines for Their Management Mayrene Guimarais 1,* , Adán Zúñiga-Ríos 2, Cesia J. Cruz-Ramírez 1, Valeria Chávez 1 , Itxaso Odériz 1, Brigitta I. van Tussenbroek 3 and Rodolfo Silva 1,* 1 Instituto de Ingeniería, Universidad Nacional Autónoma de México, Mexico City 04510, Mexico; [email protected] (C.J.C.-R.); [email protected] (V.C.); [email protected] (I.O.) 2 Posgrado en Ciencias del Mar y Limnología, Universidad Nacional Autónoma de México, Mexico City 04510, Mexico; [email protected] 3 Unidad Académica de Sistemas Arrecifales-Puerto Morelos, Instituto de Ciencias del Mar y Limnología, Universidad Nacional Autónoma de México, Puerto Morelos 77580, Mexico; [email protected] * Correspondence: [email protected] (M.G.); [email protected] (R.S.) Abstract: The accelerated rate of environmental degradation of the Mexican Caribbean coast is alarming. In this work, spatial analysis procedures were applied to study relationships among wave and wind climates, water quality, and environmental degradation of the principal coastal ecosystems. We found an increasing North-South gradient in the preservation state of the coastal ecosystems, related to the degree of anthropization of the coastline. In the north, all analysed stressors Citation: Guimarais, M.; exert high pressure on coral reefs, seagrass meadows, mangroves, and dunes, and cause chronic Zúñiga-Ríos, A.; Cruz-Ramírez, C.J.; coastline erosion. The coastal ecosystems of the central and southern regions are more mature and Chávez, V.; Odériz, I.; van healthier, and the most significant stressor is reduced water quality. -
Coral Reef Ecology and Biodiversity in Watamu Marine National Park, Kenya
Coral Reef Ecology and Biodiversity in Watamu Marine National Park, Kenya A Rocha Kenya Conservation & Science Report by Benjamin Cowburn1, Robert D Sluka2 and Joy Smith3 1A Rocha Kenya and Oxford University, UK 2 A Rocha Kenya 3 Current address: University of Bremen, Marine Zoology Department, Bremen, Germany — Occasional Research Report #27 — January 2013 A ROCHA KENYA | P.O. BOX 383 | WATAMU 80202 [email protected] | WWW.AROCHA.ORG | TEL: +254 (0) 202 335 865 Abstract Watamu Marine National Park is a 10 km2 marine protected area located on the central coast of Kenya. The biodiversity and abundance of fish and corals was studied in order to assess IUCN Red List species presence in the park and gain an understanding of distribution among several of the main coral reef sites. Ten species of fish and one species of coral were found that are assessed as Vulnerable or Threatened and four species that are Data Deficient. The highest coral cover was seen at Uyombo with 31% and the lowest at Turtle Reef (15%) . In terms of coral community composition, Coral Gardens and Bennett’s Reef were dominated by massive Porites colonies, whereas Uyombo and Turtle Reef had a more balanced coral composition with notably more Acropora and Pocillopora. Both Bennett’s Reef/Coral Gardens and Uyombo reefs had a similar size class distribution of fish, the mode falling in the 10-20cm size class. Both reefs were also dominated by surgeonfish, wrasse and parrotfish. We recommend a focus for future research on elasmobranchs (sharks, rays, guitarfish) and other IUCN Red Listed species. -
The Structure and Productivity of the Thalassia Testudinum Community in Bon Accord Lagoon, Tobago
The structure and productivity of the Thalassia testudinum community in Bon Accord Lagoon, Tobago Rahanna A. Juman Institute of Marine Affairs, Hilltop Lane, Chaguaramas, Trinidad and Tobago; [email protected] Received 15-I-2004. Corrected 10-IX-2004. Accepted 29-III-2005. Abstract: The Thalassia testudinum dominated seagrass community in the Buccoo Reef/ Bon Accord Lagoon Marine Park, measures 0.5 km2 and is part of a contiguous coral reef, seagrass bed and mangrove swamp sys- tem in southwest Tobago. T. testudinum coverage, productivity and percent turnover rates were measured from February 1998 to February 1999 at four sample locations, while total T. testudinum biomass was measured at two locations in the lagoon from 1992-2002. Productivity and turnover rates varied spatially and seasonally. They were higher in the back-reef area than in the mangrove-fringed lagoon, and were lowest at locations near to a sewage outfall. T. testudinum coverage ranged from 6.6% in the lagoon to 68.5% in the back-reef area while productivity ranged from 3.9 to 4.9 g dry wt m-2 d-1. Productivity and percentage turnover rates were higher in the dry season (January–June) than in the wet season (July–December). Productivity ranged from 3.0 in the wet season to 5.0 g dry wt m-2 d-1 in the dry season while percentage turnover rates ranged from 4.2% to 5.6%. Total Thalassia biomass and productivity in Bon Accord Lagoon were compared to six similar sites in the Caribbean that also participate in the Caribbean Coastal Marine Productivity Program (CARICOMP). -
Estimating Wetland Values: a Comparison of Benefit Transfer and Choice Experiment Values
Estimating wetland values: A comparison of benefit transfer and choice experiment values By Mayula Chaikumbung MSc. (Kasetsart University, Thailand) BSc. (King Mongkut's Institute of Technology Ladkrabang, Thailand) Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy Deakin University March, 2013 Acknowledgments First of all I would like to express my gratitude to my supervisors, Professor Chris Doucouliagos and Dr. Helen Scarborough for their invaluable support and never-ending guidance throughout this thesis. Without their generous assistance and encouragement, this thesis could never have been completed. I am grateful to staff from the office of the Bung Khong Long Non-Hunting Area and the WWF Greater Mekong, Thailand Country Programme, who assisted me in providing materials and information of the research area, and useful comments regarding the questionnaire adjustment. I am indebted to my Ph.D friend, Rajesh Kumar Rai for his useful comments regarding the questionnaire design and for his technical assistance on the Limdep program and Ngene program. Also, I would like to thank Ph.D candidates (Anshu Mala Chandra, Pablo Jamenez, Abu Sham Md. Rejaul, Mirwan Perdana, Muhamad Habibur Rahnan, Zohidjon Askarov, and Wen Sharpe), not only for the friendship but also for the support they provided. I would like to thank all the data enumerators from Kasetsart University for their cooperation in facilitating the data collection. I would also like to offer special thanks to the residents of Bung Khong Long community, Bung Karn Province, Thailand for their kind collaboration in providing useful information for this research. Finally, I wish to express my deep gratitude to my grandmother, mother, brothers and sister for inspiration, particularly to my younger sister, Passapa, for her support and dedication in looking after my grandmother, mother, and youngest brother, while I pursued my Ph.D in Australia. -
Dynamics of Stony Coral and Octocoral Juvenile Assemblages Following Disturbance on Patch Reefs of the Florida Reef Tract
University of South Florida Scholar Commons Marine Science Faculty Publications College of Marine Science 2018 Dynamics of Stony Coral and Octocoral Juvenile Assemblages Following Disturbance on Patch Reefs of the Florida Reef Tract Lucy A. Bartlett University of South Florida, [email protected] Vanessa I. P. Brinkhuis Florida Fish and Wildlife Conservation Commission Wildlife Research Institute Rob R. Ruzicka Florida Fish and Wildlife Conservation Commission Wildlife Research Institute Michael A. Colella Florida Fish and Wildlife Conservation Commission Wildlife Research Institute Kathleen S. Lunz Florida Fish and Wildlife Conservation Commission Wildlife Research Institute See next page for additional authors Follow this and additional works at: https://scholarcommons.usf.edu/msc_facpub Part of the Life Sciences Commons Scholar Commons Citation Bartlett, Lucy A.; Brinkhuis, Vanessa I. P.; Ruzicka, Rob R.; Colella, Michael A.; Lunz, Kathleen S.; Leone, Erin H.; and Hallock, Pamela, "Dynamics of Stony Coral and Octocoral Juvenile Assemblages Following Disturbance on Patch Reefs of the Florida Reef Tract" (2018). Marine Science Faculty Publications. 1230. https://scholarcommons.usf.edu/msc_facpub/1230 This Book Chapter is brought to you for free and open access by the College of Marine Science at Scholar Commons. It has been accepted for inclusion in Marine Science Faculty Publications by an authorized administrator of Scholar Commons. For more information, please contact [email protected]. Authors Lucy A. Bartlett, Vanessa I. -
Jahson B. Alemu I Coral Reef Ecologist Institute of Marine Affairs Hilltop Lane Chaguaramas Trinidad and Tobago, WI W
Please note that this template is provided to facilitate information submission on a voluntary basis, only when the information provider finds this template appropriate. If the available information does not fit the format of this template, information can be submitted in another format, in consultation with the Secretariat. Appendix Template for Submission of Scientific Information to Describe Ecologically or Biologically Significant Marine Areas Note: Please DO NOT embed tables, graphs, figures, photos, or other artwork within the text manuscript, but please send these as separate files. Captions for figures should be included at the end of the text file, however. Title/Name of the area: Buccoo Reef Marine Park Presented by : Jahson B. Alemu I Coral Reef Ecologist Institute of Marine Affairs Hilltop Lane Chaguaramas Trinidad and Tobago, W.I. W: 1-868-634-4153 ext 1316 C: 1-868-678-3718 Email: [email protected] Dr. Amoy Lum Kong Director Institute of Marine Affairs Hilltop Lane Chaguaramas Trinidad and Tobago, W.I. W: 1-868-634-4153 ext 2500 Email: [email protected] Abstract (in less than 150 words) Introduction The Buccoo Reef Marine Park is the only marine protected area for the country of Trinidad and Tobago and represents one of the largest and most popular coral reefs in Tobago. It is a specially protected area, legally designated in 1973, under the Marine Area Order of the Marine Areas (Preservation and Enhancement) Act 1970; as well as a Ramsar site in 2006. The park is characterized by five insular emergent fringing reefs (Buccoo Reef) to the north protecting a shallow sandy lagoon with a patchy distribution of coral communities, and the mangrove-fringed Bon Accord Lagoon in which a seagrass community is present. -
Genetic Connectivity in the Florida Reef System
Molecular Ecology (2007) 16, 139–157 doi: 10.1111/j.1365-294X.2006.03145.x GeneticBlackwell Publishing Ltd connectivity in the Florida reef system: comparative phylogeography of commensal invertebrates with contrasting reproductive strategies VINCENT P. RICHARDS,* JAMES D. THOMAS,* MICHAEL J. STANHOPE† and MAHMOOD S. SHIVJI*‡ *National Coral Reef Institute, Oceanographic Center, Nova Southeastern University, 8000 North Ocean Drive, Dania Beach, FL 33004 USA, †Department of Population Medicine and Diagnostic Sciences, College of Veterinary Medicine, Cornell University, Ithaca, NY 14853 USA, ‡Guy Harvey Research Institute, Oceanographic Center, Nova Southeastern University, 8000 North Ocean Drive, Dania Beach, FL 33004 USA Abstract Effective spatial management of coral reefs including design of marine protected areas requires an understanding of interpopulation genetic connectivity. We assessed gene flow along 355 km of the Florida reef system and between Florida and Belize in three commensal invertebrates occupying the same host sponge (Callyspongia vaginalis) but displaying contrasting reproductive dispersal strategies: the broadcast-spawning brittle star Ophiothrix lineata and two brooding amphipods Leucothoe kensleyi and Leucothoe ashleyae. Multiple analytical approaches to sequence variation in the mitochondrial COI gene demonstrated a high degree of overall connectivity for all three species along the Florida reef system. Ophiothrix lineata showed significant genetic structuring between Florida and Belize, and a pattern of isolation by distance but no significant genetic structuring along the Florida coastline. Bayesian estimates of migration detected a strong southerly dispersal bias for O. lineata along the Florida reef system, contrary to the general assumption of northerly gene flow in this region based on the direction of the Florida Current. -
Coral Baseline Survey of Ma'alea Harbor for Light-Draft
CORAL BASELINE SURVEY OF MA’ALAEA HARBOR FOR LIGHT-DRAFT VESSELS, ISLAND OF MAUI Paul L. Jokiel and Eric K. Brown, Hawai’i Institute of Marine Biology - March 13, 1998 Introduction: Ma’alaea small boat harbor on the south central coast of Maui is a multi-use facility for recreational and commercial boaters (Figure 1). Originally constructed in 1952 with a single breakwater facing the south and a 12 foot deep entrance channel, it was further enclosed by the east breakwater in 1958 (AECOS, 1994). It is one of only 2 berthing areas for light-draft vessels on Maui. The harbor entrance opens to the south and is subjected to strong southerly swells that enter the bay. Modification of the harbor is proposed to reduce swell activity responsible for boat damage. Prior to construction, this area consisted of reef flats divided by a shallow channel leading to the approximate area of the present day Ma’alaea General Store (Figure 2). Data from cores taken in 1980 during the preparation of the General Design Memorandum and Final Environmental Impact Statement provide information relevant to the geological history of the reef flat (USACE, 1980). A crust of limestone breccia approximately 1’ in thickness, overlies unconsolidated clastic marine sediments of coral sands, gravels and rubble (USACE, 1980). The 2 cores taken within the harbor showed a 10’-12’ layer of reef material overlying a reddish- brown clay. The south breakwater and east mole were constructed on top of these reef platforms. The central channel, which in the late 1800’s was less than 6’ deep, was dredged along with portions of the harbor interior to its present depth of 8’-12’.