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Documents Félix A
Click Here & Upgrade Expanded Features PDF Unlimited Pages CompleteDocuments Félix A. Grana Raffucci. Junio, 2007. NOMENCLATURA DE LOS ORGANISMOS ACUÁTICOS Y MARINOS DE PUERTO RICO E ISLAS VÍRGENES. Volumen 4: Moluscos de Puerto Rico e Islas Vírgenes. Parte 3. Clase Gastropoda Órden Caenogastropoda Familias Eulimidae a Conidae Click Here & Upgrade Expanded Features PDF Unlimited Pages CompleteDocuments CLAVE DE COMENTARIOS: M= organismo reportado de ambientes marinos E= organismo reportado de ambientes estuarinos D= organismo reportado de ambientes dulceacuícolas int= organismo reportado de ambientes intermareales T= organismo reportado de ambientes terrestres L= organismo pelágico B= organismo bentónico P= organismo parasítico en alguna etapa de su vida F= organismo de valor pesquero Q= organismo de interés para el acuarismo A= organismo de interés para artesanías u orfebrería I= especie exótica introducida p=organismo reportado específicamente en Puerto Rico u= organismo reportado específicamente en las Islas Vírgenes de Estados Unidos b= organismo reportado específicamente en las Islas Vírgenes Británicas números= profundidades, en metros, en las que se ha reportado la especie Click Here & Upgrade Expanded Features PDF Unlimited Pages CompleteDocuments INDICE DE FAMILIAS EN ESTE VOLUMEN Aclididae Aclis Buccinidae Antillophos Bailya Belomitra Colubraria Engina Engoniophos Manaria Monostiolum Muricantharus Parviphos Pisania Pollia Cerithiopsidae Cerithiopsis Horologica Retilaskeya Seila Cancellariidae Agatrix Cancellaria Trigonostoma -
CIRRIPEDIA (Aggiornamento Ottobre 2017 / Update October 2017)
CIRRIPEDIA (aggiornamento ottobre 2017 / update October 2017) Giulio Relini DISTAV, Università di Genova, Corso Europa, 26 - 16132 Genova, Italia. [email protected] I Cirripedi sono tra i Crostacei maggiormente The cirripedes are the most highly modified of modificati e rappresentati da taxa molto differenti, the crustaceans and are represented by so different tanto che alcuni autori hanno suggerito di separare taxa that some authors have suggested separating gli Ascothoracica ed i Rhizocephala, che si sono Ascothoracica and Rhizocephala, which have adattati alla vita parassitaria, dagli altri Cirripedia. adapted to parasitic life, from other Cirripedia. Per semplicità in questa trattazione viene For the sake of simplicity this work follows the seguito lo schema di classificazione riportato classification scheme adopted by Newmann (1987; da Newmann (1987; p. 5, tab. 1) in cui la p. 5, tab. 1). The subclass Cirripedia of Maxillopoda sottoclasse Cirripedia dei Maxillopoda is divided into the following orders: Ascothoracica, viene suddivisa negli ordini Ascothoracica, Rhizocephala, Thoracica and Acrothoracica. Rhizocephala, Thoracica e Acrothoracica. At present the classification of Thoracica La classificazione dei Thoracica è ancora oggi is still based on the phylogenetic scheme basata sullo schema filogenetico proposto da suggested by Darwin (1851, 1854), obviously Darwin (1851, 1854), ovviamente ampliato e extended and modified in line with more recent modificato in relazione alle nuove conoscenze information (Pilsbry, 1907, 1916; Newmann -
Mesophotic Animal Forests of the Ligurian Sea (NW Mediterranean Sea): Biodiversity, Distribution and Vulnerability
Mesophotic Animal Forests of the Ligurian Sea (NW Mediterranean Sea): biodiversity, distribution and vulnerability Francesco Enrichetti Genova 2019 PhD Thesis 1 2 Mesophotic Animal Forests of the Ligurian Sea (NW Mediterranean Sea): biodiversity, distribution and vulnerability Francesco Enrichetti Genova 2019 PhD Thesis 3 4 Mesophotic Animal Forests of the Ligurian Sea (NW Mediterranean Sea): biodiversity, distribution and vulnerability Francesco Enrichetti PhD program in Sciences and Technologies for the Environment and the Landscape (STAT) XXXI cycle in Marine Sciences (5824) May 2019 Supervisor: Co-supervisor: Dr. Marzia Bo Prof. Giorgio Bavestrello 5 6 “Mesophotic Animal Forests of the Ligurian Sea (NW Mediterranean Sea): biodiversity, distribution and vulnerability” (2019). External referees: Prof. Francesco Mastrototaro from the University of Bari and Dr. Andrea Gori from the University of Salento. Cover: Ligurian mesophotic animal forests with gorgonians (Eunicella verrucosa) and Spongia (Spongia) lamella. Photo by Simonepietro Canese (ISPRA). 7 8 Mais, pendant quelques minutes, je confondis involontairement les règnes entre eux, prenant des zoophytes pour des hydrophytes, des animaux pour des plantes. Et qui ne s’y fût pas trompé ? La faune et la flore se touchent de si près dans ce monde sous-marin ! […] « Curieuse anomalie, bizarre élément, a dit un spirituel naturaliste, où le règne animal fleurit, et où le règne végétal ne fleurit pas ! » Jules Verne, Vingt mille lieues sous les mers 9 10 Table of contents SUMMARY 15 RIASSUNTO 17 INTRODUCTION 19 1. Deep-sea scientific exploration 19 2. Mesophotic animal forests of the Mediterranean Sea 21 3. Mediterranean fisheries and fishing impact on mesophotic animal forests 24 4. Conservation of Mediterranean animal forests 28 5. -
Guide to the Coastal and Surface Zooplankton of the South-Western Indian Ocean
GUIDE TO THE COASTAL AND SURFACE ZOOPLANKTON OF THE SOUTH-WESTERN INDIAN OCEAN David VP Conway Rowena G White Joanna Hugues-Dit-Ciles Christopher P Gallienne David B Robins DEFRA Darwin Initiative Zooplankton Programme Version 1 June 2003 Marine Biological Association of the United Kingdom Occasional Publication No 15 GUIDE TO THE COASTAL AND SURFACE ZOOPLANKTON OF THE SOUTH-WESTERN INDIAN OCEAN David VP Conway Marine Biological Association Plymouth Rowena G White University of Wales Bangor Joanna Hugues-Dit-Ciles, Christopher P Gallienne and David B Robins Plymouth Marine Laboratory UK-DEFRA Darwin Initiative Project 162/09/004 Zooplankton of the Mascarene Plateau Version 1 June 2003 Marine Biological Association of the United Kingdom Occasional Publication No 15 General disclaimer The authors, the Marine Biological Association and the Plymouth Marine Laboratory do not guarantee that this publication is without flaw of any kind and disclaims all liability for any error, loss, or other consequence which may arise from you relying on any information in this publication. Citation Conway, D.V.P., White, R.G., Hugues-Dit-Ciles, J., Gallienne, C.P., Robins, D.B. (2003). Guide to the coastal and surface zooplankton of the south-western Indian Ocean, Occasional Publication of the Marine Biological Association of the United Kingdom, No 15, Plymouth, UK. Electronic copies This guide is available for download, without charge, from the Plymouth Marine Laboratory Website at http://www.pml.ac.uk/sharing/zooplankton.htm. © 2003 by the Marine Biological Association of the United Kingdom and the Plymouth Marine Laboratory, Plymouth, UK. No part of this publication may be reproduced in any form without permission of the authors. -
Bollettino Malacologico International Journal of Malacology XLVIII 2012 Supplemento 9 Arie W
vol. XLVIII 2012 bollettino malacologico international journal of malacology XLVIII 2012 supplemento 9 Arie W. Janssen Late Quaternary to Recent holoplanktonic Mollusca (Gastropoda) from bottom samples of the eastern Mediterranean Sea: systematics, morphology bollettino malacologico - international journal of malacology Direttore responsabile: Paolo Crovato e-mail: [email protected] supplemento 9 Coordinamento produzione: Prismi srl, Napoli Autorizzazione del Tribunale di Milano n. 479 del 15 ottobre 1983 Grafica e impaginazione: Grafica Elettronica srl, Napoli Poste Italiane - spedizione in a.p. - 70% Stampa: Arti Grafiche Solimene srl, Napoli Direzione Commerciale - Napoli Finito di stampare il 30 maggio 2012 ISSN 0394-7149 maggio 2012 spedizione n. 1/2012 Boll. Malacol., 48: 1-105 (suppl. 9, 2012) Late Quaternary to Recent holoplanktonic Mollusca (Gastropoda) from bottom samples of the eastern Mediterranean Sea: systematics, morphology Arie W. Janssen* * Netherlands Centre for Abstract Biodiversity Naturalis, P.O. Holoplanktonic molluscs of 62 bottom samples and the sieving residues < 0.6 mm of a single gravity core, were Box 9517, NL-2300 RA evaluated. The total number of species found in all samples together is 49 (Pterotracheoidea 11, Janthinidae 2, Leiden, The Netherlands; Limacinoidea 5, Cavolinioidea 16, Cymbulioidea 8, Gymnosomata 5, incertae sedis 2). Results obtained from the currently: 12, Triq residues of bottom samples only give information about which species have been present in the roughly esti- tal’Hamrija, Xewkija XWK 9033, Gozo, Malta; mated interval ‘late Pleistocene to Holocene, Recent included’. The gravity core samples were previously dated [email protected] on the basis of planktonic Foraminifera, comprising the interval of latest Saalian (Marine Isotope Stage 6) to Holocene, and some more detailed information on the vertical distribution of the species could be obtained. -
Environmental Impact Assessment 12 July 2021
The Ocean Cleanup Final Environmental Impact Assessment 12 July 2021 Prepared for: Prepared by: The Ocean Cleanup CSA Ocean Sciences, Inc. Batavierenstraat 15, 4-7th floor 8502 SW Kansas Avenue 3014 JH Rotterdam Stuart, Florida 34997 The Netherlands United States THE OCEAN CLEANUP DRAFT ENVIRONMENTAL IMPACT ASSESSMENT DOCUMENT NO. CSA-THEOCEANCLEANUP-FL-21-81581-3648-01-REP-01-FIN-REV01 Internal review process Version Date Description Prepared by: Reviewed by: Approved by: J. Tiggelaar Initial draft for A. Lawson B. Balcom INT-01 04/20/2021 K. Olsen science review G. Dodillet R. Cady K. Olen J. Tiggelaar INT-02 04/24/2021 TE review K. Metzger K. Olsen K. Olen Client deliverable Version Date Description Project Manager Approval 01 04/27/2021 Draft Chapters 1-4 K. Olsen Combined 02 05/07/2021 K. Olsen deliverable Incorporation of The Ocean Cleanup and 03 05/17/2021 K. Olsen Neuston Expert Comments Incorporate legal FIN 07/09/2021 comments and add K. Olsen additional 2 cruises FIN REV01 07/12/2021 Revised Final K. Olsen The electronic PDF version of this document is the Controlled Master Copy at all times. A printed copy is considered to be uncontrolled and it is the holder’s responsibility to ensure that they have the current version. Controlled copies are available upon request from the CSA Document Production Department. Executive Summary BACKGROUND The Ocean Cleanup has developed a new Ocean System (S002) which is made by a Retention System (RS) comprising two wings of 391 m in length each and a Retention Zone (RZ), that will be towed by two vessels to collect buoyant plastic debris from the within the North Pacific Subtropical Gyre (NPSG) located roughly midway between California and Hawaii. -
New Marine Gastropod Records for the Hellenic Waters
Manousis et al. J of Biol Res-Thessaloniki (2018) 25:6 https://doi.org/10.1186/s40709-018-0077-3 Journal of Biological Research-Thessaloniki RESEARCH Open Access New marine gastropod records for the Hellenic waters Thanasis Manousis1†, Constantinos Kontadakis2†, Georgios Polyzoulis3†, George Mbazios4† and Sofa Galinou‑Mitsoudi5*† Abstract Background: The Hellenic Seas are infuenced by on-going environmental changes and the introduction of alien species, which are expected to have an impact on their biodiversity. This study contributes to the knowledge of the Hellenic marine gastropod biodiversity, expanding data over the entire Greek territory, during the period from Octo‑ ber 2008 to March 2017. Results: This work presents 45 species of gastropods not previously reported from Greece or reported only once, belonging to 19 families. From those species, one (Horologica sp.) is, most probably, an undescribed species, 17 are new for the Eastern Mediterranean Sea and 40 are new for the Hellenic fauna. Main taxonomic characteristics and ecological information such as habitat, distribution and origin, are given and discussed. Conclusions: By this report, the Hellenic gastropod biodiversity is enriched by 40 new records, out of which, 17 are new for the Eastern Mediterranean Sea, 4 are Lessepsian migrants previously reported for the Mediterranean Sea and 1 is probably a new species. Keywords: Biodiversity, Gastropods, Mediterranean Sea, Greece Background distribution pathways have been extensively discussed [2, Te Mediterranean Sea is rich in biodiversity. Almost 4–12]. two decades ago, about 8500 species have been estimated Te Hellenic Seas, as a part of the Eastern Mediter- to occur [1]; this number doubled recently to more than ranean Sea, have been infuenced by the on-going envi- 17,000 species [2]. -
Proceedings of the United States National Museum
REPORT ON A COLLECTION OF SHELLS FROM PERU, WITH A SUABIARY OF THE LITTORAL MARINE MOLLUSCA OF THE PERLWIAN ZOOLOGICAL PROVINCE. By William Healey Dall, Curator, Division of MoUusks, U. S. National Museum,. INTRODUCTION. LTnder the auspices of the Ministerio cle Fomento of Peru, Mr. R. E. Coker was engaged in making studies and collections of animals of the Peruvian coast with the intention of contributing to the knowl- edge of the aquatic resources of the country. In the course of this work numerous economic notes were made in relation to the animals obtained. On the portion of the collection consisting of Mollusca, the authori- ties of Peru, through the intervention of Mr. Coker, have requested the writer to prepare a report. It was found on looking into the matter that no systematic list of the shore mollusks of the Peruvian province had been published for more than half a century. It was thought that the value of this report to the naturalists of Peru and elsewhere would be consider- ably enhanced, after discussing the collection in question, if to it was added a list of the species reported as occurring on the shores of the Peruvian zoological province. The present report therefore contains both, together with illustrations of the chief economic mollusks of the Peruvian coast and islands contained in the collection. It should be said that specimens of this collection have been returned with identifications, to the Peruvian authorities, and another series retained in the U. S. National Museum for reference. The notes in small type were prepared by Mr. -
Linnaeus, 1758)
1 La janthine commune Janthina janthina (Linnaeus, 1758) Citation de cette fiche : Noël P., Le Quément M., 2017. La janthine commune Janthina janthina (Linnaeus, 1758). in Muséum national d'Histoire naturelle [Ed.], 31 mai 2017. Inventaire national du Patrimoine naturel, pp. 1-15, site web http://inpn.mnhn.fr Contact des auteurs : Pierre Noël, UMS 2006 "Patrimoine naturel", Muséum national d'Histoire naturelle, 43 rue Buffon (CP 48), 75005 Paris ; e-mail [email protected] ; Michel Le Quément, [email protected] Résumé. La coquille de la janthine commune est globuleuse, fine et fragile ; elle est de couleur violet clair, un peu plus foncé à la base. Elle a environ 4 spires et mesure jusqu'à 30 mm, rarement plus. Elle est dépourvue d'opercule. Son ouverture est "carrée" : le labre externe et la columelle forment un angle droit. L'animal lui même est de couleur violette. Il flotte près de la surface de l'eau et reste accroché à un radeau de bulles. Les janthines sont des prédateurs de méduses et de petits organismes gélatineux qui se tiennent à la surface de l'eau, en particulier des vélelles. Leurs prédateurs sont les tortues, les oiseaux de mer et les poissons pélagiques. L'espèce est rarement observée en France ; elle s'échoue parfois en grand nombre sur les plages. Cette espèce cosmopolite est surtout présente dans les eaux tropicales. Figure 1. La coquille de la janthine commune Figure 2. Carte de distribution en France métropolitaine. Janthina janthina. © Michel Le Quément. © P. Noël INPN-MNHN 2017. Classification : Phylum Mollusca Linnaeus, 1758 > Classe Gastropoda Cuvier, 1795 > Sous-classe Caenogastropoda Cox, 1960 > Ordre [non attribué] Caenogastropoda > Super-famille Epitonioidea Berry, 1910 > Famille Janthinidae Lamarck, 1822 > Genre Janthina Röding, 1798. -
FMRI TR-3 Text
ISSN 1092-194X FLORIDA MARINE RESEARCH INSTITUTE TECHNICALTECHNICAL REPORTSREPORTS Checklists of Selected Shallow-Water Marine Invertebrates of Florida David K. Camp, William G. Lyons, and Thomas H. Perkins Florida Department of Environmental Protection FMRI Technical Report TR-3 1998 Lawton Chiles Governor of Florida Florida Department of Environmental Protection Virginia B. Wetherell Secretary The Florida Marine Research Institute (FMRI) is a bureau of the Florida Department of Envi- ronmental Protection (FDEP).The FDEP’s mission is to “protect,conserve, and manage Florida’s environment and natural resources.” The FMRI conducts applied research pertinent to manag- ing marine-fishery resources and marine species of special concern in Florida. Programs at the FMRI focus on resource-management topics such as managing gamefish and shellfish populations, restoring depleted fish stocks and the habitats that support them, pro- tecting coral reefs, preventing and mitigating oil-spill damage, protecting endangered and threatened species, and managing coastal-resource information. The FMRI publishes three series: Memoirs of the Hourglass Cruises, Florida Marine Research Publi- cations, and FMRI Technical Reports. FMRI Technical Reports contain information relevant to imme- diate resource-management needs. Kenneth D. Haddad, Chief of Research Institute Editors Theresa M. Bert, David K. Camp, Paul R. Carlson, Mark M. Leiby, William G. Lyons, Anne B. Meylan, Robert G. Muller, Ruth O. Reese, Carmelo R. Tomas James F. Quinn, Jr., Science Editor Judith G. Leiby, Copy Editor Llyn C. French, Art Editor Checklists of Selected Shallow-Water Marine Invertebrates of Florida David K. Camp William G. Lyons Thomas H. Perkins Florida Department of Environmental Protection Florida Marine Research Institute 100 Eighth Avenue Southeast St. -
True Tekhelet: Identifying Janthina Janthina As the Hillazon-Hatekhelet
True Tekhelet: Identifying Janthina janthina as the Hillazon- HaTekhelet Thesis Submitted in Partial Fulfillment of the Requirements of the Jay and Jeanie Schottenstein Honors Program Yeshiva College Yeshiva University June 2020 Yosef Malkiel Mentor: Professor Aaron J. Koller, Near Eastern and Jewish Studies Table of Contents Abstract .............................................................................................................................................. 2 Introduction ........................................................................................................................................ 3 Criteria for Identifying the Hillazon-Hatekhelet ................................................................................ 7 Reservations on the Murex trunculus as the Hillazon-Hatekhelet.................................................... 17 Proposal to Reinvestigate Janthina janthina as the Hillazon-Hatekhelet ........................................ 22 Conclusion ........................................................................................................................................ 29 Appendix .......................................................................................................................................... 31 1 Abstract Tekhelet dye that was once used in the biblical era for dyeing the curtains of the Tabernacle, the clothes of the High Priest, and the ritual fringes attached to the clothes of Jewish men is derived from the mysterious hillazon according to Mishnaic -
A List of Indigenous Fish, Shellfish and Aquatic Plant Species of Texas
A LIST OF INDIGENOUS FISH, SHELLFISH AND AQUATIC PLANT SPECIES OF TEXAS by William D. Harvey, Raymond W. Neck, N. Joyce Johnson, Gary P. Garrett, Robert G. Howells and Terry J. Cody MANAGEMENT DATA SERIES No. 9 1989 Texas Parks and Wildlife Department Inland and Coastal Fisheries Branches Fisheries Division 4200 Smith School Road Austin, Texas 78744 en t¬ eh &K i ACKNOWLEDGEMENTS Much of these data used to compile this checklist was provided by the field staff of both the Coastal and Inland Fisheries Branches of the Fisheries Division through years of dedicated resource monitoring. Fish species information was provided by Dr. Clark Hubbs, University of Texas of Austin, Dr. Bob Edwards, University--Pan American and Dr. Gary C. Matlock, Texas Parks and Wildlife Department. Additional shellfish information was provided by C. E. Bryan and Hal R. Osburn, Texas Parks and Wildlife Department. ii ABSTRACT Available scientific literature and Texas Parks and Wildlife Department Fisheries Division species code lists were examined for compilation of a comprehensive list of fish, shellfish and aquatic plants indigenous to Texas. Indigenous is defined as species that (1) are documented as occurring in Texas public waters (including the area out to nine nautical miles in the Gulf of Mexico); (2) are spawned, reproduce or live in Texas public waters and (3) whose first documented occurrence in Texas public waters was not the result of direct or indirect introduction by man. Shellfish species list was limited to the phylum Mollusca and to the order Decapoda (class Crustacea). Compilation of these lists reveal 572 fish species, 678 shellfish species, and 521 aquatic plant species as being indigenous to Texas public waters.