Appendix 14.1 Annex C Literature Review of Species Recorded in CMP Trawling Survey from 2006 to 2013
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Biodiversity and Spatial Distribution of Molluscs in Tangerang Coastal Waters, Indonesia 1,2Asep Sahidin, 3Yusli Wardiatno, 3Isdradjad Setyobudiandi
Biodiversity and spatial distribution of molluscs in Tangerang coastal waters, Indonesia 1,2Asep Sahidin, 3Yusli Wardiatno, 3Isdradjad Setyobudiandi 1 Laboratory of Aquatic Resources, Faculty of Fisheries and Marine Science, Universitas Padjadjaran, Bandung, Indonesia; 2 Department of Fisheries, Faculty of Fisheries and Marine Science, Universitas Padjadjaran, Bandung, Indonesia; 3 Department of Aquatic Resources Management, Faculty of Fisheries and Marine Science, IPB University, Bogor, Indonesia. Corresponding author: A. Sahidin, [email protected] Abstract. Tangerang coastal water is considered as a degraded marine ecosystem due to anthropogenic activities such as mangrove conversion, industrial and agriculture waste, and land reclamation. Those activities may affect the marine biodiversity including molluscs which have ecological role as decomposer in bottom waters. The purpose of this study was to describe the biodiversity and distribution of molluscs in coastal waters of Tangerang, Banten Province- Indonesia. Samples were taken from 52 stations from April to August 2014. Sample identification was conducted following the website of World Register of Marine Species and their distribution was analyzed by Canonical Correspondence Analysis (CCA) to elucidate the significant environmental factors affecting the distribution. The research showed 2194 individual of molluscs found divided into 15 species of bivalves and 8 species of gastropods. In terms of number, Lembulus bicuspidatus (Gould, 1845) showed the highest abundance with density of 1100-1517 indv m-2, probably due to its ability to live in extreme conditions such as DO < 0.5 mg L-1. The turbidity and sediment texture seemed to be key parameters in spatial distribution of molluscs. Key Words: bivalve, ecosystem, gastropod, sediment, turbidity. Introduction. Coastal waters are a habitat for various aquatic organisms including macroinvertebrates such as molluscs, crustaceans, polychaeta, olygochaeta and echinodermata. -
Tipos Por Colección
TIPOS POR COLECCIÓN Nº LOTES Bivalvos marinos 31 Caudofoveados 8 Cefalópodos 10 Gasterópodos dulceacuícolas 156 Gasterópodos marinos 934 Gasterópodos terrestres 444 Monoplacóforos 1 Poliplacóforos 22 Solenogastros 24 TOTAL 1630 TIPOS BIVALVOS MARINOS 2020 Nº orden Familia Especie Autor Tipo 15.07/5180 Astartidae Goodallia micalii Giribet & Peñas, 1999 Holotipo y Paratipo 15.07/5181 Astartidae Goodallia gofasi Giribet & Peñas, 1999 Paratipo 15.07/172 Condylocardiidae Condylocardia verdensis Salas & Rolán, 1990 Paratipo 15.07/173 Condylocardiidae Condylocardia tridacniformis Salas & Rolán, 1990 Paratipos 15.07/174 Condylocardiidae Condylocardia carditoides Salas & Rolán, 1990 Paratipo 15.07/175 Condylocardiidae Condylocardia bravensis Salas & Rolán, 1990 Paratipos 15.07/1505 Condylocardiidae Condylocardia ameliae Salas & von Cosel, 1991 Paratipos 15.07/1506 Condylocardiidae Carditopsis gofasi Salas & von Cosel, 1991 Paratipos 15.07/1507 Condylocardiidae Condylocardia angolensis Salas & von Cosel, 1991 Paratipos 15.07/15006 Cuspidariidae Cuspidaria voncoseli Castillo & Ramil, 2018 Holotipo 15.07/1503 Galeommatidae Ephippodonta gregaria Gofas, 1991 Paratipos 15.07/2223 Limidae Notolimea clandestina Salas, 1994 Holotipo 15.07/2224 Limidae Notolimea clandestina Salas, 1994 Paratipo 15.07/5102 Montacutidae Epilepton parrussetensis Giribet & Peñas, 1999 Paratipo 15.07/4644 Montacutidae Epilepton parrussetensis Giribet & Peñas, 1999 Holotipo 15.07/3499 Mytilidae Modiola martorelli Hidalgo, 1878 Sintipos 15.07/4984 Neoleptonidae Neolepton guanche -
Conoidea (Neogastropoda) Assemblage from the Lower Badenian (Middle Miocene) Deposits of Letkés (Hungary), Part II. (Borsoniida
151/2, 137–158., Budapest, 2021 DOI: 10.23928/foldt.kozl.2021.151.2.137 Conoidea (Neogastropoda) assemblage from the Lower Badenian (Middle Miocene) deposits of Letkés (Hungary), Part II. (Borsoniidae, Cochlespiridae, Clavatulidae, Turridae, Fusiturridae) KOVÁCS, Zoltán1 & VICIÁN, Zoltán2 1H–1147 Budapest, Kerékgyártó utca 27/A, Hungary. E-mail: [email protected]; Orcid.org/0000-0001-7276-7321 2H–1158 Budapest, Neptun utca 86. 10/42, Hungary. E-mail: [email protected] Conoidea (Neogastropoda) fauna Letkés alsó badeni (középső miocén) üledékeiből, II. rész (Borsoniidae, Cochlespiridae, Clavatulidae, Turridae, Fusiturridae) Összefoglalás Tanulmányunk Letkés (Börzsöny hegység) középső miocén gastropoda-faunájának ismeretéhez járul hozzá öt Conoidea-család (Borsoniidae, Cochlespiridae, Clavatulidae, Turridae, Fusiturridae) 41 fajának leírásával és ábrázo - lásával. A közismert lelőhely agyagos, homokos üledékei a Lajtai Mészkő Formáció alsó badeni Pécsszabolcsi Tagozatát képviselik, és – ma már kijelenthető – Magyarország leggazdagabb badeni tengeri molluszkaanyagát tartalmazzák. A jelen tanulmányban vizsgált Conoidea-fauna néhány nagyon ritka faj [pl. Cochlespira serrata (BELLARDI), Clavatula sidoniae (HOERNES & AUINGER) stb.] újabb előfordulásának igazolása mellett a tudományra nézve öt új faj bevezetését is lehetővé tette: Clavatula hirmetzli n. sp., Clavatula santhai n. sp., Clavatula szekelyhidiae n. sp., Perrona harzhauseri n. sp., Perrona nemethi n. sp. A kutatás során a vonatkozó korábbi magyarországi szakirodalom revízióját -
DNA Barcoding Reveal Patterns of Species Diversity Among
www.nature.com/scientificreports OPEN DNA barcoding reveal patterns of species diversity among northwestern Pacific molluscs Received: 04 April 2016 Shao’e Sun, Qi Li, Lingfeng Kong, Hong Yu, Xiaodong Zheng, Ruihai Yu, Lina Dai, Yan Sun, Accepted: 25 August 2016 Jun Chen, Jun Liu, Lehai Ni, Yanwei Feng, Zhenzhen Yu, Shanmei Zou & Jiping Lin Published: 19 September 2016 This study represents the first comprehensive molecular assessment of northwestern Pacific molluscs. In total, 2801 DNA barcodes belonging to 569 species from China, Japan and Korea were analyzed. An overlap between intra- and interspecific genetic distances was present in 71 species. We tested the efficacy of this library by simulating a sequence-based specimen identification scenario using Best Match (BM), Best Close Match (BCM) and All Species Barcode (ASB) criteria with three threshold values. BM approach returned 89.15% true identifications (95.27% when excluding singletons). The highest success rate of congruent identifications was obtained with BCM at 0.053 threshold. The analysis of our barcode library together with public data resulted in 582 Barcode Index Numbers (BINs), 72.2% of which was found to be concordantly with morphology-based identifications. The discrepancies were divided in two groups: sequences from different species clustered in a single BIN and conspecific sequences divided in one more BINs. In Neighbour-Joining phenogram, 2,320 (83.0%) queries fromed 355 (62.4%) species-specific barcode clusters allowing their successful identification. 33 species showed paraphyletic and haplotype sharing. 62 cases are represented by deeply diverged lineages. This study suggest an increased species diversity in this region, highlighting taxonomic revision and conservation strategy for the cryptic complexes. -
44-Mar-2016.Pdf
Page 2 Vol. 44, No. 1 In 1972, a group of shell collectors saw the need for a national organization devoted to the interests of shell collec- tors; to the beauty of shells, to their scientific aspects, and to the collecting and preservation of mollusks. This was the start of COA. Our member- AMERICAN CONCHOLOGIST, the official publication of the Conchol- ship includes novices, advanced collectors, scientists, and shell dealers ogists of America, Inc., and issued as part of membership dues, is published from around the world. In 1995, COA adopted a conservation resolution: quarterly in March, June, September, and December, printed by JOHNSON Whereas there are an estimated 100,000 species of living mollusks, many PRESS OF AMERICA, INC. (JPA), 800 N. Court St., P.O. Box 592, Pontiac, IL 61764. All correspondence should go to the Editor. ISSN 1072-2440. of great economic, ecological, and cultural importance to humans and Articles in AMERICAN CONCHOLOGIST may be reproduced with whereas habitat destruction and commercial fisheries have had serious ef- proper credit. We solicit comments, letters, and articles of interest to shell fects on mollusk populations worldwide, and whereas modern conchology collectors, subject to editing. Opinions expressed in “signed” articles are continues the tradition of amateur naturalists exploring and documenting those of the authors, and are not necessarily the opinions of Conchologists the natural world, be it resolved that the Conchologists of America endors- of America. All correspondence pertaining to articles published herein es responsible scientific collecting as a means of monitoring the status of or generated by reproduction of said articles should be directed to the Edi- mollusk species and populations and promoting informed decision making tor. -
Turridae (Mollusca: Gastropoda) of Southern Africa and Mozambique
Ann. Natal Mus. Vol. 26(2) Pages 417-470 Pietermaritzburg June, 1985 Turridae (Mollusca: Gastropoda) of southern Africa and Mozambique. Part 2. Subfamily Clavatulinae by R. N. Kilburn (Natal Museum, Pietermaritzburg) SYNOPSIS Four genera and 20 species of Clavatulinae are recorded from southern Africa: Clionella (11 species), Clavatula (4 species), Toxiclionella (4 species) and Benthoclionella (1 species). All are described and the radulae of 13 species and egg-capsules of 3 are figured. The radula of Toxiclionella elstoni (Barnard, 1962) consists of vestigial rachidians and double-barbed hypodermic marginal teeth. New species: Clionella liltvedi. New subspecies: Clionella subventricosa kaffraria. New subgenus: Caliendrula (of Toxiclionella), type species Latiaxis ? elstoni Barnard, 1962. Species removed from Clavatulinae: Pleurotoma turriplana Sowerby, 1903, is a Turricula, and P. gravis Hinds, 1843, a M akiyam aia (both Cochlespirinae)', Clavatula erecta Turton, 1932, is an indeterminate clavinid. New synonyms: Pleurotoma nux Reeve, 1845 = Clionella semicostata (Kiener, 1840); Clionella nereia B artsch, 1915, C. pro xim a, C. kow iensis and C. kowiensis viridis Turton, 1932 = C. rosaria (R eeve, 1846); C. assimilans Turton, 1932 = Clavatula tripartita (Weinkauff, 1876). New combinations: Drillia subcontracta Smith, 1904, and Pleurotoma vilma Thiele, 1925, are transferred to Clionella; P. impages Adams & Reeve, 1850, Clavatula haliplex Bartsch, 1915, and Latiaxis ? elstoni are referred to Toxiclionella. New status: Clionella bornii (Smith, 1877), C. striolata Turton, 1932, C. vilma (Thiele, 1925), Clavatula helena Bartsch, 1915, and Toxiclionella haliplex (Bartsch, 1915) are valid species. Toxiclionella Powell, 1966, is given full generic status. Mangilia herilda Bartsch, 1915, is a valid Mitromorpha. Lectotype designated: Clionella confusa E.A. -
IMPACTS of SELECTIVE and NON-SELECTIVE FISHING GEARS on the INLAND WATERS of BANGLADESH
A checklist of molluscans inhabiting Bandri Beach along the Jiwani coast, Balochistan, Pakistan Item Type article Authors Ghani, Abdul; Afsar, Nuzhat; Moazzam, Muhammad Download date 26/09/2021 00:44:50 Link to Item http://hdl.handle.net/1834/40825 Pakistan Journal of Marine Sciences, Vol. 27(1), 61-71, 2018. A CHECKLIST OF MOLLUSCANS INHABITING BANDRI BEACH ALONG THE JIWANI COAST, BALOCHISTAN, PAKISTAN Abdul Ghani, Nuzhat Afsar and Muhammad Moazzam Institute of Marine Science, University of Karachi, Karachi-75270, Pakistan. (AG, NA); WWF, Karachi office, Bungalow # 46/K, Block 6, P.E.C.H.S, Shahrah-e-Faisal, Karachi (MM). email: [email protected]; [email protected] ABSTRACT: Main object of the study was to record the composition and diversity of intertidal molluscan species of the Bandri Beach along the Jiwani coast, Balochistan to develop baseline data information which could be helpful in future conservation perspective. The study revealed the presence of ninety eight (98) species comprising of sixty eight (68) gastropods, twenty six (26) bivalves, two (2) scaphopods, one (1) Polyplacophora and one (1) Cephalopod species at two selected points of the Bandri Beach, Jiwani coast. Among these molluscan species, members of cerithids, trochid Umbonium vestairium, bivalve Branchidontes variabilis and oyster Crassostrea madrasensis were found in abundance. Study presents the first report on the occurrence of molluscan species in the area. KEYWORDS: Molluscs, checklist, Bandri Beach, Jiwani, Balochistan coast, Pakistan. INTRODUCTION Molluscan species of Pakistan coast especially those found along the Sindh coast have been studied extensively and several authors have published papers on species diversity, distribution, and abundance (Burney and Barkati, 1995; Nasreen et al., 2000; Rahman and Barkati, 2004; Afsar et al., 2012; Rahman and Barkati, 2012; Afsar et al., 2013 a,b), as compared to molluscan abunadance and distribution studies along Balochistan coast. -
Strebel, 1912)
Natica bouvieri Jousseaume, 1883 (Mollusca: Gastropoda: Naticidae) a forgotten species compared with Natica canariensis Odhner, 1931 Frank Nolf Pr. Stefanieplein, 43/8 B-8400 Oostende, Belgium [email protected] Keywords: NATICIDAE, Natica bouvieri, Natica Moreover, I have been able to thoroughly study canariensis, all the West African NATICIDAE from the MNHN- collections and as it could be expected both Abstract: names – N. canariensis and N. bouvieri – were After nearly a hundred years of confusion, this present on the labels used by different amateur paper intends to remove all remaining doubts and professional researchers. The purpose of my about the attribution of the names Natica study was to investigate if both are different bouvieri Jousseaume, 1883 and Natica species and if really so, what the differences are. canariensis Odhner, 1932. Both refer to clearly Identification of representatives of the family distinct species and specimens can easily be NATICIDAE is not as easy as one would like it to separated from each other by the differences in be because only few parameters can be used. the funicular callus and the operculum. The structure of the operculum and the umbilicus combined with the funicular are here considered Abbreviations: the most suitable instruments, certainly when the CFN: Private collection of Frank Nolf radulae are not available for study. (Oostende, Belgium). CJV: Private collection of Johan Verstraeten Material examined: (Oostende, Belgium) MNHN: Muséum national d’Histoire naturelle, Natica canariensis Odhner, 1932 Paris, France. Lanzarote, Canary Islands, Spain, December PEMARCO: Pêche Maritime du Congo. 1964, 2 dd (CFN); Mauritania, NW Africa, 20°00’ N/ 17°29’ W, dredged at a depth of 72 m, 1 dd H.: Height. -
Density Effect of Mangrove Vegetation on Gastropods on Pandansari Mangrove Ecotourism Forest, Kaliwlingi Village, Brebes Central Java
Available online at www.worldscientificnews.com WSN 133 (2019) 98-120 EISSN 2392-2192 Density Effect of Mangrove Vegetation on Gastropods on Pandansari Mangrove Ecotourism Forest, Kaliwlingi Village, Brebes Central Java Siska Nurfitriani*, Walim Lili, Herman Hamdani and Asep Sahidin Faculty of Marine Sciences, Padjdajaran University, Sumedang, Indonesia *E-mail address: [email protected] ABSTRACT This research was conducted on November 2018 - January 2019. The method used was the survey method by making direct observations on the stations that have been determined. The results of the research include two types of mangroves found, they are Rhizophora stylosa and Aviciena marina. The highest mangrove density was found at station 1, as many as 2302 ind / ha which dominated by R. stylosa. Gastropods found were Casidulla aurisfelis, Cerithidea sp., C. cingulate, C. alata, C. obtusa, Polinices sp., Puperita sp., Tarebia sp., Telescopium telescopium, and Turricula flammea. The Diversity Index obtained is 0.998 - 2.547, indicating moderate diversity. The uniformity index obtained is 0.10 - 0.27, indicating that there was a dominant community. While the relation between mangrove vegetation density and gastropods was 0.95, this shows that there is a very strong relation between the density of mangroves and gastropods. Keywords: Brebes, Gastropods, Mangroves, Mangrove Density, Diversity Index, Uniformity Index, Ellobiidae, Potamididae, Nerithidae, Naticidae, Thiaridae, Clavatulidae 1. INTRODUCTION Mangrove is type of plants that forms a community in tidal areas. Pandansari mangrove ecotourism is located on the coast of Java Sea, precisely located in Pandansari, Kaliwlingi ( Received 22 March 2019; Accepted 08 April 2019; Date of Publication 06 August 2019 ) World Scientific News 133 (2019) 98-120 Village, Brebes District. -
TURRICULA NELLIAE SPURIA, HEDLEY, 1922 (MOLLUSCA: GASTROPOD: CLAVATULIDAE): RANGE EXTENSION and NEW COUNTRY RECORD Devendra A
Cibtech Journal of Zoology ISSN: 2319–3883 (Online) An Open Access, Online International Journal Available at http://www.cibtech.org/cjz.htm 2017 Vol. 6 (1) January-April, pp.14-19/Solanki et al. Research Article TURRICULA NELLIAE SPURIA, HEDLEY, 1922 (MOLLUSCA: GASTROPOD: CLAVATULIDAE): RANGE EXTENSION AND NEW COUNTRY RECORD Devendra A. Solanki, Jignesh R. Kanejiya and *Bharatsinh M. Gohil Department of Life Sciences, Maharaja Krishnakumarsinhji Bhavnagar University, Bhavnagar, Gujarat, India 364 002 *Author for Correspondence ABSTRACT Turricula nelliae spuria reported for the first time from the Gopnath coast (21º 12′ 44″ N and 72º 6′ 57″ E) Gulf of Khambhat, Gujarat, situated on the west coast of India. Its second record for the coastline of India, firstly T. nelliae spuria recorded in Goa, coastal state of India. The present study was carried out from 1 April 2015 to 31 May 2016. In this study, establishing the first record of T. nelliae spuria to the Gujarat coastline and expanding its distribution range to the world oceans. Keywords: Gujarat coastline, India, Mollusca, Turricula Nelliae Spuria, New country record INTRODUCTION The Indo-West Pacific oceans are famous for their richness in marine biodiversity, even known fossils from the same regions were plenty, for the reasons it being called marine hotspot for the origin of species (Renema et al., 2008). Turricula, Schumacher, 1817 genus favors shallow-water of warm ocean and might be distributed in entire tropical Indian oceans (Powell, 1969). T. nelliae spuria was previously classify under family Turridae, the primitive fossil of turrids are from the mid-Cretaceous, Powell (1966); Harzhauser et al., (2009) describes fossils of T. -
Revision of the Genus Turris Batsch, 1789 (Gastropoda: Conoidea: Turridae) with the Description of Six New Species
Zootaxa 3244: 1–58 (2012) ISSN 1175-5326 (print edition) www.mapress.com/zootaxa/ Article ZOOTAXA Copyright © 2012 · Magnolia Press ISSN 1175-5334 (online edition) Revision of the genus Turris Batsch, 1789 (Gastropoda: Conoidea: Turridae) with the description of six new species RICHARD N. KILBURN1, ALEXANDER E. FEDOSOV2 & BALDOMERO M. OLIVERA3 1 Natal Museum, Private Bag 9070, Pietermaritzburg 3201, South Africa ([email protected]). 2 A.N. Severtzov Institute of Ecology and Evolution, Russian Academy of Sciences, Leninski Prospect 33, Moscow 119071, Russia. ([email protected]). 3 Department of Biology, University of Utah, 257 South 1400 East, Salt Lake City, Utah 84112, U.S.A. ([email protected]). Abstract The taxonomy of the genus Turris Batsch, 1789, type genus of the family Turridae, widespread in shallow-water habitats of tropic Indo-Pacific, is revised. A total of 31 species of Turris, are here recognized as valid. New species described: Tur- ris chaldaea, Turris clausifossata, Turris guidopoppei, Turris intercancellata, Turris kantori, T. kathiewayae. Homonym renamed: Turris bipartita nom. nov. for Pleurotoma variegata Kiener, 1839 (non Philippi, 1836). New synonymies: Turris ankaramanyensis Bozzetti, 2006 = Turris tanyspira Kilburn, 1975; Turris imperfecti, T. nobilis, T. pulchra and T. tornatum Röding, 1798, and Turris assyria Olivera, Seronay & Fedosov, 2010 = T. babylonia; Turris dollyae Olivera, 2000 = Pleu- rotoma crispa Lamarck, 1816; Turris totiphyllis Olivera, 2000 = Turris hidalgoi Vera-Peláez, Vega-Luz & Lozano-Fran- cisco, 2000; Turris kilburni Vera-Peláez, Vega-Luz & Lozano-Francisco, 2000 = Turris pagasa Olivera, 2000; Turris (Annulaturris) munizi Vera-Peláez, Vega-Luz & Lozano-Francisco, 2000 = Gemmula lululimi Olivera, 2000. Revised sta- tus: Turris intricata Powell, 1964, Pleurotoma variegata Kiener, 1839 (non Philippi, 1836) and Pleurotoma yeddoensis Jousseaume, 1883, are regarded as full species (not subspecies of Turris crispa). -
Evolution of the Radular Apparatus in Conoidea (Gastropoda: Neogastropoda) As Inferred from a Molecular Phylogeny
MALACOLOGIA, 2012, 55(1): 55−90 EVOLUTION OF THE RADULAR APPARATUS IN CONOIDEA (GASTROPODA: NEOGASTROPODA) AS INFERRED FROM A MOLECULAR PHYLOGENY Yuri I. Kantor1* & Nicolas Puillandre2 ABSTRACT The anatomy and evolution of the radular apparatus in predatory marine gastropods of the superfamily Conoidea is reconstructed on the basis of a molecular phylogeny, based on three mitochondrial genes (COI, 12S and 16S) for 102 species. A unique feeding mecha- nism involving use of individual marginal radular teeth at the proboscis tip for stabbing and poisoning of prey is here assumed to appear at the earliest stages of evolution of the group. The initial major evolutionary event in Conoidea was the divergence to two main branches. One is characterized by mostly hypodermic marginal teeth and absence of an odontophore, while the other possesses a radula with primarily duplex marginal teeth, a strong subradular membrane and retains a fully functional odontophore. The radular types that have previously been considered most ancestral, “prototypic” for the group (flat marginal teeth; multicuspid lateral teeth of Drilliidae; solid recurved teeth of Pseudomelatoma and Duplicaria), were found to be derived conditions. Solid recurved teeth appeared twice, independently, in Conoidea – in Pseudomelatomidae and Terebridae. The Terebridae, the sister group of Turridae, are characterized by very high radular variability, and the transformation of the marginal radular teeth within this single clade repeats the evolution of the radular apparatus across the entire Conoidea. Key words: Conoidea, Conus, radula, molecular phylogeny, evolution, feeding mechanisms, morphological convergence, character mapping. INTRODUCTION the subradular membrane, transferred to the proboscis tip (Figs. 2, 4), held by sphincter(s) Gastropods of the superfamily Conoidea in the buccal tube (Figs.