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A New Species of the Genus Harpadon (Aulopiformes, Synodontidae) from the North-Eastern Arabian Sea, India
Indian J. Fish., 62(4) : 1-9, 2015 1 A new species of the Genus Harpadon (Aulopiformes, Synodontidae) from the north-eastern Arabian Sea, India U. GANGA, JINESH P. THOMAS AND SANDHYA SUKUMARAN ICAR-Central Marine Fisheries Research Institute, P. B. No. 1603, Ernakulam North P. O. Kochi - 682 018, Kerala, India e-mail: [email protected] ABSTRACT A new species of Harpadon Lesueur, 1825 captured from the continental slope area 19° 53’ N - 69° 23’E (north-eastern Arabian Sea) is described. The species Harpadon nudus sp. nov. was identified possessing a prominent trilobed caudal fin and a wide mouth with strong fang like barbed teeth and has been distinguished from its congeners by the following combination of characters: slender, completely scaleless body with very short pectoral (8.6 - 13.8% SL) and pelvic (16.4 - 21.6% SL) fins, large eyes (9.1 - 15.1% HL) with narrow inter-orbital width (15% of HL) and single pair of nares, situated close to the tip of the narrow snout. Morphologically it differs from the partially scaled species such as Harpadon nehereus in having very short pectoral fins not reaching up to its dorsal fin, single pair of nares and a pointed snout in dorsal view. It can be distinguished from Harpadon microchir by its greater head length of 22 - 26% SL; absence of scales at the base of the adipose fin and on the lateral line as well as the dorsal fin count of 12 rays. It is differentiated from Harpadon mortenseni by its lower lateral line pores count (40 - 43), higher number of branchiostegals (17 to 20), absence of scales on the lateral line or caudal peduncle and absence of vomerine teeth. -
Southern India Project Elephant Evaluation Report
SOUTHERN INDIA PROJECT ELEPHANT EVALUATION REPORT Mr. Arin Ghosh and Dr. N. Baskaran Technical Inputs: Dr. R. Sukumar Asian Nature Conservation Foundation INNOVATION CENTRE, INDIAN INSTITUTE OF SCIENCE, BANGALORE 560012, INDIA 27 AUGUST 2007 CONTENTS Page No. CHAPTER I - PROJECT ELEPHANT GENERAL - SOUTHERN INDIA -------------------------------------01 CHAPTER II - PROJECT ELEPHANT KARNATAKA -------------------------------------------------------06 CHAPTER III - PROJECT ELEPHANT KERALA -------------------------------------------------------15 CHAPTER IV - PROJECT ELEPHANT TAMIL NADU -------------------------------------------------------24 CHAPTER V - OVERALL CONCLUSIONS & OBSERVATIONS -------------------------------------------------------32 CHAPTER - I PROJECT ELEPHANT GENERAL - SOUTHERN INDIA A. Objectives of the scheme: Project Elephant was launched in February 1992 with the following major objectives: 1. To ensure long-term survival of the identified large elephant populations; the first phase target, to protect habitats and existing ranges. 2. Link up fragmented portions of the habitat by establishing corridors or protecting existing corridors under threat. 3. Improve habitat quality through ecosystem restoration and range protection and 4. Attend to socio-economic problems of the fringe populations including animal-human conflicts. Eleven viable elephant habitats (now designated Project Elephant Ranges) were identified across the country. The estimated wild population of elephants is 30,000+ in the country, of which a significant -
Zootaxa, First Report of Aulopus (Teleostei: Aulopidae) From
Zootaxa 2628: 27–42 (2010) ISSN 1175-5326 (print edition) www.mapress.com/zootaxa/ Article ZOOTAXA Copyright © 2010 · Magnolia Press ISSN 1175-5334 (online edition) First report of Aulopus (Teleostei: Aulopidae) from Southwestern Atlantic, with a review of records and a key to Western Atlantic Aulopoidei species ALFREDO CARVALHO-FILHO1,4, GUY MARCOVALDI2, CLÁUDIO L. S. SAMPAIO3, M. ISABEL G. PAIVA2 & LUIZ A. G. DUARTE2 1Fish-Bizz Ltda. Rua Maria Garcez, 39, São Paulo, SP, 05424-070, Brasil 2Projeto Tamar-ICMBio. Avenida do Farol Garcia D´Ávila, s/n, Praia do Forte, Mata de São João, BA, 48280-000, Brasil 3Universidade Federal de Alagoas, Unidade de Ensino Penedo. Av. Beira Rio s/n°, Centro Histórico, Penedo, AL. 57.200-000 4Corresponding author. E-mail: [email protected] Abstract In this second paper dedicated to report on deep-sea fishes from Brazilian waters, mainly from Bahia, the presence of one family and three species of Aulopoidei is reported for the first time from Brazilian waters: the aulopid Aulopus filamentosus (royal flagfin), the synodontids Saurida normani and Synodus poeyi (shortjaw lizardfish and offshore lizardfish, respectively). The presence of Synodus saurus and Saurida suspicio in Brazilian waters is discussed, and a key to the Western Atlantic Aulopoidei is provided. Key words: Lizardfishes, flagfin, Aulopus, Saurida, Synodus, Aulopidae, Synodontidae, deep-sea fishes Introduction According to Davis (2010), the world-wide marine and usually deep-sea, benthic or pelagic Aulopiformes order, contains 16 families, split in 3 suborders of extant taxa: Alepisauroidei (Alepisauridae, Bathysauridae, Bathysauroididae, Bathysauropsidae, Chlorophthalmidae, Evermannellidae, Giganturidae, Ipnopidae, Notosudidae, Paralepididae, Scopelarchidae and Sudidae), Paraulopoidei (Paraulopidae), and Aulopoidei (Aulopidae, Pseudotrichonotidae, and Synodontidae). -
Legend Haralahalli Keragodu
Village Map of Hassan District, Karnataka µ Bommasamudra Donanakatte Bennigundihalli Kumbara Ghatta Shankaranahalli Kanakatte Hampanakatte Kasavanahalli Keremundina Kaval Kitthanakere Maddarahalli Battihalli Giribommanahalli Dibburu Karadihalli Magenahalli Hosahalli Kadlamagge Somashettyhalli Yachagondanahalli Kallusadarahalli Sathanagere Ahmedpura Madalu Chikkagondanahalli Yarehalli Honnakatte Shankaranahalli Hallithimmanahalli Kallugundi Thippanahalli Banarasahalli Gollarahalli Soppinahalli Doddametikurke Hanumenahalli Devarahalli Byrapura Hiresadarahalli Chikkametikurke Ganjagere Arehalli Pura Thondiganahalli Narasipura Basavanahalli Kyathanahalli Haralaghatta Pura Sasivala Byrapura K Doddenahalli Valehalli Kanakatte Nagasamudra Jannavara MadanipuraHosahalli Doddaghatta Shyanagere Holalakere Chikkarihalli Manakathuru Venkatapura K Bedarahalli Harohalli Ramapura Uppinahalli Maratagere Thipppaghatta Yarehalli Byrapura Mallapura Karadihalli Nagavedhi Chikka Halkuru Kurubarahalli Melenahalli Agrahara Lingondanahalli Chikkammanahalli Basavanahalli Channapura Jayachamarajapura K.G.Agrahara Kuruvanka Banavara Gollarahalli Chikkabanavara Anadanahalli Mallapura Bagalaghatta Marulashiddanahalli Yaragenahalli Thumbapura Sunkadhahalli Kondevagilu Mylanahalli Bevinahalli Sooladhimmanahalli Banavara Shingenahalli Salapura Kudukenahalli Doddenahalli Kenkerehalli Byragondanahalli Kurubarahalli Mallenahalli Chikkalinganahalli Vaderahalli Bandilinganahalli Kempasagara Hirekallu Kasavanahalli Thavarehalli Kachighatta Rangapura Puralehalli Rampura Kommaraghatta -
Department of ZOOLOGY Museum Specimens
P.E. Society’s Modern College of Arts, Science and Commerce Ganesh-Khind, Pune – 411 053 http://www.moderncollegegk.org Department of ZOOLOGY Museum Specimens 1 Phylum Porifera 2 SyconSycon n Kingdom: Animalia n Phylum: Porifera n Class: Pharetronida n Order: Sycettida n Genus: Sycon n General Characteristics: Sycon is a genus of calcareous sponges. These sponges are small, growing up to 5 cm in total length, and are tube- shaped and often white to cream in colour. The surface is hairy and spiky tufts of stiff spicules surround the osculum. 3 SpongillaSpongilla n Kingdom: Animalia n Phylum: Porifera n Class: Demospongiae n Order: Haplosclerida n Genus: Spongilla n General Characteristics: Spongilla dwells in lakes and slow streams. Spongilla attach themselves to rocks and logs and filter the water for various small aquatic organisms such as protozoa, bacteria, and other free-floating pond life. fresh-water sponges are exposed to far more adverse and variable environmental conditions, and therefore they have developed gemmules as a means of dormancy. When exposed to excessively cold or otherwise harsh situations, the sponges form these gemmules, which are highly resistant "buds" that can live dormantly after the mother sponge has died. When conditions improve, the gemmules will "germinate" and a new sponge is born. 4 Phylum Coelenterata 5 JellyJelly fishfish n Kingdom: Animalia n Phylum: Coelentrata n Subphylum: Medusozoa n Class: Scyphozoa n Order: Semaeostomeae n Genus: Aurelia n General Characteristics: Jellyfish are free-swimming members. Jellyfish have several different morphologies that represent several different cnidarian Jellyfish are found in every ocean, from the surface to the deep sea. -
Divergent Views on the Project Emerge at Meet
Divergent views on the project emerge at meet http://www.deccanherald.com/content/97146/divergent-views-project-em... Login | Register News updated at 9:32 AM IST RSS Weather SEARCH Max: 27°C In Bangalore Min : 21°C Rain lightly Wednesday 6 October 2010 Home News Business Supplements Sports Entertainment Opinion Columns Analysis Feedback Archives Jobs Stuck in Afghanistan powerful Pentagon leans before Pak Army BBMP warns penalty on filthy vacant sites Fresh revolt brews in Chennai against BSY You are here: Home » State » Divergent views on the project emerge at meet Related News Rs 43,000-cr power generation plan in the pipeline Divergent views on the project emerge at meet Inquiry ordered into coal buy CM praises KPCL for highest turnover Hongadahalla, Hassan district, Sept 16, DH News Service: KPCL defends power plants at Yedlapur, Yeramaras 'If Hassan can generate 200 MW of power using windmills, why cannot the Videos Karnataka Power Corporation Limited (KPCL) look for alternative steps to produce 400 MW of power, instead of destroying the precious Western Ghat region,' questioned Mohan, the honorary wildlife warden of Hassan district. Deposing his views before the Western Ghats Ecology Expert Panel Chairman Prof Madhav Gadgil and other members, at a public meet organised by Malenadu Janapara Horata Samithi at Hongadahalla on Thursday, he requested the KPCL not to take the project as a prestige issue. He also requested the panel to take steps to stop mini hydel projects, as nearly 40 mini hydel projects are coming up in the Western Ghats region alone. Samiti President H A Kishore Kumar, in his submission to the panel, stated that the project is against the Supreme Court guidelines which states that no mega project Aussies impressed with games preps and term it should come up in 10 km vicinity of wildlife sanctuary. -
Euteleostei: Aulopiformes) and the Timing of Deep-Sea Adaptations ⇑ Matthew P
Molecular Phylogenetics and Evolution 57 (2010) 1194–1208 Contents lists available at ScienceDirect Molecular Phylogenetics and Evolution journal homepage: www.elsevier.com/locate/ympev Estimating divergence times of lizardfishes and their allies (Euteleostei: Aulopiformes) and the timing of deep-sea adaptations ⇑ Matthew P. Davis a, , Christopher Fielitz b a Museum of Natural Science, Louisiana State University, 119 Foster Hall, Baton Rouge, LA 70803, USA b Department of Biology, Emory & Henry College, Emory, VA 24327, USA article info abstract Article history: The divergence times of lizardfishes (Euteleostei: Aulopiformes) are estimated utilizing a Bayesian Received 18 May 2010 approach in combination with knowledge of the fossil record of teleosts and a taxonomic review of fossil Revised 1 September 2010 aulopiform taxa. These results are integrated with a study of character evolution regarding deep-sea evo- Accepted 7 September 2010 lutionary adaptations in the clade, including simultaneous hermaphroditism and tubular eyes. Diver- Available online 18 September 2010 gence time estimations recover that the stem species of the lizardfishes arose during the Early Cretaceous/Late Jurassic in a marine environment with separate sexes, and laterally directed, round eyes. Keywords: Tubular eyes have arisen independently at different times in three deep-sea pelagic predatory aulopiform Phylogenetics lineages. Simultaneous hermaphroditism evolved a single time in the stem species of the suborder Character evolution Deep-sea Alepisauroidei, the clade of deep-sea aulopiforms during the Early Cretaceous. This result indicates the Euteleostei oldest known evolutionary event of simultaneous hermaphroditism in vertebrates, with the Alepisauroidei Hermaphroditism being the largest vertebrate clade with this reproductive strategy. Divergence times Ó 2010 Elsevier Inc. -
Family-Synodontidae-Overview-PDF
FAMILY Synodontidae Gill, 1861 - lizardfishes SUBFAMILY Synodontinae Gill, 1861 - lizardfishes [=Salmonidi, Sauridae, Synodontoidae] GENUS Synodus Scopoli, 1777 - lizardfishes, sand divers [=Allouarnia, Austrotirus, Esosynodus, Exotirichthys, Laurida, Negotirus, Newtonscottia, Salmosaurus, Saurus Ca, Saurus Cu, Soarus, Synodus G, Synodus B, Tirus, Xystodus] Species Synodus binotatus Schultz, in Schultz et al., 1953 - twospotted lizardfish Species Synodus bondi Fowler, 1939 - sharpnose lizardfish Species Synodus capricornis Cressey & Randall, 1978 - Capricorn lizardfish Species Synodus cubanus Poey, 1876 - Cuban sand lizardfish Species Synodus dermatogenys Fowler, 1912 - sand lizardfish [=amaranthus] Species Synodus doaki Russell & Cressey, 1979 - Arrowtooth lizardfish Species Synodus evermanni Jordan & Bollman, 1890 - Inotted lizardfish Species Synodus falcatus Waples & Randall, 1989 - Maro lizardfish [=janus] Species Synodus fasciapelvicus Randall, 2009 - Randall's sand diver Species Synodus foetens (Linnaeus, 1766) - inshore lizardfish [=albidus, longirostris, ruber, mexicanus, salmoneus, spixianus] Species Synodus fuscus Tanaka, 1917 - Tanaka's lizardfish Species Synodus gibbsi Cressey, 1981 - Gibbs' lizardfish Species Synodus hoshinonis Tanaka, 1917 - blackear lizardfish Species Synodus houlti McCulloch, 1921 - Hoult's lizardfish Species Synodus indicus (Day, 1873) - Indian lizardfish [=dietrichi] Species Synodus intermedius (Spix & Agassiz, 1829) - sand diver [=anolis] Species Synodus isolatus Randall, 2009 - Easter Island lizardfish -
Natural Heritage and the Upswing of Consciousness for Conservation That Needs to Be Nurtured Immediately
July - September 2008 Quarterly Newsletter CCMSMS ENENVVIISS NeNewslwsletetteterr onon EnvEnviroironmnmentent && MedMediaia ThemeTheme :: NaturNaturalal HeritHeritageage l Inform An Initiative of ta at n io e n m S n y o s r i t e v m n E INDIA Supported by : Ministry of Environment and Forests, Government of India, New Delhi 110 003 Contents 1 02 In Black & White Promoting Environmental Responsibility www.cmsindia.org/cmsenvironment NGO Vignettes 05 The CMS Environment Team is involved in policy research and programs evaluation aimed at creating sustainable solutions for environment protection and Abstract improving the quality of the environment. Creating 05 capacities, undertaking outreach and advocacy and formulating strategies are its strengths. Key Areas View Point 06 l Urban and Rural Environment l Climate Change l Water Sector Reforms: Water Supply and 07 Open windows Sanitation l Natural Resource Management: Watershed, Forestry and Livelihoods Green Voice l Wildlife Conservation On Air 08 l Environmental Education and Awareness Services Media Analysis (I) EVALUATION OF ENVIRONMENTAL 09 PROGRAMMES a. Water Sector Reforms; Drinking Water Supply and Sanitation Green Films 11 b. Natural Resource Management (Watershed, Forestry and Livelihood) c. Environmental Education and Awareness 13 Talk Over (II) CAPACITY BUILDING (III) OUTREACH PROGRAMMES July – September 2008 a. Environmental Communication Strategies and Environmental Heritage Books 14 Studies b. Environmental Education and Advocacy (IV) ENVIRONMENT INFORMATION RESOURCE Indian Cultural Heritage ... CENTRE 15 n A Newsletter from CMS ENVIS CENTRE on Environment and Media What you can do to reduce the power consumption 2 In Black & White of your current computer may be limited. But when it’s time to look for a new machine, it’ll pay to keep an eye on how much power the machine will use. -
2019020142-2.Pdf
75°30'0"E 75°35'0"E 75°40'0"E 75°45'0"E 75°50'0"E 75°55'0"E 76°0'0"E SAKALESHAPURA TALUK ® Hurudi Kesaguli HOBLIE'S AND VILLAGES Hanjagodanahalli Estate Hanjagodanahalli Kogaravalli Acharadi Udevara Bachanahalli Bachanahalli Avare Kadu Estate Mathigalale Devaladakere Kiruvale Lakkunda Hadige Estate Hirimande Sundavalli Hanbal Balagodu Hadige 13°0'0"N Maragadi Madanapura 13°0'0"N Sidigalale Neekanahalli Makkihalli Kirehalli Hebbanahalli Moogali Nelagalli Biradahalli Kelagalale Mavinahalli Kudanahalli Maragunda Masuvalli Jambardi Dabbegadde Golagonde Agalahatti Magadi Halasulige Belagodu Kendanamane Baikere Hennali JannapuraKadabanahalli Hodachahalli Eswarahalli Hasade Kakanamane Achanahalli Gulagalale Hosur Estate Aluvalli Kyamanahalli Doddanagara Mavinakolu Basavanahalli Gantebommanahalli Menasumakki Agani Ganadahole Achangi Yadehalli Kollahalli Raxidi Estate Hasugavalli Matasagara Coffee Estate Hebbasale Sakleshpur (TMC) Bage Ballu Matasagara Banavase Chikkanayakanahalli Saklespur (Rural) Malali Anemahal Echalvalli Estate Hosakere Kumbardi Devihalli Cowdahalli Rajendrapura Halekere Iragalu Kabbinagadde Jammanahalli Nadahalli Donigal Hallibylu Chikkasathigala Ramenahalli Hosagadde 12°55'0"N 12°55'0"N Doddasathigala Kogaravalli Kumbardi Estate Kumarahalli Kalagane Halebelur Kadumane Estate Kesaganahalli Harakanahalli Bandihalli Hullahalli Estate Siddapura Kuniganahalli Hullahalli Janekere Ibbadi Manibeegithi Estate Kanigalamane Kiruhunse Adarvalli Arekere Kadumane Sullakki Shanthapura Vadaru Kyanahalli Heggove Manjanahalla Estate Kelavalli -
REPRODUCTIVE BIOLOGY of the BOMBAY-DUCK Harpadon Microchir in the COASTAL WATERS OFF SOUTHWESTERN TAIWAN
This article has been peer reviewed and accepted for publication in JMST but has Journal of Marine Science and Technology not yet been copyediting, typesetting, pagination and proofreading process. Please DOI: 10.6119/JMST-013-1211-1 note that the publication version of this article may be different from this version. This article now can be cited as doi: 10.6119/JMST-013-1211-1. REPRODUCTIVE BIOLOGY OF THE BOMBAY-DUCK Harpadon microchir IN THE COASTAL WATERS OFF SOUTHWESTERN TAIWAN Yih-Yia Liao1, Shun-Ren Luo1, and Kwang-Ming Liu2 this species is an important prey for the threadfin bream Ne- Key words: reproductive biology, Harpadon microchir, spawning mipterus spp. [15] and its trophic level is 4.3 in the southwest- season, fecundity. ern Taiwan waters [Chen et al. unpubl.]. This species can be caught as byctch all year round mainly by trawl fishery in the southwestern Taiwan. It used to have very little economic value, ABSTRACT but its unit price increased to about US$4 kg-1 during our survey The bombay-duck, Harpadon microchir, is one of the im- period from 2007 to 2008. Thus, the bombay-duck made con- portant bycatch species of the trawl fishery in the southwestern siderable contribution in economics to the bottom trawl fishery Taiwan. However, its biological information especially repro- in recent years [Chen et al. unpubl.]. ductive biology is still lacking. In this study, the reproductive Biological information of Genus Harpadon has been well biology of the bombay-duck was described based on 1,697 documented. Several aspects of H. nehereus have been de- specimens (1,066 females and 631 males) caught by bottom scribed i.e., the age and growth [9], the food and feeding habits trawl fishery in the southwestern Taiwan waters from October [15, 16], and the population dynamics [3]. -
Growth and Exploitation Rate of the Bombay Duck (Harpodon Nehereus Hamilton, 1822) (Fish: Synodontidae) in Tarakan Island Waters, Indonesia
International Journal of Sciences: Basic and Applied Research (IJSBAR) ISSN 2307-4531 (Print & Online) http://gssrr.org/index.php?journal=JournalOfBasicAndApplied --------------------------------------------------------------------------------------------------------------------------- Growth and Exploitation Rate of the Bombay Duck (Harpodon Nehereus Hamilton, 1822) (Fish: Synodontidae) in Tarakan Island Waters, Indonesia Asbar Lagaa*, Ridwan Affandib, Ismudi Muchsinc, M. Mukhlis Kamald. a Student of Departement of Aquatic Resource Management , Fisheries and Marine Faculty, Bogor Agriculture University, Agatis Street, Bogor, 16680 b,c,dDepartement of Aquatic Resource Management , Fisheries and Marine Faculty, Bogor Agriculture University, Agatis Street, Bogor, 16680 aEmail: [email protected] bEmail :[email protected] cEmail : [email protected] dEmail :[email protected] Abstract The Bombay duck (Harpodon nehereus) is an economically important fish inhabiting Tarakan waters of North Kalimantan Province. Unless an appropriate management performed, an ever increasing in exploitation of this synodontid species will threat its population sustainability. A research was conducted from March 2013 to February 2014 in Tarakan waters aiming to investigate on growth and exploitation rate of the Bombay duck. Three sampling sites were determined for the purpose of sample collection. Fish was collected by a trawl of 1: 2: 2 cm in mesh size, towed for 30 minutes at each sub-station. On board, approximately 50 individual fishes of various size were randomly collected. In total, 1051 fishes were collected consisting of 544 males and 507 females. Data of length-weight relationships was used in analyzing individual growth, whereas length was for length frequency distribution in order to calculate population growth. The results showed that the Bombay duck growth was allometrically negative in station 2 and 3, whereas isometric in station 1.