@Research Paper
<#LINE#>Cypermethrin induced Respiratory and behavioural Responses of Estuarine clam, Katelysia opima (Gmelin)<#LINE#>Mukadam@M.D,Kulkarni@A.S <#LINE#>1-5<#LINE#>1.ISCA-RJAVFS-2013-045.pdf<#LINE#>Department of Zoology, Gogate Jogalekar College, Ratnagiri, Maharashtra, 415612, INDIA@Department of Zoology, Gogate Jogalekar College, Ratnagiri, Maharashtra, 415612, INDIA<#LINE#>8/8/2013<#LINE#>20/8/2013<#LINE#>A static renewal bioassay method was conducted to determine the acute toxicity (LC50) of technical grade pyrethroid insecticide, cypermethrin (25% EC) in estuarine clam, Katelysia opima. The clams were exposed to different concentrations of cypermethrin for 96 h. The acute toxicity value was found to be 2.79 g/L . Behavioural patterns and oxygen consumption were studied in lethal and sub-lethal concentrations. During the experimental period, clams from higher concentration group isolated their body from the stressful environment by closing their shell valves for a considerable period. Mucilage secretion was observed in higher concentration groups. Variation in oxygen consumption was observed in both lethal and sub-lethal concentrations of cypermethrin respectively. Clams from LC group showed an elevation in the rate of oxygen consumption after initial 12 hours and fluctuated up to 96 hours. Rate of respiration was severely hampered in LC50 group. Change in oxygen consumption may be due to respiratory distress as a consequence of impairment in oxidative metabolism.<#LINE#>Santhakumar M., Balaji M. and Ramude K.@Effect ofsublethal concentrations of Monocrotrophos on theethological responses of an air breathing fish@Anabastestudineus (Bloch), Ecology, Environment andConservation, 6(2), 175-177 (2000)@Yes$Kale M.N., John Rathor S. and Bhatnagar D.@Lipidperoxidative damage on pyrethroids exposure andalteration in antioxidant status in rat erythrocytes: apossible involvement of reactive oxygen species@Toxicology Letters, 105, 197-205 (1999)@Yes$Stephanson R.R.@Aquatic toxicology of Cypermethrin. I.Acute toxicity to some freshwater fish and invertebrates inlaboratory tests@Aquatic Toxicology, 2, 175-185 (1982)@Yes$Prashanth M.S. and Neelagund S.E.@Impact ofCypermethrin on enzyme activities in the freshwater fishCirrhinus mrigala (Hamilton)@Caspian Journal ofEnvironmental Science, 6(2), 91-95 (2008)@Yes$Singh K.S., Singh S.K. and Yadav R.P.@Toxicological andbiochemical alterations of cypermethrin (Syntheticpyrethroids) against freshwater teleost fish, Colisafasciatus at different seasons@World Journal of Zoology,5(1), 25-32 (2010)@Yes$Bernal-Hernández Y.Y., Medina-Díaz I.M., RobledoMarencoM.L.,Velázquez-Fernández J.B., Girón-PérezM.I., Ortega-Cervantes L., Maldonado-Vázquez W.A. andRojas-García A.E.@Acetylcholinesterase and metallothionein in oysters (Crassostrea corteziensis) from a subtropicalMexican Pacific estuary, Environmental MonitoringAssessment@169(1), 473-485 (2010)@No$Dillon D.M. and Lynch M.P.@Physiological responses ofstress in marine and estuarine organisms@Edit. Gary.W.Barrel and Rutger Rosenberg, John Wiley and Sons Ltd.(1981)@Yes$Schaumberg T., Howard E. and Walden C.C.@A method toevaluate the effects of water pollutants on fish respiration@Water Res., 13, 731-737 (1967)@Yes$Anderson J.M.@Assessment of the effects of pollutants onthe physiology and behavior@Proc. Royal Soc. London,177 B, 307-320 (1971)@No$Sharp, J. W., Sitts, R. M. and Knight, A. W.@Effect ofkelthane on the estuarine shrimp@Crangon franciscarum.Ind. J. Mar. Sci., 13, 196-198 (1979)@Yes$Ghosh T.K.@Nuvan induced physiological, biochemicaland behavioral changes in B. stigma@Poll. Res., 5(3)(1986)@No$Finney D.J.@Probit analysis, 3rd ed.@Cambridge UniversityPress, London (1971)@No$Welsh J.H. and Smith R.I.@Laboratory Exercise inInvertebrate Physiology@Burgess Publishing Co.,Minneapolis, (1961)@Yes$Doudeswell W.H.@Biochemical Physiology@40B, 58(1959)@No$Sigmon C.@Oxygen consumption in Daphnia pulexexposed 2@4-Dor 2, 4, 5 – T, Bulletin of EnvironmentalContamination and Toxicology, 21, 822-825 (1979)@Yes$Kulkarni K.M.@Accumulation of copper, zinc andcadmium in clam@Paphia textile Environment andEcology, 9, 197-200 (1983)@No$Lomte V.S. and Jadhav M.L.@Effect of toxic compoundson oxygen consumption in the freshwater bivalvecorbicula regularis@Compartive Physiology and Ecology,7, 31-33 (1982)@Yes$Mali R.P. and Ambore N.E.@Impact of copper sulphate onthe oxygen consumption in the freshwater female crabBarytephasa guerini@Journal of Comparative Toxicologyand Physiology, 1(1), 14-18 (2003)@No$Roberts D.@The assimilation and chronic effects ofsublethal concentrations of endosulfan on condition andspawning in common musse@Mytilus edulis. 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Of Zoology, Dr. Babasaheb Ambedkar College,Mahad (2009)@No$Prashanth M.S., David M. and Kuri R.C.@Effect ofCypermethrin on toxicity and oxygen consumption in thefreshwater fish, Cirrhinus mrigala@Journal ofEcotoxicology and Environmental Monitoring, 13(4), 271-277 (2003)@No$Muley D.V., Akarte S.R., Kulkarni D.A. and Rao K.R.@Acute toxicity of Metacystoxto Wedge clam, Donaxcutaneus from west c oast of India, Fishery Technology@24(1), 27-30 (1987)@No
<#LINE#>Rediscovery of Mastacembelus malabaricus after one and Half Century<#LINE#>Mathews@Plamoottil,Nelson P@Abraham <#LINE#>6-11<#LINE#>2.ISCA-RJAVFS-2013-049.pdf<#LINE#>Govt. College, Chavara, Kollam Dt, Kerala, INDIA @St. Thomas College, Kozhencherry, Kerala, INDIA <#LINE#>8/9/2013<#LINE#>16/9/2013<#LINE#>Mastacembelus malabaricus Jerdon has long been placed in synonymy with Mastacembelus armatus and Macrognathus guentheri. An examination of the specimens of M. malabaricus collected recently from its type locality in Kerala shows however, that it exhibits many valid differences from its congeners. Jerdon�s spiny eel is distinguished from its relative species by having eleven large and conspicuous �X� marks on the mid lateral sides,39- 40 dorsal spines,shorter head, shorter dorsal fin, lengthy base of dorsal fin, lesser pre dorsal and pre anal length and shorter dorsal and anal spines. Meristic and morphometric characters are analyzed well based on the topotypic materials.<#LINE#>Day F.@Fauna of British India including Ceylon andBurma@Taylor and Francis, London, 334 (1889)@Yes$Jayaram K.C.@The fresh water fishes of India: A handbook. Zoological Survey of India@Kolkata, i- viii, 1- 475(1981)@No$Jayaram K. C.@Fresh water fishes of the Indian region@Narendra publishing House, Delhi, 415- 419 (2010)@Yes$Jayaram K. C.@Fundamentals of fish taxonomy, Narendrapublishing House@Delhi, 53-65 (2002)@Yes$Jerdon T. C.@The fishes of Southern India, Madras Journalof Literature and Science xv@147 (1849)@No$Day F.@The Fishes of Malabar@Bernard Quaritch, London,153- 155 (1865)@Yes$Day F.@The fishes of India: being a natural history of thefishes known to inhabit the seas and fresh waters of India@Burma, and Ceylon, London, 340 (1878)@No$Yazdani G. M.@Contribution to the fish fauna of India:Order Mastacembeliformes@Records of zoological surveyof India, Occasional paper No. 124, 1- 127 (1990)@No$Talwar P. K. and Jhingran. A.@Inland fishes of India andadjacent countries@Oxford and IBH publishing Co. Pvt.Ltd, 1025- 1033 (1991)@Yes$Menon A. G. K.@Check list of fresh water fishes of India@Zoologial Survey of India, Occassional Paper No. 175, 366(1999)@Yes
@Review Paper
<#LINE#>Overviews on Diversity of Fish<#LINE#>Pandey@Govind <#LINE#>12-18<#LINE#>3.ISCA-RJAVFS-2013-031.pdf<#LINE#>Department of Veterinary Pharmacology and Toxicology, College of Veterinary Science and Animal Husbandry, Rewa (Nanaji Deshmukh Veterinary Science University, Jabalpur), MP, INDIA<#LINE#>2/5/2013<#LINE#>1/8/2013<#LINE#>Fish have great diversity and hence they can be classified in different categories. �Fish� generally refer to several aquatic animals but actually all of them are not fish, such as starfish, shellfish, cuttlefish, jellyfish and crayfish. Jawlesh fish are the most primitive fish. In deed, the ancestors of cartilaginous fish (having a cartilaginous skeleton) were the bony animals and they developed paired fins firstly. Bony fish are categorized into the lobe finned and ray finned fish. Teleost fish are the most �modern� (advance). As regard to size, Paedocypris progenetica is the smallest fish. Gobies have the shortest life span and they are small coral reef-dwelling fish. Only 58% of extant fish are salt water, while a disproportionate 41% are fresh water fish and remaining 1% is anadromous fish. Groupers are protogynous hermaphrodites, who school in harems of 3 to 15 females. Fish adopt a variety of strategy for nurturing their brood, e.g., shark differently adopts three protocols with brood. Many fishes are food opportunists or generalists as they eat whatever they get easily. Fishes with four eyes have eyes above the top of head which are divided in two different parts, so that the fish can see below and above the water surface simultaneously. Seahorses are the slowest-moving fishes. So called the �toxic fishes� are able to produce strong toxins in their bodies. Moreover, there are commercial food fish, recreational sport fish, decorative aquarium fish and tourism fish. As the most vertebrate species have brain-to-body weight ratios, fish also have the relative brain weights of vertebrates.<#LINE#>Wikipedia@Diversity of Fish@Available at Website (2013)@Yes$Connolly R.@@Phycodurus eques, Available atwww.iucnredlist.org (2006)@No$FishBase@@www.fishbase.org (2011)@No$Nelson J.S.@Fishes of the World@John Wiley & Sons, Inc.(2006)@Yes$Campbell N.A. and Reece J.B.@Biology, 7th Edn.@BenjaminCummings, San Francisco CA (2005)@No$Aird W.C.@Endothelial Biomedicine@Cambridge UniversityPress (2007)@Yes$Gohil M.N. and Mankodi P.C.@Diversity of Fish Faunafrom Downstream Zone of River Mahisagar, Gujarat State,India, Res. J. Animal@Veterinary and Fishery Sci., 1(3), 14-15 (2013)@No$Singh T.K., Guru B.C. and Swain S.K.@Review of theResearch on the Fish Diversity in the River Mahanadi andIdentifying the Probable Potential Ornamental Fishesamong them with Reference to Threats and ConservationMeasures@Res. J. Animal, Veterinary and Fishery Sci., 1(3),16-24 (2013)@No$Chandanshive N.E.@The Seasonal Fluctuation of PhysicoChemicalParameters of River Mula-Mutha at Pune, Indiaand their Impact on Fish Biodiversity@Res. J. Animal,Veterinary and Fishery Sci., 1(1), 11-16 (2013)@Yes$Khatri P.C.@The Distribution and Status of CinereousVulture (Aegypius monachus) at Jorbeer, Bikaneer@Rajasthan, India: A Study of Near Threatened MonkVulture, Res. J. Animal, Veterinary and Fishery Sci., 1(1),17-21 (2013)@No$Theurkar S.V., Takalakar D.L., Jadhav S.S. and PawarR.M.@Diversity and Composition of Fisheries ofChaskaman Dam, Rajgurunagar, part of Northern WesternGhats@Pune, MS, India, Res. J. 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Gerontol.@36, 739-764 (2001)@Yes$Cohen D.M.@How Many Recent Fishes are there?Proceedings of the California Academy of Sciences@38(17),341-346 (1970)@Yes$Liem K.F.@Acquisition of Energy by Teleosts: AdaptiveMechanisms and Evolutionary Patterns@In: EnvironmentalPhysiology of Fishes (Ali, M.A., ed.), Plenum Press, NewYork & London, 299-334 (1980)@Yes$Martins C. and Knickle C.@Megamouth Shark Parasites,Florida Museum of Natural History@Available athttp://www.flmnh.ufl.edu/ fish/Gallery/descript/Megamouth/megamouth.htm (2009)@No$Losey G.S. Jr.@Crypsis and Communication Functions ofUV-Visible Coloration in Two Coral Reef Damselfish@Dascyllus aruanus and D. reticulatus, Ani. 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<#LINE#>Application of Expert Systems in Fisheries Sector–A Review<#LINE#>Alagappan@M,Kumaran@M <#LINE#>19-30<#LINE#>4.ISCA-RJAVFS-2013-043.pdf<#LINE#>Department of Fisheries, Govt. of Tamilnadu, INDIA Central Institute of Brackishwater Aquaculture, Chennai, INDIA@Central Institute of Brackishwater Aquaculture, Chennai, INDIA<#LINE#>2/8/2013<#LINE#>19/8/2013<#LINE#>The concept for expert system development comes from the subject domain of Artificial Intelligence (AI). Expert system is a computer programme that uses available information and inference to suggest solutions to problems in a particular discipline emulating the logic and reasoning process using artificial intelligence technology. The present paper discusses the expert systems, its advantages and disadvantages and its application in the fisheries sector. A total of 91 expert systems developed in the field of fisheries are reviewed by grouping the expert systems under six categories viz., fish identification, fisheries management, aquaculture management, fish disease diagnosis and health management, fisheries information management and fish product marketing. Expert system could play a lead role for knowledge updation and transfer of technology in fisheries where the research extension linkage is poor, manpower and funds available are inadequate for extension service.<#LINE#>FAO@The State of World Fisheries and Aquaculture(SOFIA) 2008, Food and Agriculture Organization@UnitedNations, Rome, 176 (2009)@Yes$FAO@The State of the World Fisheries and Aquaculture(SOFIA) 2006, Food and Agriculture Organization@UnitedNations, Rome, 162pp (2007)@No$Duan Y., Fub Z. and Lib D.@Towards developing and usingweb-based tele-diagnosis in aquaculture, Expert Systemswith Applications@25, 247–254 (2003)@Yes$Waterman D. A.@A Guide to Expert Systems, AddisionWesley,Reading@MA (1986)@No$Smith S.@Verification and validation of rule-based expertsystem@CRC Press, Boca Raton (1993)@Yes$Maher M. L.@Expert Systems for Structural Design,Journal of Computing in Civil Engineering@1 (4), 270-283(1987)@Yes$Minkarah I. and Ahmad I.@Expert Systems as constructionmanagement tools, Journal of management in engineering@5 (2), 155-163 (1989)@No$Wijesudera A. and Harris F.C.@Using expert systems inconstruction, Construction Computing@July, 1986 (1986)@No$Durkin J., Expert Systems in the Sciences, The OhioJournal of Science, 90 (5), 171-179 (1990)@undefined@undefined@No$Lee P. G.@A review of automated control systems foraquaculture and design criteria for their implementation@Aquaculture Engineering, 14, 205–227 (1995)@Yes$Malone R. and DeLosReyes Jr. A. 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Solomons, MD, University ofMaryland Center for Environmental and Estuarine Studies.Chesapeake Biological Laborator@162pp. (ReferenceSeries,90-090) (UMCEESCCBL 90-090) (1990)@Yes$@@HS-IDA, HS – IDA – Examensarbeten - Sammanfattningar(DVP96), http://www.ida.his.se /ida/ Examensarbeten/DVP/DVP96/xjobbDVP-DVP96.chtml@No$LCSS@Integrated management of sea lamprey: 1986–1996@http://www.essa.com / services / aquatic / tenyears.htmlaccessed on 15.09.2009 (2009)@No$Korrûbel J. L., Bloomer S. F., Cochrane K. L., HutchingsL. and Field J. G.@Forecasting in South African pelagicfisheries management: the use of expert and decisionsupport systems, South African Journal of Marine Science@19 (1), 415-423 (1998)@Yes$Sazonova L., Osipov G. and Godovnikov M.@Intelligentsystem for fish stock prediction and allowable catchevaluation@Environmental Modelling & Software, 14, 391–399 (1999)@Yes$Mackinson S.@An adaptive fuzzy expert system forpredicting structure@dynamics and distribution of herringshoals, Ecological Modelling, 126,155-178 (2000)@Yes$Nieto K., Yánez E., Silva C. and Barbieri M. A.@Probablefishing grounds for anchovy in northern Chile using anexpert system, International Geoscience and RemoteSensing Symposium@IGARSS@Yes$Cheung W. W. L., Pitcher T. J. and Pauly D@A fuzzy logicexpert system to estimate intrinsic extinction vulnerabilitiesof marine fishes to fishing@Biological Conservation, 124,97–111 (2005)@Yes$Truong T. H., Rothschild B. J. and Azadivar F.@Decisionsupport system for fisheries management, In: Proceedingsof the 37th conference on winter simulation@Orlando,Florida, 2107-2111 (2005)@Yes$Sadly M., Hendiarti N., Sachoemar S. I. and Faisal Y.@Fishing Ground Prediction Using a Knowledge-basedExpert System Geographical Information System Model inthe South and Central Sulawesi Coastal Watersof Indonesia@International Journal of Remote Sensing, 30(24), 6429-6440 (2009)@Yes$Azadivar F., Truong T. and Jiao Y.@A decision supportsystem for fisheries management using operations researchand systems science approach, Expert Systems withApplications@36 (2), 2971-2978 (2009)@Yes$@@http://www.st-tech.com/fishing/fishing.aspx accessed on13.01.2010 (2010)@No$Bossu T., Mantoni M. and Saroglia M.@Expert system forsanitary control in intensive fish culture: The case of seabass reared in thermal effluents@In: Aquaculture-Europe’89, Short Communications and Abstracts of ReviewPapers, Films, Slide shows and Poster papers, presented atthe International Aquaculture Conference held in Bordeaux,France, 2-4th October, 1989, 39-40 (1989)@Yes$Stokoe P. K. and Gray A. G.@AQUASITE: a computer siteassessment system for marine coastal aquaculture@Bull.Aquacul. Assoc. Canada, 90 (4), 94-96 (1990)@No$Rallet F., Garnerin P. and Tuffery G.@Schubert audit:Expert system for assistancea in the quality audit of farmsproducing trout for consumption and restocking@Firstoperational mock-up, Bulletin Fracois Peche etPisceculture, 316, 1-14 (1990)@Yes$Padala A. and Zilber S.@Expert Systems and their use inAquaculture, In: Rotifer and Microalgae Culture Systems@Proceedings of a U.S. – Asia Workshop, Honolulu, HI(1991)@Yes$Harris D. D., Zhang F. and Sydenham P. H.@Application ofan expert system to monitoring and control in aquaculture@Knowledge-Based Systems, 4 (3), 165-171 (1991)@Yes$Neish I. C. and Ask E. I.@Expert systems in sustainableintegrated mariculture, In: Sustainable Aquaculture 1995Proceedings@Pacific Congress on Marine Science andTechnology, PACON International, Hawaii, 271-280 (1995)@Yes$Stagnitti F. and Austin C.@DESTA: a software tool forselecting sites for new aquaculture facilities@AquacultureEngineering, 18, 79-93 (1998)@Yes$Ni R., Huang N., Qu W. and Wang X.@Studies on fisheriesnutriology expert systems based on neural network. Journalof Zhejiang College of Fisheries/Zhejiang ShuichanXueyuan Xuebao@17 (4), 274-280 (1998)@No$Baptist M. J., Silvert W., Krost P., Angel D. L.@AssessingBenthic Impacts of Fish Farming with an Expert SystemBased on Neural Networks@Bulletin of the CanadianSociety for Theoretical Biology, (1998)@Yes$Hernandez-Llamas A. and Villarreal-Colmenares H.@TEMA: A software reference to shrimp Litopenaeusvannamei farming practices, Aquaculture Economics &Management@3 (3), 267-280 (1999)@Yes$El-Gayar O. F. and Leung P. 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