MONOCULUSCopepod Newsletter - World Association of ...

Vrede, T. & K. Vrede. 2005. Contrasting ‘top-down’ effectsof crustacean zooplankton grazing on bacteria andphytoflagellates. Aquatic Ecology 39(3):283-293.Wagner, F.H. & C. Beisser. 2005. Does carbon enrichmentaffect hyporheic invertebrates in a gravel stream?Hydrobiologia 544(1):189-200.Walker-Smith, G.K. 2005. Review of: CrustaceanaMonographs 3 (2004). Subterranean Copepoda fromArid Western Australia. Journal of Crustacean Biology25(3):533.Walter, T., S. Piepiorka & N. Reimann. 2005. ParasitischeRuderfusskrebse-wichtige Schaedlinge anMeeresfischen. Significant parasitic copepod pests ofmarine fish. DATZ 58(6):64-67. [In German.]Wang, G., X. Jiang, S. Li, L. Wu & D. Wu. 2005. Apotential source of recruitment of Acartia pacificanauplii: viable benthic resting eggs. Acta OceanograficaSinica 24(2):151-158.Wang, S., T.V. Phong, N. Tuno, H. Kawada & M. Takagi.2005. [Sensitivity of two copepod species to an insectgrowth regulator, Pyriproxyfen.] Medical Entomologyand Zoology 56(2):180. [In Chinese.]Wang, X. & W.-X. Wang. 2005. Uptake, absorptionefficiency and elimination of DDT in marinephytoplankton, copepods and fish. EnvironmentalPollution 136(3):453-464.Webber, M., E. Edwards-Myers, C. Campbell & D. Webber.2005. Phytoplankton and zooplankton as indicators ofwater quality in Discovery Bay, Jamaica. Hydrobiologia545(1):177-193.Weitere, M., A. Scherwass, K.-T. Sieben & H. Arndt. 2005.Planktonic food web structure and potential carbon flowin the Lower River Rhine with a focus on the role ofprotozoans. River Research and Applications 21(5):535-549.Westheide, W. 2005. Meiofauna geographic distribution:vicariance and dispersal. Meiofauna Marina 14:201-207.Wiles, S., K. Ferguson, M. Stefanidou, D.B. Young & B.D.Robertson. 2005. Alternative luciferase for monitoringbacterial cells under adverse conditions. Applied andEnvironmental Microbiology 71(7):3427-3432.Willis, K.J., P.A. Gillibrand, C.J. Cromey & K.D. Black.2005. Sea lice treatments on salmon farms have noadverse effects on zooplankton communities: a casestudy. Marine Pollution Bulletin 50(8):806-816.Wilson, S.P. & M.J. Costello. 2005. Predicting futurediscoveries of European marine species by using a nonhomogeneousrenewal process. Journal of the RoyalStatistical Society, Series C (Applied Statistics)54(5):897-918.Winter, A., G. Swartzman & L. Ciannelli. 2005. Early- tolate-summer population growth and prey consumption byage-0 pollock (Theragra chalcogramma), in two years ofcontrasting pollock abundance near the Pribilof Islands,Bering Sea. Fisheries Oceanography 14(4):307-320.40Witthöft-Mühlmann, A., W. Traunspurger & K.O.Rothhaupt. 2005. Meiobenthic response to river-bornebenthic particulate matter a microcosm experiment.Freshwater Biology 50(9):1548-1559.Wonham, M.A., S.A. Bailey, H.J. MacIsaac & M.A. Lewis.2005. Modelling the invasion risk of diapausingorganisms transported in ballast sediments. CanadianJournal of Fisheries and Aquatic Sciences / JournalCanadien des Sciences Halieutiques et Aquatiques62(10):2386-2398.Woods, J.D. 2005. The Lagrangian Ensemble metamodel forsimulating plankton ecosystems. Progress inOceanography 67(1-2):84-159.Woods, J., A. Perilli & W. Barkmann. 2005. Stability andpredictability of a virtual plankton ecosystem createdwith an individual-based model. Progress inOceanography 67(1-2):43-83.Woodson, C.B., D.R. Webster, M.J. Weissburg & J. Yen.2005. Response of copepods to physical gradientsassociated with structure in the ocean. Limnology andOceanography 50(5):1552-1564.Xue, Y., X. Jin, B. Zhang & Z. Liang. 2005. Seasonal, dieland ontogenetic variation in feeding patterns of smallyellow croaker in the central Yellow Sea. Journal of FishBiology 67(1):33-50.Yahel, R., G. Yahel & A. Genin. 2005. Near-bottomdepletion of zooplankton over coral reefs: I: diurnaldynamics and size distribution. Coral Reefs 24(1):75-85.Yalynskaya, N.S., I.T. Oleksiv, O.P. Andryushchishin,O.Ya. Dumich, O.P. Yedynak, O.N. Savitskaya & Yu.M.Zabytivskiy. 2005. Hydrobiological indicators oftoxification of ponds of the western region of Ukraine.Hydrobiological Journal 41(4):103-118.Yamaguchi, A., S. Tachibana, K. Hirakawa & T. Ikeda.2005. Descriptions of the copepodid stages of themesopelagic copepod, Gaetanus variabilis (Brodsky,1950) (Calanoida, Aetideidae) from the Japan Sea.Crustaceana 78(7):819-837.Yamamoto, Y. & H. Nakahara. 2005. The formation anddegradation of cyanobacterium Aphanizomenon flosaquaeblooms: the importance of pH, water temperature,and day length. Limnology 6(1):1-6.Yamazaki, A.K. & J.R. Strickler. 2005. Contribution ofbiological studies to the understanding and modeling ofskilled performance: some examples. In: Khosla, R., R.J.Howlett & L.C. Jain (eds.). Knowledge-Based IntelligentInformation and Engineering Systems: 9th InternationalConference, KES 2005, Melbourne, Australia,September 14-16, 2005, Proceedings, Part IV. LectureNotes in Computer Science 3684:124-128.Ye, S.M., S.J. Gao, Y. Pan, J.Y. Yang & S.L. Li. 2005.Automatic separation system for marine meiobenthosbased on laser-induced fluorescence technology. Journalof the Zhejiang University of Science 6(6):535-539.Yebra, L., R.P. Harris & T. Smith. 2005. Comparison of fivemethods for estimating growth of Calanus helgolandicus