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德国HYDRO-BIOS公司--浮游生物观察组件

德国HYDRO-BIOS公司--浮游生物观察组件
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  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
  • 德国HYDRO-BIOS公司--浮游生物观察组件
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德国HYDRO-BIOS公司--浮游生物观察组件

  浮游动物计数框

  树脂材料制成,底面抛光,透明度好,可将其放置到常规显微镜上对浮游动物进行观察

  435 010 尺寸40×70mm,容纳样品量约9ml

  435 011 尺寸80×100mm,容纳样品量约22ml

  435 011A 尺寸80×100mm,容纳样品量约6×5.4ml

  435 011B尺寸80×100mm,容纳样品量约12×2.5ml

  435 011C尺寸80×100mm,容纳样品量约30×0.8ml

  435 012 尺寸80×140mm,容纳样品量约70ml

  435 015  Kolkwitz浮游植物计数框

  包含带计数网格的盖片,网格大小1×,尺寸33×33mm,盖玻片厚度1.3mm,计数孔直径,样品容量0.5ml

  (经过精确校准的)

  435 016  Kolkwitz浮游植物计数框

  同上,盖玻片厚度2.6mm,样品容量1.0ml

  管状浮游植物计数框

  树脂玻璃制成,带可旋转拆卸的黄铜底座,外加1个盖玻片和50个底玻片

  435 021 容量5ml

  435 022 容量10ml

  435 023 容量25ml

  435 025 

  Utermohl组合式浮游植物计数框(浮游植物沉降器)

  由10ml,50ml,100ml圆管各1个,与3片直径33mm盖玻片、50片底玻片和其他辅助操作附件组成一套完整的浮游植物沉降

  计数系统。

  435 028  盖玻片,适用于管状浮游植物计数框和组合式浮游植物计数框,

  直径,厚度,50片/包

  435 035  底玻片,适用于管状浮游植物计数框和组合式浮游植物计数框,

  直径,厚度,250片/包

  Hensen活塞式样品移液管

  与250ml稀释瓶和一个活塞组成一套完整的样品稀释系统

  435 090 容量0.1ml

  435 091 容量0.25ml

  435 092 容量0.5ml

  435 093 容量1.0ml

  435 094 容量2.5ml

  435 095 容量5.0ml

  435 098 备用稀释瓶,250ml,Duran玻璃制,10个/包

  435 100  

  Folsom浮游生物分样器

  用来将大量的浮游生物分成适合的量,来进行观察研究。一次操作

  可以将样品平分成两份。重复操作,可以将样品分成的任意所需要

  的量。透明的塑料滚筒可以容纳约100ml样品。底座安装有一

  个水平器和两个调节水平的螺杆,确保样品分割的精确性。净重1kg。

  代表文献:

  1.Manfred Rolke and Jürgen Lenz,1984.Size structure analysis ofzooplankton samples by means of an automated image analyzing system.Journal ofPlankton Research.6(4): 637-645.

  2.Austin B.M. Egborge and Prekeyi Tawari,1987.The rotifers ofWarri River, Nigeria.Journal of Plankton Research.9(1):1-13.

  3.J.W. Rijstenbil,1987.Phytoplankton composition of stagnant andtidal ecosystems in relation to salinity, nutrients, light andturbulence.Netherlands Journal of Sea Research.21(2):113–123.

  4.S. Wagener, C. F. Bardele, N. Pfennig,1990.Functionalintegration of Methanobacterium formicicum into the anaerobic ciliate Trimyemacompressum.Archives of Microbiology.153(5):496-501.

  5.S. Holler, N. Pfennig,1991.Fermentation products of theanaerobic ciliate Trimyema compressum in monoxenic cultures.Archives ofMicrobiology.156(4):327-334 .

  6.J. W. Rijstenbil, C. Bakker, R. H. Jackson, A. G. A. Merks, P.R. M. de Visscher,1993.Spatial and temporal variation in community compositionand photosynthetic characteristics of phytoplankton in the upper Westerscheldeestuary (Belgium, SW Netherlands).Hydrobiologia.269-270(1):263-273.

  7.Bettina Meyer-Harms, Falk Pollehne,1998.ALLOXANTHIN INDINOPHYSIS NORVEGICA (DINOPHYSIALES, DINOPHYCEAE) FROM THE BALTIC SEA.Journalof Phycology.34(2):280–285.

  8.Catalina Castell Perez, Suzanne Roy, Maurice Levasseur, DonaldM. Anderson,1998.CONTROL OF GERMINATION OF ALEXANDRIUM TAMARENSE (DINOPHYCEAE)CYSTS FROM THE LOWER ST. LAWRENCE ESTUARY (CANADA).Journal of Phycology.34(2):242–249.

  9.Teresa Cruz and Jorge Araújo,1999.Reproductive Patterns ofPollicipes pollicipes (Cirripedia: Scalpellomorpha) on the Southwestern Coastof Portugal.Journal of Crustacean Biology.19(2):260-267.

  10.Michael Hust, Wolfgang E Krumbein, Erhard Rhiel,1999.Animmunochemical in situ approach to detect adaptation processes in thephotosynthetic apparatus of diatoms of the Wadden Sea sediment surfacelayers.Journal of Microbiological Methods.38(1–2):69–80.

  11.Christine Dupuy, Solange Le Gall, Hans J. Hartmann, MartineBréret,1999.Retention of ciliates and flagellates by the oyster Crassostreagigas in French Atlantic coastal ponds: protists as a trophic link betweenbacterioplankton and benthic suspension-feeders.Marine Ecology Progress Series.177:165-175.

  12.A. Tewari, H.V. Joshi, R.H. Trivedi, V.G. Sravankumar, C.Raghunathan, Y. Khambhaty, O.S. Kotiwar, S.K. Mandal,2001.The Effect of ShipScrapping Industry and its Associated Wastes on the Biomass Production andBiodiversity of Biota in in situ Condition at Alang.Marine PollutionBulletin.42(6):461–468.

  13.Hera Karayanni, Urania Christaki, France Van Wambeke, Andrew P.Dalby,2004.Evaluation of double formalin—Lugol's fixation in assessing numberand biomass of ciliates: an example of estimations at mesoscale in NEAtlantic.Journal of Microbiological Methods.56(3):349–358.

  14.EI Ohimain, TOT Imoobe & MO Benka-Coker,2005.The impact ofdredging on macrobenthic invertebrates in a tributary of the Warri River, Nigerdelta.African Journal of Aquatic Science.30(1):49-53.

  15.Laurent Seuront, Dorothée Vincent, James G.Mitchell,2006.Biologically induced modification of seawater viscosity in theEastern English Channel during a Phaeocystis globosa spring bloom.Journal ofMarine Systems.61(3–4):118–133.

  16.Wim A.M. Hijnen, Yolanda J. Dullemont, Jack F. Schijven, AnkeJ. Hanzens-Brouwer, Martine Rosielle, Gertjan Medema,2007.Removal and fate ofCryptosporidium parvum, Clostridium perfringens and small-sized centric diatoms(Stephanodiscus hantzschii) in slow sand filters.WaterResearch.41(10):2151–2162.

  17.Géraldine Sarthou, Dorothée Vincent, Urania Christaki, IngridObernosterer, Klaas R. Timmermans, Corina P.D. Brussaard,2008.The fate ofbiogenic iron during a phytoplankton bloom induced by natural fertilisation:Impact of copepod grazing.Deep Sea Research Part II: Topical Studies inOceanography.55(5–7):734–751.

  18.Damir Vili?i?, Tamara Djakovac, Zrinka Buri?, Sun?ica Bosak,2009.Composition andannual cycle of phytoplankton assemblages in the northeastern AdriaticSea.Botanica Marina.52(4):291–305.

  19.Fedekar F. Madkour, Mohsen M. El-Sherbiny and Maher A.Aamer,2010.Phytoplankton population along certain Egyptian coastal regions ofthe Red Sea.Egypt J. Aquat. Biol. & Fish..14(2):95-109.

  20.Mianrun Chena, Bingzhang Chena, Paul Harrisonb, HongbinLiu,2011.Dynamics of mesozooplankton assemblages in subtropical coastal watersof Hong Kong: A comparative study between a eutrophic estuarine and amesotrophic coastal site.Continental Shelf Research.31(10):1075–1086.

  21.Germán A. Kopprio, Gerhard Kattner, Martin Graeve, R. HugoFreije, Rubén J. Lara,2012.Exceptional lipid storage mode of the copepodBoeckella poopoensis in a pampean salt lake, Argentina.AquaticBiology.15:275-281.

  22.Dongyan Liu, Yajun Shi, Baoping Di, Qianli Sun, Yujue Wang,Zhijun Dong, Hongbing Shao,2012.The impact of different pollution sources onmodern dinoflagellate cysts in Sishili Bay, Yellow Sea, China.MarineMicropaleontology.84–85:1–13.

  23.Daniel Remias, Andreas Holzinger, Siegfried Aigner, CorneliusLütz,2012.Ecophysiology and ultrastructure of Ancylonema nordenski?ldii(Zygnematales, Streptophyta), causing brown ice on glaciers in Svalbard (higharctic).Polar Biology.35(6):899-908.

  24.F.S. Tahami, A.G. Mazlan, H. Negarestan, Sh. Najafpour, W.W.M.Lotfi and G.D. Najafpour,2012.Phytoplankton Combination in the Southern Part ofCaspian Sea.World Applied Sciences Journal.16(1): 99-105.

  25.Amir Abbas Bazyar Lakeh, Werner Kloas Rainer Jung, Ra’ananAriav, Klaus Knopf,2013.Low frequency ultrasound and UV-C for elimination ofpathogens in recirculating aquaculture systems.UltrasonicsSonochemistry.20(5):1211–1216.

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