[table][/table]详细介绍 ( s& }8 d2 b2 Z* J0 u
德国HYDRO-BIOS公司 浮游生物沉降器
2 ?& L4 a/ S, k# `* K类别: 浮游生物观察组件
/ \3 Z* ~) s0 P9 v. S0 Y9 E/ d型号: 435 025
0 n q0 c3 T+ Q& U1 K关键字: 浮游生物沉降器,浮游植物沉降器,浮游植物计数框1 ]7 H- ~3 N, E( ?( r# j% T
供应商: 青岛水德科技有限公司
/ i G% G/ }. ?( z9 o) Q产品简介:浮游生物沉降器用于对浮游植物进行沉降计数。" `) P- N; Z }% l; M8 H6 z7 n
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德国HYDRO-BIOS公司——Utermöhl组合式浮游生物计数框(浮游生物沉降器)* r2 V! ^5 M5 x" c) g% F7 x8 h
* V3 ]& ^8 y( jCombined Plate Chamber (Utermöhl Chamber)2 Z; ^" t% c* @- C( N! e4 Q
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@% ?7 i5 w* m: R浮游生物沉降器用于对浮游植物进行沉降计数。浮游生物沉降器由生物学家Utermöhl发明，并由德国HYDRO-BIOS公司生产。浮游生物沉降器已经成为浮游植物沉降计数的国际标准，广泛应用于水生生物的观察计数。$ R- v7 w# T& Q( V3 W
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浮游生物沉降器订购指南：
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435 025 Utermöhl组合式浮游生物计数框(浮游生物沉降器)
$ v& N( M$ b# p8 X2 C0 u: P 由10ml，50ml，100ml圆管各1个，与3片盖玻片、50片底玻片和其他辅助操作附件组成一套完整的浮游生物沉降计数系统。
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435 028 盖玻片" s r' ~: j0 _: z# k7 U: r0 M
适用于浮游生物计数管和组合式浮游生物计数框(浮游生物沉降器),直径33mm，厚度2mm， 50片/包
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435 035 底玻片
* E0 v+ |3 k0 z5 |% W 适用于浮游生物计数管和组合式浮游生物计数框(浮游生物沉降器),直径27.5mm，厚度0.2mm，250片/包
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代表文献：3 R: G9 _$ ~) Y" j' E$ C) W
1.Manfred Rolke and Jürgen Lenz,1984.Size structure analysis of zooplankton samples by means of an automated image analyzing system.Journal of Plankton Research.6(4): 637-645. g6 s- O& }8 n) t+ [
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6 Y5 i4 j* R* d( L- l8 z4.S. Wagener, C. F. Bardele, N. Pfennig,1990.Functional integration of Methanobacterium formicicum into the anaerobic ciliate Trimyema compressum.Archives of Microbiology.153(5):496-501.) X' j0 k3 V. x
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# d9 R- T. m; X3 J) f6.J. W. Rijstenbil, C. Bakker, R. H. Jackson, A. G. A. Merks, P. R. M. de Visscher,1993.Spatial and temporal variation in community composition and photosynthetic characteristics of phytoplankton in the upper Westerschelde estuary (Belgium, SW Netherlands).Hydrobiologia.269-270(1):263-273.
* u9 w8 x1 T0 o4 `) e- u7.Bettina Meyer-Harms, Falk Pollehne,1998.ALLOXANTHIN IN DINOPHYSIS NORVEGICA (DINOPHYSIALES, DINOPHYCEAE) FROM THE BALTIC SEA.Journal of Phycology.34(2):280–285.& G t- s' p8 x3 r" x1 p
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0 _; Z0 B1 V2 m0 q6 \9.Teresa Cruz and Jorge Araújo,1999.Reproductive Patterns of Pollicipes pollicipes (Cirripedia: Scalpellomorpha) on the Southwestern Coast of Portugal.Journal of Crustacean Biology.19(2):260-267.
9 s; h7 Z+ N" F! h10.Michael Hust, Wolfgang E Krumbein, Erhard Rhiel,1999.An immunochemical in situ approach to detect adaptation processes in the photosynthetic apparatus of diatoms of the Wadden Sea sediment surface layers.Journal of Microbiological Methods.38(1–2):69–80.
# h2 m5 d/ |& D7 I5 R3 c# k0 h! Y4 l. I2 q11.Christine Dupuy, Solange Le Gall, Hans J. Hartmann, Martine Bréret,1999.Retention of ciliates and flagellates by the oyster Crassostrea gigas in French Atlantic coastal ponds: protists as a trophic link between bacterioplankton and benthic suspension-feeders.Marine Ecology Progress Series.177:165-175.
( F. I/ z) `4 H) `3 A1 l" t( r12.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 Ship Scrapping Industry and its Associated Wastes on the Biomass Production and Biodiversity of Biota in in situ Condition at Alang.Marine Pollution Bulletin.42(6):461–468.
% j' o- t# T0 ^, y7 C+ ?13.Hera Karayanni, Urania Christaki, France Van Wambeke, Andrew P. Dalby,2004.Evaluation of double formalin—Lugol's fixation in assessing number and biomass of ciliates: an example of estimations at mesoscale in NE Atlantic.Journal of Microbiological Methods.56(3):349–358.- [9 B0 y5 H5 o: V
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, d+ X' w7 X& o; u- Y15.Laurent Seuront, Dorothée Vincent, James G. Mitchell,2006.Biologically induced modification of seawater viscosity in the Eastern English Channel during a Phaeocystis globosa spring bloom.Journal of Marine Systems.61(3–4):118–133.
1 h" ^0 F; o! h, o16.Wim A.M. Hijnen, Yolanda J. Dullemont, Jack F. Schijven, Anke J. Hanzens-Brouwer, Martine Rosielle, Gertjan Medema,2007.Removal and fate of Cryptosporidium parvum, Clostridium perfringens and small-sized centric diatoms (Stephanodiscus hantzschii) in slow sand filters.Water Research.41(10):2151–2162.1 d9 A, R! [2 v% M
17.Géraldine Sarthou, Dorothée Vincent, Urania Christaki, Ingrid Obernosterer, Klaas R. Timmermans, Corina P.D. Brussaard,2008.The fate of biogenic iron during a phytoplankton bloom induced by natural fertilisation: Impact of copepod grazing.Deep Sea Research Part II: Topical Studies in Oceanography.55(5–7):734–751.
* ^, |0 _/ y, b+ r% P2 V1 [6 y18.Damir Viličić, Tamara Djakovac, Zrinka Burić, Sunčica Bosak,2009.Composition and annual cycle of phytoplankton assemblages in the northeastern Adriatic Sea.Botanica Marina.52(4):291–305.
* E* F- m! p# j, V& j/ u5 S5 V19.Fedekar F. Madkour, Mohsen M. El-Sherbiny and Maher A. Aamer,2010.Phytoplankton population along certain Egyptian coastal regions of the Red Sea.Egypt J. Aquat. Biol. & Fish..14(2):95-109.
0 @9 d# G; O. ^2 a20.Mianrun Chena, Bingzhang Chena, Paul Harrisonb, Hongbin Liu,2011.Dynamics of mesozooplankton assemblages in subtropical coastal waters of Hong Kong: A comparative study between a eutrophic estuarine and a mesotrophic coastal site.Continental Shelf Research.31(10):1075–1086.
) o" D' [/ K( f) \+ J x% Y) k' ~21.Germán A. Kopprio, Gerhard Kattner, Martin Graeve, R. Hugo Freije, Rubén J. Lara,2012.Exceptional lipid storage mode of the copepod Boeckella poopoensis in a pampean salt lake, Argentina.Aquatic Biology.15:275-281.( j4 b+ X5 b. W( s; m4 V+ g
22.Dongyan Liu, Yajun Shi, Baoping Di, Qianli Sun, Yujue Wang, Zhijun Dong, Hongbing Shao,2012.The impact of different pollution sources on modern dinoflagellate cysts in Sishili Bay, Yellow Sea, China.Marine Micropaleontology.84–85:1–13.
" b% y# V4 ?( j* H1 Y. y. o: x# }7 G, d23.Daniel Remias, Andreas Holzinger, Siegfried Aigner, Cornelius Lütz,2012.Ecophysiology and ultrastructure of Ancylonema nordenskiöldii (Zygnematales, Streptophyta), causing brown ice on glaciers in Svalbard (high arctic).Polar Biology.35(6):899-908.
* I4 q5 l& c# }+ q |; x: W7 U24.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 of Caspian Sea.World Applied Sciences Journal.16(1): 99-105." ?0 \$ i! e3 _5 @ j2 x& N
25.Amir Abbas Bazyar Lakeh, Werner Kloas Rainer Jung, Ra’anan Ariav, Klaus Knopf,2013.Low frequency ultrasound and UV-C for elimination of pathogens in recirculating aquaculture systems.Ultrasonics Sonochemistry.20(5):1211–1216.
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! U2 z* Q* a- u* L7 I6 [+ M5 u/ W更多关键字: 浮游生物沉降器,浮游植物沉降器,浮游植物计数框, 浮游生物沉淀器,浮游植物沉淀器,藻类计数器,组合式浮游生物计数框2 W1 e9 e( z# A$ ^- u) s. K6 k, x
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产品优势 德国HYDRO-BIOS公司 浮游生物沉降器: [2 V6 o. L! t
类别: 浮游生物观察组件9 L$ b. C5 d" U% D
型号: 435 025
0 c" g0 p5 o0 E! m8 W关键字: 浮游生物沉降器,浮游植物沉降器,浮游植物计数框
L9 y7 ~; B$ O4 r% G/ n- ~供应商: 青岛水德科技有限公司
& b& R" v* d& m6 l" B产品简介:
* t( A; o4 Q& C浮游生物沉降器用于对浮游植物进行沉降计数。 相关产品
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