Zooplankton of the open Baltic: Extended Atlas - IOW

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Figure 3.2.3. UNESCO standard net WP-2 equipped with the T.S.K. flow meter on R/V Prof. Albrecht Penck, February 2007. The number of flow meter rotations multiplied by the calibration factor gives the length of the filtered water column. It provides the filtered amount of water by multiplying it with the net opening area. The towing distance (which should be always noted for the flow meter control) could be also used for this purpose in a first approximation. Wire angels will be considered by a trigonometric correction. The necessary length z 1 of wire out for reaching the depth level z will be calculated as z divided by the cosine of the wire angle α (Fig. 3.2.4). α z 1 = z / cos α z z 1 Figure 3.2.4. Scheme of trigonometric wire angle correction. 26
Finally, the net must be rinsed with seawater from outside. The sample concentrated in the cod end will be transferred to a sample jar and preserved by buffered formalin with a final concentration of 4%. Labeling of the sample jar inside and outside by station number, date, time, and sampling depth interval is important. 3.3. Sampling and study of microzooplankton In order to study planktonic ciliates, most hydrobiologists collect water in routine, oceanographic sampling bottles (e.g. Niskin bottles). Firstly, it minimizes the cell disruption due to the turbulence and pressure, caused by pumps and plankton nets (Gifford & Caron, 2000). Moreover, plankton nets collect only a large fraction of ciliates (such as Tintinnids, in pioneering studies), but let nano-ciliates (
Page 1 and 2: LEIBNIZ-INSTITUT FÜR OSTSEEFORSCHU
Page 3: Meereswissenschaftliche Berichte MA
Page 7 and 8: CONTENTS Page Preface…………
Page 9 and 10: PREFACE This volume is the Second E
Page 11 and 12: 1. INTRODUCTION Since the last glac
Page 13 and 14: eautifully designed network of flow
Page 15: The authors hope that the new, exte
Page 18 and 19: B (kg C / km²) 1000 100 10 1 0.1 P
Page 20 and 21: Table 2.1. Degree of dominance (fro
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Page 24 and 25: amplitude. On the other hand, for e
Page 26 and 27: a b c d Figure 3.2.1: a, The WP-2 U
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Page 32 and 33: al., 2000). The table of the micros
Page 34 and 35: 3.5. Biomass determination Informat
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Page 40 and 41: Feeding modes and strategies Differ
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No Taxa BP 1 WBS 2 NBS 3 SBS 4 EBS
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4.3. Photo plates: ciliates of the
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Plate 4.3.1 83
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5. MESO- AND MACROZOOPLANKTON OF TH
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Figure 5.1.2. Typical hydroid medus
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leidyi was found in the entire wate
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Polymorphism is a common phenomenon
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Cladocera (Plates 5.3.6 - 5.3.10) T
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Figure 5.1.7. Daphnia, schematic, l
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Figure 5.1.9. How to measure Cladoc
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filter feeders. Cyclopoida are also
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Figure 5.1.12. Morphology of a fema
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Figure 5.1.14. Development of copep
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Figure 5.1.16. Sagitta bipunctata,
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Figure 5.1.17. Appendicularia, sche
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Figure 5.1.19. Larvae of Polychaeta
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5.2. Checklist of meso- and macrozo
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1 BP, Baltic Proper: after Ackefors
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5.3. Photo plates: meso- and macroz
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Plate 5.3.1 163
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ACKNOWLEDGEMENTS The authors gratef
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REFERENCES Aberle, N., Lengfellner,
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marine biodiversity inventory and t
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Bibliographie zur Biologie und Öko
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Johansson, M., Gorokhova, E., Larss
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method of estimating algal numbers
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community of Tokyo Bay. ICES J. Mar
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system by Aurelia aurita medusae -
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de/documents/mebe73_2008-telesh-lpo
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SELECTED ZOOPLANKTON INTERNET DATA
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INDEX OF LATIN NAMES Only valid spe
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Blepharisma tardum 46 Blepharisma u
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Coleps arenarius 48 Coleps bicuspis
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Didinium 36, 38, 51 Didinium balbia
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Folliculina ampula 54 Folliculina g
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Keronopsis arenivorus 57 Keronopsis
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Metopus major 61 Metopus nivaaensis
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Peritromus faurei 64 Peritromus mon
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Remanella brunnea 67 Remanella caud
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Strongylidium muscorum 71 Stylonich
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Trichocerca dixon-nutalli 154 Trich
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Meereswissenschaftliche Berichte MA
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25 (1997) v. Bodungen, Bodo; Hentzs
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49 (2002) Nausch, Günther; Feistel
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73 (2008) Telesh, Irena; Postel, Lu
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Zooplankton of the open Baltic: Extended Atlas - IOW

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