Bio/consult as Page 38 3.8.4.6 Eelpout (Zoarces viviparous) The catches of the eelpout was not surprisingly greatest in the fyke nets, <strong>and</strong> especially the wind farm area contributed with high CPUE values. q Cabletrace Sampling stations in the reference area Sampling stations in the wind farm area Wind mills 13 13 14 14 15 15 15 16 16 17 17 18 18 q q q q qqq q q q q q q q q q q q q q q q q q qq q q q q q11 q q q q qqq 4 q q777 q q 10 10 10 10 q q q q q22 q q q q q q5 q q 8 q q q q q 11 11 q q q q q q q3 q q q q6 q99 12 12 12 12 12 SEAS. <strong>Baseline</strong> <strong>study</strong> – <strong>Fish</strong>, <strong>fry</strong> <strong>and</strong> <strong>commercial</strong> <strong>fishery</strong> Dok. nr. 2148-03-001-rev3 2P.doc 19 19 19 20 20 20 21 21 21 Eelpout CPUE number 4 May June CPUE weight 200 Figure 3.8.11. Thematic map showing CPUE number <strong>and</strong> CPUE weight of eelpout grouped in eight transects four within the area of the wind farm <strong>and</strong> four within the reference area. Most of the eelpout caught in May were large mature individuals whereas mainly small individuals were caught in June. 22 22 23 23 23 23 23 24 24 24 24 May June
Bio/consult as Page 39 Number Number 15 10 5 0 15 10 5 May May June Eelpout Wind farm area Reference area 0 0 10 20 30 40 50 Total length (cm) Gill net Fyke net SEAS. <strong>Baseline</strong> <strong>study</strong> – <strong>Fish</strong>, <strong>fry</strong> <strong>and</strong> <strong>commercial</strong> <strong>fishery</strong> Dok. nr. 2148-03-001-rev3 2P.doc June 0 10 20 30 40 50 Total length (cm) Figure 3.8.12. Length distribution of eelpout in the wind farm area <strong>and</strong> reference area respectively May <strong>and</strong> June. The fact that the eelpout is viviparous complicated the field examinations by making it difficult to distinguish a spent individual from an individual in the early development of the gonads before the stage referred to as intermediate. Længde (cm) K. F. Wind farm area Gonadevægt (g) % Gonadevægt Gonadeindeks N mean mean mean stdv mean stdv N mean mean mean stdv mean stdv May Juv. Juvenile gonads 5 13,1 ,42 ,0 ,0 ,0 ,00 6 22,3 ,49 ,0 ,0 ,0 ,00 Male sexual diff. 28 17,8 ,49 ,4 ,4 1,3 ,66 3 16,4 ,42 ,2 ,2 ,8 ,67 intermediary 7 21,3 ,49 1,2 ,9 2,3 ,63 3 23,1 ,44 1,2 ,5 2,1 ,55 Female sexual diff. 19 19,2 ,49 ,4 ,3 1,0 ,46 2 21,2 ,49 ,5 ,4 ,9 ,20 intermediary 10 21,1 ,45 ,6 ,5 1,0 ,42 6 22,4 ,49 ,5 ,3 1,0 ,32 Mature 1 16,0 ,26 1,9 17,8 June Juv. Juvenile gonads 4 8,7 ,39 ,0 ,0 ,0 ,00 4 9,5 ,42 ,0 ,0 ,0 ,00 Male sexual diff. 4 16,0 ,48 ,4 ,1 1,9 ,83 1 22,1 ,40 1,0 2,3 intermediary 6 19,5 ,46 ,6 ,5 2,0 1,22 1 16,0 ,46 ,5 2,6 Female sexual diff. 7 20,0 ,44 ,3 ,3 ,8 ,24 2 22,8 ,50 ,6 ,2 ,9 ,30 Spent 6 19,1 ,49 ,4 ,1 1,1 ,14 1 20,7 ,28 ,1 ,4 Længde (cm) K. F. Reference area Gonadevægt (g) % Gonadevægt Table 3.8.8. Average of length, condition factor, weight <strong>and</strong> percentage of gonads as a function of the gonad index for eelpout.
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March 2003 Baseline study Fish, fry
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Prepared for: SEAS Distribution A.m
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Table of contents Summary .........
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Bio/consult as Page 89 All the catc
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Bio/consult as Page 91 After a twof
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Bio/consult as Page 93 in the wind
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Bio/consult as Page 95 Groups Perio
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Bio/consult as Page 97 4. Commercia
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Bio/consult as Page 99 • Catch da
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Bio/consult as Page 101 Annual catc
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Bio/consult as Page 103 whose catch
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Bio/consult as Page 105 38G1 1982 1
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Bio/consult as Page 107 4.2.5. Comp
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Bio/consult as Page 109 1) Unreport
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Bio/consult as Page 111 4.3. Discus
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Bio/consult as Page 113 5. Conclusi
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Bio/consult as Page 115 6. Referenc
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Bio/consult as Page 117 Appendix 1.
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Bio/consult as Page 119 The fry rem
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Bio/consult as Page 121 Broad-nosed
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Bio/consult as Page 123 shoals in s
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Bio/consult as Page 125 The striped
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Bio/consult as Page 127 saline wate
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Bio/consult as Page 129 Appendix 3.
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Bio/consult as Page 131 Error 0,730
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Bio/consult as Page 133 Corrected T
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Bio/consult as Page 135 Intercept 1
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Bio/consult as Page 137 Unianova- t
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Bio/consult as Page 139 REF * MM Hy
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Bio/consult as Page 141 REF * MM Hy
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Bio/consult as Page 143 REF * MM Hy
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Bio/consult as Page 145 Species Tes
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Bio/consult as Page 147 Corrected T
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Bio/consult as Page 149 REF 2,2615
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Bio/consult as Page 151 Fry study L
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Bio/consult as Page 153 Error 2,830
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Bio/consult as Page 155 Error 4,873
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Bio/consult as Page 157 Error 163,9
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Bio/consult as Page 159 Appendix 5.
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Bio/consult as Page 161 Fry study T
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Bio/consult as Page 163 Appendix 6.
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Bio/consult as Page 165 Test betwee
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Bio/consult as Page 167 Fry study T
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Bio/consult as Page 169 Appendix 7.
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Bio/consult as Page 171 Appendix 8.
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Power Bio/consult as Page 173 POWER
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Bio/consult as Page 175 POWER prey
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Bio/consult as Page 177 Fry study P
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Bio/consult as Page 179 SEAS. Basel
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Bio/consult as Page 181 Appendix 9.
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Bio/consult as Page 183 Fiskeridire
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Bio/consult as Page 185 Fiskeridire
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Bio/consult as Page 187 Fiskeridire
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Bio/consult as Page 189 Appendix 9.
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Bio/consult as Page 199 Appendix 9.
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Bio/consult as Page 201 Appendix 9.
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Bio/consult as Page 209 Total fangs
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Bio/consult as Page 211 Appendix 9.
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Bio/consult as Page 213 SEAS. Basel
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Bio/consult as Page 215 SEAS. Basel
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Bio/consult as Page 217 Appendix 9.
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Prepared for: SEAS Distribution A.m
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Bio/consult as Page 1 1. Introducti
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Bio/consult as Page 3 However, data
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Bio/consult as Page 5 Figur.1 Steps
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Bio/consult as Page 7 Figure: 2. Gr
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Bio/consult as Page 9 3. Univariate
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Bio/consult as Page 11 4. Examples
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Bio/consult as Page 13 Month: 11 Mo
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Bio/consult as Page 15 After a twof
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Bio/consult as Page 17 • Univaria
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Filename: 2148-03-001-rev3 2P.doc D