Bio/consult as Page 152 Unianova- tests of Between-Subjects Effects LN (weight) Species Type III df Mean F Sig. Baltic herring Intercept Hypothesis 0,058940444 1 0,058940444 0,92887 0,33735 Error 6,726100268 106 0,063453776 REF Hypothesis 0,05920547 1 0,05920547 0,93305 0,33627 Error 6,726100268 106 0,063453776 MM Hypothesis 0,242476969 4 0,060619242 0,95533 0,43529 Error 6,726100268 106 0,063453776 REF * MM Hypothesis 0,242476969 4 0,060619242 0,95533 0,43529 Error 6,726100268 106 0,063453776 SEKTION(REF * MM) Hypothesis 6,726100268 106 0,063453776 1,00314 0,49228 Error 7,337563929 116 0,063254861 Brisling Intercept Hypothesis 0 1 0 , , Error 0 106 0 REF Hypothesis 0 1 0 , , Error 0 106 0 MM Hypothesis 0 4 0 , , Error 0 106 0 REF * MM Hypothesis 0 4 0 , , Error 0 106 0 SEKTION(REF * MM) Hypothesis 0 106 0 , , Error 0 116 0 Common eel Intercept Hypothesis 15,2768547 1 15,2768547 12,2965 0,00067 Error 131,6920289 106 1,242377631 REF Hypothesis 0,019710218 1 0,019710218 0,01586 0,90001 Error 131,6920289 106 1,242377631 MM Hypothesis 8,661817376 4 2,165454344 1,74299 0,14597 Error 131,6920289 106 1,242377631 REF * MM Hypothesis 14,13095972 4 3,532739929 2,84353 0,02765 Error 131,6920289 106 1,242377631 SEKTION(REF * MM) Hypothesis 131,6920289 106 1,242377631 1,06711 0,3654 Error 135,052207 116 1,164243164 Hornfish Intercept Hypothesis 0 1 0 , , Error 0 106 0 REF Hypothesis 0 1 0 , , Error 0 106 0 MM Hypothesis 0 4 0 , , Error 0 106 0 REF * MM Hypothesis 0 4 0 , , Error 0 106 0 SEKTION(REF * MM) Hypothesis 0 106 0 , , Error 0 116 0 Snake pipefish Intercept Hypothesis 0,024799999 1 0,024799999 0,92887 0,33735 Error 2,830098818 106 0,026699045 REF Hypothesis 0,024911513 1 0,024911513 0,93305 0,33627 Error 2,830098818 106 0,026699045 MM Hypothesis 0,102025506 4 0,025506376 0,95533 0,43529 Error 2,830098818 106 0,026699045 REF * MM Hypothesis 0,102025506 4 0,025506376 0,95533 0,43529 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
Bio/consult as Page 153 Error 2,830098818 106 0,026699045 SEKTION(REF * MM) Hypothesis 2,830098818 106 0,026699045 1,00314 0,49228 Error 3,087380529 116 0,026615349 Straightnose pipefish Intercept Hypothesis 0,020698907 1 0,020698907 3,59025 0,06084 Error 0,611122713 106 0,005765309 REF Hypothesis 0,001046536 1 0,001046536 0,18152 0,67093 Error 0,611122713 106 0,005765309 MM Hypothesis 0,014570967 4 0,003642742 0,63184 0,64086 Error 0,611122713 106 0,005765309 REF * MM Hypothesis 0,022446501 4 0,005611625 0,97334 0,42537 Error 0,611122713 106 0,005765309 SEKTION(REF * MM) Hypothesis 0,611122713 106 0,005765309 0,99844 0,50213 Error 0,669820171 116 0,005774312 Great pipefish Intercept Hypothesis 0,003149532 1 0,003149532 1,34774 0,24828 Error 0,247711961 106 0,002336905 REF Hypothesis 0,003101814 1 0,003101814 1,32732 0,25187 Error 0,247711961 106 0,002336905 MM Hypothesis 0,011389056 4 0,002847264 1,21839 0,30742 Error 0,247711961 106 0,002336905 REF * MM Hypothesis 0,011389056 4 0,002847264 1,21839 0,30742 Error 0,247711961 106 0,002336905 SEKTION(REF * MM) Hypothesis 0,247711961 106 0,002336905 0,98491 0,53069 Error 0,275235512 116 0,00237272 Lesser pipefish Intercept Hypothesis 0,003666936 1 0,003666936 0,92887 0,33735 Error 0,418459306 106 0,003947729 REF Hypothesis 0,003683424 1 0,003683424 0,93305 0,33627 Error 0,418459306 106 0,003947729 MM Hypothesis 0,015085524 4 0,003771381 0,95533 0,43529 Error 0,418459306 106 0,003947729 REF * MM Hypothesis 0,015085524 4 0,003771381 0,95533 0,43529 Error 0,418459306 106 0,003947729 SEKTION(REF * MM) Hypothesis 0,418459306 106 0,003947729 1,00314 0,49228 Error 0,456501061 116 0,003935354 Broad-nosed pipefish Intercept Hypothesis 0,433618161 1 0,433618161 14,1001 0,00028 Error 3,259791764 106 0,030752752 REF Hypothesis 0,007960127 1 0,007960127 0,25884 0,61197 Error 3,259791764 106 0,030752752 MM Hypothesis 0,30190204 4 0,07547551 2,45427 0,05024 Error 3,259791764 106 0,030752752 REF * MM Hypothesis 0,46686778 4 0,116716945 3,79533 0,00634 Error 3,259791764 106 0,030752752 SEKTION(REF * MM) Hypothesis 3,259791764 106 0,030752752 0,7999 0,87825 Error 4,459692018 116 0,038445621 Fifteen-spined stickleback Intercept Hypothesis 179,3551142 1 179,3551142 156,94 1,2E-22 Error 121,1393081 106 1,142823661 REF Hypothesis 3,874024587 1 3,874024587 3,38987 0,06839 Error 121,1393081 106 1,142823661 MM Hypothesis 43,5629828 4 10,8907457 9,52968 1,3E-06 Error 121,1393081 106 1,142823661 REF * MM Hypothesis 6,171361807 4 1,542840452 1,35002 0,25636 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
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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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Fish study.........................
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Bio/consult as Page I Summary The p
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Bio/consult as Page III longspined
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Bio/consult as Page V Towards the e
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Bio/consult as Page VII Resumé (In
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Bio/consult as Page IX En power-ana
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Bio/consult as Page XI Torsk, skrub
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Bio/consult as Page 1 1. Introducti
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Bio/consult as Page 3 2. Background
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SEAS. Baseline study - Fish, fry an
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Bio/consult as Page 7 The turbines
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Bio/consult as Page 9 2.4. Previous
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Bio/consult as Page 11 3. Fish and
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SEAS. Baseline study - Fish, fry an
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Bio/consult as Page 15 Figure 3.2.1
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Bio/consult as Page 17 Each sample
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Bio/consult as Page 19 • Wind dir
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Bio/consult as Page 21 Differences
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Bio/consult as Page 23 3.8. Results
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SEAS. Baseline study - Fish, fry an
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Bio/consult as Page 27 3.8.3. Selec
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Bio/consult as Page 29 Figure 3.8.2
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Bio/consult as Page 31 Number Numbe
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Bio/consult as Page 33 Number Numbe
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Bio/consult as Page 35 Number Numbe
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Bio/consult as Page 37 Number Numbe
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Bio/consult as Page 39 Number Numbe
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Bio/consult as Page 41 Number Numbe
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Bio/consult as Page 43 Number Numbe
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Bio/consult as Page 45 Number Numbe
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Bio/consult as Page 47 fact accordi
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Bio/consult as Page 49 Estimated Ma
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Bio/consult as Page 51 Differences
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Bio/consult as Page 53 3.9. Results
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SEAS. Baseline study - Fish, fry an
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Bio/consult as Page 57 3.9.3. Selec
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Bio/consult as Page 59 3.9.4. Indiv
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Bio/consult as Page 61 3.9.4.2 Two-
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Bio/consult as Page 63 3.9.4.3 Sand
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Bio/consult as Page 65 3.9.4.4 Eelp
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Bio/consult as Page 67 3.9.4.5 Shor
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Bio/consult as Page 69 3.9.4.6 Long
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Bio/consult as Page 71 3.9.4.7 Flou
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Bio/consult as Page 73 3.9.5. Comme
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Bio/consult as Page 75 Estimated Ma
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Bio/consult as Page 77 Species Peri
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Bio/consult as Page 79 3.10. Discus
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Bio/consult as Page 81 However, dat
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Bio/consult as Page 83 Figur.3.10.1
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Bio/consult as Page 85 Figure: 3.10
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Bio/consult as Page 87 3.10.2.2.2 M
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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 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