IMARES Wageningen UR. Shortlist Master plan Wind Monitoring fish eggs and larvae in the Southern North Sea: Final report Part B
|
|
|
- Louise Arnold
- 8 years ago
- Views:
Transcription
1 Shortlist Master plan Wind Monitoring fish eggs and larvae in the Southern North Sea: Final report Part B C.J.G. van Damme, R. Hoek, D. Beare, L.J. Bolle, C. Bakker, E. van Barneveld, M. Lohman, E. Os-Koomen, P. Nijssen, I. Pennock & S. Tribuhl Report number C098/11 IMARES Wageningen UR (IMARES - Institute for Marine Resources & Ecosystem Studies) Client: Rijkswaterstaat Waterdienst Postbus AA Lelystad Publicatiedatum: 12 augustus 2011
2 IMARES is: an independent, objective and authoritative institute that provides knowledge necessary for an integrated sustainable protection, exploitation and spatial use of the sea and coastal zones; an institute that provides knowledge necessary for an integrated sustainable protection, exploitation and spatial use of the sea and coastal zones; a key, proactive player in national and international marine networks (including ICES and EFARO). P.O. Box 68 P.O. Box 77 P.O. Box 57 P.O. Box AB IJmuiden 4400 AB Yerseke 1780 AB Den Helder 1790 AD Den Burg Texel Phone: +31 (0) Phone: +31 (0) Phone: +31 (0) Phone: +31 (0) Fax: +31 (0) Fax: +31 (0) Fax: +31 (0) Fax: +31 (0) imares@wur.nl imares@wur.nl imares@wur.nl imares@wur.nl IMARES Wageningen UR IMARES, institute of Stichting DLO is registered in the Dutch trade record nr , BTW nr. NL The Management of IMARES is not responsible for resulting damage, as well as for damage resulting from the application of results or research obtained by IMARES, its clients or any claims related to the application of information found within its research. This report has been made on the request of the client and is wholly the client's property. This report may not be reproduced and/or published partially or in its entirety without the express written consent of the client. A_4_3_2-V12 2 of 377 Report number C098/11
3 Contents Contents... 3 Appendix A. Egg and larvae spatial and temporal distributions... 5 Herring Clupea harengus... 5 Sprat Sprattus sprattus... 9 Pilchard Sardina plichardus Anchovy Engraulis encrasicolus Nillson s pipefish Syngnathus rostellatus Hake Merluccius merluccius Cod like 45 Cod Gadus morhua Trisopterus like Bib Trisopterus luscus Whiting Merlangius merlangus Tadpole fish Raniceps raninus Rocklings 82 Four-bearded rockling Enchelyopus cimbrius Five-bearded rockling Ciliata mustela European seabass Dicentrachus labrax Horse mackerel Trachurus trachurus Smooth sandeel Gymnammodytes semisquamatus Greater sandeel Hyperoplus lanceolatus Small sandeel Ammodytes tobianus Lesser sandeel Ammodytes marinus Lesser weever Echiichthys vipera Greater weever Trachinus draco Mackerel Scomber scombrus Gobiidae 151 Black goby Gobius niger Two-spotted goby Gobiusculus flavescens Pomatoschistus spp Sand goby Pomatoschistus minutus Common goby Pomatoschistus microps Painted goby Pomatoschistus pictus Transparent goby Aphia minuta Crystal goby Crystallogobius linearis Report number C098/11 3 of 377
4 Callionymidae Common dragonet Callionymus lyra Spotted dragonet Callionymus maculatus Butterfish Pholis gunnellus Triglidae like 213 Triglidae 218 Grey gurnard Eutrigla gurnardus Tub gurnard Trigla lucerna Bull-rout Myoxocephalus scorpius Sea scorpion Taurulus bubalis Sea snail Liparis liparis Montagu s sea snail Liparis montagui Turbot Scophthalmus maximus Brill Scophthalmus rhombus Topknot Zeugopterus punctatus Norwegian topknot Phrynorhombus norvegicus Megrim Lepidorhombus whiffiagonis Arnoglossus like Pleuronectidae Long rough dab Hippoglossoides platessoides Dab like 311 Dab Limanda limanda Plaice Pleuronectes platessa Lemon sole Microstomus kitt Witch flounder Glyptocephalus cynoglossus Flounder Platichthys flesus Soleidae 356 Sole Solea solea Solenette Buglossidium luteum of 377 Report number C098/11
5 Appendix A. Egg and larvae spatial and temporal distributions Appendix A contains the spatial and temporal distribution maps by species for each egg and larvae development stage. For those species which do not produce pelagic eggs or eggs could not be identified to species only maps for the different larvae stages are shown. For the explanation of the different stages see the materials and methods section in Part A of the report. Herring Clupea harengus Figure 1a. Spatial and temporal distribution of yolk sac herring larvae. Report number C098/11 5 of 377
6 Figure 1b. Spatial and temporal distribution of non-yolk sac herring larvae. 6 of 377 Report number C098/11
7 Figure 1c. Spatial and temporal distribution of bent notochord stage herring larvae. Report number C098/11 7 of 377
8 Figure 1d. Spatial and temporal distribution of metamorphosing herring larvae. 8 of 377 Report number C098/11
9 Sprat Sprattus sprattus Figure 2a. Spatial and temporal distribution of stage 1 sprat eggs. Report number C098/11 9 of 377
10 Figure 2b. Spatial and temporal distribution of stage 2 sprat eggs. 10 of 377 Report number C098/11
11 Figure 2c. Spatial and temporal distribution of stage 3 sprat eggs. Report number C098/11 11 of 377
12 Figure 2d. Spatial and temporal distribution of stage 4 sprat eggs. 12 of 377 Report number C098/11
13 Figure 2e. Spatial and temporal distribution of stage 5 sprat eggs. Report number C098/11 13 of 377
14 Figure 2f. Spatial and temporal distribution of yolk sac sprat larvae. 14 of 377 Report number C098/11
15 Figure 2g. Spatial and temporal distribution of non-yolk sac sprat larvae. Report number C098/11 15 of 377
16 Figure 2h. Spatial and temporal distribution of bent notochord stage sprat larvae. 16 of 377 Report number C098/11
17 Figure 2i. Spatial and temporal distribution of metamorphosing sprat larvae. Report number C098/11 17 of 377
18 Pilchard Sardina plichardus Figure 3a. Spatial and temporal distribution of stage 1 pilchard eggs. 18 of 377 Report number C098/11
19 Figure 3b. Spatial and temporal distribution of stage 2 pilchard eggs. Report number C098/11 19 of 377
20 Figure 3c. Spatial and temporal distribution of stage 3 pilchard eggs. 20 of 377 Report number C098/11
21 Figure 3d. Spatial and temporal distribution of stage 4 pilchard eggs. Report number C098/11 21 of 377
22 Figure 3e. Spatial and temporal distribution of stage 5 pilchard eggs. 22 of 377 Report number C098/11
23 Figure 3f. Spatial and temporal distribution of yolk sac pilchard larvae. Report number C098/11 23 of 377
24 Figure 3g. Spatial and temporal distribution of non-yolk sac pilchard larvae. 24 of 377 Report number C098/11
25 Figure 3h. Spatial and temporal distribution of bent notochord stage pilchard larvae. Report number C098/11 25 of 377
26 Figure 3i. Spatial and temporal distribution of metamorphosing pilchard larvae. 26 of 377 Report number C098/11
27 Anchovy Engraulis encrasicolus Figure 4a. Spatial and temporal distribution of anchovy eggs. Report number C098/11 27 of 377
28 Figure 4b. Spatial and temporal distribution of yolk sac anchovy larvae. 28 of 377 Report number C098/11
29 Figure 4c. Spatial and temporal distribution of non-yolk sac anchovy larvae. Report number C098/11 29 of 377
30 Figure 4d. Spatial and temporal distribution of bent notochord stage anchovy larvae. 30 of 377 Report number C098/11
31 Figure 4e. Spatial and temporal distribution of metamorphosing anchovy larvae. Report number C098/11 31 of 377
32 Nillson s pipefish Syngnathus rostellatus Figure 5a. Spatial and temporal distribution of yolk sac Nillson s pipefish larvae. 32 of 377 Report number C098/11
33 Figure 5b. Spatial and temporal distribution of non-yolk sac Nillson s pipefish larvae. Report number C098/11 33 of 377
34 Figure 5c. Spatial and temporal distribution of bent notochord stage Nillson s pipefish larvae. 34 of 377 Report number C098/11
35 Figure 5d. Spatial and temporal distribution of metamorphosing Nillson s pipefish larvae. Report number C098/11 35 of 377
36 Hake Merluccius merluccius Figure 6a. Spatial and temporal distribution of stage 1 hake eggs. 36 of 377 Report number C098/11
37 Figure 6b. Spatial and temporal distribution of stage 2 hake eggs. Report number C098/11 37 of 377
38 Figure 6c. Spatial and temporal distribution of stage 3 hake eggs. 38 of 377 Report number C098/11
39 Figure 6d. Spatial and temporal distribution of stage 4 hake eggs. Report number C098/11 39 of 377
40 Figure 6e. Spatial and temporal distribution of stage 5 hake eggs. 40 of 377 Report number C098/11
41 Figure 6f. Spatial and temporal distribution of yolk sac hake larvae. Report number C098/11 41 of 377
42 Figure 6g. Spatial and temporal distribution of non-yolk sac hake larvae. 42 of 377 Report number C098/11
43 Figure 6h. Spatial and temporal distribution of bent notochord stage hake larvae. Report number C098/11 43 of 377
44 Figure 6i. Spatial and temporal distribution of metamorphosing hake larvae. 44 of 377 Report number C098/11
45 Cod like Figure 7a. Spatial and temporal distribution of stage 1 Cod like eggs. Report number C098/11 45 of 377
46 Figure 7b. Spatial and temporal distribution of stage 2 Cod like eggs. 46 of 377 Report number C098/11
47 Figure 7c. Spatial and temporal distribution of stage 3 Cod like eggs. Report number C098/11 47 of 377
48 Figure 7d. Spatial and temporal distribution of stage 4 Cod like eggs. 48 of 377 Report number C098/11
49 Figure 7e. Spatial and temporal distribution of stage 5 Cod like eggs. Report number C098/11 49 of 377
50 Cod Gadus morhua Figure 8a. Spatial and temporal distribution of yolk sac cod larvae. 50 of 377 Report number C098/11
51 Figure 8b. Spatial and temporal distribution of non-yolk sac cod larvae. Report number C098/11 51 of 377
52 Figure 8c. Spatial and temporal distribution of bent notochord stage cod larvae. 52 of 377 Report number C098/11
53 Figure 8d. Spatial and temporal distribution of metamorphosing cod larvae. Report number C098/11 53 of 377
54 Trisopterus like Figure 9a. Spatial and temporal distribution of stage 1 Trisopterus like eggs. 54 of 377 Report number C098/11
55 Figure 9b. Spatial and temporal distribution of stage 2 Trisopterus like eggs. Report number C098/11 55 of 377
56 Figure 9c. Spatial and temporal distribution of stage 3 Trisopterus like eggs. 56 of 377 Report number C098/11
57 Figure 9d. Spatial and temporal distribution of stage 4 Trisopterus like eggs. Report number C098/11 57 of 377
58 Figure 9e. Spatial and temporal distribution of stage 5 Trisopterus like eggs. 58 of 377 Report number C098/11
59 Bib Trisopterus luscus Figure 10a. Spatial and temporal distribution of stage 1 bib eggs. Report number C098/11 59 of 377
60 Figure 10b. Spatial and temporal distribution of stage 2 bib eggs. 60 of 377 Report number C098/11
61 Figure 10c. Spatial and temporal distribution of stage 3 bib eggs. Report number C098/11 61 of 377
62 Figure 10d. Spatial and temporal distribution of stage 4 bib eggs. 62 of 377 Report number C098/11
63 Figure 10e. Spatial and temporal distribution of stage 5 bib eggs. Report number C098/11 63 of 377
64 Figure 10f. Spatial and temporal distribution of yolk sac bib larvae. 64 of 377 Report number C098/11
65 Figure 10g. Spatial and temporal distribution of non-yolk sac bib larvae. Report number C098/11 65 of 377
66 Figure 10h. Spatial and temporal distribution of bent notochord stage bib larvae. 66 of 377 Report number C098/11
67 Figure 10i. Spatial and temporal distribution of metamorphosing bib larvae. Report number C098/11 67 of 377
68 Whiting Merlangius merlangus Figure 11a. Spatial and temporal distribution of stage 1 whiting eggs. 68 of 377 Report number C098/11
69 Figure 11b. Spatial and temporal distribution of stage 2 whiting eggs. Report number C098/11 69 of 377
70 Figure 11c. Spatial and temporal distribution of stage 3 whiting eggs. 70 of 377 Report number C098/11
71 Figure 11d. Spatial and temporal distribution of stage 4 whiting eggs. Report number C098/11 71 of 377
72 Figure 11e. Spatial and temporal distribution of stage 5 whiting eggs. 72 of 377 Report number C098/11
73 Figure 11f. Spatial and temporal distribution of yolk sac whiting larvae. Report number C098/11 73 of 377
74 Figure 11g. Spatial and temporal distribution of non-yolk sac whiting larvae. 74 of 377 Report number C098/11
75 Figure 11h. Spatial and temporal distribution of bent notochord stage whiting larvae. Report number C098/11 75 of 377
76 Figure 11i. Spatial and temporal distribution of metamorphosing whiting larvae. 76 of 377 Report number C098/11
77 Tadpole fish Raniceps raninus Figure 12a. Spatial and temporal distribution of stage 1 tadpole fish eggs. Report number C098/11 77 of 377
78 Figure 12b. Spatial and temporal distribution of stage 2 tadpole fish eggs. 78 of 377 Report number C098/11
79 Figure 12c. Spatial and temporal distribution of stage 3 tadpole fish eggs. Report number C098/11 79 of 377
80 Figure 12d. Spatial and temporal distribution of stage 4 tadpole fish eggs. 80 of 377 Report number C098/11
81 Figure 12e. Spatial and temporal distribution of stage 5 tadpole fish eggs. Report number C098/11 81 of 377
82 Rocklings Figure 13a. Spatial and temporal distribution of stage 1 rockling eggs. 82 of 377 Report number C098/11
83 Figure 13b. Spatial and temporal distribution of stage 2 rockling eggs. Report number C098/11 83 of 377
84 Figure 13c. Spatial and temporal distribution of stage 3 rockling eggs. 84 of 377 Report number C098/11
85 Figure 13d. Spatial and temporal distribution of stage 4 rockling eggs. Report number C098/11 85 of 377
86 Figure 13e. Spatial and temporal distribution of stage 5 rockling eggs. 86 of 377 Report number C098/11
87 Four-bearded rockling Enchelyopus cimbrius Figure 14a. Spatial and temporal distribution of yolk sac four-bearded rockling larvae. Report number C098/11 87 of 377
88 Figure 14b. Spatial and temporal distribution of non-yolk sac four-bearded rockling larvae. 88 of 377 Report number C098/11
89 Figure 14c. Spatial and temporal distribution of bent notochord stage four-bearded rockling larvae. Report number C098/11 89 of 377
90 Figure 14d. Spatial and temporal distribution of metamorphosing four-bearded rockling larvae. 90 of 377 Report number C098/11
91 Five-bearded rockling Ciliata mustela Figure 15a. Spatial and temporal distribution of yolk sac five-bearded rockling larvae. Report number C098/11 91 of 377
92 Figure 15b. Spatial and temporal distribution of non-yolk sac five-bearded rockling larvae. 92 of 377 Report number C098/11
93 Figure 15c. Spatial and temporal distribution of bent notochord stage five-bearded rockling larvae. Report number C098/11 93 of 377
94 Figure 15d. Spatial and temporal distribution of metamorphosing five-bearded rockling larvae. 94 of 377 Report number C098/11
95 European seabass Dicentrachus labrax Figure 16a. Spatial and temporal distribution of stage 1 European seabass eggs. Report number C098/11 95 of 377
96 Figure 16b. Spatial and temporal distribution of stage 2 European seabass eggs. 96 of 377 Report number C098/11
97 Figure 16c. Spatial and temporal distribution of stage 3 European seabass eggs. Report number C098/11 97 of 377
98 Figure 16d. Spatial and temporal distribution of stage 4 European seabass eggs. 98 of 377 Report number C098/11
99 Figure 16e. Spatial and temporal distribution of stage 5 European seabass eggs. Report number C098/11 99 of 377
100 Figure 16f. Spatial and temporal distribution of yolk sac European seabass larvae. 100 of 377 Report number C098/11
101 Figure 16g. Spatial and temporal distribution of non-yolk sac European seabass larvae. Report number C098/ of 377
102 Figure 16h. Spatial and temporal distribution of bent notochord stage European seabass larvae. 102 of 377 Report number C098/11
103 Figure 16i. Spatial and temporal distribution of metamorphosing European seabass larvae. Report number C098/ of 377
104 Horse mackerel Trachurus trachurus Figure 17a. Spatial and temporal distribution of stage 1 horse mackerel eggs. 104 of 377 Report number C098/11
105 Figure 17b. Spatial and temporal distribution of stage 2 horse mackerel eggs. Report number C098/ of 377
106 Figure 17c. Spatial and temporal distribution of stage 3 horse mackerel eggs. 106 of 377 Report number C098/11
107 Figure 17d. Spatial and temporal distribution of stage 4 horse mackerel eggs. Report number C098/ of 377
108 Figure 17e. Spatial and temporal distribution of stage 5 horse mackerel eggs. 108 of 377 Report number C098/11
109 Figure 17f. Spatial and temporal distribution of yolk sac horse mackerel larvae. Report number C098/ of 377
110 Figure 17g. Spatial and temporal distribution of non-yolk sac horse mackerel larvae. 110 of 377 Report number C098/11
111 Figure 17h. Spatial and temporal distribution of bent notochord stage horse mackerel larvae. Report number C098/ of 377
112 Figure 17i. Spatial and temporal distribution of metamorphosing horse mackerel larvae. 112 of 377 Report number C098/11
113 Smooth sandeel Gymnammodytes semisquamatus Figure 18a. Spatial and temporal distribution of yolk sac smooth sandeel larvae. Report number C098/ of 377
114 Figure 18b. Spatial and temporal distribution of non-yolk sac smooth sandeel larvae. 114 of 377 Report number C098/11
115 Figure 18c. Spatial and temporal distribution of bent notochord stage smooth sandeel larvae. Report number C098/ of 377
116 Figure 18d. Spatial and temporal distribution of metamorphosing smooth sandeel larvae. 116 of 377 Report number C098/11
117 Greater sandeel Hyperoplus lanceolatus Figure 19a. Spatial and temporal distribution of yolk sac greater sandeel larvae. Report number C098/ of 377
118 Figure 19b. Spatial and temporal distribution of non-yolk sac greater sandeel larvae. 118 of 377 Report number C098/11
119 Figure 19c. Spatial and temporal distribution of bent notochord stage greater sandeel larvae. Report number C098/ of 377
120 Figure 19d. Spatial and temporal distribution of metamorphosing greater sandeel larvae. 120 of 377 Report number C098/11
121 Small sandeel Ammodytes tobianus Figure 20a. Spatial and temporal distribution of yolk sac small sandeel larvae. Report number C098/ of 377
122 Figure 20b. Spatial and temporal distribution of non-yolk sac small sandeel larvae. 122 of 377 Report number C098/11
123 Figure 20c. Spatial and temporal distribution of bent notochord stage small sandeel larvae. Report number C098/ of 377
124 Figure 20d. Spatial and temporal distribution of metamorphosing small sandeel larvae. 124 of 377 Report number C098/11
125 Lesser sandeel Ammodytes marinus Figure 21a. Spatial and temporal distribution of yolk sac lesser sandeel larvae. Report number C098/ of 377
126 Figure 21b. Spatial and temporal distribution of non-yolk sac lesser sandeel larvae. 126 of 377 Report number C098/11
127 Figure 21c. Spatial and temporal distribution of bent notochord stage lesser sandeel larvae. Report number C098/ of 377
128 Figure 21d. Spatial and temporal distribution of metamorphosing lesser sandeel larvae. 128 of 377 Report number C098/11
129 Lesser weever Echiichthys vipera Figure 22a. Spatial and temporal distribution of stage 1 lesser weever eggs. Report number C098/ of 377
130 Figure 22b. Spatial and temporal distribution of stage 2 lesser weever eggs. 130 of 377 Report number C098/11
131 Figure 22c. Spatial and temporal distribution of stage 3 lesser weever eggs. Report number C098/ of 377
132 Figure 22d. Spatial and temporal distribution of stage 4 lesser weever eggs. 132 of 377 Report number C098/11
133 Figure 22e. Spatial and temporal distribution of stage 5 lesser weever eggs. Report number C098/ of 377
134 Figure 22f. Spatial and temporal distribution of yolk sac lesser weever larvae. 134 of 377 Report number C098/11
135 Figure 22g. Spatial and temporal distribution of non-yolk sac lesser weever larvae. Report number C098/ of 377
136 Figure 22h. Spatial and temporal distribution of bent notochord stage lesser weever larvae. 136 of 377 Report number C098/11
137 Figure 22i. Spatial and temporal distribution of metamorphosing lesser weever larvae. Report number C098/ of 377
138 Greater weever Trachinus draco Figure 23a. Spatial and temporal distribution of stage 1 greater weever eggs. 138 of 377 Report number C098/11
139 Figure 23b. Spatial and temporal distribution of stage 2 greater weever eggs. Report number C098/ of 377
140 Figure 23c. Spatial and temporal distribution of stage 3 greater weever eggs. 140 of 377 Report number C098/11
141 Figure 23d. Spatial and temporal distribution of stage 4 greater weever eggs. Report number C098/ of 377
142 Figure 23e. Spatial and temporal distribution of stage 5 greater weever eggs. 142 of 377 Report number C098/11
143 Figure 23f. Spatial and temporal distribution of yolk sac greater weever larvae. Report number C098/ of 377
144 Figure 23g. Spatial and temporal distribution of non-yolk sac greater weever larvae. 144 of 377 Report number C098/11
145 Figure 23h. Spatial and temporal distribution of bent notochord stage greater weever larvae. Report number C098/ of 377
146 Figure 23i. Spatial and temporal distribution of metamorphosing greater weever larvae. 146 of 377 Report number C098/11
147 Mackerel Scomber scombrus Figure 24a. Spatial and temporal distribution of yolk sac mackerel larvae. Report number C098/ of 377
148 Figure 24b. Spatial and temporal distribution of non-yolk sac mackerel larvae. 148 of 377 Report number C098/11
149 Figure 24c. Spatial and temporal distribution of bent notochord stage mackerel larvae. Report number C098/ of 377
150 Figure 24d. Spatial and temporal distribution of metamorphosing mackerel larvae. 150 of 377 Report number C098/11
151 Gobiidae Figure 25a. Spatial and temporal distribution of yolk sac Gobiidae larvae. Report number C098/ of 377
152 Figure 25b. Spatial and temporal distribution of non-yolk sac Gobiidae larvae. 152 of 377 Report number C098/11
153 Figure 25c. Spatial and temporal distribution of bent notochord stage Gobiidae larvae. Report number C098/ of 377
154 Figure 25d. Spatial and temporal distribution of metamorphosing Gobiidae larvae. 154 of 377 Report number C098/11
155 Black goby Gobius niger Figure 26a. Spatial and temporal distribution of yolk sac black goby larvae. Report number C098/ of 377
156 Figure 26b. Spatial and temporal distribution of non-yolk sac black goby larvae. 156 of 377 Report number C098/11
157 Figure 26c. Spatial and temporal distribution of bent notochord stage black goby larvae. Report number C098/ of 377
158 Figure 26d. Spatial and temporal distribution of metamorphosing black goby larvae. 158 of 377 Report number C098/11
159 Two-spotted goby Gobiusculus flavescens Figure 27a. Spatial and temporal distribution of yolk sac two-spotted goby larvae. Report number C098/ of 377
160 Figure 27b. Spatial and temporal distribution of non-yolk sac two-spotted goby larvae. 160 of 377 Report number C098/11
161 Figure 27c. Spatial and temporal distribution of bent notochord stage two-spotted goby larvae. Report number C098/ of 377
162 Figure 27d. Spatial and temporal distribution of metamorphosing two-spotted goby larvae. 162 of 377 Report number C098/11
163 Pomatoschistus spp. Figure 28a. Spatial and temporal distribution of yolk sac pomatoschistus spp. larvae. Report number C098/ of 377
164 Figure 28b. Spatial and temporal distribution of non-yolk sac pomatoschistus spp. larvae. 164 of 377 Report number C098/11
165 Figure 28c. Spatial and temporal distribution of bent notochord stage pomatoschistus spp. larvae. Report number C098/ of 377
166 Figure 28d. Spatial and temporal distribution of metamorphosing pomatoschistus spp. larvae. 166 of 377 Report number C098/11
167 Sand goby Pomatoschistus minutus Figure 29a. Spatial and temporal distribution of yolk sac sand goby larvae. Report number C098/ of 377
168 Figure 29b. Spatial and temporal distribution of non-yolk sac sand goby larvae. 168 of 377 Report number C098/11
169 Figure 29c. Spatial and temporal distribution of bent notochord stage sand goby larvae. Report number C098/ of 377
170 Figure 29d. Spatial and temporal distribution of metamorphosing sand goby larvae. 170 of 377 Report number C098/11
171 Common goby Pomatoschistus microps Figure 30a. Spatial and temporal distribution of yolk sac common goby larvae. Report number C098/ of 377
172 Figure 30b. Spatial and temporal distribution of non-yolk sac common goby larvae. 172 of 377 Report number C098/11
173 Figure 30c. Spatial and temporal distribution of bent notochord stage common goby larvae. Report number C098/ of 377
174 Figure 30d. Spatial and temporal distribution of metamorphosing common goby larvae. 174 of 377 Report number C098/11
175 Painted goby Pomatoschistus pictus Figure 31a. Spatial and temporal distribution of yolk sac painted goby larvae. Report number C098/ of 377
176 Figure 31b. Spatial and temporal distribution of non-yolk sac painted goby larvae. 176 of 377 Report number C098/11
177 Figure 31c. Spatial and temporal distribution of bent notochord stage painted goby larvae. Report number C098/ of 377
178 Figure 31d. Spatial and temporal distribution of metamorphosing painted goby larvae. 178 of 377 Report number C098/11
179 Transparent goby Aphia minuta Figure 32a. Spatial and temporal distribution of yolk sac transparent goby larvae. Report number C098/ of 377
180 Figure 32b. Spatial and temporal distribution of non-yolk sac transparent goby larvae. 180 of 377 Report number C098/11
181 Figure 32c. Spatial and temporal distribution of bent notochord stage transparent goby larvae. Report number C098/ of 377
182 Figure 32d. Spatial and temporal distribution of metamorphosing transparent goby larvae. 182 of 377 Report number C098/11
183 Crystal goby Crystallogobius linearis Figure 33a. Spatial and temporal distribution of yolk sac crystal goby larvae. Report number C098/ of 377
184 Figure 33b. Spatial and temporal distribution of non-yolk sac crystal goby larvae. 184 of 377 Report number C098/11
185 Figure 33c. Spatial and temporal distribution of bent notochord stage crystal goby larvae. Report number C098/ of 377
186 Figure 34d. Spatial and temporal distribution of metamorphosing crystal goby larvae. 186 of 377 Report number C098/11
187 Callionymidae Figure 35a. Spatial and temporal distribution of stage 1 Callionymidae eggs. Report number C098/ of 377
188 Figure 35b. Spatial and temporal distribution of stage 2 Callionymidae eggs. 188 of 377 Report number C098/11
189 Figure 35c. Spatial and temporal distribution of stage 3 Callionymidae eggs. Report number C098/ of 377
190 Figure 35d. Spatial and temporal distribution of stage 4 Callionymidae eggs. 190 of 377 Report number C098/11
191 Figure 35e. Spatial and temporal distribution of stage 5 Callionymidae eggs. Report number C098/ of 377
192 Figure 35f. Spatial and temporal distribution of yolk sac Callionymidae larvae. 192 of 377 Report number C098/11
193 Figure 35g. Spatial and temporal distribution of non-yolk sac Callionymidae larvae. Report number C098/ of 377
194 Figure 35h. Spatial and temporal distribution of bent notochord stage Callionymidae larvae. 194 of 377 Report number C098/11
195 Figure 35i. Spatial and temporal distribution of metamorphosing Callionymidae larvae. Report number C098/ of 377
196 Common dragonet Callionymus lyra Figure 36a. Spatial and temporal distribution of stage 1 common dragonet eggs. 196 of 377 Report number C098/11
197 Figure 36b. Spatial and temporal distribution of stage 2 common dragonet eggs. Report number C098/ of 377
198 Figure 36c. Spatial and temporal distribution of stage 3 common dragonet eggs. 198 of 377 Report number C098/11
199 Figure 36d. Spatial and temporal distribution of stage 4 common dragonet eggs. Report number C098/ of 377
200 Figure 36e. Spatial and temporal distribution of stage 5 common dragonet eggs. 200 of 377 Report number C098/11
201 Figure 36f. Spatial and temporal distribution of yolk sac common dragonet larvae. Report number C098/ of 377
202 Figure 36g. Spatial and temporal distribution of non-yolk sac common dragonet larvae. 202 of 377 Report number C098/11
203 Figure 36h. Spatial and temporal distribution of bent notochord stage common dragonet larvae. Report number C098/ of 377
204 Figure 36i. Spatial and temporal distribution of metamorphosing common dragonet larvae. 204 of 377 Report number C098/11
205 Spotted dragonet Callionymus maculatus Figure 37a. Spatial and temporal distribution of yolk sac spotted dragonet larvae. Report number C098/ of 377
206 Figure 37b. Spatial and temporal distribution of non-yolk sac spotted dragonet larvae. 206 of 377 Report number C098/11
207 Figure 37c. Spatial and temporal distribution of bent notochord stage spotted dragonet larvae. Report number C098/ of 377
208 Figure 37d. Spatial and temporal distribution of metamorphosing spotted dragonet larvae. 208 of 377 Report number C098/11
209 Butterfish Pholis gunnellus Figure 38a. Spatial and temporal distribution of yolk sac butterfish larvae. Report number C098/ of 377
210 Figure 38b. Spatial and temporal distribution of non-yolk sac butterfish larvae. 210 of 377 Report number C098/11
211 Figure 38c. Spatial and temporal distribution of bent notochord stage butterfish larvae. Report number C098/ of 377
212 Figure 38d. Spatial and temporal distribution of metamorphosing butterfish larvae. 212 of 377 Report number C098/11
213 Triglidae like Figure 39a. Spatial and temporal distribution of stage 1 Triglidae like eggs. Report number C098/ of 377
214 Figure 39b. Spatial and temporal distribution of stage 2 Triglidae like eggs. 214 of 377 Report number C098/11
215 Figure 39c. Spatial and temporal distribution of stage 3 Triglidae like eggs. Report number C098/ of 377
216 Figure 39d. Spatial and temporal distribution of stage 4 Triglidae like eggs. 216 of 377 Report number C098/11
217 Figure 39e. Spatial and temporal distribution of stage 5 Triglidae like eggs. Report number C098/ of 377
218 Triglidae Figure 40a. Spatial and temporal distribution of stage 1 triglidae eggs. 218 of 377 Report number C098/11
219 Figure 40b. Spatial and temporal distribution of stage 2 triglidae eggs. Report number C098/ of 377
220 Figure 40c. Spatial and temporal distribution of stage 3 triglidae eggs. 220 of 377 Report number C098/11
221 Figure 40d. Spatial and temporal distribution of stage 4 triglidae eggs. Report number C098/ of 377
222 Figure 40e. Spatial and temporal distribution of stage 5 triglidae eggs. 222 of 377 Report number C098/11
223 Grey gurnard Eutrigla gurnardus Figure 41a. Spatial and temporal distribution of yolk sac grey gurnard larvae. Report number C098/ of 377
224 Figure 41b. Spatial and temporal distribution of non-yolk sac grey gurnard larvae. 224 of 377 Report number C098/11
225 Figure 41c. Spatial and temporal distribution of bent notochord stage grey gurnard larvae. Report number C098/ of 377
226 Figure 41d. Spatial and temporal distribution of metamorphosing grey gurnard larvae. 226 of 377 Report number C098/11
227 Tub gurnard Trigla lucerna Figure 42a. Spatial and temporal distribution of yolk sac tub gurnard larvae. Report number C098/ of 377
228 Figure 42b. Spatial and temporal distribution of non-yolk sac tub gurnard larvae. 228 of 377 Report number C098/11
229 Figure 42c. Spatial and temporal distribution of bent notochord stage tub gurnard larvae. Report number C098/ of 377
230 Figure 42d. Spatial and temporal distribution of metamorphosing tub gurnard larvae. 230 of 377 Report number C098/11
231 Bull-rout Myoxocephalus scorpius Figure 43a. Spatial and temporal distribution of yolk sac bull-rout larvae. Report number C098/ of 377
232 Figure 43b. Spatial and temporal distribution of non-yolk sac bull-rout larvae. 232 of 377 Report number C098/11
233 Figure 43c. Spatial and temporal distribution of bent notochord stage bull-rout larvae. Report number C098/ of 377
234 Figure 43d. Spatial and temporal distribution of metamorphosing bull-rout larvae. 234 of 377 Report number C098/11
235 Sea scorpion Taurulus bubalis Figure 44a. Spatial and temporal distribution of yolk sac sea scorpion larvae. Report number C098/ of 377
236 Figure 44b. Spatial and temporal distribution of non-yolk sac sea scorpion larvae. 236 of 377 Report number C098/11
237 Figure 44c. Spatial and temporal distribution of bent notochord stage sea scorpion larvae. Report number C098/ of 377
238 Figure 44d. Spatial and temporal distribution of metamorphosing sea scorpion larvae. 238 of 377 Report number C098/11
239 Sea snail Liparis liparis Figure 45a. Spatial and temporal distribution of yolk sac sea snail larvae. Report number C098/ of 377
240 Figure 45b. Spatial and temporal distribution of non-yolk sac sea snail larvae. 240 of 377 Report number C098/11
241 Figure 45c. Spatial and temporal distribution of bent notochord stage sea snail larvae. Report number C098/ of 377
242 Figure 45d. Spatial and temporal distribution of metamorphosing sea snail larvae. 242 of 377 Report number C098/11
243 Montagu s sea snail Liparis montagui Figure 46a. Spatial and temporal distribution of yolk sac Montagu s sea snail larvae. Report number C098/ of 377
244 Figure 46b. Spatial and temporal distribution of non-yolk sac Montagu s seasnail larvae. 244 of 377 Report number C098/11
245 Figure 46c. Spatial and temporal distribution of bent notochord stage Montagu s sea snail larvae. Report number C098/ of 377
246 Figure 46d. Spatial and temporal distribution of metamorphosing Montagu s sea snail larvae. 246 of 377 Report number C098/11
247 Turbot Scophthalmus maximus Figure 47a. Spatial and temporal distribution of stage 1 turbot eggs. Report number C098/ of 377
248 Figure 47b. Spatial and temporal distribution of stage 2 turbot eggs. 248 of 377 Report number C098/11
249 Figure 47c. Spatial and temporal distribution of stage 3 turbot eggs. Report number C098/ of 377
250 Figure 47d. Spatial and temporal distribution of stage 4 turbot eggs. 250 of 377 Report number C098/11
251 Figure 47e. Spatial and temporal distribution of stage 5 turbot eggs. Report number C098/ of 377
252 Figure 47f. Spatial and temporal distribution of yolk sac turbot larvae. 252 of 377 Report number C098/11
253 Figure 47g. Spatial and temporal distribution of non-yolk sac turbot larvae. Report number C098/ of 377
254 Figure 47h. Spatial and temporal distribution of bent notochord stage turbot larvae. 254 of 377 Report number C098/11
255 Figure 47i. Spatial and temporal distribution of metamorphosing turbot larvae. Report number C098/ of 377
256 Brill Scophthalmus rhombus Figure 48a. Spatial and temporal distribution of stage 1 brill eggs. 256 of 377 Report number C098/11
257 Figure 48b. Spatial and temporal distribution of stage 2 brill eggs. Report number C098/ of 377
258 Figure 48c. Spatial and temporal distribution of stage 3 brill eggs. 258 of 377 Report number C098/11
259 Figure 48d. Spatial and temporal distribution of stage 4 brill eggs. Report number C098/ of 377
260 Figure 48e. Spatial and temporal distribution of stage 5 brill eggs. 260 of 377 Report number C098/11
261 Figure 48f. Spatial and temporal distribution of yolk sac brill larvae. Report number C098/ of 377
262 Figure 48g. Spatial and temporal distribution of non-yolk sac brill larvae. 262 of 377 Report number C098/11
263 Figure 48h. Spatial and temporal distribution of bent notochord stage brill larvae. Report number C098/ of 377
264 Figure 48i. Spatial and temporal distribution of metamorphosing brill larvae. 264 of 377 Report number C098/11
265 Topknot Zeugopterus punctatus Figure 49a. Spatial and temporal distribution of stage 1 topknot eggs. Report number C098/ of 377
266 Figure 49b. Spatial and temporal distribution of stage 2 topknot eggs. 266 of 377 Report number C098/11
267 Figure 49c. Spatial and temporal distribution of stage 3 topknot eggs. Report number C098/ of 377
268 Figure 49d. Spatial and temporal distribution of stage 4 topknot eggs. 268 of 377 Report number C098/11
269 Figure 49e. Spatial and temporal distribution of stage 5 topknot eggs. Report number C098/ of 377
270 Norwegian topknot Phrynorhombus norvegicus Figure 50a. Spatial and temporal distribution of stage 1 Norwegian topknot eggs. 270 of 377 Report number C098/11
271 Figure 50b. Spatial and temporal distribution of stage 2 Norwegian topknot eggs. Report number C098/ of 377
272 Figure 50c. Spatial and temporal distribution of stage 3 Norwegian topknot eggs. 272 of 377 Report number C098/11
273 Figure 50d. Spatial and temporal distribution of stage 4 Norwegian topknot eggs. Report number C098/ of 377
274 Figure 50e. Spatial and temporal distribution of stage 5 Norwegian topknot eggs. 274 of 377 Report number C098/11
275 Figure 50f. Spatial and temporal distribution of yolk sac Norwegian topknot larvae. Report number C098/ of 377
276 Figure 50g. Spatial and temporal distribution of non-yolk sac Norwegian topknot larvae. 276 of 377 Report number C098/11
277 Figure 50h. Spatial and temporal distribution of bent notochord stage Norwegian topknot larvae. Report number C098/ of 377
278 Figure 50i. Spatial and temporal distribution of metamorphosing Norwegian topknot larvae. 278 of 377 Report number C098/11
279 Megrim Lepidorhombus whiffiagonis Figure 51a. Spatial and temporal distribution of stage 1 megrim eggs. Report number C098/ of 377
280 Figure 51b. Spatial and temporal distribution of stage 2 megrim eggs. 280 of 377 Report number C098/11
281 Figure 51c. Spatial and temporal distribution of stage 3 megrim eggs. Report number C098/ of 377
282 Figure 51d. Spatial and temporal distribution of stage 4 megrim eggs. 282 of 377 Report number C098/11
283 Figure 51e. Spatial and temporal distribution of stage 5 megrim eggs. Report number C098/ of 377
284 Arnoglossus like Figure 52a. Spatial and temporal distribution of stage 1 Arnoglossus like eggs. 284 of 377 Report number C098/11
285 Figure 52b. Spatial and temporal distribution of stage 2 Arnoglossus like eggs. Report number C098/ of 377
286 Figure 52c. Spatial and temporal distribution of stage 3 Arnoglossus like eggs. 286 of 377 Report number C098/11
287 Figure 52d. Spatial and temporal distribution of stage 4 Arnoglossus like eggs. Report number C098/ of 377
288 Figure 52e. Spatial and temporal distribution of stage 5 Arnoglossus like eggs. 288 of 377 Report number C098/11
289 Scaldfish Arnoglossus laterna Figure 53a. Spatial and temporal distribution of stage 1 scaldfish eggs. Report number C098/ of 377
290 Figure 53b. Spatial and temporal distribution of stage 2 scaldfish eggs. 290 of 377 Report number C098/11
291 Figure 53c. Spatial and temporal distribution of stage 3 scaldfish eggs. Report number C098/ of 377
292 Figure 53d. Spatial and temporal distribution of stage 4 scaldfish eggs. 292 of 377 Report number C098/11
293 Figure 53e. Spatial and temporal distribution of stage 5 scaldfish eggs. Report number C098/ of 377
294 Figure 53f. Spatial and temporal distribution of yolk sac scaldfish larvae. 294 of 377 Report number C098/11
295 Figure 53g. Spatial and temporal distribution of non-yolk sac scaldfish larvae. Report number C098/ of 377
296 Figure 53h. Spatial and temporal distribution of bent notochord stage scaldfish larvae. 296 of 377 Report number C098/11
297 Figure 53i. Spatial and temporal distribution of metamorphosing scaldfish larvae. Report number C098/ of 377
298 Pleuronectidae Figure 54a. Spatial and temporal distribution of yolk sac pleuronectidae larvae. 298 of 377 Report number C098/11
299 Figure 54b. Spatial and temporal distribution of non-yolk sac pleuronectidae larvae. Report number C098/ of 377
300 Figure 54c. Spatial and temporal distribution of bent notochord stage pleuronectidae larvae. 300 of 377 Report number C098/11
301 Figure 54d. Spatial and temporal distribution of metamorphosing pleuronectidae larvae. Report number C098/ of 377
302 Long rough dab Hippoglossoides platessoides Figure 55a. Spatial and temporal distribution of stage 1 long rough dab eggs. 302 of 377 Report number C098/11
303 Figure 55b. Spatial and temporal distribution of stage 2 long rough dab eggs. Report number C098/ of 377
304 Figure 55c. Spatial and temporal distribution of stage 3 long rough dab eggs. 304 of 377 Report number C098/11
305 Figure 55d. Spatial and temporal distribution of stage 4 long rough dab eggs. Report number C098/ of 377
306 Figure 55e. Spatial and temporal distribution of stage 5 long rough dab eggs. 306 of 377 Report number C098/11
307 Figure 55f. Spatial and temporal distribution of yolk sac long rough dab larvae. Report number C098/ of 377
308 Figure 55g. Spatial and temporal distribution of non-yolk sac long rough dab larvae. 308 of 377 Report number C098/11
309 Figure 55h. Spatial and temporal distribution of bent notochord stage long rough dab larvae. Report number C098/ of 377
310 Figure 55i. Spatial and temporal distribution of metamorphosing long rough dab larvae. 310 of 377 Report number C098/11
311 Dab like Figure 56a. Spatial and temporal distribution of stage 1 Dab like eggs. Report number C098/ of 377
312 Figure 56b. Spatial and temporal distribution of stage 2 Dab like eggs. 312 of 377 Report number C098/11
313 Figure 56c. Spatial and temporal distribution of stage 3 Dab like eggs. Report number C098/ of 377
314 Figure 56d. Spatial and temporal distribution of stage 4 Dab like eggs. 314 of 377 Report number C098/11
315 Figure 56e. Spatial and temporal distribution of stage 5 Dab like eggs. Report number C098/ of 377
316 Dab Limanda limanda Figure 57a. Spatial and temporal distribution of stage 1 dab eggs. 316 of 377 Report number C098/11
317 Figure 57b. Spatial and temporal distribution of stage 2 dab eggs. Report number C098/ of 377
318 Figure 57c. Spatial and temporal distribution of stage 3 dab eggs. 318 of 377 Report number C098/11
319 Figure 57d. Spatial and temporal distribution of stage 4 dab eggs. Report number C098/ of 377
320 Figure 57e. Spatial and temporal distribution of stage 5 dab eggs. 320 of 377 Report number C098/11
321 Figure 57f. Spatial and temporal distribution of yolk sac dab larvae. Report number C098/ of 377
322 Figure 57g. Spatial and temporal distribution of non-yolk sac dab larvae. 322 of 377 Report number C098/11
323 Figure 57h. Spatial and temporal distribution of bent notochord stage dab larvae. Report number C098/ of 377
324 Figure 57i. Spatial and temporal distribution of metamorphosing dab larvae. 324 of 377 Report number C098/11
325 Plaice Pleuronectes platessa Figure 58a. Spatial and temporal distribution of stage 1 plaice eggs. Report number C098/ of 377
326 Figure 58b. Spatial and temporal distribution of stage 2 plaice eggs. 326 of 377 Report number C098/11
327 Figure 58c. Spatial and temporal distribution of stage 3 plaice eggs. Report number C098/ of 377
328 Figure 58d. Spatial and temporal distribution of stage 4 plaice eggs. 328 of 377 Report number C098/11
329 Figure 58e. Spatial and temporal distribution of stage 5 plaice eggs. Report number C098/ of 377
330 Figure 58f. Spatial and temporal distribution of yolk sac plaice larvae. 330 of 377 Report number C098/11
331 Figure 58g. Spatial and temporal distribution of non-yolk sac plaice larvae. Report number C098/ of 377
332 Figure 58h. Spatial and temporal distribution of bent notochord stage plaice larvae. 332 of 377 Report number C098/11
333 Figure 58i. Spatial and temporal distribution of metamorphosing plaice larvae. Report number C098/ of 377
334 Lemon sole Microstomus kitt Figure 59a. Spatial and temporal distribution of stage 1 lemon sole eggs. 334 of 377 Report number C098/11
335 Figure 59b. Spatial and temporal distribution of stage 2 lemon sole eggs. Report number C098/ of 377
336 Figure 59c. Spatial and temporal distribution of stage 3 lemon sole eggs. 336 of 377 Report number C098/11
337 Figure 59d. Spatial and temporal distribution of stage 4 lemon sole eggs. Report number C098/ of 377
338 Figure 59e. Spatial and temporal distribution of stage 5 lemon sole eggs. 338 of 377 Report number C098/11
339 Figure 59f. Spatial and temporal distribution of yolk sac lemon sole larvae. Report number C098/ of 377
340 Figure 59g. Spatial and temporal distribution of non-yolk sac lemon sole larvae. 340 of 377 Report number C098/11
341 Figure 59h. Spatial and temporal distribution of bent notochord stage lemon sole larvae. Report number C098/ of 377
342 Figure 59i. Spatial and temporal distribution of metamorphosing lemon sole larvae. 342 of 377 Report number C098/11
343 Witch flounder Glyptocephalus cynoglossus Figure 60a. Spatial and temporal distribution of yolk sac witch flounder larvae. Report number C098/ of 377
344 Figure 60b. Spatial and temporal distribution of non-yolk sac witch flounder larvae. 344 of 377 Report number C098/11
345 Figure 60c. Spatial and temporal distribution of bent notochord stage witch flounder larvae. Report number C098/ of 377
346 Figure 60d. Spatial and temporal distribution of metamorphosing witch flounder larvae. 346 of 377 Report number C098/11
347 Flounder Platichthys flesus Figure 61a. Spatial and temporal distribution of stage 1 flounder eggs. Report number C098/ of 377
348 Figure 61b. Spatial and temporal distribution of stage 2 flounder eggs. 348 of 377 Report number C098/11
349 Figure 61c. Spatial and temporal distribution of stage 3 flounder eggs. Report number C098/ of 377
350 Figure 61d. Spatial and temporal distribution of stage 4 flounder eggs. 350 of 377 Report number C098/11
351 Figure 61e. Spatial and temporal distribution of stage 5 flounder eggs. Report number C098/ of 377
352 Figure 61f. Spatial and temporal distribution of yolk sac flounder larvae. 352 of 377 Report number C098/11
353 Figure 61g. Spatial and temporal distribution of non-yolk sac flounder larvae. Report number C098/ of 377
354 Figure 61h. Spatial and temporal distribution of bent notochord stage flounder larvae. 354 of 377 Report number C098/11
355 Figure 61i. Spatial and temporal distribution of metamorphosing flounder larvae. Report number C098/ of 377
356 Soleidae Figure 62a. Spatial and temporal distribution of yolk sac soleidae larvae. 356 of 377 Report number C098/11
357 Figure 62b. Spatial and temporal distribution of non-yolk sac soleidae larvae. Report number C098/ of 377
358 Figure 62c. Spatial and temporal distribution of bent notochord stage soleidae larvae. 358 of 377 Report number C098/11
359 Figure 62d. Spatial and temporal distribution of metamorphosing soleidae larvae. Report number C098/ of 377
360 Sole Solea solea Figure 63a. Spatial and temporal distribution of stage 1 sole eggs. 360 of 377 Report number C098/11
361 Figure 63b. Spatial and temporal distribution of stage 2 sole eggs. Report number C098/ of 377
362 Figure 63c. Spatial and temporal distribution of stage 3 sole eggs. 362 of 377 Report number C098/11
363 Figure 63d. Spatial and temporal distribution of stage 4 sole eggs. Report number C098/ of 377
364 Figure 63e. Spatial and temporal distribution of stage 5 sole eggs. 364 of 377 Report number C098/11
365 Figure 63f. Spatial and temporal distribution of yolk sac sole larvae. Report number C098/ of 377
366 Figure 63g. Spatial and temporal distribution of non-yolk sac sole larvae. 366 of 377 Report number C098/11
367 Figure 63h. Spatial and temporal distribution of bent notochord stage sole larvae. Report number C098/ of 377
368 Figure 63i. Spatial and temporal distribution of metamorphosing sole larvae. 368 of 377 Report number C098/11
369 Solenette Buglossidium luteum Figure 64a. Spatial and temporal distribution of stage 1 solenette eggs. Report number C098/ of 377
370 Figure 64b. Spatial and temporal distribution of stage 2 solenette eggs. 370 of 377 Report number C098/11
371 Figure 64c. Spatial and temporal distribution of stage 3 solenette eggs. Report number C098/ of 377
372 Figure 64d. Spatial and temporal distribution of stage 4 solenette eggs. 372 of 377 Report number C098/11
373 Figure 64e. Spatial and temporal distribution of stage 5 solenette eggs. Report number C098/ of 377
374 Figure 64f. Spatial and temporal distribution of yolk sac solenette larvae. 374 of 377 Report number C098/11
375 Figure 64g. Spatial and temporal distribution of non-yolk sac solenette larvae. Report number C098/ of 377
376 Figure 64h. Spatial and temporal distribution of bent notochord stage solenette larvae. 376 of 377 Report number C098/11
377 Figure 64i. Spatial and temporal distribution of metamorphosing solenette larvae. Report number C098/ of 377
Wageningen UR. Report number C098/11. (IMARES Institute for Marine Resources & Ecosystem Studies)
C.J.G. van Damme, R. Hoek, D. Beare, L.J. Bolle, C. Bakker, E. van Barneveld, M. Lohman, E. OsKoomen, P. Nijssen, I. Pennock & S. Tribuhl Report number C098/11 Wageningen UR (IMARES Institute for Marine
Welsh Federation of Sea Anglers. Welsh Record Sea Fish Committee. Club and PM. Information Pack
Welsh Federation of Sea Anglers Welsh Record Sea Fish Committee Club and PM Information Pack 2011 Contents Claims procedure Assessment of Tope & Smoothound Details of Girth & Linear measurement WFSA Current
ICES WGBEAM REPORT 2013. Report of the Working Group on Beam Trawl Surveys (WGBEAM) 23-26 April 2013. Ancona, Italy
ICES WGBEAM REPORT 2013 SCICOM STEERING GROUP ON ECOSYSTEM SURVEYS SCIENCE AND TECHNOLOGY ICES CM 2013/SSGESST:12 REF. SCICOM & ACOM Report of the Working Group on Beam Trawl Surveys (WGBEAM) 23-26 April
Feeding ecology of harbour porpoises Phocoena phocoena and white-beaked dolphins Lagenorhynchus albirostris in Dutch waters.
Feeding ecology of harbour porpoises Phocoena phocoena and white-beaked dolphins Lagenorhynchus albirostris in Dutch waters Okka Eike Jansen Fishing for Food Feeding ecology of harbour porpoises Phocoena
The presence of the Harbour Porpoise (Phocoena phocoena) in the Oosterschelde, The Netherlands
The presence of the Harbour Porpoise (Phocoena phocoena) in the Oosterschelde, The Netherlands 16 th of April 27 th of August, 2010 Ingrid van Dan 890223001 The presence of the Harbour porpoise (Phocoena
IMARES Wageningen UR. User guide: Handheld hydrophone for recording cetaceans at sea. Version 1.0. Hans Verdaat & Klaus Lucke
User guide: Handheld hydrophone for recording cetaceans at sea Hans Verdaat & Klaus Lucke IMARES Wageningen UR (IMARES - Institute for Marine Resources & Ecosystem Studies) Version 1.0 Publication date:
PRESS PRESS RELEASE. Agriculture and Fisheries COUNCIL OF THE EUROPEAN UNION. 16916/1/08 REV 1 (Presse 361) 2917th meeting of the Council
OF THE EUROPEAN UNION 16916/1/08 REV 1 (Presse 361) PRESS RELEASE 2917th meeting of the Council Agriculture and Fisheries Brussels, 18 and 19 December 2008 President Mr Michel BARNIER French Minister for
Wadden Sea Fish Haven. development agenda for fish in the Wadden Sea. June 2015
V Wadden Sea Fish Haven development agenda for fish in the Wadden Sea June 2015 Wadden Sea Fish Haven development agenda for fish in the Wadden Sea Pictures front page: Marianne Wildenberg and Herman Wanningen
NLD. Fleet report 2013 Vlootverslag 2013
NLD Fleet report 2013 Vlootverslag 2013 Table of contents Summary of report 4 1 Fleets. 5 1.1 Description of fleets. 5 1.2 Link with fisheries. 5 1.3 Development in fleets. 6 1.4 Development in engine
Discards monitoring in the gillnet fishery for sole
Discards monitoring in the gillnet fishery for sole Sebastian Uhlmann This research was carried out by IMARES, part of Wageningen UR, and the Fishery Study Group on gillnet fisheries for sole. Both this
IMARES Wageningen UR. Underwater acoustic noise characteristics of the OWEZ wind farm operation (T1)
Underwater acoustic noise characteristics of the OWEZ wind farm operation (T1) Dick de Haan, Dirk Burggraaf, Jan Tjalling van der Wal, Ralf van Hal Report number: OWEZ_R_251 T1 2014-05-28 IMARES C069/13
HELCOM Red list of threatened and declining species of lampreys and fishes of the Baltic Sea
Baltic Sea Environment Proceedings No. 109 HELCOM Red list of threatened and declining species of lampreys and fishes of the Baltic Sea Helsinki Commission Baltic Marine Environment Protection Commission
Proportion of large fish in the community
Authors Demersal community: Daniel Oesterwind, Iwona Psuty, Marzenna Pachur, Christian von Dorrien & Adam Lejk Pelagic community: Michele Casini, Niklas Larson Reference to this core indicator report:
PREDATION ON JUVENILE FLATFISH BY CORMORANTS PHALACROCORAX CARBO IN THE DUTCH WADDEN SEA
75 NIOZ-RAPPORT 1995-10 PREDATION ON JUVENILE FLATFISH BY CORMORANTS PHALACROCORAX CARBO IN THE DUTCH WADDEN SEA Cindy J.G van Damme I Nederlands Instituut voor Onderzoek der Zee Mariene Ecologie This
Report of the Workshop on Survey Design and Data Analysis (WKSAD)
ICES Fisheries Technology Committee ICES CM 2004/B:07, Ref. D,G Report of the Workshop on Survey Design and Data Analysis (WKSAD) 21 25 June 2004 Aberdeen, UK This report is not to be quoted without prior
THE MONITORING PROGRAMME FOR THE MAASVLAKTE 2 CONSTRUCTION AT THE PORT OF ROTTERDAM
16 Terra et Aqua Number 129 December 2012 WIL BORST AND TIEDO VELLINGA THE MONITORING PROGRAMME FOR THE MAASVLAKTE 2 CONSTRUCTION AT THE PORT OF ROTTERDAM ABSTRACT Maasvlakte 2 (MV2) is the Port of Rotterdam
KNOWLEDGE-BASED DECISIONS IN COASTAL ZONE MANAGEMENT
KNOWLEDGE-BASED DECISIONS IN COASTAL ZONE MANAGEMENT JAKOB GJØSÆTER Institute of Marine Research, Flødevigen Marine Research Statio, Telephone, +4737059014 jakob.gjoesaeter@imr.no Abstract The coastal
USA Historical Catch Data, 1904-82, for Major Georges Bank Fisheries
NOAA Technical Memorandum NMFS-F/NEC-39 This TM series is used for documentation and timely communication of preliminary results. interim reports, or special purpose information, and has not received complete
Welcome to Veere by Chairman and Mayor
PROGRAMME WELCOME PROGRAM Welcome to Veere by Chairman and Mayor It is my great pleasure to welcome you on behalf of Sportvisserij Nederland to take part in the 24th World Championship Shore Angling for
Environmental aspects of offshore wind energy. Jakob Asjes Jakob Asjes IMARES, Institute for Marine Resources and Ecosystem Studies
Environmental aspects of offshore wind energy Jakob Asjes Jakob Asjes IMARES, Institute for Marine Resources and Ecosystem Studies Contents Part 1 8.45 9.30 hrs Overview Dutch/North Sea situation Dutch/European
MORTALITY OF HARBOUR PORPOISES (PHOCOENA PHOCOENA) IN THE EASTERN SCHELDT, THE NETHERLANDS
MORTALITY OF HARBOUR PORPOISES (PHOCOENA PHOCOENA) IN THE EASTERN SCHELDT, THE NETHERLANDS Margherita Zorgno Student number: 890325990060 Msc report number: 2014 MO9 Date: October 2013-June 2014 Aquatic
Sejerø Bugt Offshore Wind Farm Appropriate Assessment
Sejerø Bugt Offshore Wind Farm Appropriate Assessment Birds Natura 2000 Rambøll A/S Revised draft May 2015 This report has been prepared under the DHI Business Management System certified by DNV to comply
COUNTRY REPORT ON FISHERIES AND AQUACULTURE
COUNTRY REPORT ON FISHERIES AND AQUACULTURE Hayri DENİZ National Coordinator Ministry of Food Agriculture and Livestock FAO and EUROFISH Regional Workshop on WTO and Fisheries: An update on WTO and Market
THE FISHERIES REQUIREMENTS FOR AREA IN RELATION TO SEISMIC ACTIVITIES THE FISHERIES
THE FISHERIES REQUIREMENTS FOR AREA IN RELATION TO SEISMIC ACTIVITIES THE FISHERIES The fish stocks in the Norwegian sector can be divided into two separate categories: The pelagic species comprise herring,
Utilizing acoustic telemetry, survey and genetic data to develop a population recovery strategy for Atlantic sturgeon
Utilizing acoustic telemetry, survey and genetic data to develop a population recovery strategy for Atlantic sturgeon Michael G. Frisk School of Marine and Atmospheric Sciences Stony Brook University NY
SOCIO-ECONOMIC BENEFITS OF A BOLD EU FISHERIES REFORM
SOCIO-ECONOMIC BENEFITS OF A BOLD EU FISHERIES REFORM 1 Photo credit FRONT cover: Jürgen freund / wwf-canon Photo credit FRONT cover: ISTOCKPHOTO SOCIO-ECONOMIC BENEFITS OF A BOLD EU FISHERIES REFORM A
United Nations Environment Programme
EP United Nations Environment Programme UNEP(DEPI)/MED WG.382/Inf.9 27 May 2013 ENGLISH ORIGINAL: ENGLISH MEDITERRANEAN ACTION PLAN Eleventh Meeting of Focal Points for SPAs Rabat, Morocco, 2-5 July 2013
FISKENAVN NORSK VITENSKAPELIG ENGELSK
FISKENAVN NORSK VITENSKAPELIG ENGELSK Abbor Perca fluviatilis Perch Ansjos Engraulis encrasicolus Anchovy Asp Aspius aspius Asp Auxid Auxis rochei Frigate mackerel, bullet tuna Avtrekkerfisk Balistes carolinensis
Introduction A message from John Rutherford - Chief Executive, Seafish
The Seafood Guide Introduction A message from John Rutherford - Chief Executive, Seafish Seafood is one of this country s most popular products, contributing 5.4 billion to the retail and foodservice sector
Danish Experiences with the Landing obligation in the Baltic Sea
Danish Experiences with the Landing obligation in the Baltic Sea and industrial fisheries elsewhere DAG, London 25 November 2015 Presented by Kenn Skau Fischer Fisheries Policy advisor= lobbyist Danish
English. Going fishing?
English Going fishing? Always bring your VISpas! Do the VISpasCHECK (fishing pass check) Do the VISpasCHECK (fishing pass check) On 1 January, I am 13 years or younger 14 years or older I only fish with
A Preliminary Report of Research Results. SRSF Research Report #6. Prepared by
An Interdisciplinary Study of St. Georges Bay Fish Harvesters Ecological Knowledge: White Hake (Urophycis tenuis) Predation on Juvenile American Lobster (Homarus americanus). Phase III A Preliminary Report
STATUS AND CONSERVATION OF FISHERIES IN THE ADRIATIC. Draft internal report
United Nations Environment Programme MEDITERRANEAN ACTION PLAN Regional Activity Centre for Specially Protected Areas STATUS AND CONSERVATION OF FISHERIES IN THE ADRIATIC Draft internal report Draft to
DAPSTOM - An Integrated Database & Portal for Fish Stomach Records
Cefas contract report: DP332, C3746, ME1228 DAPSTOM - An Integrated Database & Portal for Fish Stomach Records Version 4.7 Authors: John K. Pinnegar Issue date: February 2014 Cefas Document Control Title:
Buying seasonal fish. Buy fish Avoid buying fish
Buying seasonal fish If you enjoy eating fresh fish but are unsure of how seasonality affects their sustainability, the Marine Conservation Society (MCS) has produced the following handy guide to the best
COUNTRY NOTE ON NATIONAL FISHERIES MANAGEMENT SYSTEMS -- GERMANY
COUNTRY NOTE ON NATIONAL FISHERIES MANAGEMENT SYSTEMS -- GERMANY Historical overview 1. There has been an ongoing structural change in the German fleet since the end of World War II. In the 1950s, nearly
LARGE-SCALE CLOSED AREAS AS A FISHERY-MANAGEMENT TOOL IN TEMPERATE MARINE SYSTEMS: THE GEORGES BANK EXPERIENCE
BULLETIN OF MARINE SCIENCE, 66(3): 775 798, 2000 MOTE SYMPOSIUM INVITED PAPER LARGE-SCALE CLOSED AREAS AS A FISHERY-MANAGEMENT TOOL IN TEMPERATE MARINE SYSTEMS: THE GEORGES BANK EXPERIENCE S. A. Murawski,
IMPORTS AND EXPORTS OF FISHERY PRODUCTS ANNUAL SUMMARY, 2012
CURRENT FISHERY STATISTICS NO. 2012-2 IMPORTS AND EXPORTS OF FISHERY PRODUCTS ANNUAL SUMMARY, 2012 Effective in 2012 substantial changes were made to the fishery product sections of the Harmonized Tariff
8.3.18 Advice May 2014
8.3.18 Advice May 2014 ECOREGION STOCK Baltic Sea Sprat in Subdivisions 22 32 (Baltic Sea) Advice for 2015 ICES advises on the basis of the MSY approach that catches in 2015 should be no more than 222
Aquaculture and fisheries 2003
Norway Minifacts The Norwegian Ministry of Fisheries Visiting Address: Grubbegata 1 Postal Address: P.O.Box 8118 Dep., NO-32 Oslo Telephone: +47 22 24 9 9 Fax: +47 22 24 95 85 E-mail: postmottak@fid.dep.no
CHILE: PAST, PRESENT & FUTURE
CHILE: PAST, PRESENT & FUTURE FISHERY GOVERNANCE, ALLOCATION OF RIGHTS AND THE SUSTAINABILITY OF RESOURCES Juan Carlos Castilla D.Sc. jcastilla@bio.puc.cl Facultad de Ciencias Biológicas Universidad Católica
2008 Polgar Fellowship Research Project Colin Grubel, CUNY Graduate School John Waldman, Queens College
2008 Polgar Fellowship Research Project Colin Grubel, CUNY Graduate School John Waldman, Queens College Biology of the Double crested Cormorant Diving birds Colonial Photo by Rand McMeins Adults typically
Megrim (Lepidorhombus whiffiagonis) growth in the North-eastern Atlantic based on back-calculation of otolith rings
ICES Journal of Marine Science, : 9. doi:./jmsc.., available online at http://www.idealibrary.com on Megrim (Lepidorhombus whiffiagonis) growth in the North-eastern Atlantic based on back-calculation of
Impacts of Climate Change on Fish Biodiversity Patterns in European Waters
Impacts of Climate Change on Fish Biodiversity Patterns in European Waters K. Kaschner J. Rius Barile, K. Kesner-Reyes, E.J. Laxamana, J. Ready, S.O. Kullander, T. Rees & R. Froese Evolutionary Biology
Report on the international workshop on the use of acoustic data from fishing vessels
Report on the international workshop on the use of acoustic data from fishing vessels Schiphol airport, Exchange avenue Friday 12 June 2015 Introduction The use of acoustic information from commercial
5 Year Strategic Plan
Mid Atlantic Fishery Management Council 5 Year Strategic Plan 2014 2018 DRAFT 5/31/2013 Table of Contents Table of Contents... 1 Introduction... 2 The Mid Atlantic Fishery Management Council... 2 Rationale
Distribution maps for the North Sea fisheries. Methods and application in Natura 2000 areas
Distribution maps for the North Sea fisheries Methods and application in Natura 2000 areas Distribution maps for the North Sea fisheries Methods and application in Natura 2000 areas J.A.E. van Oostenbrugge
GOVERNMENT OF INDIA MINISTRY OF ENVIRONMENT & FORESTS
GOVERNMENT OF INDIA MINISTRY OF ENVIRONMENT & FORESTS ANNUAL REPORT 2008 CONVENTION ON INTERNATIONAL TRADE IN ENDANGERED SPECIES OF WILD FAUNA AND FLORA CONTENTS Page Chapter-I Legal Framework 3 Chapter-II
Operationalizing Open-Source Electronic Monitoring Systems in New England Groundfish Sectors: Year 2 Public Report
2015 Operationalizing Open-Source Electronic Monitoring Systems in New England Groundfish Sectors: Year 2 Public Report Marine Monitoring Initiative Ecotrust Canada 4/21/2015 1 CONTENTS Commonly used Acronyms...
Capacity building for sustainable aquaculture and fisheries development in Myanmar
IMARES Wageningen UR IMARES (Institute for Marine Resources and Ecosystem Studies) is the Netherlands P.O. Box 68 research institute established to provide the scientific support that is essential for 1970
Long-term Recovery and Sustainability. Of the Southern Gulf of St-Lawrence. 4TVn Cod Stock
Strategic Vision: Long-term Recovery and Sustainability Of the Southern Gulf of St-Lawrence 4TVn Cod Stock Department of Fisheries and Oceans Gulf Region September 2005 ! " #$ % " &!'##!()*#+(!,#!(&,+!($##!(-.
Marine sh diversity on the Scotian Shelf, Canada
AQUATIC CONSERVATION: MARINE AND FRESHWATER ECOSYSTEMS Published online in Wiley InterScience (www.interscience.wiley.com). DOI: 10.1002/aqc.554 Marine sh diversity on the Scotian Shelf, Canada NANCY L.
Historical Stocks in the Fish Stock Sustainability Index
Historical Stocks in the Fish Stock Sustainability Index Jurisdiction FMP Stock MAFMC Atlantic Bluefish Bluefish - Atlantic Coast 2005-present MAFMC Atlantic Mackerel, Squid, and Butterfish Atlantic mackerel
Reaction of sandeel to seismic shooting: A field experiment and fishery statistics study
Reaction of sandeel to seismic shooting: A field experiment and fishery statistics study Arne Hassel, Tor Knutsen, John Dalen, Svein Løkkeborg, Kristian Skaar, Øivind Østensen, Eli K. Haugland, Merete
English. Going fishing?
English Going fishing? Always bring your VISpas! Do the VISpasCHECK (fishing pass check) Do the VISpasCHECK (fishing pass check) 13 years or younger On 1 January, I am 14 years or older I only fish with
Prevention of the ecological effects of offshore windfarms in licensing and spatial planning - an overview
Prevention of the ecological effects of offshore windfarms in licensing and spatial planning - an Prevention of the ecological effects of offshore windfarms in licensing and spatial planning - an dr.
Framework for assessing ecological and cumulative effects of offshore wind farms. Part A: Methods. Version 1.1
Framework for assessing ecological and cumulative effects of offshore wind farms Part A: Methods Version 1.1 2 Framework for assessing ecological and cumulative effects Part A Contents Summary of FAECE
The effects of pulse stimulation on biota Research in relation to ICES advice Effects on dogfish.
The effects of pulse stimulation on biota Research in relation to ICES advice Effects on dogfish. D. de Haan, B. van Marlen, I. Velzenboer, J. van der Heul, Hans van der Vis Report number C105/09 Location
Local Birds in and around the Offshore Wind Farm Egmond aan Zee (OWEZ) (T-0 & T-1, 2002-2010)
Local Birds in and around the Offshore Wind Farm Egmond aan Zee (OWEZ) (T- & T-1, 22-21) MF Leopold, EM Dijkman, L. Teal & the OWEZ-Team* OWEZ_R_221_T1_211122_local_birds 1 Wageningen IMARES 2 Nederlands
Monitoring of the Belgian Continental Shelf
Structural and functional biodiversity of North Sea ecosystems: species and their habitats as indicators for a sustainable development of the Belgian continental shelf M. Vincx, W. Bonne, A. Cattrijsse,
Marine Stewardship Council. MSC Seafood Sampling Procedure For use at Consumer-Facing Organisation (CFO) audits
Marine Stewardship Council MSC Seafood Sampling Procedure For use at Consumer-Facing Organisation (CFO) audits Version 1.0, 20 th February 2015 About the Marine Stewardship Council Vision Our vision is
The Netherlands Licensing procedure offshore windfarms. Sander de Jong Rijkswaterstaat Noordzee
The Netherlands Licensing procedure offshore windfarms Sander de Jong Noordzee Stralsund, Wednesday 25.01.2012 Offshore windfarms in NL - Today s Situation Round 1 2 windfarms operational (220 MW) offshore
Contents. Annex ANNEX 2: STATE OF STOCKS IN THE NORTH SEA AND ADJACENT SEAS... 194
Contents Annex ANNEX 1: HISTORY OF THE NORTH SEA CONFERENCES... 187 Background 187 Bremen, 1984 188 London, 1987 189 The Hague, 1990 190 Intermediate Ministerial Meeting, Copenhagen, 1993 191 Esbjerg,
General situation of world fish stocks United Nations Food and Agriculture Organization (FAO)
General situation of world fish stocks United Nations Food and Agriculture Organization (FAO) Contents: 1. Definitions 2. Snapshot of the global situation 3. Short list of "depleted" fish stocks 4. Global
Marine Policy Research A reflection on CMP projects 2009-2013
Marine Policy Research A reflection on CMP projects 2009-2013 Marine policy research A reflection on CMP projects 2009-2013 Katrine Soma Huib Silvis (Wageningen University, Public Administration and Policy
Food Research International
Food Research International 41 (2008) 828 837 Contents lists available at ScienceDirect Food Research International journal homepage: www.elsevier.com/locate/foodres DNA barcoding detects market substitution
,. 712, 19013,, +30 210 98 11 713. amachias@atn.hcmr.gr 22/3/1959
(- ) ( ),. 712, 19013,, (- ) +30 210 98 56 702 +30 210 98 11 713 ( ) 22/3/1959 amachias@atn.hcmr.gr (- ) (- ) 1983,,, 1989,,,, 1994.,,, " (Sardina pilchardus)» ( 5 ) 2007, 2003 2007,, 2002-2003,, 1999-2002.,,
How to catch Fifty species of Fish? part 1. (An amazing fisherman's adventure at Tregde, in the southern part of Norway)
How to catch Fifty species of Fish? part 1 (An amazing fisherman's adventure at Tregde, in the southern part of Norway) What they say is true: I am a somewhat strange fisherman. Sometimes I d rather catch
Low energy values of fish as a probable cause of a major seabird breeding failure in the North Sea
MARINE ECOLOGY PROGRESS SERIES Vol. 294: 1 8, 2005 Published June 9 Mar Ecol Prog Ser FEATURE ARTICLE Low energy values of fish as a probable cause of a major seabird breeding failure in the North Sea
Port Biological Sampling Program
Port Biological Sampling Program NERO / NEFSC A joint program of: NERO / NEFSC Greg Power - Greg.Power@noaa.gov Fisheries Data Services Northeast Regional Office Gloucester, MA August 6, 2013 Susan Wigley
PROMOTING ENVIRONMENTAL AWARENESS: SPATIAL INFORMATION DISSEMINATION
PROMOTING ENVIRONMENTAL AWARENESS: SPATIAL INFORMATION DISSEMINATION Hande Demirel and Reha M. Alkan Istanbul Technical University, Faculty of Civil Engineering, Geodesy and Photogrammetry Engineering
Commercial Electronic Logbook Pilot Project
Commercial Electronic Logbook Pilot Project SEFSC Brett Pierce and Dave Gloeckner Fishery Monitoring Branch Southeast Fisheries Science Center September 16, 2014 Goals and Objectives Goal: Create on-board
Acoustic monitoring of Japanese anchovy Engraulis japonicus post larvae shirasu
Title Acoustic monitoring of Japanese anchovy Engraulis japonicus post larvae shirasu K. Miyashita,, A. Watanabe, S. Morioka, Y. Ikewaki,, R. Matsukura,, and H. Yasuma Engraulis japonicus Shirasu fishery
Ecosystem-Based Marine Spatial Planning & Management
Ecosystem-Based Marine Spatial Planning & Management Ole Vestergaard Marine & Coastal Ecosystem Branch Division for Environmental Policy Implementation UNEP UNEP-DOALOS-FAO-WIOMSA Regional Training Course
AGREED RECORD OF FISHERIES CONSULTATIONS BETWEEN THE EUROPEAN UNION AND NORWAY FOR 2013 CLONAKILTY, 18 JANUARY 2013
AGREED RECORD OF FISHERIES CONSULTATIONS BETWEEN THE EUROPEAN UNION AND NORWAY FOR 2013 CLONAKILTY, 18 JANUARY 2013 1 A European Union Delegation, headed by Mr John SPENCER, and a Norwegian Delegation,
Intercolony and seasonal differences in the breeding diet of European shags on the Galician coast (NW Spain)
Vol. 188: 225-236.1999 MARINE ECOLOGY PROGRESS SERIES Mar Ecol Prog Ser Published November 3 Intercolony and seasonal differences in the breeding diet of European shags on the Galician coast (NW Spain)
Effect of the Horns Rev 1 Offshore Wind Farm on Fish Communities. Follow-up Seven Years after Construction Follow-up Seven Years after Construction
Downloaded from orbit.dtu.dk on: Feb 08, 2016 Effect of the Horns Rev 1 Offshore Wind Farm on Fish Communities. Follow-up Seven Years after Construction Follow-up Seven Years after Construction Stenberg,
FINAL REPORT. Salcombe Bioblitz 2015 Final Report. 1 P a g e
FINAL REPORT 1 P a g e Salcombe Bioblitz 2015 This year s Bioblitz was held in North Sands, Salcombe (Figure 1). Surveying took place from 11am on Sunday the 27 th September until 2pm on Monday the 28
U.S./Canada Management and Special Access Programs for Sector Vessels
U.S./Canada Management and Special Access Programs for Sector Vessels Sustainable Fisheries This summary provides a broad overview of restrictions and requirements; the regulations summarized here may
ID kit. imegen Anchovies II. and E. japonicus) DNA detection by. User manual. Anchovies species (E. encrasicolus. sequencing.
User manual imegen Anchovies II ID kit Anchovies species (E. encrasicolus and E. japonicus) DNA detection by sequencing Reference: Made in Spain The information in this guide is subject to change without
Translating ecological research results into wind farm practice The Danish experience. Niels-Erik Clausen. 2 Risø DTU
Translating ecological research results into wind farm practice The Danish experience Niels-Erik Clausen We@Sea Conference, Den Helder Holland 12-13 February 2009 Outline The Danish offshore monitoring
PRESS KIT PL 553 KVITVOLA. Exploration well 34/7 36 S
PRESS KIT PL 553 KVITVOLA Exploration well 34/7 36 S PAGE : 2 of 8 TABLE OF CONTENTS 1 INTRODUCTION... 3 1.1 PURPOSE OF DOCUMENT... 3 1.2 DET NORSKE OLJESELSKAP... 3 2 LICENSE PL 553 KVITVOLA, EXPLORATION
South Atlantic. - East Florida - Georgia - North Carolina - South Carolina
South Atlantic - East Florida - Georgia - North Carolina - South Carolina Regional Summary South Atlantic Management Context The South Atlantic Region is comprised of North Carolina, South Carolina, Georgia
Northern Territory Fisheries Resource Sharing Framework
Northern Territory Fisheries Resource Sharing Framework Page 1 of 11 Introduction Fishing is important in the Northern Territory (Territory). Coastal Aboriginal people recognise sea country out to the
RESPONSE OF DOMINANT SPECIES IN COASTAL AND OCEANIC REGIONS IN PERU
RESPONSE OF DOMINANT SPECIES IN COASTAL AND OCEANIC REGIONS IN PERU Miguel Ñiquen and Cecilia Peña APRIL 28 2010 GOAL Compare responses of 2 dominant species in front of same climate signal Warming Conditions
Markets and Street Trading. Top Tips
Markets and Street Trading Top Tips Food Safety (General Food Hygiene) Regulations 1995 Which food businesses are covered by the regulations? These regulations apply to all types of food business from
Archimer http://archimer.ifremer.fr
Please note that this is an author-produced PDF of an article accepted for publication following peer review. The definitive publisher-authenticated version is available on the publisher Web site Science
Impacts of Climate and Climate Change on the Key Species in the Fisheries in the North Pacific
PICES Scientific Report No. 35 28 PICES Working Group on Climate Change, Shifts in Fish Production, and Fisheries Management Impacts of Climate and Climate Change on the Key Species in the Fisheries in
Key Environmental Issues a Follow-up
danish offshore wind Key Environmental Issues a Follow-up danish energy agency danish nature agency dong energy vattenfall danish offshore wind Key Environmental Issues a Follow-up danish energy agency
The effect of pulse stimulation on biota Research in relation to ICES advice Progress report on the effects on cod.
The effect of pulse stimulation on biota Research in relation to ICES advice Progress report on the effects on cod. D. de Haan, B. van Marlen, T. S. Kristiansen, J. E. Fosseidengen Report number C098/08
INTERIM MEASURES ADOPTED BY PARTICIPANTS IN NEGOTIATIONS TO ESTABLISH SOUTH PACIFIC REGIONAL FISHERIES MANAGEMENT ORGANISATION
INTERIM MEASURES ADOPTED BY PARTICIPANTS IN NEGOTIATIONS TO ESTABLISH SOUTH PACIFIC REGIONAL FISHERIES MANAGEMENT ORGANISATION Participants in the negotiations to establish a South Pacific Regional Fisheries
Marine ecosystems productivity, climate effects and sustainable fishery
Marine ecosystems productivity, climate effects and sustainable fishery Svein Sundby Value Creation in the Nordic Countries of the Fisheries and the Aquaculture Nordic Council, Akureyri 11 12 October 2007
IMARES Wageningen UR. The effects of electric pulse stimulation on cultured adult cod, continued research 2013
The effects of electric pulse stimulation on cultured adult cod, continued research 2013 D. de Haan, M. Soetaert 1,2 and B. Verschueren 2 Report number C183/13 1Department of Pathology, Bacteriology and
Seminar: Fish traps in the North Sea a viable option?
www.kenniskringenvisserij.nl Seminar: Fish traps in the North Sea a viable option? Scheveningen, the 13 th of December 2011 Background information In several countries fishers use fish traps. In the Netherlands
Identification and analysis of interactions between sea use functions
SPatial Deployment of offshore WIND Energy in Europe (WINDSPEED) EIE/07/759/S12.499460 Horizontal Key Actions Identification and analysis of interactions between sea use functions WP3 Report D3.2 IMARES
1.5.6.3 Answer to The Netherlands request on Electric Pulse Trawl
1.5.6.3 Answer to The Netherlands request on Electric Pulse Trawl Request The Netherlands requested ICES to review experimental results aimed at advancing knowledge of the ecosystem effects of electric
Brexit & the EU s Common Fisheries Policy
Brexit & the EU s Common Fisheries Policy contents Background THE BrITISH FISHIng InduSTry Eu over-centralization QuoTaS & discards SuBSIdIES BETTEr off out Background Britain joined the European union's
Sustainable fisheries: impact assessment. Algemene Rekenkamer Postbus 20015 2500 EA Den Haag
Sustainable fisheries: impact assessment Algemene Rekenkamer Postbus 20015 2500 EA Den Haag 1 Beam trawler fishery for plaice and sole Plaice Sole 2 Present situation (2013) 2008 (recommendations) 2013
Underwater Noise and Licensing of Offshore Windfarms in the Netherlands. Sander de Jong Rijkswaterstaat Noordzee
Underwater Noise and Licensing of Offshore Windfarms in the Netherlands Sander de Jong Noordzee Amsterdam, Friday 10.02.2012 Offshore windfarms in NL - Today s Situation Round 1 2 windfarms operational
IMARES Wageningen UR. A review of the small pelagics fishery resources of the Dutch Caribbean and adjacent areas
A review of the small pelagics fishery resources of the Dutch Caribbean and adjacent areas A.S. Couperus, I.J.M. van Beek, A.O. Debrot, S.M.M. Fassler, S. Gastauer Report number C42/4 IMARES Wageningen