14الحياة تحت الماء
الهدف 14: الحياة تحت الماء — الكلمات المفتاحية للأبحاث
الكلمات المفتاحية التي تُنسب بها البحوث إلى الهدف 14 (الحياة تحت الماء)، من قوائم Sustainability Research Mapping 2023.
القائمة الذهبية
الكلمات الذهبية
كلمات تدل على هذا الهدف وحدها. الرقم الصغير يشير إلى أهداف أخرى تشترك في الكلمة.
acidification potential9, 12, 13acidification potential (ap)9, 12, 13aquaculture waste6aquaculture wastewater6biological phosphorus removal6coastal tourism8, 12ebpr6enhanced biological phosphorus removal6enhanced biological phosphorus removal (ebpr)6eutrophication potential9, 12, 13eutrophication potential (ep)9, 12, 13land restoration15mangrove restoration15marine strategy15marine strategy framework directive15marine strategy framework directive (msfd)15msfd15nitrogen and phosphorus removal6northern gulf of mexico17phosphate accumulating organism6phosphate accumulating organisms6phosphorus removal6small-scale fisheries17strategy frame15strategy framework15sustainable aquaculture12sustainable fishing12wetland restoration6, 15
أهم 100
أهم 100 كلمة
الكلمات المئة الأكثر صلة بهذا الهدف، مرتبة حسب المرتبة.
- 1oil spill
- 2algal bloom
- 3aquaculture
- 4farmed
- 5spills
- 6algal blooms
- 7phosphorus removal
- 8oil spills
- 9marine protected area
- 10marine ecosystems
- 11microplastic
- 12fish farm
- 13microplastics
- 14ocean acidification
- 15harmful algal
- 16harmful algal bloom
- 17coastal ecosystem
- 18marine protected areas
- 19fisheries management
- 20fish meal
- 21coastal environment
- 22niloticus
- 23culture industry
- 24oreochromis niloticus
- 25coastal management
- 26harmful algal blooms
- 27aquaculture industry
- 28coastal ecosystems
- 29aquaculture system
- 30annam
- 31vannamei
- 32plankton bloom
- 33nile tilapia
- 34penaeus vannamei
- 35crassostrea
- 36marine resource
- 37phytoplankton bloom
- 38fishers
- 39marine species
- 40plastic pollution
- 41fish farming
- 42mariculture
- 43litopenaeus
- 44fishmeal
- 45fish feed
- 46marine pollution
- 47fingerling
- 48litopenaeus vannamei
- 49litopenaeus vanname
- 50marine resources
- 51ecosystem-based
- 52marine reserve
- 53coastal wetland
- 54overfishing
- 55aquaculture systems
- 56fingerlings
- 57culture production
- 58coastal environments
- 59coastal communities
- 60alexandrium
- 61fish farms
- 62shrimp farm
- 63coastal marine
- 64coastal protection
- 65tilapia (oreochromis niloticus)
- 66land restoration
- 67protein efficiency
- 68aquaculture production
- 69fish growth
- 70sea bass
- 71coastal lagoon
- 72farmed fish
- 73marine oil
- 74broodstock
- 75fish production
- 76coastal zones
- 77culture pond
- 78feed utilization
- 79plankton blooms
- 80marine protected areas (mpas)
- 81zone management
- 82deepwater horizon
- 83marine conservation
- 84sea bream
- 85sr-nd
- 86coastal zone management
- 87protein efficiency ratio
- 88head sea
- 89biological phosphorus removal
- 90wetland restoration
- 91crassostrea gigas
- 92dicentra
- 93sparus
- 94fish diet
- 95coastal wetlands
- 96salmon (salmo salar)
- 97marine spa
- 98phytoplankton blooms
- 99recirculating aquaculture
- 100sediment quality
أهم 1000
أهم 1000 كلمة
المرتبة والكلمة ومؤشراتها في Scopus.
994 كلمة معروضة
| المرتبة | الكلمة المفتاحية | أبحاث المجموعة | في Scopus كله | tf-idf | ٪ من Scopus |
|---|---|---|---|---|---|
| 1 | recirculating aquaculture system | 1,715 | 1,816 | 18.97 | 94% |
| 2 | recirculating aquaculture | 1,816 | 1,931 | 18.97 | 94% |
| 3 | alexandrium | 2,270 | 2,450 | 18.95 | 93% |
| 4 | aquaculture species | 1,755 | 1,909 | 18.92 | 92% |
| 5 | marine protected areas (mpas) | 1,959 | 2,142 | 18.92 | 91% |
| 6 | marine reserve | 2,616 | 2,875 | 18.91 | 91% |
| 7 | ocean acidification (oa) | 1,049 | 1,101 | 18.89 | 95% |
| 8 | aquaculture systems | 2,325 | 2,592 | 18.89 | 90% |
| 9 | marine reserves | 1,535 | 1,692 | 18.88 | 91% |
| 10 | wetland restoration | 1,893 | 2,112 | 18.88 | 90% |
| 11 | fish aquaculture | 1,513 | 1,673 | 18.87 | 90% |
| 12 | marine spatial planning | 1,544 | 1,718 | 18.87 | 90% |
| 13 | aquaculture farm | 1,246 | 1,363 | 18.86 | 91% |
| 14 | enhanced biological phosphorus removal | 1,263 | 1,386 | 18.86 | 91% |
| 15 | aquaculture fish | 1,295 | 1,428 | 18.85 | 91% |
| 16 | harmful algal blooms (habs) | 1,314 | 1,454 | 18.85 | 90% |
| 17 | eutrophication potential | 986 | 1,048 | 18.85 | 94% |
| 18 | marine conservation | 1,934 | 2,207 | 18.84 | 88% |
| 19 | harmful algal blooms | 4,176 | 4,590 | 18.84 | 91% |
| 20 | aquaculture industry | 4,054 | 4,476 | 18.84 | 91% |
| 21 | aquaculture system | 3,877 | 4,305 | 18.84 | 90% |
| 22 | nitrogen and phosphorus removal | 1,648 | 1,872 | 18.84 | 88% |
| 23 | no-take | 1,134 | 1,241 | 18.84 | 91% |
| 24 | marine strategy framework directive | 946 | 1,013 | 18.82 | 93% |
| 25 | marine litter | 1,211 | 1,352 | 18.82 | 90% |
| 26 | fishmeal | 2,885 | 3,318 | 18.81 | 87% |
| 27 | marine aquaculture | 1,299 | 1,464 | 18.81 | 89% |
| 28 | shrimp aquaculture | 1,105 | 1,220 | 18.81 | 91% |
| 29 | recirculating aquaculture systems | 873 | 925 | 18.81 | 94% |
| 30 | shrimp farm | 2,263 | 2,629 | 18.81 | 86% |
| 31 | aquaculture pond | 1,385 | 1,581 | 18.8 | 88% |
| 32 | aquaculture production | 2,136 | 2,494 | 18.8 | 86% |
| 33 | fish meal (fm) | 940 | 1,021 | 18.79 | 92% |
| 34 | marine strategy | 1,021 | 1,128 | 18.79 | 91% |
| 35 | cylindrospermopsis | 781 | 817 | 18.79 | 96% |
| 36 | salmon farm | 1,404 | 1,617 | 18.79 | 87% |
| 37 | harmful algal bloom | 5,352 | 5,842 | 18.78 | 92% |
| 38 | aquaculture waste | 904 | 984 | 18.78 | 92% |
| 39 | marine protected areas | 5,055 | 5,592 | 18.78 | 90% |
| 40 | enhanced biological phosphorus removal (ebpr) | 788 | 836 | 18.77 | 94% |
| 41 | aquaculture ponds | 1,082 | 1,221 | 18.77 | 89% |
| 42 | biological phosphorus removal | 1,899 | 2,253 | 18.77 | 84% |
| 43 | harmful algal | 5,471 | 6,018 | 18.76 | 91% |
| 44 | farmed atlantic salmon | 1,024 | 1,151 | 18.76 | 89% |
| 45 | shrimp farming | 1,388 | 1,626 | 18.76 | 85% |
| 46 | marine protected area (mpa) | 744 | 792 | 18.74 | 94% |
| 47 | toxic dinoflagellate | 1,188 | 1,381 | 18.74 | 86% |
| 48 | sustainable aquaculture | 981 | 1,108 | 18.74 | 89% |
| 49 | marine oil spill | 1,195 | 1,400 | 18.73 | 85% |
| 50 | shrimp culture | 1,129 | 1,333 | 18.7 | 85% |
| 51 | marine debris | 1,521 | 1,855 | 18.7 | 82% |
| 52 | deepwater horizon oil spill | 1,138 | 1,351 | 18.69 | 84% |
| 53 | farmed salmon | 1,009 | 1,179 | 18.69 | 86% |
| 54 | cylindrospermopsis raciborskii | 612 | 637 | 18.69 | 96% |
| 55 | salmon aquaculture | 730 | 798 | 18.69 | 91% |
| 56 | aquaculture wastewater | 680 | 730 | 18.69 | 93% |
| 57 | aquaculture sector | 814 | 917 | 18.68 | 89% |
| 58 | mariculture | 3,016 | 3,710 | 18.68 | 81% |
| 59 | aquaculture environment | 735 | 811 | 18.67 | 91% |
| 60 | marine protected area | 7,222 | 7,876 | 18.67 | 92% |
| 61 | deepwater horizon oil | 1,255 | 1,528 | 18.67 | 82% |
| 62 | ocean acidification | 5,778 | 6,585 | 18.67 | 88% |
| 63 | aquaculture farms | 671 | 726 | 18.67 | 92% |
| 64 | aquaculture water | 744 | 827 | 18.67 | 90% |
| 65 | bloom dynamics | 641 | 685 | 18.67 | 94% |
| 66 | culture fish | 1,524 | 1,896 | 18.66 | 80% |
| 67 | intensive aquaculture | 787 | 892 | 18.66 | 88% |
| 68 | aquaculture area | 582 | 610 | 18.65 | 95% |
| 69 | ebpr | 1,206 | 1,480 | 18.65 | 81% |
| 70 | salmon farming | 829 | 956 | 18.65 | 87% |
| 71 | marine plastic | 781 | 892 | 18.64 | 88% |
| 72 | alexandrium tamarense | 611 | 659 | 18.63 | 93% |
| 73 | marine spa | 1,833 | 2,342 | 18.63 | 78% |
| 74 | removal of phosphate | 1,189 | 1,474 | 18.63 | 81% |
| 75 | aquaculture facilities | 636 | 698 | 18.62 | 91% |
| 76 | aquaculture activities | 685 | 768 | 18.62 | 89% |
| 77 | freshwater aquaculture | 725 | 826 | 18.62 | 88% |
| 78 | oil spill accident | 620 | 677 | 18.62 | 92% |
| 79 | culture ponds | 1,532 | 1,956 | 18.61 | 78% |
| 80 | coastal management | 4,191 | 5,173 | 18.61 | 81% |
| 81 | integrated coastal zone management | 908 | 1,094 | 18.6 | 83% |
| 82 | aquaculture feed | 748 | 865 | 18.6 | 86% |
| 83 | mussel farm | 607 | 665 | 18.6 | 91% |
| 84 | fish diet | 1,880 | 2,446 | 18.6 | 77% |
| 85 | culture pond | 1,993 | 2,603 | 18.59 | 77% |
| 86 | aquafeed | 1,029 | 1,279 | 18.59 | 80% |
| 87 | oil spill detection | 667 | 757 | 18.59 | 88% |
| 88 | phosphorus pollution | 627 | 702 | 18.58 | 89% |
| 89 | pill detection | 733 | 860 | 18.57 | 85% |
| 90 | harmful algae | 1,101 | 1,395 | 18.57 | 79% |
| 91 | aquaculture site | 556 | 604 | 18.57 | 92% |
| 92 | oil spill response | 1,293 | 1,673 | 18.57 | 77% |
| 93 | coastal protection | 2,230 | 2,947 | 18.57 | 76% |
| 94 | farmed fish | 2,047 | 2,712 | 18.56 | 75% |
| 95 | phosphorus removal efficiency | 605 | 678 | 18.56 | 89% |
| 96 | spill accident | 704 | 823 | 18.56 | 86% |
| 97 | ecosystem-based fisheries management | 519 | 555 | 18.56 | 94% |
| 98 | shrimp farms | 674 | 781 | 18.56 | 86% |
| 99 | spill response | 1,810 | 2,412 | 18.55 | 75% |
| 100 | reef restoration | 556 | 615 | 18.54 | 90% |
| 101 | denitrifying phosphorus removal | 486 | 516 | 18.53 | 94% |
| 102 | plastic debris | 1,373 | 1,829 | 18.52 | 75% |
| 103 | algal blooms | 7,975 | 9,178 | 18.51 | 87% |
| 104 | small-scale fisheries | 1,448 | 1,951 | 18.51 | 74% |
| 105 | fish diets | 822 | 1,027 | 18.51 | 80% |
| 106 | alexandrium catenella | 467 | 496 | 18.51 | 94% |
| 107 | integrated multi-trophic aquaculture | 444 | 464 | 18.5 | 96% |
| 108 | aquaculture development | 793 | 991 | 18.49 | 80% |
| 109 | fisheries and aquaculture | 839 | 1,062 | 18.49 | 79% |
| 110 | catenella | 586 | 679 | 18.49 | 86% |
| 111 | coastal eutrophication | 521 | 583 | 18.49 | 89% |
| 112 | phosphorus removal | 7,371 | 8,758 | 18.48 | 84% |
| 113 | harmful algal bloom (hab) | 456 | 488 | 18.48 | 93% |
| 114 | salmon farms | 521 | 585 | 18.48 | 89% |
| 115 | aquaculture practices | 556 | 638 | 18.48 | 87% |
| 116 | integrated coastal management | 568 | 658 | 18.47 | 86% |
| 117 | aquaculture | 9,331 | 10,603 | 18.46 | 88% |
| 118 | recirculating aquaculture systems (ras) | 425 | 450 | 18.45 | 94% |
| 119 | commercial aquaculture | 580 | 686 | 18.45 | 85% |
| 120 | oyster farm | 537 | 620 | 18.45 | 87% |
| 121 | aquacultured | 499 | 563 | 18.45 | 89% |
| 122 | recirculating aquaculture system (ras) | 415 | 438 | 18.44 | 95% |
| 123 | a. tamarense | 424 | 452 | 18.44 | 94% |
| 124 | alexandrium minutum | 412 | 435 | 18.44 | 95% |
| 125 | phosphate accumulating organism | 536 | 624 | 18.44 | 86% |
| 126 | shellfish aquaculture | 434 | 472 | 18.42 | 92% |
| 127 | phosphate accumulating organisms | 503 | 581 | 18.42 | 87% |
| 128 | iczm | 603 | 739 | 18.41 | 82% |
| 129 | oil-spill | 788 | 1,033 | 18.41 | 76% |
| 130 | imposex | 549 | 655 | 18.41 | 84% |
| 131 | beach management | 501 | 580 | 18.41 | 86% |
| 132 | deepwater horizon | 1,945 | 2,799 | 18.41 | 69% |
| 133 | marine pollution | 2,758 | 3,926 | 18.41 | 70% |
| 134 | sea lice | 808 | 1,068 | 18.41 | 76% |
| 135 | fish meal | 4,915 | 6,555 | 18.4 | 75% |
| 136 | trout farm | 559 | 675 | 18.4 | 83% |
| 137 | fish nutrition | 714 | 922 | 18.4 | 77% |
| 138 | polyphosphate accumulating organism | 394 | 419 | 18.4 | 94% |
| 139 | ecosystem-based management | 1,402 | 2,009 | 18.4 | 70% |
| 140 | farmed tilapia | 417 | 455 | 18.39 | 92% |
| 141 | aquaculture products | 445 | 501 | 18.39 | 89% |
| 142 | oil spill accidents | 399 | 432 | 18.38 | 92% |
| 143 | fish meal replacement | 369 | 387 | 18.38 | 95% |
| 144 | aquafeeds | 567 | 698 | 18.37 | 81% |
| 145 | aquaculture effluent | 414 | 458 | 18.37 | 90% |
| 146 | fishmeal replacement | 349 | 359 | 18.37 | 97% |
| 147 | coastal zone management | 1,909 | 2,819 | 18.36 | 68% |
| 148 | algal bloom | 10,581 | 12,164 | 18.36 | 87% |
| 149 | aquaculture sites | 386 | 417 | 18.36 | 93% |
| 150 | spill accidents | 458 | 530 | 18.36 | 86% |
| 151 | polyphosphate accumulating organisms | 369 | 392 | 18.36 | 94% |
| 152 | harmful cyanobacteria | 507 | 612 | 18.35 | 83% |
| 153 | marine park | 1,109 | 1,597 | 18.35 | 69% |
| 154 | plastic ingestion | 558 | 696 | 18.35 | 80% |
| 155 | a. catenella | 346 | 360 | 18.34 | 96% |
| 156 | harmful algae bloom | 384 | 421 | 18.33 | 91% |
| 157 | cage aquaculture | 360 | 384 | 18.33 | 94% |
| 158 | fish farms | 2,268 | 3,406 | 18.32 | 67% |
| 159 | marine eutrophication | 368 | 400 | 18.32 | 92% |
| 160 | oil spill cleanup | 547 | 692 | 18.31 | 79% |
| 161 | oil spill model | 526 | 659 | 18.31 | 80% |
| 162 | microplastic pollution | 1,183 | 1,757 | 18.31 | 67% |
| 163 | marine management | 691 | 937 | 18.3 | 74% |
| 164 | coastal aquaculture | 395 | 448 | 18.3 | 88% |
| 165 | phytoplankton blooms | 1,818 | 2,781 | 18.29 | 65% |
| 166 | fish feed | 2,867 | 4,325 | 18.29 | 66% |
| 167 | macroalgal bloom | 327 | 343 | 18.29 | 95% |
| 168 | mangrove restoration | 367 | 406 | 18.29 | 90% |
| 169 | aquaculture management | 380 | 427 | 18.29 | 89% |
| 170 | shrimp pond | 717 | 991 | 18.29 | 72% |
| 171 | phosphate-accumulating organism | 398 | 458 | 18.28 | 87% |
| 172 | marine strategy framework directive (msfd) | 347 | 378 | 18.27 | 92% |
| 173 | aquaculture areas | 320 | 336 | 18.27 | 95% |
| 174 | pond aquaculture | 334 | 358 | 18.27 | 93% |
| 175 | integrated multi-trophic aquaculture (imta) | 307 | 316 | 18.27 | 97% |
| 176 | spill model | 612 | 822 | 18.27 | 74% |
| 177 | spill cleanup | 664 | 912 | 18.27 | 73% |
| 178 | coastal restoration | 371 | 419 | 18.26 | 89% |
| 179 | fish feeds | 520 | 667 | 18.26 | 78% |
| 180 | seawater acidification | 314 | 329 | 18.26 | 95% |
| 181 | phytoplankton bloom | 3,370 | 5,095 | 18.26 | 66% |
| 182 | corexit | 470 | 586 | 18.25 | 80% |
| 183 | cultured shrimp | 380 | 437 | 18.25 | 87% |
| 184 | good environmental status | 381 | 439 | 18.25 | 87% |
| 185 | total phosphorus removal | 337 | 368 | 18.25 | 92% |
| 186 | karenia | 767 | 1,102 | 18.25 | 70% |
| 187 | deepwater horizon (dwh) | 368 | 419 | 18.25 | 88% |
| 188 | plastic litter | 504 | 648 | 18.24 | 78% |
| 189 | plankton blooms | 1,967 | 3,093 | 18.24 | 64% |
| 190 | oil spills | 7,320 | 9,756 | 18.24 | 75% |
| 191 | marine spatial planning (msp) | 361 | 410 | 18.24 | 88% |
| 192 | harmful bloom | 326 | 355 | 18.23 | 92% |
| 193 | farmed rainbow trout | 353 | 400 | 18.23 | 88% |
| 194 | oil slick | 1,513 | 2,398 | 18.22 | 63% |
| 195 | us aquaculture | 357 | 408 | 18.22 | 88% |
| 196 | phosphate-accumulating organisms | 359 | 412 | 18.22 | 87% |
| 197 | coastal planning | 495 | 646 | 18.21 | 77% |
| 198 | msfd | 544 | 732 | 18.21 | 74% |
| 199 | spilled oil | 1,131 | 1,772 | 18.2 | 64% |
| 200 | cultured fish | 1,295 | 2,057 | 18.2 | 63% |
| 201 | marine sanctuary | 446 | 565 | 18.2 | 79% |
| 202 | phosphorus removal performance | 291 | 306 | 18.2 | 95% |
| 203 | spring bloom | 1,768 | 2,854 | 18.19 | 62% |
| 204 | specific growth rate (sgr) | 1,678 | 2,707 | 18.19 | 62% |
| 205 | polyphosphate-accumulating organism | 290 | 305 | 18.19 | 95% |
| 206 | maritime spatial planning | 327 | 365 | 18.19 | 90% |
| 207 | plankton bloom | 3,585 | 5,561 | 18.19 | 64% |
| 208 | coastal pollution | 530 | 716 | 18.19 | 74% |
| 209 | finfish aquaculture | 330 | 371 | 18.19 | 89% |
| 210 | marine oil spills | 404 | 497 | 18.19 | 81% |
| 211 | recirculation aquaculture | 279 | 290 | 18.18 | 96% |
| 212 | zone management | 1,952 | 3,174 | 18.18 | 61% |
| 213 | eutrophication status | 302 | 328 | 18.18 | 92% |
| 214 | integrated coastal zone management (iczm) | 355 | 417 | 18.17 | 85% |
| 215 | no-take zone | 290 | 310 | 18.17 | 94% |
| 216 | macroalgal blooms | 277 | 290 | 18.16 | 96% |
| 217 | ocean warming and acidification | 313 | 349 | 18.16 | 90% |
| 218 | fish farmers | 791 | 1,201 | 18.16 | 66% |
| 219 | fish farmer | 844 | 1,298 | 18.16 | 65% |
| 220 | sea cage | 575 | 810 | 18.16 | 71% |
| 221 | gambierdiscus | 382 | 467 | 18.16 | 82% |
| 222 | mpa network | 313 | 351 | 18.16 | 89% |
| 223 | shrimp ponds | 500 | 678 | 18.15 | 74% |
| 224 | no-take marine reserve | 278 | 294 | 18.15 | 95% |
| 225 | practical diets | 685 | 1,016 | 18.15 | 67% |
| 226 | ocean governance | 435 | 563 | 18.15 | 77% |
| 227 | spill oil | 321 | 366 | 18.15 | 88% |
| 228 | oil slicks | 881 | 1,379 | 18.15 | 64% |
| 229 | lepeophtheirus salmonis | 608 | 880 | 18.14 | 69% |
| 230 | reef resilience | 287 | 311 | 18.14 | 92% |
| 231 | harmful algae blooms | 291 | 319 | 18.13 | 91% |
| 232 | recirculation aquaculture system | 259 | 268 | 18.13 | 97% |
| 233 | artisanal fisheries | 829 | 1,302 | 18.12 | 64% |
| 234 | harmful cyanobacterial blooms | 276 | 297 | 18.12 | 93% |
| 235 | polyphosphate-accumulating organisms | 260 | 271 | 18.12 | 96% |
| 236 | tilapia culture | 324 | 379 | 18.12 | 85% |
| 237 | phosphorus removal rate | 303 | 345 | 18.11 | 88% |
| 238 | oyster farming | 298 | 337 | 18.11 | 88% |
| 239 | wild and farmed | 571 | 834 | 18.1 | 68% |
| 240 | marine oil | 2,045 | 3,474 | 18.1 | 59% |
| 241 | gilthead sea bream | 859 | 1,381 | 18.09 | 62% |
| 242 | aquaculture research | 378 | 481 | 18.09 | 79% |
| 243 | ecosystem-based | 2,666 | 4,485 | 18.09 | 59% |
| 244 | oyster aquaculture | 268 | 291 | 18.08 | 92% |
| 245 | toxic dinoflagellates | 337 | 411 | 18.08 | 82% |
| 246 | eutrophication potential (ep) | 240 | 246 | 18.08 | 98% |
| 247 | shrimp production | 492 | 697 | 18.08 | 71% |
| 248 | genetically improved farmed tilapia | 245 | 255 | 18.07 | 96% |
| 249 | hab species | 283 | 319 | 18.07 | 89% |
| 250 | aquacultures | 274 | 304 | 18.07 | 90% |
| 251 | biofloc technology | 407 | 542 | 18.07 | 75% |
| 252 | marine resource management | 323 | 390 | 18.07 | 83% |
| 253 | accumulibacter | 364 | 464 | 18.06 | 78% |
| 254 | national marine sanctuary | 361 | 459 | 18.06 | 79% |
| 255 | crude oil spill | 489 | 698 | 18.06 | 70% |
| 256 | salmonid aquaculture | 272 | 303 | 18.06 | 90% |
| 257 | beach litter | 263 | 288 | 18.06 | 91% |
| 258 | n and p removal | 328 | 402 | 18.05 | 82% |
| 259 | corexit 9500 | 240 | 251 | 18.05 | 96% |
| 260 | coastal and marine | 1,208 | 2,079 | 18.05 | 58% |
| 261 | integrated aquaculture | 276 | 312 | 18.05 | 88% |
| 262 | marine plastic pollution | 276 | 312 | 18.05 | 88% |
| 263 | fish farming | 3,029 | 5,156 | 18.05 | 59% |
| 264 | mussel farming | 271 | 304 | 18.04 | 89% |
| 265 | ocean acidification and warming | 243 | 257 | 18.04 | 95% |
| 266 | sea cages | 427 | 590 | 18.04 | 72% |
| 267 | plastic pollution | 3,033 | 5,187 | 18.04 | 58% |
| 268 | lepeophtheirus | 633 | 990 | 18.03 | 64% |
| 269 | diatom bloom | 788 | 1,293 | 18.03 | 61% |
| 270 | mussel farms | 241 | 256 | 18.03 | 94% |
| 271 | fish welfare | 541 | 813 | 18.03 | 67% |
| 272 | ocean island basalt | 836 | 1,390 | 18.03 | 60% |
| 273 | paralytic shellfish poisoning | 762 | 1,246 | 18.03 | 61% |
| 274 | european sea bass | 867 | 1,452 | 18.02 | 60% |
| 275 | aquaculture feeds | 280 | 324 | 18.02 | 86% |
| 276 | sea bass (dicentrarchus labrax) | 806 | 1,334 | 18.02 | 60% |
| 277 | farmed shrimp | 255 | 282 | 18.02 | 90% |
| 278 | coastal conservation | 296 | 354 | 18.02 | 84% |
| 279 | hydrocarbon seep | 572 | 881 | 18.01 | 65% |
| 280 | spill monitoring | 291 | 346 | 18.01 | 84% |
| 281 | cochlodinium | 318 | 397 | 18 | 80% |
| 282 | paralytic shellfish | 1,242 | 2,197 | 18 | 57% |
| 283 | phosphorus accumulating organism | 320 | 401 | 18 | 80% |
| 284 | fish performance | 467 | 682 | 18 | 68% |
| 285 | phosphate accumulating organisms (paos) | 244 | 267 | 18 | 91% |
| 286 | karenia brevis | 424 | 601 | 17.99 | 71% |
| 287 | economic fish | 342 | 445 | 17.99 | 77% |
| 288 | shrimp farmers | 262 | 300 | 17.99 | 87% |
| 289 | contaminated marine sediment | 255 | 288 | 17.99 | 89% |
| 290 | algae blooms | 661 | 1,077 | 17.98 | 61% |
| 291 | algae bloom | 1,006 | 1,765 | 17.98 | 57% |
| 292 | offshore aquaculture | 277 | 328 | 17.98 | 84% |
| 293 | marine microplastic | 251 | 282 | 17.98 | 89% |
| 294 | strategy framework | 971 | 1,699 | 17.98 | 57% |
| 295 | marine biodiversity | 1,734 | 3,151 | 17.98 | 55% |
| 296 | finfish | 1,599 | 2,916 | 17.97 | 55% |
| 297 | (sparus aurata) | 997 | 1,762 | 17.97 | 57% |
| 298 | spill remediation | 286 | 348 | 17.96 | 82% |
| 299 | oil spill pollution | 244 | 273 | 17.96 | 89% |
| 300 | practical diet | 796 | 1,363 | 17.96 | 58% |
| 301 | coastal ecosystems | 3,981 | 6,830 | 17.96 | 58% |
| 302 | cyanobacterial harmful algal bloom | 230 | 249 | 17.96 | 92% |
| 303 | cage farm | 329 | 429 | 17.96 | 77% |
| 304 | dinophysis acuminata | 238 | 263 | 17.96 | 90% |
| 305 | pseudo-nitzschia | 708 | 1,187 | 17.96 | 60% |
| 306 | gilthead | 1,557 | 2,855 | 17.96 | 55% |
| 307 | slicks | 1,221 | 2,214 | 17.96 | 55% |
| 308 | oil spill monitoring | 254 | 292 | 17.96 | 87% |
| 309 | culture tank | 443 | 653 | 17.96 | 68% |
| 310 | cage culture | 522 | 814 | 17.95 | 64% |
| 311 | dinophysis | 733 | 1,244 | 17.95 | 59% |
| 312 | ebpr system | 214 | 224 | 17.95 | 96% |
| 313 | european sea bass (dicentrarchus labrax) | 451 | 673 | 17.95 | 67% |
| 314 | trout farms | 270 | 323 | 17.95 | 84% |
| 315 | sea bream (sparus aurata) | 563 | 900 | 17.95 | 63% |
| 316 | no-take zones | 222 | 238 | 17.94 | 93% |
| 317 | pacific white shrimp | 1,059 | 1,909 | 17.94 | 55% |
| 318 | microplastic particle | 682 | 1,146 | 17.94 | 60% |
| 319 | phosphorus accumulating organisms | 298 | 376 | 17.94 | 79% |
| 320 | hydrocarbon seeps | 329 | 435 | 17.94 | 76% |
| 321 | microplastic particles | 647 | 1,077 | 17.94 | 60% |
| 322 | aragonite saturation | 402 | 579 | 17.94 | 69% |
| 323 | no-take marine reserves | 216 | 230 | 17.93 | 94% |
| 324 | paralytic shellfish toxin | 533 | 847 | 17.93 | 63% |
| 325 | small-scale fishers | 309 | 400 | 17.93 | 77% |
| 326 | shrimp product | 563 | 910 | 17.93 | 62% |
| 327 | salmon lice | 325 | 431 | 17.93 | 75% |
| 328 | shellfish poisoning | 1,331 | 2,469 | 17.93 | 54% |
| 329 | oil spill remediation | 247 | 286 | 17.92 | 86% |
| 330 | coastal development | 1,273 | 2,361 | 17.92 | 54% |
| 331 | fish cage | 572 | 933 | 17.92 | 61% |
| 332 | marine hydrocarbon | 263 | 316 | 17.92 | 83% |
| 333 | nile tilapia (oreochromis niloticus) | 1,675 | 3,142 | 17.92 | 53% |
| 334 | diseases in aquaculture | 240 | 275 | 17.91 | 87% |
| 335 | strategy frame | 971 | 1,763 | 17.91 | 55% |
| 336 | harmful dinoflagellate | 275 | 340 | 17.91 | 81% |
| 337 | paos | 984 | 1,793 | 17.91 | 55% |
| 338 | microplastic abundance | 327 | 440 | 17.91 | 74% |
| 339 | wild salmon | 599 | 996 | 17.91 | 60% |
| 340 | prorocentrum | 1,105 | 2,046 | 17.9 | 54% |
| 341 | bivalve aquaculture | 221 | 243 | 17.9 | 91% |
| 342 | tilapia aquaculture | 222 | 245 | 17.9 | 91% |
| 343 | sparus aurata | 1,776 | 3,359 | 17.9 | 53% |
| 344 | biofloc system | 345 | 478 | 17.9 | 72% |
| 345 | dinoflagellate bloom | 347 | 482 | 17.9 | 72% |
| 346 | mussel culture | 265 | 324 | 17.9 | 82% |
| 347 | plastic contamination | 538 | 878 | 17.89 | 61% |
| 348 | ballast water | 1,435 | 2,723 | 17.89 | 53% |
| 349 | spring phytoplankton bloom | 457 | 710 | 17.89 | 64% |
| 350 | culture industry | 4,368 | 7,656 | 17.89 | 57% |
| 351 | cochlodinium polykrikoides | 260 | 317 | 17.89 | 82% |
| 352 | cyanobacterial harmful algal blooms | 208 | 223 | 17.89 | 93% |
| 353 | microplastic contamination | 403 | 600 | 17.89 | 67% |
| 354 | oyster culture | 274 | 344 | 17.89 | 80% |
| 355 | prestige oil | 223 | 250 | 17.88 | 89% |
| 356 | alexandrium fundyense | 192 | 197 | 17.88 | 97% |
| 357 | aquaculture facility | 246 | 294 | 17.87 | 84% |
| 358 | harmful blooms | 209 | 227 | 17.87 | 92% |
| 359 | dicentrarchus labrax | 1,767 | 3,398 | 17.87 | 52% |
| 360 | seawater ph | 694 | 1,221 | 17.87 | 57% |
| 361 | fish farm | 6,617 | 10,771 | 17.87 | 61% |
| 362 | capture fisheries | 600 | 1,023 | 17.87 | 59% |
| 363 | dicentrarchus | 1,774 | 3,423 | 17.87 | 52% |
| 364 | mussel aquaculture | 194 | 202 | 17.87 | 96% |
| 365 | paralytic shellfish poison | 866 | 1,594 | 17.86 | 54% |
| 366 | gilthead sea bream (sparus aurata) | 427 | 659 | 17.86 | 65% |
| 367 | sustainable fish | 1,301 | 2,500 | 17.86 | 52% |
| 368 | shellfish toxin | 718 | 1,283 | 17.86 | 56% |
| 369 | seabass | 890 | 1,652 | 17.86 | 54% |
| 370 | carbonate chemistry | 729 | 1,310 | 17.85 | 56% |
| 371 | exxon valdez | 590 | 1,011 | 17.85 | 58% |
| 372 | l. vannamei | 990 | 1,867 | 17.85 | 53% |
| 373 | coastal fisheries | 575 | 979 | 17.85 | 59% |
| 374 | growth and feed utilization | 373 | 551 | 17.85 | 68% |
| 375 | vulnerable marine ecosystem | 245 | 297 | 17.85 | 82% |
| 376 | coastal resource | 1,021 | 1,940 | 17.85 | 53% |
| 377 | oil spill incident | 263 | 332 | 17.85 | 79% |
| 378 | aragonite saturation state | 293 | 391 | 17.84 | 75% |
| 379 | dicentra | 1,884 | 3,676 | 17.84 | 51% |
| 380 | aquaculture cage | 195 | 207 | 17.84 | 94% |
| 381 | tilapia (oreochromis niloticus) | 2,181 | 4,237 | 17.84 | 51% |
| 382 | oil spill risk | 252 | 312 | 17.84 | 81% |
| 383 | future ocean | 687 | 1,229 | 17.84 | 56% |
| 384 | aquaculture effluents | 206 | 227 | 17.84 | 91% |
| 385 | small-scale fishing | 335 | 477 | 17.84 | 70% |
| 386 | microplastic ingestion | 263 | 334 | 17.84 | 79% |
| 387 | ahpnd | 307 | 421 | 17.84 | 73% |
| 388 | hepatopancreatic necrosis disease | 303 | 414 | 17.83 | 73% |
| 389 | eutrophication model | 364 | 539 | 17.83 | 68% |
| 390 | prestige oil spill | 193 | 205 | 17.83 | 94% |
| 391 | large marine ecosystem | 483 | 793 | 17.83 | 61% |
| 392 | elevated pco2 | 529 | 893 | 17.83 | 59% |
| 393 | coastal fish | 1,456 | 2,863 | 17.83 | 51% |
| 394 | alexandrium spp | 196 | 211 | 17.83 | 93% |
| 395 | shrimp (litopenaeus vannamei) | 776 | 1,433 | 17.83 | 54% |
| 396 | culture tanks | 316 | 442 | 17.83 | 71% |
| 397 | coastal ecosystem | 5,281 | 9,218 | 17.83 | 57% |
| 398 | blue growth | 306 | 422 | 17.83 | 73% |
| 399 | apparent digestibility coefficient | 759 | 1,399 | 17.82 | 54% |
| 400 | microplastics (mps) | 1,576 | 3,113 | 17.82 | 51% |
| 401 | fish culture | 1,524 | 3,010 | 17.82 | 51% |
| 402 | polyphosphate accumulating organisms (paos) | 187 | 196 | 17.82 | 95% |
| 403 | shellfish toxins | 578 | 1,006 | 17.82 | 57% |
| 404 | exxon valdez oil spill | 390 | 599 | 17.82 | 65% |
| 405 | ocean management | 359 | 534 | 17.82 | 67% |
| 406 | litopenaeus vannamei | 2,741 | 5,306 | 17.82 | 52% |
| 407 | deepwater horizon (dwh) oil spill | 191 | 204 | 17.81 | 94% |
| 408 | grow-out | 942 | 1,805 | 17.81 | 52% |
| 409 | litopenaeus vanname | 2,741 | 5,310 | 17.81 | 52% |
| 410 | paralytic shellfish toxins | 441 | 710 | 17.81 | 62% |
| 411 | fish growth performance | 283 | 379 | 17.81 | 75% |
| 412 | mediterranean aquaculture | 188 | 199 | 17.81 | 94% |
| 413 | seaweed aquaculture | 193 | 208 | 17.81 | 93% |
| 414 | marsh restoration | 350 | 517 | 17.81 | 68% |
| 415 | fish health | 1,287 | 2,543 | 17.81 | 51% |
| 416 | acute hepatopancreatic necrosis disease | 291 | 396 | 17.81 | 73% |
| 417 | spring blooms | 302 | 419 | 17.81 | 72% |
| 418 | dpaos | 203 | 227 | 17.8 | 89% |
| 419 | no-take area | 182 | 190 | 17.8 | 96% |
| 420 | feed utilization | 1,973 | 3,936 | 17.8 | 50% |
| 421 | acute hepatopancreatic necrosis | 297 | 411 | 17.8 | 72% |
| 422 | shellfish poison | 1,452 | 2,902 | 17.8 | 50% |
| 423 | sparus | 1,883 | 3,765 | 17.8 | 50% |
| 424 | vulnerable marine ecosystems | 217 | 254 | 17.8 | 85% |
| 426 | eutrophication management | 222 | 264 | 17.79 | 84% |
| 427 | spring phytoplankton | 536 | 928 | 17.79 | 58% |
| 428 | aquaculture and fisheries | 258 | 334 | 17.79 | 77% |
| 429 | mpa design | 222 | 265 | 17.79 | 84% |
| 430 | sea bass | 2,102 | 4,212 | 17.79 | 50% |
| 431 | paralytic shellfish poisoning (psp) | 403 | 640 | 17.78 | 63% |
| 432 | white shrimp | 1,745 | 3,519 | 17.78 | 50% |
| 433 | glycogen accumulating organism | 257 | 334 | 17.78 | 77% |
| 434 | akashiwo | 496 | 846 | 17.78 | 59% |
| 435 | denitrification and phosphorus removal | 201 | 227 | 17.78 | 89% |
| 436 | aquaculture activity | 197 | 220 | 17.78 | 90% |
| 437 | red shrimp | 509 | 877 | 17.78 | 58% |
| 438 | earthen pond | 676 | 1,252 | 17.78 | 54% |
| 439 | sustainable fisheries | 757 | 1,434 | 17.78 | 53% |
| 440 | aquaculture potential | 207 | 239 | 17.78 | 87% |
| 441 | litopenaeus | 2,967 | 5,815 | 17.78 | 51% |
| 442 | red tides | 643 | 1,179 | 17.78 | 55% |
| 443 | chemical dispersant | 388 | 612 | 17.77 | 63% |
| 444 | aquaculture growth | 186 | 201 | 17.77 | 93% |
| 445 | fish cages | 325 | 477 | 17.77 | 68% |
| 446 | coastal marine ecosystem | 498 | 856 | 17.77 | 58% |
| 447 | shrimp growth | 359 | 550 | 17.77 | 65% |
| 448 | shellfish farming | 249 | 321 | 17.77 | 78% |
| 449 | sea bream | 1,929 | 3,911 | 17.77 | 49% |
| 450 | artisanal fishers | 278 | 380 | 17.77 | 73% |
| 451 | aquaculture disease | 202 | 231 | 17.77 | 87% |
| 452 | oil sorption capacity | 264 | 352 | 17.77 | 75% |
| 453 | international seabed authority | 249 | 322 | 17.77 | 77% |
| 454 | blue economy | 537 | 947 | 17.77 | 57% |
| 455 | contaminated marine sediments | 199 | 226 | 17.76 | 88% |
| 456 | marine area | 1,735 | 3,539 | 17.76 | 49% |
| 457 | cultured oyster | 200 | 228 | 17.76 | 88% |
| 458 | marine plastic debris | 200 | 228 | 17.76 | 88% |
| 459 | bloom development | 326 | 482 | 17.76 | 68% |
| 460 | nitrogen and phosphorus pollution | 179 | 190 | 17.76 | 94% |
| 461 | coastal tourism | 503 | 874 | 17.76 | 58% |
| 462 | red tilapia | 464 | 787 | 17.76 | 59% |
| 463 | calcifying organism | 319 | 469 | 17.76 | 68% |
| 464 | coastal resources | 758 | 1,453 | 17.76 | 52% |
| 465 | ocean island basalts | 491 | 849 | 17.75 | 58% |
| 466 | shrimp litopenaeus vannamei | 751 | 1,440 | 17.75 | 52% |
| 467 | net cage | 652 | 1,216 | 17.75 | 54% |
| 468 | cyanohab | 214 | 257 | 17.75 | 83% |
| 469 | calcifying organisms | 312 | 457 | 17.75 | 68% |
| 470 | ebpr process | 179 | 192 | 17.75 | 93% |
| 471 | aquaculture pathogen | 171 | 178 | 17.74 | 96% |
| 472 | fishing and aquaculture | 200 | 231 | 17.74 | 87% |
| 473 | marine source rock | 304 | 441 | 17.74 | 69% |
| 474 | marine pollutant | 244 | 317 | 17.74 | 77% |
| 475 | fish meals | 340 | 519 | 17.74 | 66% |
| 476 | fish toxins | 583 | 1,066 | 17.74 | 55% |
| 477 | plastics pollution | 447 | 758 | 17.74 | 59% |
| 478 | marine food web | 1,061 | 2,153 | 17.74 | 49% |
| 479 | marine areas | 1,189 | 2,436 | 17.74 | 49% |
| 480 | weight gain (wg) | 671 | 1,273 | 17.73 | 53% |
| 481 | gymnodinium catenatum | 283 | 400 | 17.73 | 71% |
| 482 | island restoration | 192 | 218 | 17.73 | 88% |
| 483 | glycogen accumulating organisms | 239 | 310 | 17.73 | 77% |
| 484 | nile tilapia | 3,486 | 6,857 | 17.73 | 51% |
| 485 | harmful algal bloom species | 167 | 173 | 17.73 | 97% |
| 486 | earthen ponds | 570 | 1,045 | 17.73 | 55% |
| 487 | beyond national jurisdiction | 365 | 580 | 17.72 | 63% |
| 488 | fish poisoning | 1,550 | 3,230 | 17.72 | 48% |
| 489 | accidental oil spill | 258 | 350 | 17.72 | 74% |
| 490 | red tide | 1,532 | 3,200 | 17.72 | 48% |
| 491 | acidification potential | 571 | 1,053 | 17.72 | 54% |
| 492 | penaeus vannamei | 3,443 | 6,821 | 17.72 | 50% |
| 493 | estuary eutrophication | 176 | 191 | 17.71 | 92% |
| 494 | wastewater emission | 195 | 227 | 17.71 | 86% |
| 495 | shrimp feed | 326 | 499 | 17.71 | 65% |
| 496 | k. brevis | 263 | 364 | 17.71 | 72% |
| 497 | marine coast | 840 | 1,685 | 17.71 | 50% |
| 498 | fish toxin | 732 | 1,435 | 17.71 | 51% |
| 499 | seagrass restoration | 183 | 205 | 17.71 | 89% |
| 500 | aquaponics | 558 | 1,031 | 17.71 | 54% |
| 501 | oyster restoration | 167 | 176 | 17.7 | 95% |
| 502 | broodstock | 2,028 | 4,253 | 17.7 | 48% |
| 503 | mariculture area | 163 | 169 | 17.7 | 96% |
| 504 | mpa management | 198 | 234 | 17.7 | 85% |
| 505 | sr-nd-pb | 741 | 1,465 | 17.7 | 51% |
| 506 | land-based source | 346 | 548 | 17.7 | 63% |
| 507 | viscerosomatic index | 279 | 401 | 17.7 | 70% |
| 508 | marine parks | 257 | 355 | 17.69 | 72% |
| 509 | toxic bloom | 362 | 585 | 17.69 | 62% |
| 510 | sea-cage | 217 | 273 | 17.69 | 79% |
| 511 | ecosystem approach to fisheries | 308 | 465 | 17.69 | 66% |
| 512 | artisanal fishing | 442 | 769 | 17.69 | 57% |
| 513 | grass restoration | 232 | 304 | 17.69 | 76% |
| 514 | apparent digestibility coefficients | 528 | 971 | 17.69 | 54% |
| 515 | vannamei | 3,588 | 7,170 | 17.69 | 50% |
| 516 | protein efficiency ratio | 1,906 | 4,039 | 17.69 | 47% |
| 517 | mid-ocean ridge basalt | 1,246 | 2,632 | 17.69 | 47% |
| 518 | toxic algae | 324 | 502 | 17.69 | 65% |
| 519 | marine wildlife | 358 | 579 | 17.69 | 62% |
| 520 | marine protection | 245 | 332 | 17.68 | 74% |
| 521 | karenia mikimotoi | 243 | 328 | 17.68 | 74% |
| 522 | excessive nutrients | 201 | 243 | 17.68 | 83% |
| 523 | acute hepatopancreatic necrosis disease (ahpnd) | 237 | 316 | 17.68 | 75% |
| 524 | coastal water quality | 428 | 742 | 17.68 | 58% |
| 525 | coastal sediments | 1,207 | 2,560 | 17.68 | 47% |
| 526 | crude oil spills | 208 | 258 | 17.68 | 81% |
| 527 | water accommodated fraction | 235 | 313 | 17.68 | 75% |
| 528 | land-based sources | 329 | 517 | 17.68 | 64% |
| 529 | coastal habitat | 1,607 | 3,440 | 17.68 | 47% |
| 530 | macroplastics | 243 | 330 | 17.67 | 74% |
| 531 | cyanohabs | 192 | 227 | 17.67 | 85% |
| 532 | aquaponic | 634 | 1,232 | 17.67 | 51% |
| 533 | mussels (mytilus galloprovincialis) | 343 | 550 | 17.67 | 62% |
| 534 | dietary lipid level | 331 | 523 | 17.67 | 63% |
| 535 | whiteleg shrimp | 375 | 624 | 17.67 | 60% |
| 536 | fish production | 2,001 | 4,277 | 17.67 | 47% |
| 537 | green tide | 422 | 735 | 17.67 | 57% |
| 538 | marine resources | 2,729 | 5,725 | 17.66 | 48% |
| 539 | marine resource | 3,373 | 6,899 | 17.66 | 49% |
| 540 | dinophysis spp | 171 | 189 | 17.66 | 90% |
| 541 | gilthead seabream | 731 | 1,474 | 17.66 | 50% |
| 542 | simultaneous nitrogen and phosphorus removal | 167 | 182 | 17.66 | 92% |
| 543 | aquaculture breeding | 168 | 184 | 17.66 | 91% |
| 544 | fishmeal protein | 169 | 186 | 17.66 | 91% |
| 545 | coastal habitats | 1,258 | 2,708 | 17.66 | 46% |
| 546 | toxic algal bloom | 197 | 240 | 17.65 | 82% |
| 547 | aquacultural | 668 | 1,329 | 17.65 | 50% |
| 548 | vannamei shrimp | 313 | 489 | 17.65 | 64% |
| 549 | calcifier | 345 | 562 | 17.65 | 61% |
| 550 | vibriosis | 752 | 1,534 | 17.65 | 49% |
| 551 | pacific oyster | 1,286 | 2,780 | 17.65 | 46% |
| 552 | marine protected area network | 161 | 172 | 17.65 | 94% |
| 553 | marine finfish | 256 | 364 | 17.65 | 70% |
| 554 | net cages | 458 | 829 | 17.65 | 55% |
| 555 | marine biota | 924 | 1,949 | 17.64 | 47% |
| 556 | diatom blooms | 329 | 528 | 17.64 | 62% |
| 557 | ocean plastic | 178 | 205 | 17.64 | 87% |
| 558 | tilapia farming | 168 | 186 | 17.64 | 90% |
| 559 | macroplastic | 381 | 650 | 17.64 | 59% |
| 560 | post-smolt | 348 | 574 | 17.64 | 61% |
| 561 | oil spill | 16,706 | 23,028 | 17.64 | 73% |
| 562 | by-product meal | 319 | 508 | 17.64 | 63% |
| 563 | culture water | 1,157 | 2,508 | 17.63 | 46% |
| 564 | meal replacement | 763 | 1,576 | 17.63 | 48% |
| 565 | oceanic island basalt | 353 | 588 | 17.63 | 60% |
| 566 | coastal marine | 2,232 | 4,844 | 17.63 | 46% |
| 567 | summer bloom | 325 | 524 | 17.63 | 62% |
| 568 | marine plastics | 175 | 201 | 17.63 | 87% |
| 569 | alexandrium species | 152 | 158 | 17.63 | 96% |
| 570 | marine governance | 221 | 294 | 17.63 | 75% |
| 571 | microplastics | 6,528 | 11,981 | 17.63 | 54% |
| 572 | marine policy | 339 | 558 | 17.62 | 61% |
| 573 | mpa networks | 173 | 198 | 17.62 | 87% |
| 574 | hepatosomatic index | 1,124 | 2,447 | 17.62 | 46% |
| 575 | coastal marine ecosystems | 382 | 660 | 17.62 | 58% |
| 576 | marpol | 476 | 886 | 17.62 | 54% |
| 577 | aquaculture ecosystem | 158 | 170 | 17.62 | 93% |
| 578 | coral reef ecosystem | 1,095 | 2,383 | 17.62 | 46% |
| 579 | habitat mapping | 665 | 1,350 | 17.62 | 49% |
| 580 | abalone aquaculture | 148 | 152 | 17.62 | 97% |
| 581 | plastic particles | 1,282 | 2,821 | 17.62 | 45% |
| 582 | european aquaculture | 155 | 165 | 17.62 | 94% |
| 583 | olive flounder | 491 | 926 | 17.62 | 53% |
| 584 | tilapia oreochromis niloticus | 612 | 1,223 | 17.61 | 50% |
| 585 | marine living resources | 292 | 453 | 17.61 | 64% |
| 587 | microplastic concentration | 295 | 460 | 17.61 | 64% |
| 588 | integrated coastal management (icm) | 165 | 184 | 17.61 | 90% |
| 589 | protein efficiency | 2,138 | 4,693 | 17.61 | 46% |
| 590 | plastic fragments | 286 | 440 | 17.61 | 65% |
| 591 | dpao | 263 | 389 | 17.61 | 68% |
| 592 | hepatosomatic | 1,305 | 2,887 | 17.61 | 45% |
| 593 | microplastics pollution | 316 | 510 | 17.61 | 62% |
| 594 | flesh quality | 383 | 669 | 17.61 | 57% |
| 595 | pacific oysters | 478 | 900 | 17.61 | 53% |
| 596 | dinoflagellate blooms | 224 | 305 | 17.6 | 73% |
| 597 | fingerlings | 2,323 | 5,096 | 17.6 | 46% |
| 598 | marine protected areas (mpa) | 162 | 180 | 17.6 | 90% |
| 599 | coral reef restoration | 165 | 186 | 17.6 | 89% |
| 600 | ostreopsis | 280 | 431 | 17.6 | 65% |
| 601 | coastal communities | 2,277 | 5,021 | 17.6 | 45% |
| 602 | fishing pressure | 1,297 | 2,892 | 17.59 | 45% |
| 603 | aquaculture farmers | 146 | 151 | 17.59 | 97% |
| 604 | phaeocystis | 652 | 1,338 | 17.59 | 49% |
| 605 | marine ecosystem service | 213 | 284 | 17.59 | 75% |
| 606 | calcifiers | 303 | 485 | 17.59 | 62% |
| 607 | overfishing | 2,508 | 5,501 | 17.59 | 46% |
| 608 | mytilus galloprovincialis | 1,776 | 3,977 | 17.59 | 45% |
| 609 | wild fish | 1,724 | 3,864 | 17.59 | 45% |
| 610 | poultry by-product meal | 254 | 374 | 17.59 | 68% |
| 611 | tilapia fingerlings | 245 | 354 | 17.59 | 69% |
| 612 | phosphate-accumulating organisms (paos) | 167 | 191 | 17.59 | 87% |
| 613 | coastal wetlands | 1,861 | 4,165 | 17.59 | 45% |
| 614 | atlantic salmon (salmo salar l.) | 788 | 1,679 | 17.59 | 47% |
| 615 | marine fish species | 681 | 1,415 | 17.59 | 48% |
| 616 | sediment quality guideline | 865 | 1,872 | 17.59 | 46% |
| 617 | plastic concentration | 361 | 625 | 17.59 | 58% |
| 618 | hybrid tilapia | 263 | 396 | 17.58 | 66% |
| 619 | mangrove conservation | 242 | 349 | 17.58 | 69% |
| 620 | areas beyond national jurisdiction | 270 | 412 | 17.58 | 66% |
| 621 | tilapia diet | 213 | 286 | 17.58 | 74% |
| 622 | eutrophication assessment | 168 | 194 | 17.58 | 87% |
| 623 | european seabass | 314 | 515 | 17.58 | 61% |
| 624 | small-scale fishery | 290 | 459 | 17.58 | 63% |
| 625 | formulated diet | 595 | 1,207 | 17.58 | 49% |
| 626 | fish growth | 2,129 | 4,761 | 17.58 | 45% |
| 627 | prorocentrum donghaiense | 235 | 335 | 17.58 | 70% |
| 628 | sediment quality guidelines | 767 | 1,640 | 17.58 | 47% |
| 629 | fish poison | 1,675 | 3,793 | 17.57 | 44% |
| 630 | plastic particle | 1,337 | 3,022 | 17.57 | 44% |
| 631 | feed fish | 212 | 286 | 17.57 | 74% |
| 632 | farmed salmonids | 192 | 244 | 17.57 | 79% |
| 633 | heterosigma | 401 | 729 | 17.57 | 55% |
| 634 | seabream | 1,337 | 3,026 | 17.57 | 44% |
| 635 | reef ecosystem | 1,516 | 3,440 | 17.57 | 44% |
| 636 | offshore oil spill | 208 | 278 | 17.57 | 75% |
| 637 | formulated feed | 407 | 746 | 17.57 | 55% |
| 638 | ahpn | 315 | 523 | 17.56 | 60% |
| 639 | erosion coast | 325 | 547 | 17.56 | 59% |
| 641 | aquaponic system | 307 | 505 | 17.56 | 61% |
| 642 | ecosystem-based fishery management | 139 | 142 | 17.56 | 98% |
| 643 | oil spill recovery | 219 | 304 | 17.56 | 72% |
| 644 | marine microplastics | 160 | 182 | 17.56 | 88% |
| 645 | blue mussel | 1,149 | 2,603 | 17.56 | 44% |
| 646 | bloom initiation | 181 | 224 | 17.56 | 81% |
| 647 | heterosigma akashiwo | 368 | 655 | 17.55 | 56% |
| 648 | eu marine strategy | 151 | 165 | 17.55 | 92% |
| 649 | mangrove ecosystems | 747 | 1,612 | 17.55 | 46% |
| 650 | marine fisheries | 1,059 | 2,388 | 17.55 | 44% |
| 651 | green tides | 261 | 400 | 17.55 | 65% |
| 652 | white shrimp (litopenaeus vannamei) | 452 | 866 | 17.55 | 52% |
| 653 | coral reef resilience | 146 | 156 | 17.55 | 94% |
| 654 | coastal protection structures | 201 | 267 | 17.55 | 75% |
| 655 | marine food | 1,627 | 3,738 | 17.55 | 44% |
| 656 | microplastic (mp) | 321 | 545 | 17.54 | 59% |
| 657 | reef fisheries | 259 | 398 | 17.54 | 65% |
| 658 | coastal environments | 2,306 | 5,232 | 17.54 | 44% |
| 659 | coral cover | 1,086 | 2,472 | 17.54 | 44% |
| 660 | marine source rocks | 227 | 326 | 17.54 | 70% |
| 661 | coastal systems | 1,075 | 2,448 | 17.54 | 44% |
| 662 | candidatus accumulibacter | 197 | 261 | 17.53 | 75% |
| 663 | coral reef ecosystems | 760 | 1,663 | 17.53 | 46% |
| 664 | coastal wetland | 2,583 | 5,821 | 17.53 | 44% |
| 665 | reef ecosystems | 1,039 | 2,366 | 17.53 | 44% |
| 666 | fishing activities | 1,065 | 2,432 | 17.53 | 44% |
| 667 | coastal squeeze | 147 | 160 | 17.53 | 92% |
| 668 | oreochromis sp | 405 | 758 | 17.53 | 53% |
| 669 | no-take areas | 140 | 147 | 17.53 | 95% |
| 670 | chemical dispersants | 265 | 416 | 17.53 | 64% |
| 671 | salt marsh restoration | 160 | 186 | 17.53 | 86% |
| 672 | irgarol | 270 | 429 | 17.52 | 63% |
| 673 | hydrocarbon source rock | 797 | 1,770 | 17.52 | 45% |
| 674 | norwegian salmon | 216 | 305 | 17.52 | 71% |
| 675 | imta system | 139 | 146 | 17.52 | 95% |
| 676 | marine ecosystem services | 194 | 257 | 17.52 | 75% |
| 677 | incompatible trace element | 735 | 1,612 | 17.52 | 46% |
| 678 | coastal system | 1,518 | 3,539 | 17.52 | 43% |
| 679 | marine food webs | 594 | 1,249 | 17.52 | 48% |
| 680 | formulated diets | 412 | 781 | 17.52 | 53% |
| 681 | aquaculture farming | 167 | 201 | 17.52 | 83% |
| 682 | nile tilapia oreochromis niloticus | 476 | 946 | 17.52 | 50% |
| 683 | juvenile nile tilapia | 223 | 322 | 17.52 | 69% |
| 684 | crassostrea gigas | 1,892 | 4,407 | 17.51 | 43% |
| 685 | oreochromis niloticus | 4,259 | 9,034 | 17.51 | 47% |
| 686 | coastal and marine ecosystem | 221 | 318 | 17.51 | 69% |
| 687 | oyster reef | 468 | 929 | 17.51 | 50% |
| 688 | european marine strategy | 141 | 151 | 17.51 | 93% |
| 689 | bloom formation | 388 | 726 | 17.51 | 53% |
| 690 | farmed and wild fish | 147 | 163 | 17.51 | 90% |
| 691 | catfish aquaculture | 149 | 167 | 17.5 | 89% |
| 692 | blue mussels | 630 | 1,355 | 17.5 | 46% |
| 693 | fishing communities | 828 | 1,870 | 17.5 | 44% |
| 694 | anthropogenic debris | 177 | 224 | 17.5 | 79% |
| 695 | biofloc technology (bft) | 185 | 241 | 17.5 | 77% |
| 696 | oyster reef restoration | 140 | 150 | 17.5 | 93% |
| 697 | pond culture | 346 | 622 | 17.5 | 56% |
| 698 | turbot | 1,163 | 2,718 | 17.5 | 43% |
| 699 | marine fish farm | 205 | 285 | 17.5 | 72% |
| 700 | marine environmental | 1,412 | 3,327 | 17.5 | 42% |
| 701 | no-take reserve | 135 | 141 | 17.5 | 96% |
| 702 | multitrophic aquaculture | 145 | 160 | 17.5 | 91% |
| 703 | cultured species | 428 | 833 | 17.5 | 51% |
| 704 | calcification rates | 371 | 687 | 17.5 | 54% |
| 705 | ebfm | 178 | 227 | 17.5 | 78% |
| 706 | aquaculture tank | 136 | 143 | 17.5 | 95% |
| 707 | fingerling | 2,745 | 6,268 | 17.5 | 44% |
| 708 | atlantic salmon (salmo salar) | 1,740 | 4,103 | 17.5 | 42% |
| 709 | norwegian aquaculture | 137 | 145 | 17.5 | 94% |
| 710 | spill trajectory | 190 | 253 | 17.5 | 75% |
| 711 | cyanobacterial bloom | 1,687 | 3,986 | 17.49 | 42% |
| 712 | atlantic salmon aquaculture | 139 | 149 | 17.49 | 93% |
| 713 | salmon feed | 212 | 302 | 17.49 | 70% |
| 714 | cyanobacterial blooms | 1,371 | 3,245 | 17.49 | 42% |
| 715 | larviculture | 466 | 937 | 17.49 | 50% |
| 716 | weathered oil | 265 | 427 | 17.49 | 62% |
| 717 | mid-ocean ridge basalts | 570 | 1,211 | 17.49 | 47% |
| 718 | multi-trophic | 520 | 1,080 | 17.49 | 48% |
| 719 | oil sorbent | 280 | 464 | 17.49 | 60% |
| 720 | sparus aurata l | 414 | 803 | 17.49 | 52% |
| 721 | coastal governance | 165 | 202 | 17.48 | 82% |
| 722 | toxic blooms | 256 | 407 | 17.48 | 63% |
| 723 | marine planning | 207 | 293 | 17.48 | 71% |
| 724 | habitat map | 822 | 1,877 | 17.48 | 44% |
| 725 | farming industry | 708 | 1,579 | 17.48 | 45% |
| 726 | shrimp disease | 217 | 316 | 17.48 | 69% |
| 727 | biological nitrogen and phosphorus removal | 159 | 190 | 17.48 | 84% |
| 728 | coastal environmental | 336 | 606 | 17.48 | 55% |
| 729 | oil spill clean-up | 177 | 228 | 17.48 | 78% |
| 730 | coastal zones | 2,000 | 4,737 | 17.48 | 42% |
| 731 | culture production | 2,307 | 5,418 | 17.48 | 43% |
| 732 | reef conservation | 227 | 341 | 17.47 | 67% |
| 733 | marine ecosystems | 7,202 | 13,882 | 17.47 | 52% |
| 734 | glycogen-accumulating organism | 164 | 202 | 17.47 | 81% |
| 735 | toxic algal blooms | 164 | 202 | 17.47 | 81% |
| 736 | eastern oyster | 583 | 1,260 | 17.47 | 46% |
| 737 | eu marine strategy framework directive | 139 | 152 | 17.47 | 91% |
| 738 | salmo salar l | 1,256 | 3,009 | 17.46 | 42% |
| 740 | enriched mantle | 1,028 | 2,440 | 17.46 | 42% |
| 741 | hydrocarbon source rocks | 569 | 1,230 | 17.46 | 46% |
| 742 | white spot syndrome virus (wssv) | 836 | 1,942 | 17.46 | 43% |
| 743 | salmon (salmo salar) | 1,853 | 4,455 | 17.46 | 42% |
| 744 | sea pollution | 230 | 352 | 17.46 | 65% |
| 745 | spill clean-up | 205 | 294 | 17.46 | 70% |
| 746 | ecosystem-based approach | 369 | 701 | 17.45 | 53% |
| 747 | oyster reefs | 360 | 678 | 17.45 | 53% |
| 748 | crude lipid | 833 | 1,940 | 17.45 | 43% |
| 749 | fish oil replacement | 168 | 213 | 17.45 | 79% |
| 750 | glycogen-accumulating organisms | 158 | 192 | 17.45 | 82% |
| 751 | oil spill modeling | 154 | 184 | 17.45 | 84% |
| 752 | algal blooming | 140 | 156 | 17.45 | 90% |
| 753 | mangrove ecosystem | 1,343 | 3,256 | 17.45 | 41% |
| 754 | acidification potential (ap) | 205 | 296 | 17.45 | 69% |
| 755 | lates calcarifer | 597 | 1,315 | 17.45 | 45% |
| 756 | scophthalmus maximus | 729 | 1,670 | 17.45 | 44% |
| 757 | intensive culture | 504 | 1,065 | 17.44 | 47% |
| 758 | benthic dinoflagellate | 272 | 457 | 17.44 | 60% |
| 759 | recycled oceanic crust | 216 | 322 | 17.44 | 67% |
| 760 | sediment quality | 1,811 | 4,390 | 17.44 | 41% |
| 761 | protein efficiency ratio (per) | 649 | 1,459 | 17.44 | 44% |
| 762 | land restoration | 2,173 | 5,222 | 17.44 | 42% |
| 763 | aquaculture water quality | 149 | 175 | 17.44 | 85% |
| 764 | white spot syndrome virus | 964 | 2,300 | 17.44 | 42% |
| 765 | chemical phosphorus removal | 161 | 200 | 17.44 | 81% |
| 766 | shrimp survival | 224 | 342 | 17.44 | 65% |
| 767 | fish disease | 793 | 1,849 | 17.44 | 43% |
| 768 | n eutrophication | 1,307 | 3,185 | 17.44 | 41% |
| 769 | artisanal fishery | 369 | 710 | 17.44 | 52% |
| 770 | white spot syndrome | 991 | 2,378 | 17.43 | 42% |
| 771 | ocean island | 1,226 | 2,988 | 17.43 | 41% |
| 772 | crustal contamination | 1,375 | 3,368 | 17.43 | 41% |
| 773 | poultry by-product | 298 | 528 | 17.43 | 56% |
| 774 | mangrove sediments | 464 | 968 | 17.43 | 48% |
| 775 | wssv | 1,002 | 2,418 | 17.43 | 41% |
| 776 | spill modeling | 178 | 239 | 17.42 | 74% |
| 777 | n-morb | 660 | 1,505 | 17.42 | 44% |
| 778 | marine oil pollution | 169 | 220 | 17.42 | 77% |
| 779 | coastal marine environment | 447 | 927 | 17.42 | 48% |
| 780 | marine shrimp | 353 | 675 | 17.42 | 52% |
| 781 | gilthead seabream (sparus aurata) | 360 | 694 | 17.42 | 52% |
| 782 | psp toxin | 257 | 428 | 17.42 | 60% |
| 783 | aquaculture impact | 130 | 140 | 17.42 | 93% |
| 784 | bloom period | 461 | 967 | 17.42 | 48% |
| 785 | oil spill contingency plan | 188 | 263 | 17.42 | 71% |
| 786 | oyster farms | 141 | 162 | 17.41 | 87% |
| 787 | cage farming | 163 | 208 | 17.41 | 78% |
| 788 | local fisheries | 323 | 599 | 17.41 | 54% |
| 789 | coastal lagoons | 999 | 2,431 | 17.41 | 41% |
| 790 | fishing impact | 335 | 631 | 17.41 | 53% |
| 791 | marine megafauna | 234 | 373 | 17.41 | 63% |
| 792 | scophthalmus | 756 | 1,780 | 17.41 | 42% |
| 793 | floating cage | 277 | 481 | 17.41 | 58% |
| 794 | water-accommodated fraction | 179 | 244 | 17.41 | 73% |
| 795 | trout farming | 148 | 177 | 17.41 | 84% |
| 796 | mariculture wastewater | 130 | 141 | 17.41 | 92% |
| 798 | marine farm | 206 | 307 | 17.4 | 67% |
| 799 | marine life | 1,562 | 3,885 | 17.4 | 40% |
| 800 | raphidophyte | 242 | 395 | 17.4 | 61% |
| 801 | sustainable coastal management | 136 | 154 | 17.4 | 88% |
| 802 | cyanobacteria bloom | 572 | 1,287 | 17.4 | 44% |
| 803 | protection of the marine environment | 283 | 501 | 17.39 | 56% |
| 804 | marine tourism | 309 | 570 | 17.39 | 54% |
| 805 | european marine strategy framework directive | 125 | 133 | 17.39 | 94% |
| 806 | aquaculture wastewater treatment | 125 | 133 | 17.39 | 94% |
| 807 | polyphosphate-accumulating organisms (paos) | 125 | 133 | 17.39 | 94% |
| 808 | aquaculture applications | 141 | 165 | 17.39 | 85% |
| 809 | phaeocystis globosa | 235 | 381 | 17.39 | 62% |
| 810 | integrated multitrophic aquaculture | 131 | 145 | 17.39 | 90% |
| 811 | marine water quality | 232 | 374 | 17.39 | 62% |
| 812 | microplastic | 7,159 | 14,385 | 17.39 | 50% |
| 813 | carp culture | 175 | 239 | 17.39 | 73% |
| 814 | white spot disease | 234 | 380 | 17.38 | 62% |
| 815 | ecosystem approach | 1,105 | 2,755 | 17.38 | 40% |
| 816 | oyster population | 302 | 555 | 17.38 | 54% |
| 817 | maximum sustainable yield | 616 | 1,422 | 17.38 | 43% |
| 818 | mediterranean mussel | 332 | 637 | 17.38 | 52% |
| 819 | coastal bay | 424 | 889 | 17.38 | 48% |
| 820 | juvenile turbot | 217 | 340 | 17.38 | 64% |
| 821 | coastal sediment | 1,663 | 4,195 | 17.37 | 40% |
| 822 | fishery resources | 981 | 2,435 | 17.37 | 40% |
| 823 | coastal resilience | 237 | 390 | 17.37 | 61% |
| 824 | coastal and marine ecosystems | 185 | 264 | 17.37 | 70% |
| 825 | marine pollutants | 167 | 223 | 17.37 | 75% |
| 826 | fishery management | 1,616 | 4,083 | 17.37 | 40% |
| 827 | coastal lagoon | 2,089 | 5,225 | 17.37 | 40% |
| 828 | pacific white shrimp (litopenaeus vannamei) | 321 | 610 | 17.37 | 53% |
| 829 | salmon louse | 219 | 346 | 17.37 | 63% |
| 830 | dispersant application | 169 | 228 | 17.37 | 74% |
| 831 | penaeus monodon | 1,198 | 3,022 | 17.37 | 40% |
| 832 | harmful algal species | 147 | 180 | 17.37 | 82% |
| 833 | ecosystem-based management (ebm) | 164 | 217 | 17.37 | 76% |
| 834 | protein productive value | 179 | 251 | 17.37 | 71% |
| 835 | mangrove sediment | 611 | 1,418 | 17.37 | 43% |
| 836 | marine habitat | 1,669 | 4,232 | 17.37 | 39% |
| 837 | fisheries sector | 439 | 937 | 17.37 | 47% |
| 838 | coastal vulnerability | 387 | 793 | 17.36 | 49% |
| 839 | tilapia production | 164 | 218 | 17.36 | 75% |
| 840 | sr-nd | 1,923 | 4,861 | 17.36 | 40% |
| 841 | harmful algal blooms (hab) | 132 | 150 | 17.36 | 88% |
| 842 | gill disease | 303 | 566 | 17.36 | 54% |
| 843 | geotraces | 344 | 677 | 17.36 | 51% |
| 844 | amoebic gill disease | 186 | 269 | 17.36 | 69% |
| 845 | jellyfish bloom | 217 | 344 | 17.36 | 63% |
| 846 | coastal environment | 4,698 | 10,564 | 17.36 | 44% |
| 847 | pearl river estuary | 685 | 1,637 | 17.36 | 42% |
| 848 | wild and farmed fish | 155 | 199 | 17.36 | 78% |
| 849 | post-smolts | 217 | 345 | 17.35 | 63% |
| 850 | fish pathogens | 524 | 1,184 | 17.35 | 44% |
| 851 | alexandrium ostenfeldii | 120 | 127 | 17.35 | 94% |
| 852 | seagrass meadows | 908 | 2,268 | 17.35 | 40% |
| 853 | aquaculture sustainability | 128 | 143 | 17.35 | 90% |
| 854 | marine ecological environment | 224 | 364 | 17.35 | 62% |
| 855 | blue carbon | 604 | 1,416 | 17.35 | 43% |
| 856 | rearing water | 341 | 674 | 17.35 | 51% |
| 857 | irgarol 1051 | 190 | 281 | 17.35 | 68% |
| 858 | ocean pollution | 217 | 347 | 17.35 | 63% |
| 859 | mangrove forests | 1,462 | 3,756 | 17.34 | 39% |
| 860 | marine turtle | 663 | 1,588 | 17.34 | 42% |
| 861 | farmed | 8,626 | 16,809 | 17.34 | 51% |
| 862 | head sea | 1,905 | 4,868 | 17.34 | 39% |
| 863 | fisheries resource | 719 | 1,750 | 17.34 | 41% |
| 864 | sea louse | 165 | 224 | 17.34 | 74% |
| 865 | litter pollution | 138 | 165 | 17.34 | 84% |
| 866 | l. salmonis | 193 | 290 | 17.34 | 67% |
| 867 | recirculation aquaculture systems | 113 | 115 | 17.34 | 98% |
| 868 | marine habitats | 1,243 | 3,199 | 17.34 | 39% |
| 869 | gymnodinium | 604 | 1,426 | 17.34 | 42% |
| 870 | gulf of finland | 730 | 1,786 | 17.34 | 41% |
| 871 | environmental status | 761 | 1,875 | 17.33 | 41% |
| 872 | genetically improved farmed tilapia (gift) | 117 | 123 | 17.33 | 95% |
| 873 | aquaculture cages | 118 | 125 | 17.33 | 94% |
| 874 | pseudo-nitzschia spp | 180 | 260 | 17.33 | 69% |
| 875 | reef management | 238 | 404 | 17.33 | 59% |
| 876 | marine turtles | 514 | 1,174 | 17.33 | 44% |
| 877 | fisheries management | 5,007 | 11,278 | 17.33 | 44% |
| 878 | european seabass (dicentrarchus labrax) | 188 | 280 | 17.33 | 67% |
| 879 | surface seawater | 975 | 2,486 | 17.33 | 39% |
| 880 | scrippsiella | 287 | 535 | 17.33 | 54% |
| 881 | seawater quality | 288 | 538 | 17.33 | 54% |
| 882 | ulva prolifera | 286 | 533 | 17.32 | 54% |
| 883 | ecosystem based management | 156 | 206 | 17.32 | 76% |
| 884 | petrogenic | 758 | 1,879 | 17.32 | 40% |
| 885 | cyanobacteria blooms | 426 | 926 | 17.32 | 46% |
| 886 | oil spill incidents | 150 | 193 | 17.32 | 78% |
| 887 | aquaculture net | 144 | 180 | 17.32 | 80% |
| 888 | paralichthys olivaceus | 967 | 2,474 | 17.32 | 39% |
| 889 | fish kills | 442 | 973 | 17.32 | 45% |
| 890 | fishery resource | 1,269 | 3,305 | 17.32 | 38% |
| 891 | trace element ratio | 398 | 849 | 17.32 | 47% |
| 892 | dietary lipid levels | 209 | 334 | 17.32 | 63% |
| 893 | northern gulf of mexico | 1,100 | 2,849 | 17.32 | 39% |
| 894 | annam | 3,610 | 8,711 | 17.31 | 41% |
| 895 | fisheries resources | 586 | 1,393 | 17.31 | 42% |
| 896 | the pearl river estuary | 578 | 1,371 | 17.31 | 42% |
| 897 | fish pathogen | 1,157 | 3,009 | 17.31 | 38% |
| 898 | salmon industry | 224 | 373 | 17.31 | 60% |
| 899 | culture industries | 443 | 981 | 17.31 | 45% |
| 900 | fillet fat | 152 | 199 | 17.31 | 76% |
| 901 | ocean island basalt (oib) | 180 | 264 | 17.31 | 68% |
| 902 | coral reef fisheries | 165 | 229 | 17.31 | 72% |
| 903 | fish diseases | 456 | 1,021 | 17.31 | 45% |
| 904 | oyster crassostrea gigas | 607 | 1,462 | 17.3 | 42% |
| 905 | o. niloticus | 664 | 1,629 | 17.3 | 41% |
| 907 | ocean warming | 1,169 | 3,059 | 17.3 | 38% |
| 908 | hatcheries | 1,348 | 3,543 | 17.3 | 38% |
| 909 | crassostrea | 3,426 | 8,390 | 17.3 | 41% |
| 910 | ruditapes | 756 | 1,898 | 17.3 | 40% |
| 911 | blubber | 747 | 1,873 | 17.3 | 40% |
| 912 | seawater carbonate chemistry | 164 | 228 | 17.3 | 72% |
| 913 | broodstocks | 338 | 687 | 17.3 | 49% |
| 914 | k. mikimotoi | 157 | 212 | 17.3 | 74% |
| 915 | marine and coastal environment | 218 | 361 | 17.3 | 60% |
| 916 | paralichthys | 1,215 | 3,195 | 17.3 | 38% |
| 917 | marine space | 240 | 419 | 17.3 | 57% |
| 918 | accumulibacter phosphatis | 130 | 153 | 17.3 | 85% |
| 919 | p. vannamei | 291 | 557 | 17.3 | 52% |
| 920 | sustainable fishing | 280 | 527 | 17.3 | 53% |
| 921 | fishing activity | 628 | 1,532 | 17.3 | 41% |
| 922 | altered oceanic crust | 290 | 555 | 17.29 | 52% |
| 923 | sea oil spill | 127 | 147 | 17.29 | 86% |
| 924 | sediment contamination | 614 | 1,493 | 17.29 | 41% |
| 925 | oil spill emergency | 126 | 145 | 17.29 | 87% |
| 926 | aquaculture animals | 126 | 145 | 17.29 | 87% |
| 927 | trace element ratios | 379 | 807 | 17.29 | 47% |
| 928 | paralytic shellfish toxins (psts) | 177 | 260 | 17.29 | 68% |
| 929 | culture area | 1,021 | 2,665 | 17.29 | 38% |
| 930 | fish biomass | 929 | 2,406 | 17.29 | 39% |
| 931 | rainbow trout farms | 114 | 121 | 17.29 | 94% |
| 932 | hebei spirit | 120 | 133 | 17.29 | 90% |
| 933 | trout aquaculture | 116 | 125 | 17.29 | 93% |
| 934 | streptococcus iniae | 420 | 927 | 17.29 | 45% |
| 935 | maritime spatial planning (msp) | 118 | 129 | 17.29 | 91% |
| 936 | floating plastic | 185 | 280 | 17.29 | 66% |
| 937 | c. gigas | 596 | 1,445 | 17.29 | 41% |
| 938 | marine fishery | 276 | 519 | 17.29 | 53% |
| 939 | bloom-forming species | 169 | 242 | 17.29 | 70% |
| 940 | ocean health | 185 | 281 | 17.28 | 66% |
| 941 | inland aquaculture | 127 | 148 | 17.28 | 86% |
| 942 | oil spill simulation | 139 | 174 | 17.28 | 80% |
| 943 | juvenile shrimp | 250 | 450 | 17.28 | 56% |
| 944 | helcom | 190 | 294 | 17.28 | 65% |
| 945 | marine sediment quality | 122 | 138 | 17.28 | 88% |
| 946 | feed efficiency ratio | 326 | 661 | 17.28 | 49% |
| 947 | seagrass meadow | 994 | 2,607 | 17.28 | 38% |
| 948 | oil spill disaster | 138 | 172 | 17.28 | 80% |
| 949 | oil dispersant | 228 | 392 | 17.28 | 58% |
| 950 | deepwater horizon spill | 142 | 181 | 17.28 | 78% |
| 951 | culture areas | 530 | 1,258 | 17.28 | 42% |
| 952 | seascape | 872 | 2,261 | 17.28 | 39% |
| 953 | seafood production | 203 | 328 | 17.28 | 62% |
| 954 | s. iniae | 258 | 474 | 17.27 | 54% |
| 955 | sr-nd-pb isotope | 320 | 647 | 17.27 | 49% |
| 956 | destructive fishing | 216 | 362 | 17.27 | 60% |
| 957 | fish-farm | 279 | 532 | 17.27 | 52% |
| 958 | marine and coastal ecosystems | 163 | 230 | 17.27 | 71% |
| 959 | (mytilus edulis) | 555 | 1,337 | 17.27 | 42% |
| 960 | oil spill impact | 137 | 171 | 17.27 | 80% |
| 961 | fish kill | 589 | 1,439 | 17.27 | 41% |
| 962 | fish stocks | 1,805 | 4,803 | 17.27 | 38% |
| 963 | pathogenic vibrio | 500 | 1,175 | 17.27 | 43% |
| 964 | coastal resource management | 185 | 284 | 17.27 | 65% |
| 965 | valdez | 644 | 1,605 | 17.27 | 40% |
| 966 | tilapias | 387 | 844 | 17.27 | 46% |
| 967 | mantle sources | 1,025 | 2,719 | 17.26 | 38% |
| 968 | atlantic salmon salmo salar | 623 | 1,546 | 17.26 | 40% |
| 969 | fishers | 3,260 | 8,201 | 17.26 | 40% |
| 970 | bycatch | 1,693 | 4,535 | 17.26 | 37% |
| 971 | local fish | 1,388 | 3,733 | 17.26 | 37% |
| 972 | fishing practice | 499 | 1,179 | 17.26 | 42% |
| 973 | marine reserve design | 107 | 110 | 17.26 | 97% |
| 974 | penaeid shrimp | 652 | 1,637 | 17.26 | 40% |
| 975 | insect meal | 242 | 435 | 17.26 | 56% |
| 976 | fisheries policy | 469 | 1,091 | 17.26 | 43% |
| 977 | ingested plastic | 147 | 195 | 17.26 | 75% |
| 978 | tapes philippinarum | 658 | 1,656 | 17.26 | 40% |
| 979 | fishing practices | 462 | 1,071 | 17.26 | 43% |
| 980 | spills | 8,598 | 17,445 | 17.26 | 49% |
| 981 | southern baltic sea | 529 | 1,272 | 17.26 | 42% |
| 982 | pacific oyster crassostrea gigas | 425 | 962 | 17.26 | 44% |
| 983 | karlodinium | 197 | 318 | 17.25 | 62% |
| 984 | groupers | 530 | 1,279 | 17.25 | 41% |
| 985 | fish harvest | 513 | 1,228 | 17.25 | 42% |
| 986 | epinephelus fuscoguttatus | 269 | 512 | 17.25 | 53% |
| 987 | fishing gear | 1,554 | 4,202 | 17.25 | 37% |
| 988 | marine species | 3,226 | 8,193 | 17.25 | 39% |
| 989 | spatial management | 600 | 1,492 | 17.25 | 40% |
| 990 | large marine ecosystems | 204 | 337 | 17.25 | 61% |
| 991 | post-larvae | 453 | 1,051 | 17.25 | 43% |
| 992 | coral resilience | 114 | 125 | 17.25 | 91% |
| 993 | niloticus | 4,478 | 10,735 | 17.25 | 42% |
| 994 | ecosystem-based fisheries management (ebfm) | 113 | 123 | 17.25 | 92% |
| 995 | benthic habitat map | 184 | 286 | 17.25 | 64% |
| 996 | polluted seawater | 182 | 281 | 17.25 | 65% |
| 997 | wild stocks | 348 | 740 | 17.25 | 47% |
| 998 | effects of fishing | 348 | 740 | 17.25 | 47% |
| 999 | calcification rate | 477 | 1,124 | 17.25 | 42% |
| 1000 | oyster populations | 229 | 404 | 17.25 | 57% |
