Effects of POPs on recruitment success of Sole (Solea solea)

Agriculture & Biology

1. absorbed dose 10%
2. acute toxicity 8%
3. adverse effects 6%
4. amphibians 7%
5. Anguilla anguilla 29%
6. antibiotics 5%
7. aquatic environment 8%
8. aquatic organisms 8%
9. Belgium 8%
10. benthic zone 12%
11. bioaccumulation 17%
12. bioassays 12%
13. carrying capacity 9%
14. concentrates 12%
15. dioxins 68%
16. eel 17%
17. effluents 7%
18. eggs 27%
19. embryogenesis 6%
20. estuaries 16%
21. exposure duration 14%
22. exposure pathways 10%
23. fecundity 13%
24. fish 71%
25. fish communities 18%
26. fish development 11%
27. fish roe 8%
28. flame retardants 9%
29. food contamination 9%
30. hexabromocyclododecane 25%
31. larvae 65%
32. leptocephalus larvae 39%
33. lethal concentration 50 7%
34. lethal genes 7%
35. lifestyle 7%
36. lipids 21%
37. lipophilicity 10%
38. marine environment 9%
39. maternal exposure 10%
40. metabolites 5%
41. metamorphosis 53%
42. Netherlands 7%
43. North Sea 19%
44. pelagic fish 10%
45. persistent organic pollutants 22%
46. Pleuronectiformes 30%
47. pollutants 15%
48. polybrominated diphenyl ethers 43%
49. polychlorinated biphenyls 100%
50. predators 5%
51. protocols 5%
52. reporter genes 7%
53. risk assessment 8%
54. seawater 6%
55. sediments 14%
56. Solea solea 11%
57. spawning 6%
58. testing 36%
59. thyroid hormones 25%
60. tissues 34%
61. toxic substances 30%
62. toxicity 10%
63. triclosan 22%
64. wastewater 7%
65. water 6%
66. water solubility 8%
67. weight loss 6%
68. yolk sac 17%