A trait-based approach for predicting fish community structure, function and services under climate change and exploitation

Earth and Planetary Sciences

1. Fish 100%
2. Environment 100%
3. Exploration 100%
4. Species 57%
5. Surface Pressure 36%
6. Aquatic Ecosystem 26%
7. Time 26%
8. Growth 26%
9. Fishing 26%
10. Thesis 21%
11. Temperature 21%
12. Area 15%
13. Knowledge 15%
14. North Sea 15%
15. Approach 15%
16. Variation 15%
17. Depth 15%
18. Gradient 15%
19. Value 15%
20. Latitudinal Gradient 10%
21. Seasonality 10%
22. Management 10%
23. Global Warming 10%
24. Water 10%
25. Size 10%
26. Model 10%
27. Response 10%
28. North Atlantic 10%
29. Service 10%
30. Life History 5%
31. Primary Production 5%
32. Reproductive Strategy 5%
33. Biomass 5%
34. Environmental Condition 5%
35. Invasive Species 5%
36. Overfishing 5%
37. Abiotic Factor 5%
38. Physiology 5%
39. Salinity 5%
40. Environmental Change 5%
41. Stochastic Process 5%
42. Habitat Loss 5%
43. Environmental Gradient 5%
44. Dispersal 5%
45. Fecundity 5%
46. Fishing Effort 5%
47. Biodiversity 5%
48. Coastal Protection 5%
49. Age at Maturity 5%
50. Phytoplankton 5%
51. Emigration 5%
52. Morphology 5%
53. Stable 5%
54. Project 5%
55. Health 5%
56. Order 5%
57. Dimension 5%
58. Goal 5%
59. Child 5%
60. Organism 5%
61. Immigration 5%
62. Coefficient 5%
63. Act 5%
64. High Temperature 5%
65. Set 5%
66. Climate 5%
67. Datum 5%
68. History 5%
69. Inclusion 5%