Science

Keyphrases

1. Australia 100%
2. New Zealand 27%
3. South-eastern Australia 22%
4. Turtle 22%
5. Biodiversity 22%
6. Reptiles 21%
7. Climate Change 18%
8. Freshwater Fish 16%
9. Sex Chromosomes 15%
10. Freshwater 15%
11. Canberra 14%
12. Environmental DNA (eDNA) 13%
13. Species Richness 12%
14. Lizard 12%
15. Forensic 12%
16. Floodplain 12%
17. Forensic Science 11%
18. Genetic Diversity 11%
19. Invasive Species 11%
20. Macroinvertebrates 11%
21. Marsupial 11%
22. Arsenic Species 10%
23. Vertebrates 9%
24. Freshwater Turtle 9%
25. Sex Determination 9%
26. Australian Capital Territory 9%
27. New South Wales 9%
28. Wetlands 9%
29. Sex Reversal 9%
30. Chelidae 9%
31. Frog 9%
32. Ecosystem Services 9%
33. Arsenic 9%
34. Rabbit Hemorrhagic Disease Virus 8%
35. Environmental Flows 8%
36. Invertebrates 8%
37. Amphibians 8%
38. Freshwater Ecosystems 7%
39. Murray-Darling Basin 7%
40. Food Web 7%
41. Temperature-dependent Sex Determination 7%
42. Drought 7%
43. Native Species 7%
44. Ecosystem Function 7%
45. River Systems 7%
46. Eagle 7%
47. Teleostei 7%
48. Biodiversity Conservation 7%
49. Two-species 7%
50. Virus 7%
51. Woodland 7%
52. Gene Flow 6%
53. Threatened Species 6%
54. Aquatic Ecosystems 6%
55. Habitat Fragmentation 6%
56. Water Quality 6%
57. Climate Change Impacts 6%
58. Pogona Vitticeps 6%
59. Europe 6%
60. Divergence 6%
61. New South Wales Australia 5%
62. Genotype 5%
63. Rainfall 5%
64. Enantioselectivity 5%
65. Adaptation 5%
66. Tasmania 5%
67. Population Structure 5%
68. Northern Australia 5%
69. Ecological Response 5%
70. Single nucleotide Polymorphism 5%
71. River Ecosystem 5%
72. DNA Sequencing 5%
73. Predation 5%
74. Central Victoria 5%
75. Environmental Variables 5%
76. Macquarie Perch 5%
77. Bird Species 5%
78. Mitochondrial DNA 5%
79. Gecko 5%
80. Fingermarks 5%
81. Indonesia 5%
82. SNP 5%
83. Biodiversity Loss 5%
84. Agriculture 5%
85. Respiratory Syncytial Virus 5%
86. Papua New Guinea 5%
87. Weeds 5%
88. Genetic Structure 5%
89. Riverine 5%
90. HPLC-ICP-MS 5%
91. Crime Scene 5%