PUCE Quito

Agricultural and Biological Sciences

1. New Species 100%
2. Cladistics 92%
3. Anura 76%
4. Squamata 49%
5. Tropical Forest 39%
6. Biodiversity 35%
7. Lowlands 33%
8. Biogeography 33%
9. Hylidae 29%
10. Climate Change 29%
11. Iguanidae 27%
12. Triatominae 26%
13. National Park 25%
14. Chagas Disease 22%
15. Amphibia 20%
16. Lineage 19%
17. Americans 18%
18. Rhodnius 17%
19. Anolis 17%
20. Sister 16%
21. Monophyly 13%
22. Genetic Divergence 13%
23. Chiroptera 13%
24. Craugastoridae 13%
25. Phyllostomidae 13%
26. True Toad 13%
27. Conservation Status 13%
28. Species Diversity 13%
29. Genetic Variability 12%
30. Aboveground Biomass 12%
31. Rain Forest 12%
32. Mitochondrial DNA 11%
33. Rosaceae 11%
34. Serpentes 11%
35. Polylepis 10%
36. Forest Trees 10%
37. Herbs 10%
38. Geographical Distribution 9%
39. Genetic Structure 9%
40. Invasive Species 9%
41. Colubridae 9%
42. Natural History 9%
43. Magnolia 9%
44. Magnoliaceae 9%
45. Iguania 9%
46. Begonia 9%
47. Tail 8%
48. Forest Dynamics 8%
49. Plant Community 8%
50. Montane Forests 8%
51. Trypanosoma cruzi 8%
52. Asteraceae 7%
53. Case Study 7%
54. Tadpole 7%
55. Body Size 7%
56. Reduviidae 7%
57. Hemiptera 7%
58. Arecaceae 7%
59. Taxonomic Revisions 7%
60. Myristicaceae 7%
61. Dry Forest 7%
62. Population Dynamics 7%
63. Ribosomal RNA 7%
64. Tubercle 6%
65. Woody Plant 6%
66. Myrtaceae 6%
67. Estuaries 6%
68. Critical Thermal Maximum 6%
69. Tursiops truncatus 6%
70. Scincidae 6%
71. Carabidae 6%
72. Begoniaceae 6%
73. Global Change 6%
74. Seed Dispersal 6%
75. Bug 6%
76. Atlantic Forest 6%
77. Dioecy 6%
78. Soil Resource 6%
79. Phytelephas 6%
80. Global Warming 6%
81. Life History 5%
82. Oenocarpus bataua 5%
83. Liana 5%
84. Neotypes 5%
85. Descriptive Study 5%
86. Nymph 5%
87. Population Genetics 5%
88. Introduced Species 5%
89. Haplotype 5%
90. Hyla 5%
91. Atelopus 5%
92. Microsatellite 5%
93. Carbon Sink 5%
94. Microclimate 5%
95. Temperate Forest 5%
96. Neck 5%
97. Phenology 5%
98. Seeds 5%