Collaborative Research: Linking Host Life History, Movement Ecology, and Climate to Predict Epizootics in Megadiverse Tropical Amphibian Communities

Keyphrases

1. Disease Dynamics 100%
2. Amphibians 100%
3. Brazil 100%
4. Epizootic 100%
5. Movement Ecology 100%
6. Life History 100%
7. Collaborative Research 100%
8. Tropical Frog 100%
9. Amphibian Community 100%
10. Host Movement 66%
11. Wildlife Communities 66%
12. Disease Modeling 66%
13. Movement Patterns 66%
14. Climatic Variability 66%
15. Interactive Games 33%
16. Population Stability 33%
17. Guilds 33%
18. Review Criteria 33%
19. Species Boundaries 33%
20. Vertebrates 33%
21. Host Behavior 33%
22. Infection Dynamics 33%
23. Emerging Infectious Diseases 33%
24. Academy of Sciences 33%
25. Spatiotemporal 33%
26. Multimedia 33%
27. Spatial Aggregation 33%
28. Host Population 33%
29. Pathogen Spillover 33%
30. Cameroon 33%
31. Population Extinction 33%
32. Infection Rate 33%
33. Video Stories 33%
34. Host Detection 33%
35. Modeling Framework 33%
36. Disease Outbreaks 33%
37. Animal Population 33%
38. Drought 33%
39. Host Species 33%
40. Peru 33%
41. K-12 33%
42. Disease Spread 33%
43. Integrative Approach 33%
44. Population Demographics 33%
45. Rainfall Variability 33%
46. Disease Risk 33%
47. Pathogen Detection 33%
48. Host Disease 33%
49. Population Decline 33%
50. Team Research 33%
51. Global Change 33%
52. Across Spaces 33%
53. Lesson Plan 33%
54. Disease Transmission 33%
55. Future Climate Scenarios 33%
56. Community-based 33%
57. K-12 Teachers 33%
58. Tropics 33%
59. Community Structure 33%
60. Pattern Dynamics 33%
61. Impact Review 33%
62. Motivation 33%
63. Field Cages 33%
64. Structures at Risk 33%
65. Multi-host System 33%
66. Department of Education 33%
67. Population Viability Analysis 33%
68. Video Lessons 33%
69. Movement Responses 33%