RoL: FELS: RAISE: A Phylogenomically-Based Bioinspired Robotic Model Approach to Addressing the Evolution of Terrestrial Locomotion

Keyphrases

1. Bio-inspired Robot 100%
2. Robotic Model 100%
3. Pelvic Girdle 100%
4. Terrestrial Locomotion 100%
5. Vertebrates 100%
6. Blind Cavefish 50%
7. Quadruped Walking 50%
8. Gait 50%
9. Proposed Work 50%
10. Walking Performance 50%
11. Tetrapods 50%
12. Fin-to-limb 50%
13. Physical Properties 25%
14. Loach 25%
15. Evolutionary Convergence 25%
16. Evolutionary Perspective 25%
17. Tree of Life 25%
18. High School Students 25%
19. Genetic Markers 25%
20. Pivotal Events 25%
21. Convergent Evolution 25%
22. Modular Approach 25%
23. Relationship Performance 25%
24. Graduate Research Training 25%
25. Pelvic Morphology 25%
26. Robotic Modeling 25%
27. Salamander 25%
28. Fish Model 25%
29. System Program 25%
30. Muscular Control 25%
31. Anatomical Structure 25%
32. Impact Review 25%
33. Mathematical Modeling 25%
34. Transitional Forms 25%
35. Biomechanical Data 25%
36. Morphological Examination 25%
37. Tetrapodal 25%
38. Basic Physics 25%
39. Morphological Innovation 25%
40. Reptiles 25%
41. Diverse Communities 25%
42. Phylogenomic Relationship 25%
43. Genome Sequencing 25%
44. Laws of Life 25%
45. Genomic Changes 25%
46. Teaching Training 25%
47. Mechanical Quality 25%
48. Adaptation 25%
49. Phenotypic Adaptation 25%
50. Public Science 25%
51. Functional Morphology 25%
52. Underprivileged Communities 25%
53. Basic Mechanics 25%
54. Morphological Quality 25%
55. Life History 25%
56. Unifying Principles 25%
57. Evolutionary History 25%
58. Undergraduate Research Training 25%
59. Science Education 25%
60. Answering Questions 25%
61. Teaching-learning 25%
62. Amphibians 25%
63. Major Events 25%
64. Physics of Living Systems 25%
65. Phylogenetic Analysis 25%
66. Fossil Record 25%
67. Review Criteria 25%
68. Waterfall 25%
69. Morphological Characteristics 25%
70. Kinematics 25%
71. Skeletal Morphology 25%