100 Examples of sentences containing the common noun "tectonics"

Definition

Tectonics refers to the study of the Earth's structure and the movement of its plates. It encompasses geological processes that affect the Earth's crust, including the formation of mountains, earthquakes, and the development of other geological features.

Synonyms

• Plate tectonics
• Geodynamics
• Earth sciences
• Structural geology

Antonyms

• Stability
• Calmness
• Inactivity

Examples

1. The scientists tectonics in the region to understand the earthquake's cause.
2. Researchers tectonics to explore the link between volcanic activity and plate movements.
3. Engineers tectonics when designing buildings in earthquake-prone areas.
4. The study of tectonics helps us predict geological events.
5. Seismologists tectonics to analyze seismic waves from earthquakes.
6. The paper tectonics the effects of tectonic shifts on ocean currents.
7. Educators tectonics in their curriculum to teach students about Earth's dynamics.
8. She tectonics the importance of understanding plate boundaries.
9. The conference tectonics recent advancements in geological research.
10. He tectonics various models to explain the formation of mountain ranges.
11. The documentary tectonics the impact of plate movements on climate change.
12. Geologists tectonics the historical shifts in Earth's plates.
13. The team tectonics how human activity can influence geological processes.
14. They tectonics the role of tectonic forces in shaping landscapes.
15. The lecture tectonics the relationship between earthquakes and fault lines.
16. Scientists tectonics new theories about the Earth's crust.
17. The research project tectonics the interactions between tectonic plates.
18. She tectonics her findings at the international geology conference.
19. The book tectonics the history of Earth's geological evolution.
20. Experts tectonics the consequences of tectonic plate collisions.
21. The study tectonics how tectonic movements create natural resources.
22. He tectonics innovative ways to visualize geological data.
23. The article tectonics the effects of tectonics on biodiversity.
24. The research team tectonics the correlation between tectonics and tsunamis.
25. She tectonics the significance of studying tectonic activity in real-time.
26. The seminar tectonics the advances in understanding plate tectonics.
27. They tectonics the influence of tectonics on the formation of mineral deposits.
28. The scientist tectonics the mechanisms behind continental drift.
29. The class tectonics how human settlements are affected by tectonic activity.
30. She tectonics the phenomenon of tectonic uplift in her thesis.
31. The journal article tectonics the implications of tectonic research for urban planning.
32. The workshop tectonics new technologies in monitoring tectonic movements.
33. He tectonics the challenges faced in predicting tectonic events.
34. The findings tectonics previously held beliefs about Earth’s crust.
35. They tectonics the potential risks of living near fault lines.
36. The research tectonics the relationship between tectonic activity and natural disasters.
37. The debate tectonics what constitutes an active tectonic zone.
38. She tectonics the impact of tectonic movements on groundwater resources.
39. The study tectonics the implications of tectonic shifts for oil exploration.
40. Scientists tectonics the relationship between plate tectonics and mountain building.
41. He tectonics the historical records of seismic activity in the area.
42. The documentary tectonics the lives affected by major tectonic events.
43. The project tectonics the integration of technology in studying tectonics.
44. Researchers tectonics the potential for new discoveries in tectonic theory.
45. The team tectonics the latest software for modeling tectonic processes.
46. She tectonics her career choices based on her interest in geology.
47. They tectonics the effects of tectonic activity on global sea levels.
48. The presentation tectonics how tectonic forces shaped the continents.
49. He tectonics the role of tectonics in climate patterns.
50. The article tectonics the impact of human-induced changes on tectonic stability.
51. They tectonics innovative ways to mitigate risks from tectonic hazards.
52. The research tectonics the relationship between tectonics and mineral resources.
53. She tectonics the historical context of tectonic theory.
54. The lecture tectonics the advancements in seismic monitoring technology.
55. The study tectonics the effects of tectonic shifts on local ecosystems.
56. Researchers tectonics the connection between tectonic activity and biodiversity.
57. The seminar tectonics the historical significance of major tectonic events.
58. He tectonics the implications of new findings for understanding earthquakes.
59. The findings tectonics the previous models of tectonic activity.
60. They tectonics the role of tectonic forces in creating natural barriers.
61. The study tectonics the influence of tectonic activity on climate change.
62. The article tectonics the challenges in predicting tectonic events.
63. She tectonics how geological formations are impacted by tectonic processes.
64. The project tectonics the historical evolution of tectonic theory.
65. Researchers tectonics the effects of tectonic shifts on urban development.
66. The presentation tectonics the significance of tectonic activity in geology.
67. He tectonics the need for updated models to predict tectonic behavior.
68. The lecture tectonics the relationship between tectonics and volcanic eruptions.
69. They tectonics the implications of their findings for disaster preparedness.
70. The study tectonics the relationship between tectonic plate movements and earthquakes.
71. The conference tectonics new research on tectonic interactions.
72. She tectonics the need for interdisciplinary approaches in studying tectonics.
73. The seminar tectonics the potential for new tectonic activity in the area.
74. Researchers tectonics the influence of tectonic forces on regional geology.
75. He tectonics the implications of tectonic research for environmental policy.
76. The studies tectonics the relationship between tectonics and land use planning.
77. They tectonics the historical context of major tectonic events.
78. The article tectonics the role of tectonic activity in shaping landscapes.
79. She tectonics the significance of plate boundary interactions.
80. The research tectonics the implications of tectonic movements for agriculture.
81. They tectonics the effects of tectonic shifts on ocean life.
82. The presentation tectonics how tectonic forces create new landforms.
83. He tectonics the challenges in monitoring tectonic activity.
84. The project tectonics the historical significance of tectonic theory.
85. Researchers tectonics the impact of human activity on tectonic stability.
86. The seminar tectonics the latest findings in tectonic research.
87. She tectonics the implications of tectonic shifts on water resources.
88. The study tectonics the effect of tectonic movements on natural disasters.
89. The article tectonics the connections between tectonics and climate change.
90. They tectonics the significance of studying tectonics for disaster preparedness.
91. The research tectonics the historical evolution of tectonic understanding.
92. He tectonics the relationship between tectonic forces and earthquakes.
93. The lecture tectonics the influence of tectonics on urban development.
94. She tectonics the challenges faced by communities near tectonic faults.
95. The findings tectonics the implications for understanding geological hazards.
96. The documentary tectonics the lives impacted by tectonic events.
97. Researchers tectonics the role of tectonics in shaping natural landscapes.
98. The presentation tectonics the latest advancements in seismic research.
99. He tectonics the relationship between tectonic activity and climate systems.
100. The study tectonics the role of tectonics in the distribution of natural resources.