100 Examples of sentences containing the common noun "subduction"

Definition

Subduction refers to the geological process in which one tectonic plate moves under another and sinks into the mantle as the plates converge. This process is a key mechanism in plate tectonics, contributing to the formation of mountain ranges, volcanic activity, and earthquakes.

Synonyms

• Descent
• Downward movement
• Overriding
• Submergence

Antonyms

• Uplift
• Ascent
• Elevation
• Emergence

Examples

1. The tectonic activity caused by subduction often leads to volcanic eruptions.
2. Scientists study subduction zones to understand earthquake risks.
3. The Pacific Plate is known for its subduction beneath the North American Plate.
4. Subduction can create deep ocean trenches.
5. The subduction of the Nazca Plate has formed the Andes Mountains.
6. Subduction zones are often associated with significant geological hazards.
7. The process of subduction can reshape the Earth's crust over millions of years.
8. Engineers design buildings with subduction zones in mind to ensure safety.
9. The concept of subduction is crucial for understanding plate tectonics.
10. New Zealand is located near a major subduction zone.
11. The subduction of oceanic crust leads to the formation of magma.
12. Subduction can cause the release of pressure that results in earthquakes.
13. Researchers are investigating the effects of subduction on climate change.
14. The subduction process contributes to the recycling of Earth's materials.
15. Subduction leads to the creation of volcanic arcs.
16. The Mariana Trench is the deepest trench formed by subduction.
17. Subduction can lead to the creation of new landforms.
18. The study of subduction processes helps in predicting natural disasters.
19. Coastal cities near subduction zones must prepare for tsunamis.
20. The subduction of tectonic plates is a slow but powerful force.
21. Subduction can affect local ecosystems significantly.
22. The subduction of the oceanic plate creates a gap for magma to rise.
23. Subduction zones are often marked by intense seismic activity.
24. The subduction process is essential for the formation of new minerals.
25. The Ring of Fire is a region characterized by extensive subduction.
26. Subduction can lead to the formation of large mountain chains.
27. Understanding subduction helps scientists predict where earthquakes are likely to occur.
28. The geological history of a region can reveal past subduction events.
29. The subduction of the Philippine Sea Plate is closely monitored.
30. Subduction has been occurring for billions of years on Earth.
31. The subduction process can trigger volcanic eruptions.
32. The study of subduction impacts both geology and environmental science.
33. Subduction contributes to the dynamic changes of the Earth's surface.
34. The subduction of plates can create immense pressure over time.
35. Scientists use GPS technology to measure the effects of subduction.
36. The subduction process is responsible for some of the world's most powerful earthquakes.
37. Subduction can create rich mineral deposits.
38. The California coastline is influenced by the subduction of the oceanic plate.
39. Subduction zones are often studied to improve earthquake preparedness.
40. The subduction of tectonic plates is a complex and ongoing process.
41. The subduction of the Indian Plate led to the rise of the Himalayas.
42. Subduction can lead to both destruction and creation in geological terms.
43. The subduction of plates is a fundamental concept in geology.
44. The effects of subduction are felt over vast geographical areas.
45. The subduction of denser oceanic crust beneath continental crust creates varied landscapes.
46. Subduction can lead to the formation of deep ocean trenches.
47. The relationship between subduction and volcanic activity is well-documented.
48. Subduction plays a major role in the rock cycle.
49. The study of subduction zones helps in understanding Earth's past.
50. Subduction facilitates the movement of tectonic plates over time.
51. The geological record shows evidence of subduction around the globe.
52. Areas near subduction zones are often rich in biodiversity.
53. The subduction of the oceanic plate can cause significant geological changes.
54. Subduction is a natural process that has shaped our planet.
55. The subduction of tectonic plates can create hazards for communities.
56. The study of subduction is critical for understanding Earth's geology.
57. The subduction zone off the coast of Japan is closely monitored for tsunamis.
58. The subduction process is a slow but powerful geological force.
59. Subduction can result in the formation of new oceanic crust.
60. The Pacific Ring of Fire is home to many active subduction zones.
61. Subduction zones are often characterized by unique geological features.
62. The subduction of plates can lead to changes in ocean currents.
63. The subduction of tectonic plates is a key driver of continental drift.
64. Subduction contributes to the diversity of geological formations.
65. Understanding subduction is essential for geologists and seismologists.
66. The subduction process can create significant geological stress.
67. The subduction of the oceanic plate can lead to the uplift of mountain ranges.
68. The study of subduction processes helps in predicting volcanic eruptions.
69. The subduction of the tectonic plate is one of the most studied phenomena in Earth science.
70. Subduction can create powerful forces that shape the Earth's surface.
71. The impact of subduction is felt across various scientific disciplines.
72. The subduction of plates can lead to the formation of new geological structures.
73. Subduction is a crucial aspect of the planet's geological activity.
74. The subduction zone in Chile is known for its frequent seismic activity.
75. The subduction of tectonic plates plays a role in the carbon cycle.
76. Understanding subduction is vital for assessing risks in vulnerable regions.
77. Subduction can create both challenges and opportunities for local communities.
78. The subduction of plates has implications for global climate patterns.
79. The study of subduction can lead to better disaster preparedness.
80. The dynamics of subduction are complex and multifaceted.
81. Subduction can lead to the creation of geothermal energy resources.
82. The geological features resulting from subduction can be breathtaking.
83. The subduction of tectonic plates is a continuous process that shapes the Earth.
84. Subduction zones often have rich mineral resources.
85. The effects of subduction can be observed in various landscapes.
86. Subduction can lead to the formation of unique geological formations.
87. The process of subduction is essential for understanding Earth's evolution.
88. The subduction of the oceanic plate influences local geological phenomena.
89. The study of subduction enhances our understanding of Earth's processes.
90. Subduction can result in the creation of rich volcanic soils.
91. The subduction of tectonic plates is fundamental to plate tectonics.
92. The geological history of an area can reveal past subduction events.
93. Subduction can have significant implications for regional geology.
94. The subduction of plates is a key factor in the formation of ocean basins.
95. The subduction process can influence the distribution of natural resources.
96. Subduction can create both hazards and opportunities for exploration.
97. The study of subduction zones provides insights into Earth's dynamics.
98. The subduction of tectonic plates can lead to the formation of new islands.
99. The impact of subduction is felt in both geological and ecological terms.
100. Understanding the subduction process helps us appreciate the Earth's complexity.