100 Examples of sentences containing the common noun "xenolith"

Definition

A xenolith is a fragment of rock that is different from the igneous rock in which it is embedded. It can also refer to any rock or mineral that has been incorporated into another rock formation, especially during volcanic activity.

Synonyms

• Foreign rock
• Inclusions
• Foreign body
• Rock fragment

Antonyms

• Homolith (a rock that is similar to its surroundings)
• Native rock

Examples

1. The geologist examined the xenolith carefully to understand its origins.
2. During the excavation, they found a xenolith embedded in the basalt.
3. The presence of a xenolith can indicate past volcanic activity in the area.
4. Researchers studied the xenolith to gain insights into the Earth's crust.
5. The xenolith revealed information about the composition of the mantle.
6. A unique xenolith was discovered in the lava flow, attracting much attention.
7. The rock sample contained a xenolith that was much older than the surrounding material.
8. By analyzing the xenolith, scientists could reconstruct the volcanic eruption's history.
9. The xenolith showed signs of metamorphism, suggesting it had undergone significant changes.
10. The field trip centered around finding xenoliths in the volcanic landscape.
11. Each xenolith has its own story about the geological processes that shaped it.
12. The xenolith found in the outcrop was a striking contrast to the lighter rock surrounding it.
13. The researchers were excited to discover a rare xenolith during their fieldwork.
14. A detailed study of the xenolith helped clarify the area's geological evolution.
15. The xenolith contributed to the understanding of mineral formation under pressure.
16. The volcanic rock had several xenoliths that puzzled the scientists.
17. She wrote her thesis on the significance of xenoliths in geological studies.
18. The xenolith was so distinct that it could not be mistaken for surrounding rocks.
19. They collected samples of the xenolith for further laboratory analysis.
20. The discovery of the xenolith changed the previous theories about the region’s geology.
21. Careful mapping of the xenolith locations helped create a geological profile of the area.
22. A beautiful xenolith was showcased in the museum's mineral exhibit.
23. The xenolith acted as a time capsule, preserving ancient geological features.
24. Observing a xenolith in its natural setting provides valuable context for researchers.
25. The xenolith contained minerals that were not present in the surrounding rock.
26. The team hypothesized that the xenolith was part of a larger geological feature.
27. The xenolith was a key piece of evidence in their volcanic activity research.
28. She carefully documented the characteristics of the xenolith in her field notes.
29. The xenolith provided clues about the temperature and pressure conditions of its formation.
30. They used advanced imaging techniques to study the internal structure of the xenolith.
31. The vibrant colors of the xenolith made it a popular specimen among collectors.
32. The xenolith was found in an unexpected location, challenging previous geological maps.
33. The researchers were thrilled to find a xenolith with preserved fossils.
34. Each xenolith discovered could potentially reshape our understanding of earth processes.
35. The xenolith was the highlight of the geologist's presentation at the conference.
36. The unique chemical composition of the xenolith suggested it originated from deep within the Earth.
37. He carefully extracted the xenolith from the surrounding rock matrix.
38. The study of the xenolith revealed its age, dating back several million years.
39. The xenolith was a testament to the dynamic processes shaping our planet.
40. They performed isotopic analysis on the xenolith to determine its origin.
41. The xenolith provided new insights into the tectonic history of the region.
42. A large xenolith was found at the bottom of the crater, intriguing the team.
43. The researchers debated the significance of the xenolith in their findings.
44. The xenolith served as a reminder of the Earth's complex geological history.
45. The field guide included descriptions of various xenoliths found in the area.
46. The xenolith illustrated the diversity of rock types formed by volcanic activity.
47. They compared the xenolith to similar samples from other regions.
48. The xenolith proved to be crucial in their mapping of ancient volcanic flows.
49. The texture of the xenolith was different from that of the surrounding rock.
50. The xenolith was remarkably well-preserved, providing a clear picture of its formation.
51. The discovery of the xenolith sparked interest in further geological surveys.
52. The xenolith revealed a unique arrangement of minerals, unlike any previously studied.
53. The team used various methods to analyze the xenolith's physical properties.
54. The xenolith was collected for display in a geological museum.
55. The xenolith bore evidence of intense heat and pressure conditions.
56. The researchers gathered around the xenolith to discuss their findings.
57. The xenolith contained traces of an ancient volcanic eruption.
58. The vibrant hues of the xenolith captivated everyone who saw it.
59. The xenolith was a key piece of evidence in the study of plate tectonics.
60. By examining the xenolith, they could infer the history of the surrounding landscape.
61. The xenolith was analyzed for its mineralogical composition.
62. The unique properties of the xenolith made it a subject of extensive research.
63. They presented their findings on the xenolith at the annual geology conference.
64. The xenolith was found in a layer of rock that was otherwise uniform.
65. The analysis of the xenolith revealed unexpected mineralogy.
66. The xenolith played a significant role in the study of igneous processes.
67. The team was excited to share their discoveries about the xenolith with the community.
68. The xenolith had a story that connected it to the ancient Earth.
69. The researchers documented the xenolith as part of their field study.
70. The xenolith provided a glimpse into the geological past of the region.
71. The characteristics of the xenolith were unlike those of the surrounding rocks.
72. The team hypothesized that the xenolith had originated from a different geological setting.
73. The xenolith was examined under a microscope for detailed analysis.
74. The presence of the xenolith suggested a complex geological history.
75. The xenolith was a remarkable find in the volcanic landscape they were studying.
76. They planned to publish their research on the xenolith in a scientific journal.
77. The xenolith added to the diversity of specimens in the geological collection.
78. The vibrant colors of the xenolith made it a favorite among collectors.
79. The team was surprised by the size of the xenolith they discovered.
80. The xenolith served as an indicator of past environmental conditions.
81. The xenolith contained minerals that were not found elsewhere in the area.
82. The researchers were delighted to find a well-preserved xenolith.
83. The xenolith was unique due to its unusual crystal structure.
84. They carefully transported the xenolith back to the lab for further study.
85. The xenolith helped them understand the dynamics of volcanic eruptions.
86. The analysis of the xenolith confirmed its foreign origin.
87. The xenolith was a testament to the Earth's ever-changing nature.
88. The researchers discussed the implications of their findings on the xenolith.
89. The xenolith served as a reminder of the geological processes that shape our planet.
90. The discovery of the xenolith opened up new avenues for research.
91. The xenolith contained evidence of ancient geological events.
92. The xenolith was a significant find in the context of their study.
93. The characteristics of the xenolith posed new questions for the researchers.
94. The xenolith was carefully analyzed for its chemical properties.
95. The team was excited to present their findings on the xenolith to their peers.
96. The xenolith provided important clues about the geological history of the region.
97. The unique features of the xenolith made it a valuable specimen.
98. The xenolith was a highlight of the geological survey they conducted.
99. The researchers were fascinated by the intricacies of the xenolith.
100. The xenolith played a crucial role in understanding volcanic processes.