100 Examples of sentences containing the common noun "tephra"

Definition

Tephra refers to fragmented volcanic material that is ejected during an explosive volcanic eruption. This material can include ash, pumice, and volcanic rock fragments of varying sizes. Tephra can be deposited over large areas and can significantly affect the environment, aviation, and human health.

Synonyms

• Volcanic ash
• Pumice
• Volcanic debris
• Ejecta

Antonyms

• Sediment
• Soil
• Rock (non-volcanic)

Examples

1. The scientists observed how the eruption tephra spread across the landscape.
2. Volcanologists study tephra to understand the eruption's impact.
3. When the volcano erupted, the tephra covered nearby towns.
4. The tephra fallout affected air quality in the region.
5. Tephra can provide valuable information about past volcanic activity.
6. The layers of tephra in the soil indicate previous eruptions.
7. During the eruption, the tephra was ejected high into the atmosphere.
8. Pilots were warned about the tephra cloud affecting flight paths.
9. The tephra accumulated on rooftops, causing structural damage.
10. Researchers collected tephra samples for analysis.
11. The presence of tephra in the soil can affect agriculture.
12. The tephra deposit was several meters thick in some areas.
13. Tephra can travel hundreds of kilometers from the volcano.
14. The tephra from the eruption was visible from miles away.
15. The community faced health risks due to inhaling tephra particles.
16. Tephra layers can be used to date volcanic events.
17. The study of tephra helps us predict future eruptions.
18. Tephra can disrupt air travel for extended periods.
19. The tephra fallout created a dramatic landscape change.
20. Many homes were buried under the thick tephra.
21. The geological survey focused on the distribution of tephra.
22. Tephra can be a sign of an impending volcanic eruption.
23. The tephra deposit was rich in minerals and nutrients.
24. Animals struggled to survive in areas covered by tephra.
25. The effects of tephra on climate are still being studied.
26. Tephra can lead to respiratory issues in humans and animals.
27. The researchers mapped the spread of tephra after the eruption.
28. Tephra can alter the landscape, creating new geological features.
29. The tephra fall was so heavy that it blocked roadways.
30. The unique composition of the tephra offered insights into the eruption.
31. Tephra can be both a hazard and a resource.
32. The tephra layer contains fossils from ancient ecosystems.
33. Tephra accumulation can influence local hydrology.
34. The tephra cloud caused significant delays in air travel.
35. The team studied the chemical composition of the tephra.
36. Tephra can remain in the environment for decades.
37. The tephra field provided evidence of the volcano's history.
38. The eruption produced a massive amount of tephra.
39. Tephra can create challenges for emergency responders.
40. The tephra from the eruption was analyzed for volcanic gases.
41. Tephra can smother vegetation and disrupt ecosystems.
42. The tephra fallout altered the course of rivers.
43. The researchers focused on the impact of tephra on wildlife.
44. The tephra layers were carefully documented during the excavation.
45. Tephra can affect water quality in nearby lakes and rivers.
46. The ash cloud from the tephra spread to neighboring countries.
47. The tephra blanket changed the landscape dramatically.
48. Tephra can be used in construction materials due to its properties.
49. The presence of tephra in the area raised concerns for local residents.
50. The tephra was analyzed to determine its source volcano.
51. The tephra fallout was a reminder of the volcano's power.
52. Tephra can obscure visibility during eruptions.
53. The team collected tephra samples from various locations.
54. The composition of tephra can indicate the magma type.
55. Tephra deposits can provide clues about past climate conditions.
56. The tephra layer was interspersed with layers of sediment.
57. Tephra can contribute to soil fertility over time.
58. The tephra plume was monitored for potential hazards.
59. The geological report detailed the characteristics of the tephra.
60. Tephra can influence local weather patterns.
61. The tephra deposition created new habitats for wildlife.
62. The researchers presented their findings on tephra distribution.
63. Tephra can mix with rainwater to form hazardous sludge.
64. The tephra cloud was visible from hundreds of miles away.
65. The analysis of tephra revealed past eruption frequencies.
66. Tephra can cause delays in agricultural activities.
67. The tephra fallout affected the local economy significantly.
68. The community worked together to clean up the tephra.
69. Tephra layers can be seen in many geological formations.
70. The tephra was a major contributor to the eruption's impact.
71. Tephra can be a source of valuable minerals.
72. The tephra from the eruption was carefully monitored.
73. The impact of tephra on infrastructure was significant.
74. Tephra can affect flight safety during volcanic eruptions.
75. The historical records indicated past tephra events.
76. Tephra can be used in scientific research to study volcanism.
77. The characteristics of tephra vary depending on the eruption.
78. The tephra deposits were subject to erosion over time.
79. Tephra can provide insights into the Earth's geological history.
80. The tephra cloud was tracked using satellite imagery.
81. The tephra layer was rich in silica and other minerals.
82. Tephra can significantly alter landscapes after an eruption.
83. The tephra analysis was crucial for understanding the volcano's behavior.
84. Tephra can create challenges for long-term recovery efforts.
85. The presence of tephra required evacuation of nearby residents.
86. The tephra deposits were a focus of the geological study.
87. The tephra fallout caused significant safety concerns.
88. Tephra can be a key factor in volcanic hazard assessments.
89. The tephra layers were visible in the stratigraphic record.
90. Tephra can smother crops and affect food supply chains.
91. The community learned to adapt to living with tephra hazards.
92. The tephra cloud led to a temporary shutdown of airports.
93. Tephra can impact local wildlife by altering their habitats.
94. The tephra from the eruption was studied for its health effects.
95. The tephra accumulation changed the local ecosystem dramatically.
96. Tephra can provide valuable data for climate change studies.
97. The tephra deposits were analyzed for potential agricultural use.
98. The tephra fallout was a reminder of the volcano's dormant state.
99. Tephra can influence soil composition over time.
100. The tephra cloud was a significant factor in the eruption's consequences.