Nummulites

Definition

Nummulites refers to a genus of large, disc-shaped, extinct marine foraminifera that lived during the Paleocene to the Miocene epochs. These organisms are characterized by their distinctive coiled shells and are often found as fossils in sedimentary rock formations, particularly limestone. They are significant in geology and paleontology for their use in biostratigraphy and as indicators of past environmental conditions.

Synonyms

• Fossils
• Foraminifera
• Marine fossils

Antonyms

• Living organisms
• Extant species
• Modern fauna

Examples

1. The geologist discovered fossils of Nummulites in the limestone layer.
2. During the excavation, the team unearthed several Nummulites specimens.
3. The research paper focused on the evolutionary significance of Nummulites.
4. The presence of Nummulites in the rock indicates a shallow marine environment.
5. Students learned how to identify Nummulites in their paleontology class.
6. Fossils like Nummulites help scientists understand ancient ecosystems.
7. The museum has an impressive collection of Nummulites from different epochs.
8. Scientists use Nummulites to date sedimentary rock layers.
9. The shape of Nummulites is often used in geological studies.
10. The fossil record shows that Nummulites thrived in warm seas.
11. Nummulites are often found in regions that were once underwater.
12. The study of Nummulites has provided insights into climate changes.
13. Paleontologists are particularly interested in Nummulites for their biostratigraphic value.
14. The sedimentary rocks rich in Nummulites are valuable for oil exploration.
15. Nummulites contribute to the formation of limestone deposits.
16. The discovery of Nummulites in a new location could indicate ancient sea levels.
17. Researchers identified various species of Nummulites in the collected samples.
18. The intricate structures of Nummulites fascinate both scientists and collectors.
19. The fossilized Nummulites provided evidence of the region's geological history.
20. The study of Nummulites has advanced our understanding of marine life evolution.
21. Nummulites can be used to trace historical oceanic conditions.
22. The geological survey revealed layers containing Nummulites.
23. The shells of Nummulites are often preserved in fine detail.
24. Many limestone formations are composed largely of Nummulites.
25. The decline of Nummulites in the fossil record marks a significant event in marine history.
26. Nummulites are often used as index fossils by geologists.
27. The research team published findings on the distribution of Nummulites.
28. The marine sediments showed a rich diversity of Nummulites fossils.
29. Nummulites are essential for understanding ancient marine biodiversity.
30. The paleontologist explained how Nummulites are formed.
31. The fossil beds contain well-preserved Nummulites specimens.
32. The extinction of Nummulites was linked to changing ocean conditions.
33. Nummulites play a crucial role in the study of sedimentary geology.
34. The shape and size of Nummulites can vary significantly between species.
35. The unique characteristics of Nummulites make them popular among fossil collectors.
36. The geological formation was rich in Nummulites, indicating a past marine environment.
37. The research highlighted the importance of Nummulites in stratigraphic correlation.
38. Nummulites fossils have been found on every continent.
39. The abundance of Nummulites in certain layers suggests a thriving marine ecosystem.
40. The fossils of Nummulites are often used in educational materials.
41. The collection of Nummulites at the site was extensive.
42. The intricate patterns on Nummulites shells are a subject of study.
43. Nummulites are excellent indicators of paleoclimatic conditions.
44. The sediment containing Nummulites was analyzed for age determination.
45. Various studies have focused on the morphology of Nummulites.
46. The fossilized remains of Nummulites reveal much about their habitat.
47. Nummulites were once abundant in the ancient oceans.
48. The geological team used Nummulites to reconstruct past environments.
49. The extinction pattern of Nummulites provides insights into historical biotic crises.
50. Nummulites have been crucial in understanding marine evolutionary trends.
51. The fossil site was rich in Nummulites, attracting many researchers.
52. Nummulites are often featured in museum exhibits on paleontology.
53. The morphology of Nummulites can indicate environmental changes.
54. The presence of Nummulites in rock samples suggests a specific age.
55. The study focused on the ecological role of Nummulites in ancient seas.
56. The researchers collected samples containing Nummulites for analysis.
57. Nummulites fossils are often used in geological mapping.
58. The research involved comparing Nummulites from different regions.
59. The unique features of Nummulites help in classifying ancient marine life.
60. The layers of sediment were rich in Nummulites fossils.
61. The discovery of Nummulites in the area indicates a historical marine habitat.
62. The intricate designs of Nummulites shells attract fossil enthusiasts.
63. The stratigraphic layers containing Nummulites were dated using radiometric methods.
64. Nummulites contribute to the understanding of sedimentary processes.
65. The fossilized Nummulites are often found in marine limestone.
66. The abundance of Nummulites in the formation suggests a favorable environment.
67. The study of Nummulites helps in understanding past oceanic conditions.
68. The fossils of Nummulites are critical for biostratigraphic analysis.
69. The shape of Nummulites can provide clues about their life habits.
70. The identification of Nummulites species is important for paleobiological studies.
71. Nummulites are often associated with other marine fossils in sedimentary rocks.
72. The paleontologist explained how to identify different types of Nummulites.
73. The research illustrated the diversity of Nummulites across different geological periods.
74. The limestone quarry yielded numerous Nummulites fossils.
75. The fossil record of Nummulites helps trace evolutionary pathways.
76. The presence of Nummulites in sediment indicates a specific ecological niche.
77. Nummulites are often used in paleontological research for dating sedimentary layers.
78. The study of Nummulites has revealed much about ancient marine life.
79. The intricate structure of Nummulites is a subject of ongoing research.
80. The fossils of Nummulites are often used as teaching tools in geology classes.
81. Nummulites provide insight into the biodiversity of ancient oceans.
82. The geologist documented the findings of Nummulites at the site.
83. The morphology of Nummulites varies significantly between species.
84. The fossils of Nummulites can be used to understand past climate changes.
85. The research on Nummulites has implications for understanding sedimentary processes.
86. The geological formation was marked by the presence of Nummulites.
87. Nummulites are often found in layers rich in organic material.
88. The fossilized remains of Nummulites provide a window into the past.
89. The paleontologist emphasized the importance of Nummulites in biostratigraphy.
90. The abundance of Nummulites in certain formations indicates historical biodiversity.
91. The study of Nummulites has applications in petroleum geology.
92. The fossils of Nummulites are often used in educational displays.
93. The discovery of Nummulites in new regions expands our understanding of their distribution.
94. The research team collected Nummulites for further study.
95. The intricate patterns of Nummulites shells are fascinating to researchers.
96. The fossil record indicates a decline in Nummulites species during certain periods.
97. The presence of Nummulites in sediment can indicate past sea level changes.
98. The analysis of Nummulites has provided valuable data for paleoclimatology.
99. The study of Nummulites helps reconstruct ancient marine environments.
100. The geological survey revealed a rich deposit of Nummulites fossils.