Geological example sentences

"Geological" Example Sentences

1. The area has an interesting geological history.
2. Geologists study the composition and structure of the Earth through geological time.
3. Geological features like mountains and valleys were formed over millions of years.
4. Earthquakes are natural geological phenomena that shake the ground.
5. Volcanoes are geological features that occur where tectonic plates meet.
6. The erosion of rock is a slow geological process.
7. Fossils provide insights into the geological past of an area.
8. Mineral deposits are often discovered through geological surveys.
9. Soil types are influenced by the underlying geological formations.
10. Ore deposits were formed under certain geological conditions over eons.
11. Stratigraphic layers reveal the geological timescale of rock formations.
12. Limestone rock was formed through geological processes over millions of years.
13. Rock formations exhibit characteristics that reveal their geological age.
14. The rock's faults indicate a complex geological history.
15. Fault lines mark boundaries between tectonic plates in the earth's crust.
16. Igneous, sedimentary and metamorphic rock types result from different geological processes.
17. Geological studies helped locate groundwater aquifers and oil deposits.
18. The geographical landscape was shaped by geological activity over eons.
19. The movement of tectonic plates triggered volcanic eruptions and earthquakes.
20. Meteor impacts can leave geological features that last for millions of years.
21. Sea level changes over geological time altered coastal landscapes.
22. Glacial retreat exposed new geological features in the arctic.
23. Geological uplift is a slow process that takes place over millions of years.
24. Isotope dating methods revealed the precise geological age of artifacts.
25. Scientists measured the geological activity along the San Andreas Fault line.
26. Scientists detected shifts in the Earth's magnetic field through geological analysis.
27. The geological strata of exposed rock layers revealed the area's history.
28. Geomorphological changes to the landscape continue through erosion and weathering.
29. The exposed cliff face showed a cross section of the area's complete geological history.
30. Meteor strikes billions of years ago left geological formations on the lunar surface.
31. The obsidian minerals trace back to a particular volcanic eruption point in geological history.
32. The core samples revealed geological events that occurred millions of years ago.
33. The fossils found in the stratum indicate its geological age.
34. The beach's black sand results from geological processes in nearby volcanoes.
35. Carbon dating correlated with other geological dating methods to produce accurate timelines.
36. The sudden appearance of diamond-bearing kimberlite pipes indicated geological events deep under the earth's surface.
37. The phytoliths extracted from soil cores provided insights into past plant life and geological conditions.
38. The evidence from sedimentation layers led geologists to revise their conclusions about the area's geological past.
39. The analysis of erosion and deposition patterns helped reconstruct past climates and geological environments.
40. Over time, geological processes shaped the canyon's walls through erosion and sedimentation.
41. Geologists correlated the rock layers across different sections to create a comprehensive view of regional geological history.
42. The minerals deposited in layers show the area's complex geological formation over time.
43. Rocks that appear similar can have different geological origins.
44. Microfossils preserved in sedimentary rock record details of the planet's geological past over long timespans.
45. Isostatic rebound after glacial retreat caused major geological changes across the landscape.
46. Weathering of exposed rock faces reveals cross sections through different geological horizons.
47. The sediment cores showed how geological conditions changed over thousands of years.
48. The geological timescale places major events in Earth's history into a chronological framework.
49. Plate tectonics seeks to explain geological phenomena through the movement of plates within the Earth's lithosphere.
50. Investigating noble gas isotopes can reveal information about the atmosphere throughout geological time.
51. Ancient granites indicate a long and complex geological history for a given area.
52. Changes in vegetation through geological eras are documented by pollen trapped in sedimentary layers.
53. The stone circle's exact age remains ambiguous due to complexities in carbon dating and other geological analysis techniques.
54. The mineral deposits form in open cavities and fractures created by geological processes.
55. The strata exposed along the mountainside offered a glimpse into the area's full geological story from the Cambrian to the Quaternary period.
56. Scientists analyzed radioisotope decay to more precisely determine the geological age of the rock sample.
57. Stratigraphic correlation allowed geologists to reconstruct the sequence of geological events across different locations.
58. Ophiolites provide evidence of ancient tectonic plate interactions through their distinctive chemical and geological composition.
59. Paleomagnetic analysis can reveal how the magnetic poles have shifted over geological timescales.
60. Scenario modeling helped scientists evaluate different hypothetical explanations for unusual geological formations.

Common Phases

1. The geologic history of the region is characterized by volcanic activity and earthquakes.
2. The dinosaurs perished in a global catastrophe resulting from geological upheavals.
3. The fossils were found in geological formations dating back to the Jurassic period.
4. The mine cuts through regions of varied geological strata, containing abundant mineral resources.
5. Glacial till covers the bedrock and forms many of the geological features in the landscape.
6. They collected geological samples from the outcroppings of rock along the ridgeline.
7. The continental drift theory proposed major changes in the geological structure of the Earth's crust over long time periods.
8. The stratigraphy and mineral composition revealed the complex geological origins of the rock formation.
9. Engineers conducted a full geological survey of the construction site before beginning work.
10. Sedimentary rock layers provide clues about the geological history of an area.
11. The field of geology studies the makeup, structure and history of the Earth through the analysis of rocks, minerals, and geological processes.
12. They examined the exposed rock faces for evidence of faults in the local geological structure.
13. The geological time scale organizes Earth's history into major units defined by fossils and rock strata.
14. The cave system extends deep into the geological formations beneath the region.
15. They used geological tools and dating methods to determine the age of the rocks.
16. The proposal outlines plans for further geological exploration of the potential mineral deposits.
17. Geologic forces carved and shaped the landscape over millions of years through processes like volcanic eruptions, earthquakes, erosion and glacial activity.
18. The team collected core samples for laboratory analysis of the rock's mineral content and geological composition.
19. Plate tectonics describes the large-scale motions of the Earth's lithosphere which have significant geological consequences.
20. The geological record contains evidence of ancient oceans, volcanic eruptions and meteorite impacts.
21. Scientists studied the region's vegetation patterns to gain insights into its underlying geological structures.
22. The research focuses on the geological processes that form and transform Earth's surface.
23. The canyon was carved over eons by the geological process of water erosion.
24. The earthquake risk map incorporates data about soil types, bedrock geology and surface geological features.
25. There are indications of recent geological activity in the area like mud pools, hot springs and geysers.
26. Continued tectonic activity has resulted in complex geological formations in the mountain range.
27. The igneous, metamorphic and sedimentary rocks provide clues about Earth's deep geological past.
28. Faults, folds and unconformities reveal insights into a region's geological history.
29. Geologists study surface features and geological formations to interpret events in Earth's deep history.
30. The expedition aimed to clarify the region's complex geological history and mineral potential.
31. Morphological features across the landscape point to the region's violent geological past.
32. The seismic activity appears linked to subterranean changes in the region's geological structures.
33. Aerial photographs and satellite imagery provide supplementary information for geological surveys.
34. The discovered pottery shards support evidence of early human settlement from the local geological time period.
35. They mapped out structural features like faults, joints and folds to analyze the area's geological structure.
36. Rocks and fossils from different geological periods were found in close proximity.
37. The research center focuses on studying the tectonics and geological evolution of mountain ranges.
38. The area shows evidence of past geological events like volcanic eruptions, earthquakes and tsunamis.
39. Underground structures exert pressures that influence local geological formations and processes.
40. Geologists interpreted the rock record to reconstruct the geological history of the region.
41. Geological data is critical for oil and mineral exploration as well as siting infrastructure projects.
42. The museum houses an impressive collection of rocks, minerals and fossils that span geological time.
43. The structures served as important geographical and geological markers for early explorers.
44. They mapped the local structural geology to identify potential sites of mineralization.
45. Groundwater flow patterns are influenced by the underlying geological formations and structures.
46. The cave networks extend deep into adjacent geological zones below the surface.
47. The stone relics exhibit signs of weathering consistent with the region's known geological history.
48. The landslide damage could have been prevented with proper knowledge of the area's geological conditions.
49. The researchers analyzed features like folding, faulting and jointing to understand the region's geological evolution.
50. The exposed sections of rock strata provide valuable insights for researchers studying the area's geological past.
51. Scientists investigated the region's geological record to determine how life evolved on early Earth.
52. The new mineral deposits were found within geological formations of an analogous age and type.
53. The exposed rock layers bear the telltale signs of ancient geological processes.
54. Aerial photographs revealed a pattern of elliptical hills consistent with the local geological formations.
55. The discovery of salt deposits indicated a significant change in the area's geological history.
56. The rockhopper penguin has adapted well to the sub-Antarctic Islands' challenging geological environment.
57. Ground-penetrating radar was used to map subsurface geological structures.
58. The drilling revealed valuable information about the region's subsurface geological formations.
59. The fossil evidence points to major changes in the area's climate and geological landscape over time.
60. The pristine geological formations make the region an important site for scientific research.