Sedimentary example sentences

"Sedimentary" Example Sentences

1. The sedimentary rock layers revealed the geologic history of the canyon.
2. The sedimentary deposits preserved the footprints of dinosaur impressions.
3. Sandstone is a common type of sedimentary rock.
4. Limestone is another example of a sedimentary rock formed from sediments.
5. Shale is yet another type of sedimentary rock composed of compacted clay.
6. The scientist studied sedimentary rocks to uncover clues about past climates.
7. The fossilized footprints in the sedimentary rock indicated an ancient creature.
8. The scientists analyzed the composition of the sedimentary layers to determine the age of rock formations.
9. The mudstone holds clues to the sedimentary history of the lake bed.
10. Coal deposits form from accumulated plant debris trapped in sedimentary rock layers.
11. The strata of sedimentary rocks provided evidence of the area's geologic history.
12. The fossil-rich sedimentary rocks indicated this region was once a shallow sea.
13. Conglomerate rock forms from the cementation of sedimentary particles.
14. Evaporites are types of sedimentary rocks formed by the precipitation of minerals from evaporating bodies of water.
15. The use of geologic markers helps scientists correlate sedimentary rock layers.
16. The cross bedding patterns in the sandstone revealed the direction of ancient water flows.
17. The erosional unconformities within the sedimentary layers point to gaps in the rock record.
18. Geologists studied the sedimentary deposits preserved within the ancient lake bed.
19. Fossil fuels like oil and natural gas form from the remains of organisms trapped within sedimentary rocks.
20. Certain sedimentary rock layers are known for containing valuable mineral deposits.
21. Compaction and cementation led to the formation of the sedimentary rocks.
22. The particle size, distribution and sorting within sedimentary rocks provided clues about the ancient depositional environment.
23. The outcrop of sedimentary rock contained fossils of trilobites and brachiopods.
24. Paleontologists analyzed the index fossils within the sedimentary layers to determine their age.
25. The deep sea sediments contained an extensive sedimentary archive of past climates.
26. The granular composition of the sediments provide clues about the ancient beach environment.
27. Glacial till deposits represent an unconsolidated sedimentary formation.
28. The footprints in the sedimentary layers were thought to belong to early human ancestors.
29. The sedimentary record yields clues about shifting sea levels over geologic timescales.
30. Stromatolites were some of the earliest lifeforms to leave impressions within ancient sedimentary rocks.
31. Diagenesis refers to the changes that sediments undergo after burial within sedimentary rock layers.
32. The oolitic limestone had a granular sedimentary composition.
33. The sedimentary basin contained vast shale deposits formed under ancient seas.
34. The scientist studied the sedimentary layers to infer past climate conditions.
35. The argillaceous sediments were finely grained clays that formed under a lake.
36. The internal structures within sedimentary rocks indicated paleocurrent directions.
37. The canyon walls exposed sedimentary rock layers that spanned millions of years.
38. Metamorphic processes transformed sedimentary rocks under conditions of heat and pressure.
39. The thinly bedded sedimentary layers preserved clues about seasonal variation in the ancient environment.
40. Primary sedimentary structures like ripples and cross-bedding are visible in outcrops of sandstone.
41. Volcanic ash preserved within sedimentary rocks provides the material for radiometric dating.
42. Sedimentary basins accumulate rocks over vast timescales through the deposition and burial of sediments.
43. Almost all sedimentary rocks formed at or near Earth's surface from the weathering and erosion of older rocks.
44. Turbidity currents were responsible for depositing thick sedimentary layers on the seafloor.
45. Particularly thick sequences of sedimentary rocks form the foundation of major oil and natural gas fields.
46. The researcher analyzed the microfossils preserved in sedimentary rocks to study ancient climates.
47. The sedimentary layers had been extensively deformed through tectonic activity.
48. The color and grain size of sedimentary particles indicated their source and transport method.
49. The fining upward sequence within sedimentary layers pointed to reducing energy conditions over time.
50. Particle size and sorting are important properties used to characterize sedimentary rocks.
51. The sedimentary layers were arranged in an inclined fashion due to tectonic tilting.
52. Coal seams represent an accumulation of organic-rich sedimentary material over vast timespans.
53. The study of sedimentary environments and facies is known as sedimentology.
54. Sedimentary rock layers accumulated over millions of years in this ancient desert basin.
55. Lamination within sedimentary rocks indicated cyclical variations in depositional energy.
56. Gypsum beds formed through the evaporation of ancient sedimentary basins.
57. Bioturbation caused disruption of the original sedimentary structure through biological activity after deposition.
58. The relatively undeformed sedimentary layers indicated this region had a stable tectonic history.
59. Evaporite minerals precipitated from the sedimentary layers that were once a shallow sea.
60. The sedimentary layers exposed in the cliff face revealed clues about the area's ancient past.

Common Phases

1. The sedimentary rock layers can tell us about the history of the Earth.
2. The sedimentary basin collects sediment that is deposited over geologic time.
3. The sandstone is formed from sediments composed mostly of quartz grains cemented by silica.
4. Limestone and shale are common sedimentary rocks formed in layers in the Earth's crust over millions of years.
5.The layers of sedimentary rock exposed in the cliff face show how the landscape has changed over time.
6. The sedimentary particles transported by the river filled the basin and formed thick layers of mud, silt and sand.
7. The deltas created by rivers where they empty into a sea contain thick deposits of sedimentary rocks.
8. Shale is the most common sedimentary rock composed of mud and clay-sized particles.
9. The rocks in the Grand Canyon show a sequence of sedimentary layers laid down in ancient seas.
10. Sedimentary rocks preserve fossils that give clues about the environment and life forms that existed when the rocks formed.
11. Sedimentary rocks are formed when sediment accumulates and becomes lithified over long time periods.
12. The scientist studied the layers of sediment and fossilized remains contained in the sedimentary rock formations.
13. Sandstone and conglomerate are examples of clastic sedimentary rocks formed from fragments of preexisting rocks.
14. The coal seams were formed from accumulated layers of plant material trapped under sedimentary rocks.
15. The ridges and valleys in the region have been shaped by the erosion of softer sedimentary layers.
16. Petroleum and natural gas are found trapped within the pore spaces of sedimentary rocks like sandstone and limestone.
17. The sedimentary rocks are arranged in layers according to age with the oldest ones at the bottom.
18. The stratigraphy and sequencing of the sedimentary layers provided the geologists with crucial data about the geologic past.
19. Sediment deposition and rock formation are continuous processes that are occurring right now.
20. The researcher studied tiny microfossils trapped in sedimentary mudstones to understand past climate changes.
21. The soil in the valley consists largely of weathered sedimentary rock debris.
22. The sediment core drilled from the sea floor contained a record of changing environments over the last million years.
23. The ancient sea floor has been uplifted and eroded, exposing the sedimentary strata.
24. The canyons were carved into sedimentary rock layers over millions of years by water erosion.
25. Fossil hunting is most productive in sedimentary rock formations, especially limestone.
26. Silica cement binds quartz grains in sandstone, a sedimentary rock.
27. The canyon displays over 2 billion years of Earth's history in the complex sedimentary structures.
28. The limestone was formed from marine sediments through a long process of diagenesis.
29. Many thin layers of sediment were deposited annually during the formation of the shale.
30. The paleontologist studied the preserved remains of microscopic creatures trapped in the sedimentary deposits.
31. The particles in suspension settle out of the water column and accumulate in layers of sedimentary deposits.
32. Concretions sometimes form within porous sedimentary rocks by water-borne minerals precipitating.
33. The sandstone beds contain ripple marks indicating the paleo-current flow direction when the sediments were deposited.
34. The sedimentary basins are filled with thick sequences of rock layers composed of materials from multiple sources.
35. Sedimentary particles that settled out of glacial meltwater formed the dark shale bands.
36. The rock layers have been folded, faulted and eroded through processes acting on the sedimentary basin over time.
37. The delta region contains sediments from river deposition as well as sediments from marine environments.
38. Groundwater can flow through pore spaces in porous sedimentary rocks like sandstone.
39. Wave action removes sediments from some parts of the beach while depositing them in other locations.
40. The particles in the sedimentary rock have been adhered together by the process of cementation.
41. Bioturbation describes the mixing of sediment layers by biological activity.
42. Some of the most spectacular caves exist within porous sedimentary limestone layers.
43. Diagenesis and lithification transformed the soft sediment layers into harder sedimentary rocks.
44. The sedimentary layers showed signs of compaction from the weight of overlying sediments.
45. The geographic distribution of different sedimentary rock types reflects their origins.
46. Chemical cementation helped bind the quartz sedimentary particles into quartzite rock.
47. The unconformity indicated a gap in the sedimentary record where rocks layers were eroded away.
48. Evaporite deposits form from the evaporation of sea water trapped in sedimentary basins.
49. The oldest sedimentary rock layers show evidence of early life on Earth.
50. The rocks erode into sedimentary particles that are eventually transported downstream by the river.
51. The geology students studied how to identify different types of sedimentary particles and sedimentary structures.
52. Fossil bone fragments were found preserved within the sedimentary deposits.
53. The sediment cores provided a glimpse into how the climate had changed over time.
54. Conglomerates form from sedimentary deposits containing particles of different sizes.
55. Trace fossils were visible in the flat bedding planes of the sedimentary rocks.
56. The sedimentary basin contains an archive of climate data stretching back millions of years.
57. Metamorphosed sedimentary rocks show evidence of having once been sediment before being altered by heat and pressure.
58. The fossils trapped in amber provide a rare glimpse into life preserved in sedimentary deposits.
59. Compaction resulted in the alignment of platy clay particles within the sedimentary layers.
60. The smallest sedimentary particles tend to settle out of suspension last.