Sediments example sentences

"Sediments" Example Sentences

1. The river transports sediments from the land into the ocean.
2. Fine-grained sediments settle to the bottom of the lake.
3. The process of glaciers eroding and transporting rock debris creates sediments.
4. Sediments in rivers build up over time to form alluvial plains.
5. Marine sediments contain microfossils that provide evidence of past climates.
6. The sediments laid down at the bottom of an ancient lake eventually become sedimentary rock.
7. Sediment cores are taken by drilling into lake and ocean sediments.
8. Sedimentation patterns can be used to determine how rivers have changed over time.
9. Chemical analysis of marine sediments can reveal changes in ocean chemistry.
10. Sediments accumulate in regional basins over geologic time.
11. River sediments build up and slow the flow of the river channel.
12. Glacial erratics are rocks contained within glacial sediments.
13. Lacustrine sediments are deposited in a lake environment.
14. Mass movement processes transport sediments down hillsides and slopes.
15. Sediment texture reflects the energy conditions of transportation and deposition.
16. Estuarine sediments are found in areas where rivers meet the sea.
17. The strata of sediments were laid down over millions of years.
18. The sediments were transported and deposited by an ancient river delta.
19. Sediment compaction increases with depth of burial.
20. Sediments gradually build up hillslope deposits.
21. Scientists study variations in isotopes within marine sediments.
22. The water in the lagoon quickly became turbid with suspended sediments.
23. Sediments attract additional sediments through the process of flocculation.
24. Stream bank erosion releases large quantities of sediments into the river.
25. Sedimentary rocks preserve a history of chemical compositions within sediments.
26. Heavily saturated soils release more sediments during storm events.
27. The angular rock fragments in the sediments indicate a glacial source.
28. The dredge pumped sediment-laden water out from the harbor.
29. Sediment plumes extending from river mouths can be seen in satellite images.
30. Bioturbation mixes sediments and disrupts sedimentary layers.
31. Estuarine circulation determines the transport and fate of sediments.
32. The settling of sediments lead to changes in bathymetry.
33. Sediment cores from the flood plain show evidence of past flooding events.
34. The sediments making up the delta were carried by longshore drift.
35. The sediments are composed mostly of angular quartz grains.
36. Sediment laden runoff discolored the stream after the rainstorm.
37. Stratification separates sediments of different grain sizes.
38. Sediment traps collect and measure particles settling out of the water column.
39. Sedimentation rates vary seasonally due to changes in runoff.
40. The clay content of the sediments affects compaction.
41. Biogenic sediments are produced by the activities of living organisms.
42. Landslides transport large volumes of sediment down steep hillsides and mountains.
43. Sedimentary structures provide clues about how sediments were deposited.
44. The thin bedding of the sediments indicates periodic deposition.
45. Sediments tend to accumulate on the outside of meander bends.
46. The microbial mats trapped and bound sediments in the shallow tidal zone.
47. Carbonate sediments are comprised of calcium carbonate and other mineral salts.
48. Coastal sediments are redistributed by storm waves and currents.
49. The sediments are sorted by size into gravel, sand, silt and clay fractions.
50. Deep ocean sediments accumulate very slowly.
51. Sediment yield refers to the amount of sediment transported from a watershed.
52. The composition of the sediments indicates a volcanic origin.
53. Cold-climate sediments contain dropstones from melting icebergs.
54. The unloading of glacial sediments triggered isostatic rebound of the land.
55. The sediments have undergone diagenesis and cementation.
56. Fine sediments tend to remain in suspension for longer periods of time.
57. Sediment transport depends on the velocity and turbidity of the water column.
58. The sediment plume extended for miles offshore from the river mouth.
59. Varves are annual cycles of fine and coarse sediments used for dating.
60. Suspended sediments affect light penetration and water clarity.

Common Phases

1. Sediments accumulated at the bottom of the river.
2. Over time, layers of sediments built up in the lake bed.
3. The core sample shows different layers of sediments deposited over thousands of years.
4. Heavy rains caused erosion and transported sediments down the mountain.
5. The sediments in the water made it look muddy and cloudy.
6. Scientists analyzed the sediments to determine the age of the rock layers.
7. Sediments carried by streams and rivers eventually settle out and become deposits.
8. The drainage basin provides sediments that fill the reservoir.
9. Glacier meltwater carried large volumes of sediments in suspension.
10. They dredged sediments from the harbor channel to keep it clear for ships.
11. Anthropogenic sediments from construction and agriculture runoff polluted the waterway.
12. The dredging operation removed contaminated sediments from the bay floor.
13. The fossils were embedded in the ancient lakebed sediments.
14. The researchers searched for clues in the sediment layers of the cave.
15. The soils in the region primarily developed from wind-blown sediments.
16. The sediments were dated using carbon-14 analysis.
17. Coarser sediments like sand settle out first followed by finer particles.
18. Turbidity from sediments in the water decreased water clarity.
19. Marine sediments contain fossils that reveal the history of life in the oceans.
20. Glacial sediments are typically unsorted and contain a range of particle sizes.
21. Sediments entering lakes and reservoirs can reduce their storage capacity over time.
22. The sediment cores provided information about past climate and environmental conditions.
23. The flood waters carried large volumes of sediments that choked off streams.
24. The sedimentary rocks were formed from consolidation of sediments over millions of years.
25. Acids and other pollutants can leach from sediments into surface waters.
26. Sediment traps were used to capture and study particles settling out of the water column.
27. Sedimentary structures within the rock layers indicated the depositional environment.
28. The sediments altered river ecology by smothering fish eggs and aquatic plants.
29. Studies of microfossils in the sediments helped determine the age of the rock unit.
30. Scientists used sediments in sedimentary basins to reconstruct sea levels over geologic time.
31. The turbid water signals high levels of suspended sediments in the stream.
32. Sediment cores provide a history of past environments recorded in the layers.
33. The buried sediments contained pollen grains that revealed past vegetation types.
34. Researchers analyzed magnetic properties of sediments to determine the Earth's magnetic field history.
35. Research vessels use sonar to map sediment distribution and thickness on the seafloor.
36. Sediments on streambeds can abrade and dull the gills of fish and aquatic insects.
37. Researchers studied isotopes in marine sediments to determine past ocean circulation patterns.
38. The sediments disrupted the spawning of fish that require clean gravels to lay their eggs.
39. Sediments deposited during one climatic period may have different characteristics than those from another.
40. Heavy metals in sediments can bioaccumulate in benthic organisms and the food chain.
41. Sedimentary structures like cross-bedding and ripple marks provide clues to ancient environments.
42. Studying ocean sediments helps scientists understand plate tectonics and the evolution of life on Earth.
43. Sediments can transport pathogens and contaminate shellfish beds and swimming areas.
44. Drilling cores into deep ocean sediments provides a record of ocean and climate history.
45. Changes in sedimentation rates over time can indicate changes in the watershed.
46. Sediment cores from polar ice sheets contain climate records trapped in tiny air bubbles.
47. Researchers analyzed elements and organic compounds preserved in sediments to determine past ocean chemistry.
48. Sediments often cement together over time to form sedimentary rock.
49. The reservoir gradually filled with sediments from upstream sources.
50. Petroleum geologists study rock formations and sedimentary basins to identify potential oil and gas traps.
51. Rainfall is the main transport agent of sediments from land into aquatic systems.
52. Sediments build deltas where rivers enter the ocean or other bodies of standing water.
53. Sediment plumes created by erosion could be seen spreading out into the harbor.
54. The variety of minerals in sediments provides clues about the rocks they originated from.
55. Some species of insects and fish depend on clean sediments for feeding and reproduction.
56. Researchers dated quartz grains preserved in sediments to determine the age of glacial deposits.
57. The sediment profile showed distinct layers recording changes in environmental conditions over time.
58. Sediment cores provided information about changes in sea level, climate, and ocean chemistry.
59. Sediment traps were deployed to study the timing and composition of material settling out of the water column.
60. Benthic organisms that live in and on sediments provide important ecosystem services.