100 Examples of sentences containing the common noun "silt"

Definition

Silt is a fine-grained sediment that is smaller than sand but larger than clay, often found in riverbeds, floodplains, and lakes. It is usually composed of minerals and organic materials and can be carried by water and deposited in various environments. Silt can also refer to a soil texture that retains moisture well and is fertile for agriculture.

Synonyms

• Sediment
• Soil
• Sludge
• Mire
• Earth

Antonyms

• Gravel
• Rock
• Sand
• Clay (in certain contexts)

Examples

1. The heavy rain caused the river to silt up with debris and mud.
2. Farmers often worry about how to prevent their fields from silt during a flood.
3. The lake has begun to silt, reducing its depth significantly.
4. The construction project inadvertently caused the nearby stream to silt.
5. The environmentalists are studying how to prevent the delta from silt accumulation.
6. After the storm, we found that the backyard had silt from the nearby river.
7. His explanation helped me understand why the pond tends to silt so quickly.
8. The scientists measured the rate at which the estuary would silt over time.
9. The silt in the river made it difficult for fish to spawn.
10. They used a filter to remove the silt from the water before releasing it back into the ecosystem.
11. The construction runoff caused the lake to silt heavily.
12. It took several months for the area to recover from the silt buildup.
13. The silt from the old dam was clogging the waterways.
14. The team worked hard to clear the channels before they could silt.
15. Heavy machinery was needed to remove the silt from the riverbed.
16. The silt created a fertile area for the crops to grow.
17. We had to regularly check the filters to ensure they weren't silt blocked.
18. The research focused on how to manage the silt in agricultural lands.
19. It’s amazing how quickly the pond can silt after heavy rains.
20. The silt that settled at the bottom was rich in nutrients.
21. Their goal was to prevent the lake from silt accumulation.
22. The river's current was strong enough to carry the silt downstream.
23. The biologists noted that the silt affected the aquatic life.
24. She was surprised to see how much the creek had silt in just a week.
25. The silt deposits were analyzed for pollution levels.
26. The park officials planned to dredge the lake to reduce silt buildup.
27. It’s crucial to monitor the areas that tend to silt over time.
28. The storms caused significant silt and debris to clog the drains.
29. The old riverbed was filled with silt after years of neglect.
30. They discovered that the silt helped to filter pollutants naturally.
31. The silt made the water murky and hard to see through.
32. Farmers often utilize the silt in their fields to enhance soil quality.
33. The dam was designed to prevent excess silt from flowing downstream.
34. The silt was compacted and needed to be loosened for planting.
35. The study examined how much silt could accumulate in a year.
36. They found it challenging to navigate through the silt-filled channels.
37. The silt layer was critical for the local ecosystem's health.
38. Engineers worked on a plan to reduce silt in the reservoir.
39. The area was known for its rich silt, making it ideal for farming.
40. The silt from the flood had covered everything in the valley.
41. They used a pump to remove excess silt from the waterway.
42. The silt deposits were a result of decades of erosion.
43. The community organized a cleanup to remove silt from the riverbanks.
44. The silt was analyzed for its potential agricultural benefits.
45. A significant amount of silt can change the landscape over time.
46. The silt problem was exacerbated by the construction upstream.
47. The lake's health depended on managing the silt levels effectively.
48. She collected samples of the silt for her research project.
49. The silt can affect the water quality in nearby streams.
50. They had to divert the river temporarily to manage the silt issue.
51. The silt formed a natural barrier against erosion.
52. The silt in the marsh was teeming with microorganisms.
53. The team worked tirelessly to control the silt flow into the bay.
54. The silt buildup required regular maintenance to keep the channels clear.
55. After the rains, we noticed the pool would silt much more quickly.
56. The silt was rich in minerals and supported diverse plant life.
57. The dredging operation successfully reduced the silt in the harbor.
58. The silt in this region is known for its agricultural value.
59. They found ways to utilize the silt for landscaping projects.
60. The silt was carefully removed to restore the river’s natural flow.
61. Their research focused on how different plants could stabilize silt.
62. The silt in the estuary was monitored for signs of contamination.
63. The silt can accumulate quickly if not properly managed.
64. The silt deposits were impacting the local fish populations.
65. The team worked to silt proof the new construction site.
66. The silt in the wetlands provided a habitat for various species.
67. The river tends to silt heavily after significant rain events.
68. The silt was a crucial factor in the area’s biodiversity.
69. They needed to silt the area to restore the original landscape.
70. The research indicated that the silt could be beneficial for certain crops.
71. They planned to implement measures to reduce silt runoff.
72. The silt from the river was used to build levees.
73. The silt layer was examined for its ecological impact.
74. The project aimed to enhance the silt management practices.
75. The silt buildup in the reservoir was alarming to the engineers.
76. The farmers were concerned about the loss of silt to erosion.
77. The silt can act as a natural fertilizer for the soil.
78. The storm caused the creek to silt over completely.
79. They installed barriers to prevent further silt from entering the lake.
80. The silt removal process was more complex than anticipated.
81. The silt was analyzed to determine its composition and origin.
82. The silt from the riverbank was rich in organic matter.
83. The wetlands help to filter out silt from the incoming water.
84. The silt accumulation made the channels difficult to navigate.
85. The silt was important for the growth of various aquatic plants.
86. The silt levels were monitored regularly to ensure water quality.
87. The silt posed a challenge for the local wildlife.
88. The community came together to clean up the silt from the beach.
89. The silt had a significant impact on the local fishery.
90. They had to silt the area to prevent flooding in heavy rains.
91. The silt enriched the soil, making it ideal for planting.
92. The team developed a strategy to manage the silt effectively.
93. The silt in the river was a result of upstream agricultural practices.
94. The silt had built up over the years, affecting navigation.
95. The silt was carefully removed to restore natural habitats.
96. The silt contained nutrients that were beneficial for the ecosystem.
97. They discussed ways to prevent the river from continuing to silt.
98. The silt from the lake was used for landscaping projects.
99. The silt was a critical component in maintaining soil health.
100. The project aimed to rejuvenate the area by controlling silt accumulation.