Silt example sentences

"Silt" Example Sentences

1. The river was running high with silt after the heavy rain.
2. Silt slowly accumulated in the inlet over time.
3. The silt deposits made the river shallow and slow moving.
4. Silt particles choked the water filter.
5. The pond gradually silted in over the years.
6. Silt built up behind the dam.
7. Siltation reduced the size of the lake.
8. Farmland flooded as silt built up in the drainage ditches.
9. The irrigation canal had silted in and needed to be dredged.
10. The harbor had silted up and become too shallow for large ships.
11. Boats were grounded in the silt that had accumulated in the basin.
12. The beach grew wider as silt from the river deposited on the shore.
13. Silt blocked the intake pipes that fed water to the reservoir.
14. The heavy silt load made the water murky and cloudy.
15. The vegetation helped control erosion and silt runoff into the lake.
16. Silt fences were installed to slow silt deposits into sensitive wetland areas.
17. Cleanup after the flood involved removing massive amounts of silt and debris.
18. The silt terraces were effective at reducing erosion from farm fields.
19. Turbid river water rich with silt poured into the bay.
20. Increased silt runoff from deforested hillsides choked marine life along the coast.
21. The coral reefs were dying and stressed from too much suspended silt in the ocean.
22. The silt-laden floodwaters eventually receded, leaving behind thick sediment deposits.
23. Gates were opened to flush silt from the locks through the spillway.
24. Clogged with silt, the storm drains overflowed during heavy rains.
25. The fish died when exposed in tanks to river water high in suspended silt.
26. The flood had left a layer of fine silt on everything along the riverbank.
27. Heavy rains swelled the small stream and washed silt onto the road.
28. Acres of farmland lost fertility as the soil eroded away and silted in other areas.
29. The protective wetlands had silted in and could no longer attenuate storm surges.
30. Sediment traps were designed to slow silt-laden runoff from construction sites.
31. Caves near rivers filled in over centuries as silt clogged openings.
32. Irrigation pipes slowly plugged with silt, reducing water flow to the fields.
33. Coastal wetlands have kept pace with rising sea levels by trapping sediment and silt.
34. The new sediment basin controlled runoff and captured eroded silt before it fouled the river.
35. The door wouldn't open because silt had built up in the hinges.
36. They dredged the bay every year to remove built-up layers of silt and keep channels open.
37. Silty soil required higher application rates of water to irrigate crops.
38. The fine silt stirred up by boat propellers fouled the water for swimming.
39. Built-up silt choked the sewer lines and caused backups during rainy periods.
40. The river slowed and widened as it lost gradient and carried more silt from its catchment.
41. Dredging silt from the delta helped maintain adequate water depth for navigation.
42. Increased soil erosion poured huge volumes of silt into the once pristine bay.
43. Silt fences failed and were unable to contain sediment runoff from the construction area.
44. Ponds in farming areas silted in quickly after heavy rains washed soils from the fields.
45. The harbor channel filled with silt faster than the dredges could remove it.
46. The settling pond captured eroded soil and silt from the area before it entered nearby streams.
47. The hydraulic sump pump lifted silt-laden water from the flooded construction site.
48. After weeks of heavy rain, silt and mud choked the small creeks and streams.
49. The floodwaters rushing down the hillside carried an enormous sediment load of silt and sand.
50. The wind stirred up dust and silt clouds from the dried-out lake bed.
51. The slow current allowed sediment and silt to settle out of the creek's brown waters.
52. The silt buildup made the lake choked with weeds and unattractive for swimmers.
53. New sediment and silt deposits reshaped the delta on a near constant basis.
54. The road required gravel and asphalt due to the high volume of silt carried by spring runoff.
55. The sand shifted and reshaped easily, but silt created mud flats that persisted for years.
56. Ocean waves and currents cleaned the beach of silt deposits leaving only pure sand.
57. The reservoir filled with sediment and silt over the 50 years since its construction.
58. The new barrier beach grew quickly as wave action deposited silt and sand along the shoreline.
59. Wind blew silty soil from the dry lake bed in thick dust clouds that left a film of dust.
60. Construction slowed as heavy spring rains washed accumulated silt into the work area.

Common Phases

1. The riverbank was covered with silt that had washed down during flood season.
2. The river narrowed as silt filled its channel.
3. Silt built up in the harbor, making it difficult for ships to dock.
4. They had to dredge the river and remove the silt that had accumulated over the years.
5. The heavy rains caused the stream to overflow its banks, depositing silt on surrounding farmlands.
6. The silt clogged the pond's filter system.
7. Periodic flash floods washed away the silt that had built up on the floodplain.
8. Silt erosion from farmers' fields caused problems for the local ecosystem.
9. Silt fences were installed to prevent sediment runoff into the lake.
10. The soil scientist studied the deposits of silt left behind after the floods.
11. Farmers hoped that spring rains would wash away built-up silt and reinvigorate their fields.
12. Children played in the silt deposits left behind by overflowing riverbanks.
13. Fish populations declined as silt clouded the once crystal-clear waters.
14. The dam's sluice gates opened to allow the buildup of silt to wash downstream.
15. They had to pump water from the basement to remove the silt deposited by floodwaters.
16. The high silt content made the river unsuitable for many industrial uses.
17. Paddling through the shallow waters, they stirred up clouds of silt.
18. Construction projects removed vegetation that normally stabilized silt along riverbanks.
19. The silt-laden water flowed into the estuary, damaging fragile ecosystems.
20. Heavy machinery stirred up silt from the lake bottom, clouding the once clear water.
21. Shovels scraped away layers of silt that had collected against the foundation.
22. The utility company flushed silt from water mains to ensure proper flow and pressure.
23. The river carried huge volumes of silt downstream during spring thaw.
24. The drain was clogged with silt from erosion and needed to be cleared.
25. The river's course changed as silt deposits forced it into a new channel.
26. Marsh grasses helped trap silt and stabilize riverbanks.
27. Wetland plants filtered silt from floodwaters before they reached sensitive habitats.
28. Silt fences helped control erosion and runoff from construction sites.
29. Excavators dug through layers of silt to reach undisturbed soil levels.
30. Silt covered everything from the storm surge and subsequent flooding.
31. They analyzed silt samples from lake bottoms to determine fluctuations in water levels.
32. Plant roots helped bind soil and prevent silt runoff during heavy rains.
33. They built a silt trap to catch sediment before it entered the stream.
34. Removing excess silt from the aquarium required a special filter and vacuum.
35. The pond's ecosystem suffered as silt reduced light penetration and oxygen levels.
36. Root systems of trees along the riverbank helped stabilize silt and prevent erosion.
37. Scientists bored into layers of lake silt to analyze pollen and uncover climate history.
38. Tiny invertebrates lived within the interstices between silt particles on the lake bed.
39. Our once clear brook now runs milky white with silt from the landslide uphill.
40. Vacuuming the aquarium to remove built-up silt is an important part of tank maintenance.
41. High winds stirred up clouds of silt that coated everything left outdoors.
42. Farmers worried excess silt runoff into streams would be categorized as pollution.
43. Workers had to wear masks to filter out particles of silt stirred up during construction.
44. The walls needed to be repainted after silt residue from flooded basements dried.
45. Excessive silt deposits can clog the gills of fish and aquatic invertebrates.
46. Removing built-up silt from the bottom of the pond helped improve clarity and plant growth.
47. Silt deposits formed sedimentary layers that recorded evidence of ancient ecosystems.
48. Sediment traps caught silt runoff from dirt roads before it reached nearby waterways.
49. Biologists analyzed chemical components within layers of streambed silt.
50. The irrigation channel became clogged and unusable due to built-up silt deposits.
51. The new silt fence helped prevent excessive erosion along the construction site.
52. The mechanical filter needed to be cleaned regularly to remove silt accumulation.
53. Carp stirred up silt from the bottom of the pond, clouding the once clear water.
54. Lowland streams regularly flooded, depositing silt and enriching the farmland.
55. Boat propellers stirred up silt from the lakebed, temporarily clouding the water.
56. They collected core samples of lakebed silt to examine changes in soil composition over time.
57. Silt buildup threatened to prevent the floodgates from functioning properly.
58. Archaeologists studied layers of soil silt to piece together a history of land use.
59. Biologists analyzed minor chemical changes within layers of streambed silt over decades.
60. Containers collected rainfall to measure silt deposits from adjacent construction sites.