100 Examples of sentences containing the common noun "subdrainage"

Definition

Subdrainage refers to the system or process of removing excess water from the soil below the surface layer, typically through the use of pipes or ditches. This technique is commonly employed in agricultural practices, construction, and landscape management to improve soil drainage, prevent waterlogging, and enhance plant growth.

Synonyms

• Drainage system
• Subsurface drainage
• Groundwater drainage
• Soil drainage
• Underdrainage

Antonyms

• Waterlogging
• Saturation
• Flooding
• Inundation
• Overwatering

Examples

1. The engineers decided to implement a subdrainage system in the park to prevent flooding during heavy rains.
2. In agriculture, effective subdrainage can significantly improve crop yield and soil health.
3. The new housing development required extensive subdrainage to protect the foundations from groundwater.
4. Farmers often rely on subdrainage techniques to manage irrigation and drainage simultaneously.
5. The subdrainage process was essential to the success of the landscape project.
6. The city has started a campaign to improve its subdrainage infrastructure in flood-prone areas.
7. Proper subdrainage can help mitigate the effects of heavy rainfall on urban landscapes.
8. The construction team installed a subdrainage network to ensure the site remained dry during the rainy season.
9. The effectiveness of the subdrainage system was tested during the last storm.
10. To prevent root rot, the gardener implemented a subdrainage solution in the flower beds.
11. The study focused on the benefits of subdrainage in reducing soil erosion.
12. The old subdrainage pipes were replaced with modern materials for better efficiency.
13. Effective subdrainage helps maintain optimal moisture levels for healthy plant growth.
14. The architect included subdrainage plans in the blueprint to safeguard the building's foundation.
15. The local government funded a project to upgrade the subdrainage systems in rural areas.
16. Engineers evaluated the subdrainage needs of the region before starting the construction.
17. The subdrainage design was praised for its innovative approach to water management.
18. Homeowners often overlook the importance of subdrainage in preventing basement flooding.
19. The subdrainage system was clogged, causing water to pool in the garden.
20. A well-planned subdrainage system can save time and money in land development.
21. The environmental impact of subdrainage was a crucial consideration in the project.
22. Subdrainage can help reduce the risk of landslides in hilly areas.
23. The team monitored the subdrainage effectiveness throughout the rainy season.
24. The subdrainage installation was completed ahead of schedule.
25. Farmers are increasingly adopting advanced subdrainage techniques for sustainability.
26. The subdrainage channels directed excess water away from the crops.
27. The effectiveness of their subdrainage system was evident after the last rainstorm.
28. Maintenance of the subdrainage system is crucial for its long-term effectiveness.
29. They decided to improve the subdrainage after experiencing waterlogging issues.
30. The local council held a workshop on best practices for subdrainage management.
31. The subdrainage system was designed to handle both surface and groundwater.
32. The cost of installing subdrainage was offset by the reduction in water-related damages.
33. Subdrainage is vital in areas where the water table is high.
34. The subdrainage configuration was tailored to the specific soil conditions of the site.
35. The team proposed a subdrainage strategy to enhance the park's ecological resilience.
36. They were pleased with the results of their new subdrainage project.
37. The subdrainage plan included various types of drainage structures.
38. A functioning subdrainage system can prevent water from pooling around foundations.
39. The subdrainage installation was part of a larger stormwater management plan.
40. The benefits of subdrainage extend beyond agriculture to urban planning.
41. The recent improvements in subdrainage technology have made installations easier.
42. The subdrainage helped maintain the integrity of the road during heavy rains.
43. Their subdrainage solution proved effective in managing stormwater runoff.
44. The subdrainage system was inspected for any signs of blockages.
45. The community invested in a new subdrainage project to combat flooding risks.
46. Efficient subdrainage practices can enhance groundwater recharge.
47. The research highlighted the advantages of subdrainage in wetland restoration.
48. The subdrainage channels were designed to blend with the natural landscape.
49. There was a noticeable improvement in plant health after implementing subdrainage.
50. The contractor specialized in subdrainage solutions for commercial properties.
51. They studied the impact of subdrainage on local biodiversity.
52. A well-maintained subdrainage system can prolong the lifespan of infrastructure.
53. The subdrainage network was crucial in managing the area’s hydrology.
54. The project manager emphasized the importance of subdrainage during the meeting.
55. The subdrainage system was designed to minimize soil erosion during storms.
56. The efficacy of their subdrainage strategy was evident after several rain events.
57. The team investigated the potential for subdrainage improvements in existing systems.
58. The subdrainage layout was carefully planned to accommodate the terrain.
59. The homeowners were relieved to find their subdrainage issues resolved.
60. The subdrainage was critical in maintaining the health of the golf course greens.
61. They implemented a subdrainage system to protect against seasonal flooding.
62. The use of subdrainage can lead to improved agricultural productivity.
63. The subdrainage process involved several stages to ensure effectiveness.
64. They decided to consult a specialist for their subdrainage needs.
65. The project's success hinged on the implementation of effective subdrainage.
66. The subdrainage installation faced delays due to weather conditions.
67. The subdrainage system was part of the comprehensive water management plan.
68. The landscape architect recommended subdrainage to enhance the garden design.
69. The subdrainage features were well-integrated into the overall site plan.
70. The study concluded that enhanced subdrainage could mitigate climate impacts.
71. The subdrainage system functioned well even during extreme weather events.
72. They were eager to see the results of their subdrainage improvements.
73. The subdrainage channels were lined with gravel to promote flow.
74. The importance of subdrainage became clear after the heavy rains.
75. The subdrainage design was innovative and environmentally friendly.
76. Regular maintenance of the subdrainage system is essential for longevity.
77. The subdrainage was carefully monitored for effectiveness during the project.
78. The contractor provided a detailed plan for the subdrainage installation.
79. The community was grateful for the new subdrainage improvements.
80. The subdrainage approach reduced the risk of soil erosion significantly.
81. They utilized subdrainage to manage excess water effectively.
82. The subdrainage system required periodic inspections to ensure functionality.
83. The farmers were trained in the latest subdrainage techniques.
84. The project aimed to enhance the existing subdrainage infrastructure.
85. The subdrainage helped sustain the wetlands during dry periods.
86. The subdrainage network was essential for the urban development plan.
87. They evaluated how subdrainage could improve water quality in the area.
88. The subdrainage system was designed to handle peak water flows.
89. The team worked diligently to finalize the subdrainage layout.
90. They faced challenges during the installation of the subdrainage system.
91. The subdrainage effectively redirected water away from high-risk areas.
92. The local university conducted research on subdrainage methods.
93. The subdrainage implementation was a collaborative effort with local authorities.
94. They decided to upgrade their subdrainage system based on recent flooding incidents.
95. The subdrainage was critical in preventing soil saturation in the fields.
96. The team assessed the subdrainage for potential improvements.
97. The subdrainage options were discussed during the planning phase.
98. The subdrainage system was a key component of the environmental plan.
99. They were excited to see how the new subdrainage would benefit the landscape.
100. The subdrainage installation was completed successfully, ensuring proper water management.