noun a sliding gate or other device for controlling the flow of water, especially one in a lock
verb to draw off or let out by a sluice
In civil engineering, a sluice gate is a gate used to control water flow in channels, canals, or rivers.
In maritime contexts, a sluice may refer to a gate or valve used to control the flow of water in a ship's hull, particularly for ballast or bilge purposes.
In mining, a sluice is a long sloping trough or channel through which water is directed to wash away dirt, gravel, or gold-bearing ore.
In hydrology, a sluice is a water channel controlled at its head by a gate, typically used to control the flow of water for various purposes such as irrigation, drainage, or flood control.
In writing, 'sluice' may be used metaphorically to describe the process of filtering or channeling information or ideas in a controlled manner, similar to how a sluice gate controls the flow of water.
In civil engineering, a sluice is a structure used to control the flow of water in rivers, canals, or other waterways. Engineers may design and construct sluices to manage water levels and prevent flooding.
Environmental scientists may study the impact of sluices on aquatic ecosystems and water quality. They may also work to improve the design and function of sluices to minimize negative environmental effects.
Fisheries biologists may use sluices as a tool for managing fish populations in rivers and streams. By controlling water flow with sluices, biologists can create optimal conditions for fish spawning and migration.
Hydrologists study the movement and distribution of water in various environments. They may use sluices to monitor and control water flow in rivers, reservoirs, and other water systems.
Historians may research the historical use of sluices in ancient civilizations or industrial settings. They may also explore the cultural significance of sluices in different societies throughout history.