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Aqueducts Meaning: Definition, Examples, and Translations

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aqueducts

[ˈækwɪdʌkts ]

Definition

Context #1 | Noun

water transportation system

Aqueducts are structures used to transport water from one location to another, typically using gravity to create a flow. They have been used throughout history to provide water for cities, agriculture, and other purposes.

Synonyms

conduit, pipeline, water channel.

Which Synonym Should You Choose?

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Word Description / Examples
aqueducts

This term is often used in historical or engineering contexts to refer to large structures designed to transport water over long distances, usually by gravity. It is especially associated with ancient civilizations like Rome.

  • The Romans constructed many aqueducts to bring water to their cities.
  • Modern engineers study historical aqueducts to learn about ancient water management.
water channel

This term is more generic and can refer to any natural or artificial waterway. It is often used in discussions about geography, engineering, or agriculture.

  • The water channel diverts river water into the fields for irrigation.
  • The city plans to enhance the water channel to prevent flooding.
conduit

This term is used to describe a medium or channel for conveying fluids, but it can also be used metaphorically to mean a means of transmitting other things like information or resources.

  • The electrical wires were safely encased in a conduit.
  • Social media serves as a conduit for news and information.
pipeline

This term is best used in modern contexts to refer to large, often underground, networks for transporting liquids or gases, especially oil and natural gas. It can also be metaphorically used for sequences of events or processes.

  • The new oil pipeline stretches across several states.
  • Our company has several projects in the pipeline.

Examples of usage

  • Roman aqueducts were famous for their engineering and ability to transport water over long distances.
  • The aqueducts in ancient China were vital for the irrigation of crops in arid regions.
  • Modern aqueducts continue to be built to ensure a reliable water supply for growing populations.
  • Aqueducts can be above ground or underground, depending on the terrain and needs of the area.
  • Some aqueducts are still in use today, showcasing the durability and efficiency of this water transportation system.

Translations

To see the translation, please select a language from the options available.

Interesting Facts

Historical Origins

  • The earliest known aqueducts were built by the ancient Greeks around 500 BC.
  • The Romans perfected aqueduct design, creating systems that could transport water over 50 miles without pumps.
  • Some Roman aqueducts, like the Aqua Appia, were constructed underground to protect them from enemies.

Engineering Marvels

  • Many ancient aqueducts are still standing today, showcasing advanced engineering techniques.
  • Roman aqueducts often used a gravitational flow system, relying on precise angles to move water downhill.

Impact on Society

  • Aqueducts allowed cities to support larger populations by ensuring a steady water supply, leading to urban growth.
  • They contributed to public health by bringing fresh water and helping to manage wastewater.

Modern Usage

  • Today, the principles of aqueduct engineering are used in water supply systems across the world.
  • Some contemporary aqueducts are modified to transport not just water, but also hydroelectric power.

Origin of 'aqueducts'

Main points about word origin

  • The word comes from the Latin 'aqua' meaning 'water' and 'ducere' meaning 'to lead or carry'.
  • The term has been used since ancient Rome, where these structures were vital for urban life.

The term 'aqueduct' originates from the Latin words 'aqua' (water) and 'ducere' (to lead). Aqueducts have been used by various ancient civilizations, including the Romans, Greeks, and Persians, to supply water to their cities and agricultural lands. The development of aqueducts marked a significant advancement in water engineering and distribution, allowing for the efficient transport of water over long distances.

Word Frequency Rank

Positioned at #23,905, this word is part of extensive vocabulary. It's relatively rare in general usage but may be important in specific fields or formal writing.