low flow channel

简明释义

枯水河槽

英英释义

例句

1.During the drought, the low flow channel 低流量通道 became critical for maintaining local ecosystems.

在干旱期间，低流量通道 低流量通道对维持当地生态系统至关重要。

2.Engineers studied the low flow channel 低流量通道 to improve fish migration routes.

工程师研究了低流量通道 低流量通道以改善鱼类迁徙路线。

3.The construction of a new bridge required adjustments to the existing low flow channel 低流量通道 design.

新桥的建设需要对现有的低流量通道 低流量通道设计进行调整。

4.The city plans to monitor the low flow channel 低流量通道 for potential flooding risks.

该市计划监测低流量通道 低流量通道以评估潜在的洪水风险。

5.The river's low flow channel 低流量通道 was designed to manage water levels during dry seasons.

这条河的低流量通道 低流量通道旨在管理干旱季节的水位。

作文

The concept of a low flow channel refers to a specific section of a river or stream that is designed to carry water efficiently during periods of low flow. Understanding this term is crucial for environmental scientists, engineers, and urban planners who deal with water management and the preservation of aquatic ecosystems. In essence, a low flow channel is engineered to optimize the flow of water, ensuring that even in times of drought or reduced rainfall, the water can still navigate through the landscape effectively.One significant aspect of a low flow channel is its design. These channels are often narrower and deeper than standard riverbanks, allowing for a more concentrated flow of water. This design helps to prevent sedimentation and maintain water quality, which is critical for the health of aquatic life. Fish and other organisms depend on consistent water levels and flow rates to survive, and any disruption can have detrimental effects on their habitats.Moreover, the construction of a low flow channel can also mitigate flooding risks. By channeling water more efficiently, these structures help to manage excess water during heavy rainfalls while maintaining adequate flow during dry spells. This dual function is essential for communities that rely on rivers for drinking water, recreation, and irrigation. Without a properly functioning low flow channel, areas can experience severe droughts or flooding, both of which can lead to significant economic and environmental consequences.In urban settings, low flow channels are particularly important. As cities expand, natural waterways often become obstructed by buildings and roads, leading to altered water flow patterns. Engineers must consider the implications of urbanization when designing low flow channels. They need to ensure that these channels can handle increased runoff from impervious surfaces while still supporting local wildlife.Additionally, the maintenance of a low flow channel is vital for its long-term functionality. Regular monitoring and cleaning are necessary to remove debris and prevent blockages that could disrupt water flow. Environmental agencies often conduct studies to assess the health of these channels and implement restoration projects when necessary. Such efforts are crucial for sustaining the ecological balance within the surrounding area.In conclusion, the term low flow channel encompasses a variety of critical functions related to water management and environmental conservation. Its design and maintenance are essential for ensuring that aquatic ecosystems thrive, urban areas remain safe from flooding, and communities have access to clean water. As climate change continues to impact weather patterns, understanding and implementing effective low flow channels will become increasingly important for future generations. By prioritizing the health of these channels, we can safeguard our water resources and promote a sustainable environment for all living beings.

‘低流量通道’的概念是指河流或溪流中特定的部分，旨在在低流量期间有效地输送水。理解这个术语对于从事水资源管理和保护水生生态系统的环境科学家、工程师和城市规划者至关重要。本质上，‘低流量通道’是为了优化水流而设计的，确保即使在干旱或降雨减少的时期，水仍然能够有效地穿越景观。‘低流量通道’的一个显著特点是其设计。这些通道通常比标准河岸更窄且更深，允许水流更加集中。这种设计有助于防止沉积物堆积并保持水质，这对于水生生命的健康至关重要。鱼类和其他生物依赖于稳定的水位和流速来生存，任何干扰都可能对它们的栖息地产生不利影响。此外，‘低流量通道’的建设还可以减轻洪水风险。通过更有效地引导水流，这些结构帮助管理在强降雨期间的过量水，同时在干旱期间保持适当的流量。这一双重功能对于依赖河流供水、休闲和灌溉的社区至关重要。如果没有正常运作的‘低流量通道’，地区可能会经历严重的干旱或洪水，而这两者都会导致重大经济和环境后果。在城市环境中，‘低流量通道’尤其重要。随着城市的扩展，自然水道常常被建筑物和道路阻塞，导致水流模式发生变化。工程师在设计‘低流量通道’时必须考虑城市化的影响。他们需要确保这些通道能够处理来自不透水表面的增加径流，同时仍然支持当地野生动物。此外，‘低流量通道’的维护对其长期功能至关重要。定期监测和清理是必要的，以去除杂物和防止堵塞，这可能会干扰水流。环境机构通常进行研究，以评估这些通道的健康状况，并在必要时实施恢复项目。这些努力对于维持周围地区的生态平衡至关重要。总之，‘低流量通道’这个术语涵盖了与水资源管理和环境保护相关的多种关键功能。其设计和维护对于确保水生生态系统的繁荣、城市地区的洪水安全以及社区获得清洁水源至关重要。随着气候变化继续影响天气模式，理解和实施有效的‘低流量通道’将变得越来越重要。通过优先考虑这些通道的健康，我们可以保护我们的水资源，并为所有生物促进可持续的环境。