minimum flow rate

简明释义

最小流量

英英释义

例句

1.To prevent fish from dying in the river, the dam operator set a minimum flow rate 最低流量 of 200 cubic feet per second.

为了防止河里的鱼死亡，大坝操作员设定了每秒200立方英尺的最低流量 最低流量。

2.The environmental regulations mandate a minimum flow rate 最低流量 to maintain the ecosystem health downstream.

环境法规要求保持一个最低流量 最低流量以维持下游生态系统的健康。

3.The water treatment plant must maintain a minimum flow rate 最低流量 of 500 gallons per minute to ensure proper filtration.

水处理厂必须保持500加仑每分钟的最低流量 最低流量以确保适当的过滤。

4.The irrigation system requires a minimum flow rate 最低流量 of 1 liter per second for effective crop growth.

灌溉系统需要每秒1升的最低流量 最低流量以促进有效的作物生长。

5.During drought conditions, the city council decided to reduce the minimum flow rate 最低流量 to conserve water resources.

在干旱条件下，市议会决定降低最低流量 最低流量以节约水资源。

作文

Understanding the concept of minimum flow rate is crucial in various fields, including environmental science, engineering, and water resource management. The term minimum flow rate refers to the lowest rate at which water can flow in a river, stream, or any other water body without causing significant harm to the ecosystem. This concept is particularly important for maintaining the health of aquatic habitats and ensuring the survival of fish and other wildlife that depend on these water sources.In environmental science, the minimum flow rate is often determined through extensive research and monitoring of local ecosystems. Scientists study the natural flow patterns of rivers and streams to establish a baseline for what constitutes a healthy environment. For instance, if a river experiences a decrease in flow due to drought or human activities such as dam construction, it can lead to negative consequences for the flora and fauna that rely on that water. Fish populations may decline, and plants along the riverbanks may struggle to survive if the minimum flow rate is not maintained.Engineering plays a significant role in managing water resources and ensuring that the minimum flow rate is upheld. Engineers design dams and water diversion systems with careful consideration of the ecological impact. They must balance the need for water supply for agricultural and urban use with the necessity of preserving natural habitats. By implementing strategies such as controlled releases from reservoirs, engineers can help maintain the minimum flow rate during dry periods, thus protecting the ecosystem.Water resource management also involves setting regulations and guidelines that dictate the minimum flow rate for various water bodies. Governments and environmental organizations work together to monitor water levels and enforce policies that safeguard against over-extraction. These regulations are essential for sustaining water quality and availability for future generations. Without proper management, the consequences of ignoring the minimum flow rate can be dire, leading to habitat destruction and loss of biodiversity.Moreover, the impacts of climate change are increasingly affecting the minimum flow rate of many rivers and streams. As temperatures rise and precipitation patterns shift, the availability of water can fluctuate dramatically. This variability poses challenges for maintaining the necessary flow rates to support ecosystems. Adaptive management strategies must be developed to respond to these changes and ensure that the minimum flow rate remains within a range that supports ecological health.In conclusion, the minimum flow rate is a vital concept that intersects with various disciplines, highlighting the importance of interdisciplinary approaches to environmental conservation. By understanding and respecting the minimum flow rate, we can better protect our water resources and the ecosystems that depend on them. It is imperative that we continue to educate ourselves and advocate for policies that prioritize sustainable water management practices, ensuring that future generations inherit a healthy and thriving environment.

理解最低流量的概念在环境科学、工程学和水资源管理等多个领域中至关重要。术语最低流量指的是河流、溪流或任何其他水体中水流动的最低速率，在这个速率下不会对生态系统造成重大伤害。这个概念对于维持水生栖息地的健康以及确保依赖这些水源的鱼类和其他野生动物的生存尤为重要。在环境科学中，最低流量通常通过对当地生态系统进行广泛的研究和监测来确定。科学家研究河流和溪流的自然流动模式，以建立健康环境的基线。例如，如果由于干旱或人类活动（如筑坝）而导致河流流量减少，可能会对依赖该水源的动植物产生负面影响。如果不维持最低流量，鱼类种群可能会下降，河岸的植物也可能难以生存。工程学在管理水资源和确保维持最低流量方面发挥着重要作用。工程师在设计大坝和水流转移系统时，必须仔细考虑生态影响。他们必须平衡农业和城市用水的需求与保护自然栖息地的必要性。通过实施如从水库控制释放水流等策略，工程师可以帮助在干旱时期维持最低流量，从而保护生态系统。水资源管理还涉及制定法规和指导方针，规定各种水体的最低流量。政府和环保组织共同努力监测水位并执行保护过度提取的政策。这些法规对于维持水质和未来的水资源可用性至关重要。如果没有适当的管理，忽视最低流量的后果可能是严重的，导致栖息地破坏和生物多样性的丧失。此外，气候变化的影响越来越影响许多河流和溪流的最低流量。随着气温上升和降水模式的变化，水的可用性可能会剧烈波动。这种变异给维持支持生态系统所需的流量带来了挑战。必须制定适应性管理策略，以应对这些变化，并确保最低流量保持在支持生态健康的范围内。总之，最低流量是一个重要的概念，它与多个学科交叉，突显了跨学科方法在环境保护中的重要性。通过理解和尊重最低流量，我们可以更好地保护我们的水资源和依赖它们的生态系统。我们必须继续教育自己，并倡导优先考虑可持续水资源管理实践的政策，确保未来的世代继承一个健康和繁荣的环境。