level of lowest possible low water

简明释义

最低低潮面

英英释义

例句

1.The environmental report highlighted the level of lowest possible low water as a critical factor for fish habitats.

环境报告强调了最低可能低水位作为鱼类栖息地的关键因素。

2.During the inspection, we measured the level of lowest possible low water in the reservoir.

在检查期间，我们测量了水库的最低可能低水位。

3.Engineers designed the dam considering the level of lowest possible low water to ensure safety.

工程师在设计大坝时考虑了最低可能低水位以确保安全。

4.Mariners must be aware of the level of lowest possible low water to avoid grounding.

海员必须了解最低可能低水位以避免搁浅。

5.The level of lowest possible low water indicates the minimum height of the water during a drought.

水位的最低可能低水位指的是干旱期间水的最低高度。

作文

The concept of water levels is crucial in various fields such as hydrology, environmental science, and civil engineering. One specific term that often arises in these discussions is the level of lowest possible low water. This phrase refers to the minimum water level that can be expected in a water body, such as a river or lake, during dry seasons or drought conditions. Understanding this level is essential for managing water resources, ensuring navigation safety, and protecting aquatic ecosystems.In hydrology, the level of lowest possible low water serves as a benchmark for scientists and engineers. It helps them assess the health of aquatic environments and predict how they might respond to changes in climate or human activity. For instance, if a river's water level consistently drops below this benchmark, it may indicate that the ecosystem is under stress, potentially leading to habitat loss for fish and other wildlife.Civil engineers also rely on the level of lowest possible low water when designing infrastructure such as bridges and dams. Knowing the lowest expected water level allows them to ensure that structures are built to withstand extreme conditions. If a bridge is constructed without considering this level, it could become submerged during floods, leading to catastrophic consequences.Moreover, the level of lowest possible low water is vital for navigation. Shipping channels must be maintained at depths that accommodate vessels even during low water conditions. If the water level falls below this threshold, ships may run aground, disrupting trade and transportation. Therefore, port authorities monitor water levels closely to provide accurate information to shipping companies.In addition to practical applications, the level of lowest possible low water has significant implications for environmental policy. Governments and organizations must consider this level when developing regulations aimed at conserving water bodies. For example, if a region is experiencing prolonged drought, policies may be implemented to restrict water usage to preserve the remaining resources and protect ecosystems.Furthermore, understanding the level of lowest possible low water can help communities prepare for future water shortages. By recognizing patterns in water levels over time, residents can implement conservation measures and develop sustainable practices to manage their water supply effectively. Education about water levels and their implications can empower individuals and communities to take action in the face of climate change and resource scarcity.In conclusion, the level of lowest possible low water is a critical concept that impacts various sectors, including hydrology, engineering, navigation, and environmental policy. Its significance cannot be overstated, as it influences the health of ecosystems, the safety of infrastructure, and the sustainability of water resources. By understanding and monitoring this level, we can better prepare for the challenges posed by changing climates and increasing demands on our water systems. As global citizens, it is our responsibility to advocate for policies and practices that protect our vital water resources for future generations.

水位的概念在水文学、环境科学和土木工程等多个领域至关重要。在这些讨论中，一个特定的术语经常出现，即最低可能低水位的水平。这个短语指的是在干旱季节或干旱条件下，水体（如河流或湖泊）中可以预期的最低水位。理解这一水位对于管理水资源、确保航行安全以及保护水生生态系统至关重要。在水文学中，最低可能低水位的水平作为科学家和工程师的基准，帮助他们评估水生环境的健康状况，并预测它们如何应对气候变化或人类活动的影响。例如，如果一条河流的水位持续低于这一基准，这可能表明生态系统受到压力，可能导致鱼类和其他野生动物栖息地的丧失。土木工程师在设计基础设施（如桥梁和大坝）时也依赖于最低可能低水位的水平。了解最低预期水位使他们能够确保结构在极端条件下的稳固性。如果在没有考虑这一水位的情况下建造桥梁，可能会在洪水期间被淹没，导致灾难性后果。此外，最低可能低水位的水平对航行至关重要。航运通道必须保持在能够容纳船只的深度，即使在低水条件下也是如此。如果水位跌破这一阈值，船舶可能会搁浅，扰乱贸易和运输。因此，港口当局密切监测水位，以向航运公司提供准确的信息。除了实际应用外，最低可能低水位的水平对环境政策也具有重要意义。政府和组织在制定旨在保护水体的法规时，必须考虑这一水位。例如，如果一个地区经历长期干旱，可能会实施限制用水的政策，以保护剩余资源并保护生态系统。此外，了解最低可能低水位的水平可以帮助社区为未来的水短缺做好准备。通过识别水位随时间变化的模式，居民可以实施节水措施，发展可持续的水资源管理实践。有关水位及其影响的教育可以使个人和社区在面对气候变化和资源匮乏时采取行动。总之，最低可能低水位的水平是一个关键概念，影响水文学、工程、航行和环境政策等多个部门。它的重要性不容低估，因为它影响着生态系统的健康、基础设施的安全以及水资源的可持续性。通过理解和监测这一水位，我们可以更好地为气候变化和日益增长的水资源需求所带来的挑战做好准备。作为全球公民，我们有责任倡导保护我们重要水资源的政策和实践，以造福未来世代。