mean monthly-highest water level

简明释义

塑望平均高潮位

英英释义

例句

1.The researchers recorded the mean monthly-highest water level 平均月最高水位 for the river to analyze seasonal variations.

研究人员记录了河流的平均月最高水位以分析季节变化。

2.Climate change is impacting the mean monthly-highest water level 平均月最高水位 in many coastal regions.

气候变化正在影响许多沿海地区的平均月最高水位。

3.During the summer, the mean monthly-highest water level 平均月最高水位 tends to rise due to melting snow.

在夏季，由于雪融化，平均月最高水位往往会上升。

4.The dam management team uses the mean monthly-highest water level 平均月最高水位 data to ensure safety and prevent flooding.

大坝管理团队使用平均月最高水位数据以确保安全并防止洪水。

5.The city planners referenced the mean monthly-highest water level 平均月最高水位 when designing new drainage systems.

城市规划者在设计新排水系统时参考了平均月最高水位。

作文

Understanding the concept of mean monthly-highest water level is essential for various fields, including environmental science, hydrology, and urban planning. This term refers to the average of the highest water levels recorded in a specific location during each month over a certain period. By analyzing this data, scientists and planners can better understand the seasonal variations in water bodies, which can be crucial for managing water resources, predicting flooding events, and assessing the impacts of climate change.The calculation of the mean monthly-highest water level involves collecting data on the highest water levels observed each month for several years. Once this data is gathered, researchers compute the average of these monthly peaks. This average provides a clearer picture of the typical maximum water levels that can be expected during different times of the year.For instance, in regions prone to seasonal rainfall, understanding the mean monthly-highest water level can help in flood risk management. If the data indicates that the highest water levels usually occur in July and August due to monsoon rains, local authorities can prepare by implementing flood control measures or alerting residents about potential risks.Moreover, the mean monthly-highest water level is also significant for ecological studies. Many aquatic ecosystems rely on specific water levels to thrive. For example, certain fish species may require particular water depths for spawning. By monitoring the average of the highest water levels, ecologists can determine whether the habitat conditions remain suitable for these species, especially in the face of changing climate patterns.In urban planning, understanding the mean monthly-highest water level is vital for constructing buildings and infrastructure. Areas that are prone to flooding need careful consideration regarding where to build homes, roads, and other facilities. Planners can use this data to ensure that new developments are not built in areas that could be submerged during peak water levels.Additionally, the mean monthly-highest water level can inform water resource management strategies. In regions where water scarcity is an issue, knowing the average maximum levels can help in planning for water storage and usage. For example, reservoirs can be designed to hold enough water during peak levels for use during drier months.Furthermore, understanding the mean monthly-highest water level can aid in climate change research. As global temperatures rise, precipitation patterns are shifting, which can alter water levels in lakes, rivers, and reservoirs. By continuously monitoring and analyzing these levels, scientists can identify trends that may indicate how climate change is affecting regional water systems.In conclusion, the mean monthly-highest water level is a critical metric that serves multiple purposes across various disciplines. From flood management to ecological preservation and urban development, understanding this concept allows for informed decision-making that can lead to sustainable practices and better preparedness for natural events. As we continue to face environmental challenges, the importance of such data will only grow, making it imperative for stakeholders to integrate this understanding into their planning and operations.

理解平均月最高水位的概念对于环境科学、水文学和城市规划等多个领域至关重要。这个术语指的是在特定地点每月记录的最高水位的平均值，通常是基于一段时间内的数据进行计算。通过分析这些数据，科学家和规划者可以更好地理解水体的季节性变化，这对管理水资源、预测洪水事件以及评估气候变化的影响都非常关键。计算平均月最高水位涉及收集若干年内每月观察到的最高水位数据。一旦收集到这些数据，研究人员就会计算这些月度峰值的平均值。这一平均值提供了关于不同时间段内可以预期的典型最大水位的更清晰图景。例如，在季节性降雨频繁的地区，了解平均月最高水位有助于洪水风险管理。如果数据表明由于季风降雨，最高水位通常出现在七月和八月，当地政府可以通过实施洪水控制措施或警告居民潜在风险来做好准备。此外，平均月最高水位对生态研究也至关重要。许多水生生态系统依赖于特定的水位才能繁荣。例如，某些鱼类可能需要特定的水深进行产卵。通过监测最高水位的平均值，生态学家可以判断栖息地条件是否仍适合这些物种，尤其是在气候变化的背景下。在城市规划中，了解平均月最高水位对于建筑和基础设施的建设至关重要。容易发生洪水的区域在建造房屋、道路和其他设施时需要仔细考虑。规划者可以利用这一数据确保新开发项目不建在可能在高水位期间被淹没的区域。此外，平均月最高水位还可以为水资源管理策略提供信息。在水资源短缺的问题严重的地区，了解平均的最大水位可以帮助规划水储存和使用。例如，水库可以设计为在高水位期间储存足够的水，以便在干旱月份使用。进一步说，了解平均月最高水位可以帮助气候变化研究。随着全球温度上升，降水模式正在发生变化，这可能会改变湖泊、河流和水库的水位。通过持续监测和分析这些水位，科学家可以识别出可能表明气候变化如何影响区域水系统的趋势。总之，平均月最高水位是一个关键指标，在多个学科中服务于多种目的。从洪水管理到生态保护，再到城市发展，理解这一概念使得相关决策能够更加明智，从而促进可持续实践并更好地应对自然事件。随着我们继续面对环境挑战，这类数据的重要性只会增加，因此利益相关者必须将这种理解融入他们的规划和运营中。