flood level

简明释义

洪水位

英英释义

例句

1.The city installed new drainage systems to help manage heavy rains and prevent the flood level 洪水水位 from rising too high.

该市安装了新的排水系统，以帮助管理大雨并防止洪水水位过高。

2.Officials are monitoring the flood level 洪水水位 closely to ensure public safety during the rainy season.

官员们正在密切监测洪水水位，以确保在雨季期间公众安全。

3.Residents near the lake are advised to prepare for possible evacuation as the flood level 洪水水位 continues to rise.

湖附近的居民被建议准备可能的撤离，因为洪水水位持续上升。

4.After the storm, the flood level 洪水水位 in the area was higher than anyone had anticipated.

风暴过后，该地区的洪水水位比任何人预期的都要高。

5.The authorities have issued a warning that the river is expected to reach its flood level 洪水水位 by tomorrow.

当局已发出警告，预计河流将在明天达到其洪水水位。

作文

Understanding the concept of flood level is essential for both urban planning and disaster management. The term flood level refers to the height reached by floodwaters during a flood event. This measurement is crucial as it helps authorities determine the severity of flooding and the potential impact on communities and infrastructure. In many regions, especially those prone to heavy rainfall or near large bodies of water, understanding flood level can save lives and property. When a heavy rainstorm occurs, rivers and streams can overflow, leading to an increase in the flood level. Meteorologists and hydrologists monitor weather patterns and water levels to predict when and where flooding might occur. By analyzing historical data, they can establish a baseline flood level that communities should be aware of. For instance, if a river typically floods at a certain height, that information can be used to create evacuation plans and inform residents about potential risks. In many areas, governments implement flood warning systems that rely on real-time measurements of the flood level. These systems often use gauges placed along rivers and lakes to provide accurate data. When the flood level approaches a critical threshold, alerts are sent out to local residents, allowing them to prepare for possible evacuation or other safety measures. Moreover, the construction of levees, dams, and floodwalls is often guided by the predicted flood level. Engineers must consider historical flood data to design structures that can withstand potential floodwaters. If these structures are built without adequate consideration of past flood levels, they may fail during extreme weather events, leading to catastrophic consequences. In addition to physical infrastructure, community awareness plays a vital role in managing flood risks. Educational programs that inform residents about the significance of flood levels and how to respond during a flood can greatly enhance safety. People should know how to read local flood level reports and understand what actions to take when those levels rise. Furthermore, climate change is altering weather patterns and increasing the frequency and intensity of storms, which can lead to higher flood levels than previously recorded. This shift requires continuous updating of flood risk assessments and emergency response plans. Communities must adapt to these changes by investing in sustainable practices that mitigate flooding, such as restoring wetlands and improving drainage systems. In conclusion, the term flood level encompasses more than just a number; it represents a critical factor in safeguarding lives and properties during flood events. By understanding and monitoring flood levels, communities can better prepare for the impacts of flooding, ultimately leading to a more resilient society. As we face the challenges posed by climate change, it is imperative that we prioritize our understanding of flood levels and take proactive measures to protect our homes and neighborhoods from the devastating effects of floods.

理解洪水水位的概念对城市规划和灾害管理至关重要。术语洪水水位是指在洪水事件中洪水达到的高度。这一测量对于当局确定洪水的严重程度及其对社区和基础设施的潜在影响至关重要。在许多地区，尤其是那些易受暴雨影响或靠近大水体的地方，了解洪水水位可以拯救生命和财产。当暴雨发生时，河流和溪流可能会溢出，导致洪水水位上升。气象学家和水文学家监测天气模式和水位，以预测洪水可能发生的时间和地点。通过分析历史数据，他们可以建立一个基线洪水水位，让社区了解。例如，如果一条河流通常在某个高度发生洪水，这些信息可以用于制定撤离计划，并告知居民潜在的风险。在许多地区，政府实施了依赖实时测量的洪水预警系统。这些系统通常使用放置在河流和湖泊沿岸的测量仪器提供准确的数据。当洪水水位接近临界阈值时，警报会发给当地居民，让他们做好可能撤离或采取其他安全措施的准备。此外，堤坝、坝和防洪墙的建设通常由预测的洪水水位指导。工程师必须考虑历史洪水数据，以设计能够承受潜在洪水的结构。如果这些结构在设计时没有充分考虑过去的洪水水位，它们可能在极端天气事件中失效，导致灾难性后果。除了物理基础设施外，社区意识在管理洪水风险中也起着至关重要的作用。旨在告知居民有关洪水水位的重要性以及洪水期间应如何反应的教育项目可以大大增强安全性。人们应该知道如何阅读当地的洪水水位报告，并了解当这些水位上升时应采取的行动。此外，气候变化正在改变天气模式，增加风暴的频率和强度，这可能导致比以往记录更高的洪水水位。这一变化要求不断更新洪水风险评估和应急响应计划。社区必须通过投资可持续的减灾实践来适应这些变化，例如恢复湿地和改善排水系统。总之，术语洪水水位不仅仅是一个数字；它代表了在洪水事件中保护生命和财产的关键因素。通过理解和监测洪水水位，社区可以更好地为洪水的影响做好准备，最终导致一个更具韧性的社会。随着我们面临气候变化带来的挑战，优先考虑对洪水水位的理解并采取主动措施保护我们的家园和社区免受洪水破坏性影响是至关重要的。