strength of flood

简明释义

最大)涨潮流速

英英释义

例句

1.Local authorities warned residents about the potential strength of flood 洪水强度 due to heavy rainfall.

地方当局警告居民，由于强降雨，潜在的洪水强度 strength of flood。

2.Understanding the strength of flood 洪水强度 is crucial for emergency response teams during natural disasters.

了解洪水强度 strength of flood 对于自然灾害期间的应急响应团队至关重要。

3.The engineers assessed the strength of flood 洪水强度 to determine the necessary precautions for the dam.

工程师评估了洪水强度 strength of flood，以确定大坝所需的预防措施。

4.The strength of flood 洪水强度 was measured using advanced hydrological models.

使用先进的水文模型测量洪水强度 strength of flood。

5.During the storm, the strength of flood 洪水强度 exceeded all predictions, causing widespread damage.

在暴风雨期间，洪水强度 strength of flood 超过了所有预测，造成了广泛的损害。

作文

The issue of flooding has become increasingly prevalent in recent years, affecting countless communities around the globe. One critical aspect that needs to be understood is the strength of flood (洪水的强度), which refers to the intensity and impact of floodwaters on the environment and human structures. Understanding this concept is essential for effective disaster management and preparedness.Floods can vary significantly in their strength of flood (洪水的强度), influenced by factors such as rainfall intensity, topography, and soil saturation levels. For instance, a sudden downpour can lead to flash floods, where the strength of flood (洪水的强度) can be overwhelming, causing rapid rises in water levels that can catch people off guard. In contrast, riverine floods may develop more slowly, allowing for some level of preparation but still posing significant risks depending on their strength of flood (洪水的强度).The strength of flood (洪水的强度) not only affects physical structures but also has profound implications for the safety and well-being of individuals. When assessing the strength of flood (洪水的强度), authorities must consider how deep and fast-moving the water is, as these factors directly correlate with the potential for destruction. For example, a flood with a high strength of flood (洪水的强度) can erode riverbanks, damage homes, and disrupt transportation networks, leading to long-term economic impacts on affected communities.Moreover, the strength of flood (洪水的强度) can also influence emergency response efforts. First responders need to gauge the strength of flood (洪水的强度) to determine the safest and most effective ways to reach those in need. In situations where the strength of flood (洪水的强度) is particularly high, rescue operations may be delayed or altered to ensure the safety of both victims and rescuers.Additionally, understanding the strength of flood (洪水的强度) is crucial for urban planning and infrastructure development. Cities located in flood-prone areas must take into account the potential strength of flood (洪水的强度) when designing buildings and roadways. Implementing effective drainage systems and flood barriers can mitigate the risks associated with high strength of flood (洪水的强度), ultimately saving lives and reducing economic losses.In conclusion, the strength of flood (洪水的强度) is a vital concept that encompasses various dimensions of flooding, from its physical characteristics to its social implications. By thoroughly understanding the strength of flood (洪水的强度), communities can better prepare for and respond to flooding events, ensuring a safer environment for all. As climate change continues to alter weather patterns and increase the frequency of extreme weather events, acknowledging and addressing the strength of flood (洪水的强度) will be more important than ever.

近年来，洪水问题变得越来越普遍，影响着全球无数社区。一个需要理解的关键方面是洪水的强度，它指的是洪水对环境和人类结构的强度和影响。理解这个概念对于有效的灾害管理和准备至关重要。洪水的强度（洪水的强度）可以因降雨强度、地形和土壤饱和度等因素而有显著不同。例如，突如其来的暴雨可能导致山洪暴发，其洪水的强度（洪水的强度）可能是压倒性的，导致水位迅速上升，让人措手不及。相比之下，河流洪水可能发展得更慢，虽然允许一定程度的准备，但仍然根据其洪水的强度（洪水的强度）带来重大风险。洪水的强度（洪水的强度）不仅影响物理结构，还对个人的安全和福祉产生深远影响。在评估洪水的强度（洪水的强度）时，当局必须考虑水的深度和流速，因为这些因素与破坏潜力直接相关。例如，具有高洪水的强度（洪水的强度）的洪水可能会侵蚀河岸，损坏房屋，并破坏交通网络，导致受影响社区的长期经济影响。此外，洪水的强度（洪水的强度）还会影响紧急响应工作。第一反应者需要评估洪水的强度（洪水的强度），以确定到达需要帮助的人的最安全和最有效的方法。在洪水的强度（洪水的强度）特别高的情况下，救援行动可能会延迟或改变，以确保受害者和救援人员的安全。此外，理解洪水的强度（洪水的强度）对于城市规划和基础设施发展至关重要。位于易洪水地区的城市在设计建筑和道路时必须考虑潜在的洪水的强度（洪水的强度）。实施有效的排水系统和防洪墙可以减轻与高洪水的强度（洪水的强度）相关的风险，最终拯救生命并减少经济损失。总之，洪水的强度（洪水的强度）是一个重要的概念，涵盖了洪水的各个维度，从其物理特征到社会影响。通过深入理解洪水的强度（洪水的强度），社区可以更好地为洪水事件做好准备并做出响应，确保所有人的安全环境。随着气候变化继续改变天气模式并增加极端天气事件的频率，承认和解决洪水的强度（洪水的强度）将变得比以往任何时候都更加重要。