highest vertical extent of flooding

简明释义

最高垂直浸水范围

英英释义

例句

1.Understanding the highest vertical extent of flooding 洪水的最高垂直范围 is crucial for urban planning and development.

了解洪水的最高垂直范围对于城市规划和发展至关重要。

2.Residents were evacuated when the highest vertical extent of flooding 洪水的最高垂直范围 was expected to reach dangerous levels.

当预计洪水的最高垂直范围将达到危险水平时，居民们被疏散。

3.After the storm, the city officials reported the highest vertical extent of flooding 洪水的最高垂直范围 in several neighborhoods.

暴风雨过后，市官员报告了几个社区的洪水的最高垂直范围。

4.The engineers measured the highest vertical extent of flooding 洪水的最高垂直范围 to determine the safety levels for the new bridge.

工程师测量了洪水的最高垂直范围以确定新桥的安全等级。

5.The flood warning system was updated based on the highest vertical extent of flooding 洪水的最高垂直范围 recorded last year.

洪水警报系统根据去年记录的洪水的最高垂直范围进行了更新。

作文

Flooding is a natural disaster that occurs when water inundates land that is typically dry. It can happen due to various reasons such as heavy rainfall, melting snow, or dam failures. One critical aspect of understanding flooding is determining its impact on the environment and communities. A key term in flood analysis is the highest vertical extent of flooding, which refers to the maximum height that floodwaters can reach above a defined reference point, usually ground level. This measurement is crucial for urban planning, disaster management, and environmental conservation.In many regions, especially those prone to heavy rains or hurricanes, knowing the highest vertical extent of flooding helps engineers design buildings and infrastructure that can withstand potential floodwaters. For instance, in coastal areas, structures are often built with elevated foundations to avoid damage from storm surges. Similarly, floodplain zoning laws take into account the highest vertical extent of flooding to prevent construction in high-risk areas, thereby protecting both the environment and human life.Moreover, understanding the highest vertical extent of flooding is essential for emergency response teams. When a flood warning is issued, these teams need to know how high the water may rise to effectively plan evacuations and allocate resources. Accurate predictions can save lives and reduce property damage. In recent years, advancements in technology such as satellite imagery and hydrological modeling have improved our ability to predict flooding events and their highest vertical extent of flooding.The implications of not considering the highest vertical extent of flooding can be severe. For example, in 2005, Hurricane Katrina devastated New Orleans, where the levees failed, and floodwaters reached unprecedented heights. Many areas that were previously deemed safe for habitation were submerged, leading to catastrophic consequences. This event highlighted the importance of understanding and preparing for the highest vertical extent of flooding in flood-prone regions.In addition to human safety, the highest vertical extent of flooding also affects ecosystems. Flooding can lead to habitat destruction, as plants and animals may not be able to survive prolonged submersion. Wetlands, which act as natural buffers against flooding, can be severely impacted, leading to loss of biodiversity. Therefore, monitoring and managing the highest vertical extent of flooding is also vital for environmental conservation efforts.In conclusion, the concept of highest vertical extent of flooding plays a significant role in various fields, including urban planning, emergency management, and environmental protection. By understanding this term and its implications, we can better prepare for and mitigate the effects of flooding. As climate change continues to influence weather patterns and increase the frequency of extreme weather events, the need for comprehensive flood risk assessments that include the highest vertical extent of flooding will only become more critical. Preparing for floods is not just about building barriers; it’s about understanding the full scope of their potential impact on our lives and the environment.

洪水是一种自然灾害，发生在水淹没通常是干燥的土地上。洪水可能由于多种原因而发生，例如大雨、融雪或大坝失效。理解洪水影响环境和社区的一个关键方面是确定其影响程度。洪水分析中的一个关键术语是洪水的最高垂直范围，它指的是洪水水位相对于一个定义的参考点（通常是地面）的最大高度。这一测量对于城市规划、灾难管理和环境保护至关重要。在许多地区，尤其是那些易受大雨或飓风影响的地区，了解洪水的最高垂直范围有助于工程师设计能够抵御潜在洪水的建筑和基础设施。例如，在沿海地区，建筑物通常建有高架基础，以避免因风暴潮造成的损坏。同样，洪泛区划分法律会考虑洪水的最高垂直范围，以防止在高风险区域建设，从而保护环境和人类生命。此外，了解洪水的最高垂直范围对于紧急响应团队也至关重要。当发布洪水警报时，这些团队需要知道水位可能上升到何种高度，以有效规划撤离和分配资源。准确的预测可以拯救生命并减少财产损失。近年来，卫星图像和水文学模型等技术的进步改善了我们预测洪水事件及其洪水的最高垂直范围的能力。如果不考虑洪水的最高垂直范围，后果可能是严重的。例如，在2005年，卡特里娜飓风摧毁了新奥尔良，堤坝失效，洪水达到了前所未有的高度。许多以前被认为是安全的居住区被淹没，导致灾难性后果。这一事件突显了理解和准备洪水的最高垂直范围在洪水易发地区的重要性。除了人类安全外，洪水的最高垂直范围还影响生态系统。洪水可能导致栖息地破坏，因为植物和动物可能无法在长时间淹没的情况下生存。湿地作为洪水的自然缓冲区，可能受到严重影响，导致生物多样性丧失。因此，监测和管理洪水的最高垂直范围对于环境保护工作也至关重要。总之，洪水的最高垂直范围这一概念在城市规划、应急管理和环境保护等多个领域发挥着重要作用。通过理解这个术语及其影响，我们可以更好地为洪水做准备并减轻其影响。随着气候变化继续影响天气模式并增加极端天气事件的频率，全面的洪水风险评估将包括洪水的最高垂直范围的需求只会变得更加重要。为洪水做好准备不仅仅是建立障碍；而是要理解它们对我们的生活和环境的潜在影响的全貌。