cyclconic rain

简明释义

气旋雨

英英释义

例句

1.The weather forecast predicts cyclonic rain 气旋性降雨 for this weekend, so we should prepare for possible flooding.

天气预报预测这个周末将有气旋性降雨，气旋性降雨可能会导致洪水，因此我们应该做好准备。

2.Farmers welcomed the cyclonic rain 气旋性降雨 as it helped replenish the water supply for their crops.

农民们欢迎气旋性降雨 气旋性降雨，因为它帮助补充了作物的水源。

3.After the cyclonic rain 气旋性降雨, many areas experienced power outages due to fallen trees.

在气旋性降雨 气旋性降雨之后，许多地区因倒下的树木而发生停电。

4.Residents are advised to stay indoors during cyclonic rain 气旋性降雨 to avoid potential hazards.

建议居民在气旋性降雨 气旋性降雨期间待在室内，以避免潜在的危险。

5.The cyclonic rain 气旋性降雨 caused significant delays in transportation across the region.

气旋性降雨 气旋性降雨导致该地区的交通严重延误。

作文

Cyclones are powerful weather systems that can bring about dramatic changes in our environment. One of the most significant phenomena associated with cyclones is cyclonic rain, which refers to the heavy rainfall that occurs in conjunction with these storm systems. Understanding cyclonic rain is crucial for predicting weather patterns and preparing for potential disasters. This essay will explore the causes, characteristics, and impacts of cyclonic rain on both the environment and human activities.The formation of cyclonic rain is closely linked to the dynamics of a cyclone. A cyclone typically forms over warm ocean waters where the heat and moisture from the water surface rise into the atmosphere. As this moist air ascends, it cools and condenses, leading to the formation of clouds and precipitation. The rotation of the Earth and the Coriolis effect play significant roles in the development of cyclones, causing them to spin and intensify. When these systems move over land or cooler waters, they can generate intense rainfall, known as cyclonic rain.One of the defining characteristics of cyclonic rain is its intensity and duration. Unlike typical rain showers that may last for a short period, cyclonic rain can persist for several hours or even days, leading to significant accumulations of water. This prolonged rainfall can result in flooding, landslides, and other hazards, particularly in areas that are not equipped to handle such volumes of water. For instance, regions that experience cyclonic rain often face challenges in managing runoff, which can overwhelm drainage systems and lead to widespread inundation.The impacts of cyclonic rain extend beyond immediate weather-related issues. Agriculture, for example, can be significantly affected by the amount and timing of rainfall. While some crops may benefit from the moisture brought by cyclonic rain, excessive rainfall can lead to crop damage, soil erosion, and loss of harvests. Furthermore, the economic implications of cyclonic rain can be profound, as communities may face costly repairs and recovery efforts following severe weather events.In addition to agricultural concerns, cyclonic rain also poses risks to infrastructure and public safety. Roads, bridges, and buildings may be compromised by the sheer volume of water, leading to transportation disruptions and increased risk of accidents. Emergency services often find themselves stretched thin during periods of cyclonic rain, as they respond to flooding incidents, evacuations, and other emergencies triggered by the storm.To mitigate the effects of cyclonic rain, it is essential for communities to invest in preparedness and resilience strategies. This includes improving drainage systems, creating flood management plans, and educating the public about the risks associated with cyclonic weather. Additionally, advancements in meteorological technology have enhanced our ability to predict cyclonic activity, allowing for timely warnings and better response measures.In conclusion, cyclonic rain is a significant weather phenomenon that arises from the dynamics of cyclones. Its intense and prolonged nature can lead to various environmental and societal impacts, highlighting the importance of understanding and preparing for such events. As climate change continues to influence weather patterns globally, the frequency and severity of cyclonic rain may increase, making it imperative for communities to adapt and build resilience against these powerful storms.

气旋是强大的天气系统，能够给我们的环境带来剧烈的变化。与气旋相关的最重要现象之一是气旋性降雨，指的是与这些风暴系统一起发生的强降雨。理解气旋性降雨对于预测天气模式和准备潜在灾害至关重要。本文将探讨气旋性降雨的成因、特征及其对环境和人类活动的影响。气旋性降雨的形成与气旋的动态密切相关。气旋通常在温暖的海洋水域上形成，水面上的热量和湿气上升到大气中。当这些潮湿的空气上升时，会冷却并凝结，导致云和降水的形成。地球的自转和科里奥利效应在气旋的发展中起着重要作用，使其旋转并增强。当这些系统移动到陆地或较冷的水域时，它们可以产生强烈的降雨，称为气旋性降雨。气旋性降雨的一个定义特征是其强度和持续时间。与可能持续短时间的典型降雨相比，气旋性降雨可能持续数小时甚至数天，导致大量水的积聚。这种持续的降雨可能导致洪水、滑坡和其他危害，特别是在那些没有能力处理如此大量水的地区。例如，经历气旋性降雨的地区通常在管理径流方面面临挑战，这可能会使排水系统不堪重负，导致广泛的淹没。气旋性降雨的影响不仅限于即时的天气相关问题。农业也可能受到降雨量和时机的显著影响。尽管一些作物可能从气旋性降雨带来的水分中受益，但过量的降雨可能导致作物损害、土壤侵蚀和收成损失。此外，气旋性降雨的经济影响可能是深远的，因为社区可能面临严重天气事件后昂贵的修复和恢复工作。除了农业问题，气旋性降雨还对基础设施和公共安全构成风险。道路、桥梁和建筑物可能因水量过大而受到损害，导致交通中断和事故风险增加。在气旋性降雨期间，紧急服务通常面临压力，因为他们需要应对洪水事件、撤离和其他由风暴引发的紧急情况。为了减轻气旋性降雨的影响，社区必须投资于准备和韧性策略。这包括改善排水系统、制定洪水管理计划以及教育公众了解与气旋天气相关的风险。此外，气象技术的进步增强了我们预测气旋活动的能力，使及时预警和更好的响应措施成为可能。总之，气旋性降雨是由气旋的动态引发的重要天气现象。其强烈和持久的特性可能导致各种环境和社会影响，突显了理解和准备这些事件的重要性。随着气候变化继续影响全球天气模式，气旋性降雨的频率和严重性可能会增加，使社区必须适应并增强抵御这些强大风暴的能力。