amplitude of swell

简明释义

涌幅

英英释义

例句

1.The amplitude of swell 潮汐幅度 can affect fishing conditions in the area.

该地区的 amplitude of swell 潮汐幅度 可能会影响捕鱼条件。

2.The surfer checked the weather report to see the predicted amplitude of swell 潮汐幅度 for the weekend.

冲浪者查看天气预报，以了解周末的预测amplitude of swell 潮汐幅度。

3.The marine biologist studied how the amplitude of swell 潮汐幅度 affects coastal erosion.

海洋生物学家研究了 amplitude of swell 潮汐幅度 如何影响海岸侵蚀。

4.During the storm, the amplitude of swell 潮汐幅度 increased dramatically, making it dangerous for small boats.

在暴风雨期间，amplitude of swell 潮汐幅度 急剧增加，使小船变得危险。

5.Sailors need to be aware of the amplitude of swell 潮汐幅度 when planning their journeys.

水手在规划航程时需要注意 amplitude of swell 潮汐幅度。

作文

Understanding the dynamics of ocean waves is crucial for various fields, including marine navigation, coastal engineering, and environmental science. One important aspect of wave behavior is the amplitude of swell, which plays a significant role in determining the impact of waves on shorelines and marine activities. The amplitude of swell refers to the height of the waves from their trough to their crest, essentially measuring the energy and strength of the ocean's surface movements. In this essay, we will explore the significance of the amplitude of swell and its implications for both natural ecosystems and human activities.The amplitude of swell is influenced by various factors, including wind speed, duration, and the distance over which the wind blows across the water's surface. When strong winds blow over a large area of the ocean, they generate waves with a higher amplitude of swell. These larger waves can travel vast distances, often reaching coastal areas far from their origin. Understanding this phenomenon is essential for predicting weather patterns and potential storms, as a significant increase in the amplitude of swell can indicate the approach of severe weather.For coastal communities, the amplitude of swell has direct implications for safety and infrastructure. High waves can lead to coastal erosion, flooding, and damage to buildings and roads. Therefore, monitoring the amplitude of swell is vital for disaster preparedness and response. Coastal engineers often utilize data on wave amplitudes to design resilient structures that can withstand the forces exerted by high-energy waves. By understanding the amplitude of swell, engineers can create breakwaters, sea walls, and other protective measures that help mitigate the effects of powerful ocean waves.Moreover, the amplitude of swell affects marine ecosystems as well. Larger swells can influence the distribution of nutrients in the water, impacting the growth of phytoplankton, which forms the base of the marine food web. Changes in the amplitude of swell can also affect the habitats of various marine species, potentially disrupting breeding patterns and migration routes. For instance, certain fish species rely on specific wave conditions for spawning. Therefore, fluctuations in the amplitude of swell can have cascading effects throughout the ecosystem.In recreational contexts, the amplitude of swell is of great interest to surfers and marine sports enthusiasts. Many surfers seek out specific wave conditions characterized by a desirable amplitude of swell. Waves that are too small may not provide the thrill that surfers crave, while excessively large waves can pose safety risks. Understanding the optimal amplitude of swell for surfing can enhance the experience and ensure safety for those engaging in water sports.In conclusion, the amplitude of swell is a fundamental characteristic of ocean waves that carries significant implications for various aspects of life, from coastal safety to ecological health and recreational activities. By studying and understanding the amplitude of swell, we can better prepare for the impacts of ocean dynamics on our environment and society. It is crucial to continue research and monitoring efforts to comprehend how changes in wave amplitudes may affect our planet in the face of climate change and increasing human activity along coastlines.

理解海浪的动态对于海洋导航、海岸工程和环境科学等多个领域至关重要。波浪行为的一个重要方面是涌浪幅度，它在确定波浪对海岸线和海洋活动的影响中起着重要作用。涌浪幅度指的是波浪从波谷到波峰的高度，基本上测量了海洋表面运动的能量和强度。在这篇文章中，我们将探讨涌浪幅度的重要性及其对自然生态系统和人类活动的影响。涌浪幅度受多种因素的影响，包括风速、持续时间以及风在水面上吹动的距离。当强风在大面积海洋上吹动时，会产生具有较高涌浪幅度的波浪。这些较大的波浪可以旅行很远的距离，通常会到达远离其源头的沿海地区。理解这一现象对于预测天气模式和潜在风暴至关重要，因为涌浪幅度的显著增加可能表明严重天气的临近。对于沿海社区而言，涌浪幅度对安全和基础设施有直接影响。高波浪可能导致海岸侵蚀、洪水以及建筑物和道路的损坏。因此，监测涌浪幅度对于灾害准备和响应至关重要。海岸工程师常常利用波浪幅度的数据来设计能够承受高能波浪冲击的坚固结构。通过了解涌浪幅度，工程师可以建造防波堤、海堤和其他保护措施，以帮助减轻强大海浪的影响。此外，涌浪幅度也影响海洋生态系统。较大的涌浪可能影响水中的营养分布，从而影响浮游植物的生长，而浮游植物是海洋食物链的基础。涌浪幅度的变化还可能影响各种海洋物种的栖息地，可能干扰繁殖模式和迁徙路线。例如，某些鱼类依赖特定的波浪条件进行产卵。因此，涌浪幅度的波动可能对生态系统产生连锁反应。在休闲方面，涌浪幅度对于冲浪者和海洋运动爱好者来说也非常重要。许多冲浪者寻求特定的波浪条件，其特征是理想的涌浪幅度。波浪过小可能无法提供冲浪者渴望的刺激，而波浪过大则可能带来安全风险。了解冲浪的最佳涌浪幅度可以增强体验，并确保参与水上运动的人们的安全。总之，涌浪幅度是海浪的一个基本特征，对生活的各个方面都有重要影响，从海岸安全到生态健康以及休闲活动。通过研究和理解涌浪幅度，我们可以更好地准备应对海洋动态对我们环境和社会的影响。继续进行研究和监测工作，以理解波幅变化如何影响我们星球在气候变化和人类活动日益增加的沿海地区，是至关重要的。