amphidromic point

简明释义

无潮点

英英释义

例句

1.Researchers study how the amphidromic point 双向潮汐点 affects tidal patterns in coastal regions.

研究人员研究双向潮汐点 amphidromic point 如何影响沿海地区的潮汐模式。

2.Understanding the dynamics of the amphidromic point 双向潮汐点 is crucial for predicting flooding events.

理解双向潮汐点 amphidromic point 的动态对于预测洪水事件至关重要。

3.The ocean currents around the amphidromic point 双向潮汐点 create unique marine ecosystems.

位于双向潮汐点 amphidromic point 周围的海洋洋流形成了独特的海洋生态系统。

4.The location of the amphidromic point 双向潮汐点 can significantly influence local fishing activities.

位于双向潮汐点 amphidromic point 的位置会显著影响当地的渔业活动。

5.The amphidromic point 双向潮汐点 acts as a pivot for the movement of water in the ocean.

在海洋中，双向潮汐点 amphidromic point 作为水流运动的支点。

作文

The ocean is a vast and complex system, governed by a variety of physical forces and phenomena. One of the fascinating aspects of oceanography is the study of tides, which are influenced by the gravitational pull of the moon and the sun. Within this context, the concept of an amphidromic point (海潮旋转点) emerges as a critical element in understanding tidal patterns. An amphidromic point is a theoretical point in the ocean where the tidal range is zero, and it serves as a pivot around which tidal waves rotate. This point does not experience any rise or fall in water level during the tidal cycle, making it unique compared to surrounding areas that do experience significant tidal fluctuations.To comprehend the significance of an amphidromic point, one must first understand how tides propagate through the ocean. Tides are not uniform; they can vary greatly depending on the geographic features of the coastline and the depth of the water. As tidal waves travel across the ocean, they interact with various factors such as continental shelves, ocean currents, and local topography. These interactions can lead to the formation of complex tidal patterns, including the creation of nodes and antinodes. The amphidromic point acts as a node in this system, where the tidal wave's amplitude is minimized.Interestingly, amphidromic points are not randomly distributed throughout the ocean; they are influenced by the shape of ocean basins and the arrangement of landmasses. For instance, in the North Atlantic Ocean, there is a well-known amphidromic point located near the Azores. Here, the tidal wave rotates around this point, creating a unique tidal pattern in the surrounding regions. Understanding these points is crucial for navigators, coastal planners, and scientists studying marine ecosystems.The implications of amphidromic points extend beyond just tidal mechanics. They are also important for predicting tidal energy potential, which is becoming increasingly relevant in the pursuit of renewable energy sources. By identifying locations with strong tidal currents and understanding the behavior of tides around amphidromic points, researchers can better harness the power of tidal energy for sustainable development.In conclusion, the study of amphidromic points offers valuable insights into the dynamics of ocean tides and their broader impacts on coastal environments and human activities. As we continue to explore and understand our oceans, recognizing the importance of these unique points will enhance our ability to manage and protect marine resources effectively. The intricate dance of tides around an amphidromic point serves as a reminder of the complexity and beauty of our planet's natural systems, urging us to deepen our appreciation for the oceans that cover so much of the Earth’s surface.

海洋是一个广阔而复杂的系统，由各种物理力量和现象所主导。海洋学中一个迷人的方面是潮汐的研究，潮汐受到月球和太阳的引力影响。在这个背景下，海潮旋转点的概念作为理解潮汐模式的重要元素出现。海潮旋转点是一个理论上的点，在这个点上潮汐范围为零，它作为潮汐波旋转的支点。这个点在潮汐周期内不会经历水位的升降，与周围经历显著潮汐波动的区域相比，它显得独特。要理解海潮旋转点的重要性，首先必须了解潮汐如何在海洋中传播。潮汐并不是均匀的；它们可能因海岸线的地理特征和水深而大相径庭。当潮汐波穿过海洋时，它们与大陆架、海洋流和局部地形等各种因素相互作用。这些相互作用可以导致复杂潮汐模式的形成，包括节点和反节点的产生。海潮旋转点在这个系统中作为一个节点存在，潮汐波的幅度在此处最小化。有趣的是，海潮旋转点并不是在海洋中随机分布的；它们受到海洋盆地形状和陆地排列的影响。例如，在北大西洋，有一个著名的海潮旋转点位于亚速尔群岛附近。在这里，潮汐波围绕这个点旋转，在周围地区形成独特的潮汐模式。理解这些点对航海者、沿海规划者以及研究海洋生态系统的科学家来说至关重要。海潮旋转点的意义不仅限于潮汐力学。它们对于预测潮汐能潜力也很重要，这在追求可再生能源的过程中变得越来越相关。通过识别强潮流的位置并理解潮汐在海潮旋转点周围的行为，研究人员能够更好地利用潮汐能，为可持续发展服务。总之，研究海潮旋转点为我们提供了对海洋潮汐动态及其对沿海环境和人类活动更广泛影响的宝贵见解。随着我们继续探索和理解我们的海洋，认识到这些独特点的重要性将增强我们有效管理和保护海洋资源的能力。潮汐在海潮旋转点周围的复杂舞蹈提醒我们地球自然系统的复杂性和美丽，促使我们加深对覆盖地球表面大部分的海洋的欣赏。