higher low water neaps

简明释义

小潮较高低潮

英英释义

例句

1.The higher low water neaps (更高的低潮) created a unique environment for marine life to thrive.

higher low water neaps (更高的低潮) 为海洋生物创造了一个独特的生存环境。

2.During the spring tide, we observed that the higher low water neaps (更高的低潮) allowed for better navigation in the harbor.

在大潮期间，我们观察到 higher low water neaps (更高的低潮) 使港口的航行更加顺畅。

3.The coastal engineers designed the jetty based on the patterns of higher low water neaps (更高的低潮) to ensure stability.

沿海工程师根据 higher low water neaps (更高的低潮) 的模式设计了码头，以确保其稳定性。

4.Understanding the timing of the higher low water neaps (更高的低潮) is crucial for planning beach activities.

了解 higher low water neaps (更高的低潮) 的时间对于规划海滩活动至关重要。

5.The fishermen took advantage of the higher low water neaps (更高的低潮) to access the shallow waters where fish were abundant.

渔民们利用 higher low water neaps (更高的低潮) 进入鱼类丰富的浅水区。

作文

In the study of tides and marine environments, understanding the concept of higher low water neaps is essential for various applications, including navigation, fishing, and coastal management. Tides are influenced by the gravitational pull of the moon and the sun, causing periodic rises and falls in sea levels. Among these tidal variations, the term higher low water neaps refers to a specific type of tide that occurs during neap tides when the difference between high and low water levels is at its minimum. This phenomenon is particularly significant because it affects the availability of resources and the safety of maritime activities.During neap tides, which happen twice a month, the gravitational forces of the moon and sun are perpendicular to each other, resulting in lower high tides and higher low tides. This leads to a smaller tidal range, meaning that the water does not rise as high during high tide, nor does it fall as low during low tide. The concept of higher low water neaps specifically highlights the condition where the low tide reaches a relatively higher level compared to other low tides during different tidal cycles.The implications of higher low water neaps extend beyond mere observation; they have practical consequences for coastal ecosystems and human activities. For instance, during periods of higher low water neaps, certain marine species may find themselves more accessible to fishermen, as the water levels are higher than usual. This can lead to an increase in fishing activity, which, if not managed properly, could have detrimental effects on fish populations and marine habitats. Therefore, understanding this tidal pattern is crucial for sustainable fishing practices.Moreover, from a navigational perspective, higher low water neaps can provide safer conditions for vessels traveling in shallow waters. When low tides are higher than average, there is less risk of grounding, allowing for smoother passage through channels and harbors. This aspect is particularly important for smaller boats that may be more susceptible to changes in water depth. Sailors and navigators must keep track of these tidal patterns to plan their journeys effectively, ensuring both safety and efficiency.Additionally, coastal management strategies often take into account the variations in tidal patterns, including higher low water neaps. Coastal engineers and environmental scientists analyze these trends to design effective flood defenses and manage sediment transport. By understanding how tides behave during different lunar phases, they can predict potential flooding events and implement measures to mitigate risks to coastal communities.In conclusion, the term higher low water neaps encapsulates a critical aspect of tidal science that has far-reaching implications for marine life, human activities, and coastal management. By recognizing the importance of this phenomenon, we can better appreciate the intricate relationship between natural forces and human endeavors. Continuous research and monitoring of tidal patterns will enhance our ability to adapt to changing environmental conditions, ensuring the sustainability of our oceans and coastal regions. Thus, the study of higher low water neaps is not merely academic; it is a vital component of our understanding of the world's oceans and their impact on our lives.

在潮汐和海洋环境的研究中，理解“higher low water neaps”这一概念对于航行、捕鱼和沿海管理等各种应用至关重要。潮汐受月球和太阳的引力影响，导致海平面周期性地升高和降低。在这些潮汐变化中，“higher low water neaps”指的是在潮汐最小差异的春潮期间发生的一种特定潮汐类型。这一现象尤为重要，因为它影响资源的可用性和海洋活动的安全性。在每个月的两次春潮期间，月球和太阳的引力相互垂直，导致高潮较低和低潮较高。这导致潮汐范围较小，这意味着在高潮期间水位不会像往常一样升高，而在低潮期间水位也不会像往常一样下降。“higher low water neaps”这一概念特别强调了在不同潮汐周期中，低潮相对较高的情况。“higher low water neaps”的影响超出了简单观察，它对沿海生态系统和人类活动具有实际后果。例如，在“higher low water neaps”期间，某些海洋物种可能会更容易被渔民捕捞，因为水位比平时高。这可能导致捕鱼活动增加，如果管理不当，可能对鱼类种群和海洋栖息地产生不利影响。因此，理解这一潮汐模式对可持续捕鱼实践至关重要。此外，从航行的角度来看，“higher low water neaps”可以为在浅水区航行的船只提供更安全的条件。当低潮高于平均水平时，碰底的风险较小，允许船只在航道和港口顺利通行。这一点对较小的船只尤为重要，因为它们可能对水深变化更加敏感。水手和导航员必须跟踪这些潮汐模式，以有效规划他们的航程，确保安全和效率。此外，沿海管理策略通常考虑潮汐模式的变化，包括“higher low water neaps”。沿海工程师和环境科学家分析这些趋势，以设计有效的防洪设施和管理沉积物运输。通过了解潮汐在不同月相下的行为，他们可以预测潜在的洪水事件，并采取措施减轻对沿海社区的风险。总之，“higher low water neaps”这一术语概括了潮汐科学中一个关键的方面，对海洋生物、人类活动和沿海管理具有深远的影响。通过认识到这一现象的重要性，我们可以更好地欣赏自然力量与人类努力之间的复杂关系。对潮汐模式的持续研究和监测将增强我们适应不断变化的环境条件的能力，确保我们海洋和沿海地区的可持续性。因此，对“higher low water neaps”的研究不仅仅是学术性的；它是我们理解世界海洋及其对我们生活影响的关键组成部分。