extreme high water-level spring-tides

简明释义

大潮极高水位

英英释义

例句

1.Local authorities issued a warning about the upcoming extreme high water-level spring-tides 极高水位春潮 that could affect beach access.

当地当局发布了关于即将到来的极高水位春潮的警告，这可能会影响海滩通行。

2.Residents were advised to prepare for potential evacuations during the extreme high water-level spring-tides 极高水位春潮 this month.

居民们被建议在本月的极高水位春潮期间做好潜在撤离的准备。

3.During the extreme high water-level spring-tides 极高水位春潮, many boats were unable to dock safely at the marina.

在极高水位春潮期间，许多船只无法安全停靠在码头。

4.The environmental impact of extreme high water-level spring-tides 极高水位春潮 on local wildlife is being studied by scientists.

科学家们正在研究极高水位春潮对当地野生动物的环境影响。

5.The coastal town experienced severe flooding due to the extreme high water-level spring-tides 极高水位春潮 last weekend.

上周末，这个沿海小镇因极高水位春潮而遭遇严重洪水。

作文

The phenomenon of extreme high water-level spring-tides is a fascinating aspect of our planet's natural rhythms. These tides occur when the gravitational pull of the moon and the sun align perfectly with the Earth, resulting in exceptionally high water levels in the oceans and seas. This alignment typically happens during the full moon and new moon phases, when the sun, moon, and Earth are in a straight line. Understanding extreme high water-level spring-tides is crucial for various reasons, including environmental management, coastal planning, and navigation safety.One of the most significant impacts of extreme high water-level spring-tides is on coastal ecosystems. During these periods, the high water levels can lead to flooding in low-lying areas, which can disrupt habitats for many species. For instance, tidal flats and marshes may become submerged, affecting birds and other wildlife that rely on these areas for feeding and nesting. Additionally, the increased water levels can lead to the erosion of coastlines, which can have long-term effects on the landscape and the organisms that inhabit it.In urban areas, extreme high water-level spring-tides pose challenges for city planners and emergency services. Cities located near the coast must prepare for the possibility of flooding during these tides. Effective planning involves creating barriers, improving drainage systems, and ensuring that infrastructure is resilient to such natural events. Failure to adequately prepare for extreme high water-level spring-tides can result in significant economic losses and threaten public safety.Furthermore, fishermen and maritime industries must also consider the implications of extreme high water-level spring-tides. These tides can affect fishing patterns and the movement of marine life. For example, certain fish species may migrate closer to shore during high tides, making them more accessible to fishermen. However, the unpredictability of these tides can also pose risks to boats and ships, requiring careful navigation and timing.Climate change has been shown to influence tidal patterns and sea levels, potentially leading to more frequent occurrences of extreme high water-level spring-tides. As global temperatures rise, polar ice melts and ocean waters expand, contributing to higher baseline sea levels. This means that even normal high tides could lead to flooding more often than in the past. Therefore, understanding the relationship between climate change and extreme high water-level spring-tides is essential for developing strategies to mitigate impacts on communities and ecosystems.In conclusion, extreme high water-level spring-tides are a natural occurrence that has far-reaching implications for the environment, urban planning, and maritime activities. As we continue to navigate the challenges posed by climate change, it is imperative that we enhance our understanding of these tides and implement effective measures to adapt to their effects. By doing so, we can protect both our coastal ecosystems and the communities that depend on them, ensuring a sustainable future for generations to come.

“极端高水位春潮”现象是我们星球自然节律的一个迷人方面。这些潮汐发生在月球和太阳的引力与地球完美对齐时，导致海洋和海洋中异常高的水位。这种对齐通常发生在满月和新月阶段，当太阳、月亮和地球处于一条直线时。理解“极端高水位春潮”对于环境管理、沿海规划和航行安全等各个方面至关重要。“极端高水位春潮”对沿海生态系统的影响之一是显著的。在这些时期，高水位可能导致低洼地区的洪水，这可能会干扰许多物种的栖息地。例如，潮滩和沼泽可能会被淹没，影响依赖这些区域觅食和筑巢的鸟类和其他野生动物。此外，水位的上升可能导致海岸侵蚀，这对景观和栖息在其中的生物产生长期影响。在城市地区，“极端高水位春潮”对城市规划者和应急服务构成挑战。靠近海岸的城市必须为这些潮汐期间可能发生的洪水做好准备。有效的规划涉及建造防护设施、改善排水系统以及确保基础设施能够抵御此类自然事件。如果未能充分准备“极端高水位春潮”，可能会导致显著的经济损失并威胁公共安全。此外，渔民和海事行业也必须考虑“极端高水位春潮”的影响。这些潮汐可能影响捕鱼模式和海洋生物的运动。例如，某些鱼类可能在涨潮期间更靠近海岸迁移，使它们更容易被渔民捕捞。然而，这些潮汐的不可预测性也可能给船只和舰船带来风险，需要谨慎导航和时机把握。气候变化已被证明会影响潮汐模式和海平面，可能导致“极端高水位春潮”的发生频率增加。随着全球温度上升，极地冰盖融化和海洋水体膨胀，导致基线海平面升高。这意味着即使是正常的高潮也可能比过去更频繁地导致洪水。因此，理解气候变化与“极端高水位春潮”之间的关系对于制定减轻对社区和生态系统影响的策略至关重要。总之，“极端高水位春潮”是一种自然现象，对环境、城市规划和海事活动有着深远的影响。随着我们继续应对气候变化带来的挑战，我们必须增强对这些潮汐的理解，并实施有效措施以适应其影响。通过这样做，我们可以保护我们的沿海生态系统和依赖它们的社区，确保可持续的未来，为子孙后代创造良好的生存环境。