wave fences

简明释义

挡浪栅

英英释义

例句

1.In the amusement park, wave fences 波浪围栏 were used to guide visitors through the attractions.

在游乐园中，使用了wave fences 波浪围栏来引导游客参观景点。

2.At the beach, families set up wave fences 波浪围栏 to keep their children safe from the waves.

在海滩上，家庭设置了wave fences 波浪围栏以保护他们的孩子免受海浪的侵袭。

3.The coach instructed the players to use wave fences 波浪围栏 during practice to improve their teamwork.

教练指示球员在训练中使用wave fences 波浪围栏来提高团队合作。

4.The artist created a stunning installation using wave fences 波浪围栏 made of colorful fabric.

这位艺术家用彩色布料制作了一个惊艳的装置，使用了wave fences 波浪围栏。

5.During the festival, the crowd started to form wave fences 波浪围栏 to create a barrier for the performers.

在节日期间，人群开始形成wave fences 波浪围栏，为表演者创造一个屏障。

作文

In the realm of environmental science and coastal management, the term wave fences refers to structures designed to mitigate the impact of ocean waves on shorelines. These fences act as barriers that help reduce wave energy, thereby protecting coastal areas from erosion and flooding. Understanding the role of wave fences is crucial for both environmental preservation and urban planning in coastal regions.Coastal areas are often susceptible to the forces of nature, particularly during storms and high tide events. The relentless crashing of waves can lead to significant land loss, threatening ecosystems and human settlements alike. This is where the innovation of wave fences comes into play. By strategically placing these structures along coastlines, we can effectively absorb and dissipate wave energy before it reaches the shore.The design of wave fences can vary depending on the specific needs of a location. Some may be constructed using natural materials like bamboo or wood, while others might utilize more durable options such as concrete or metal. Regardless of the material, the primary goal remains the same: to create a barrier that can withstand powerful ocean forces and protect vulnerable areas.One of the most significant advantages of implementing wave fences is their ability to promote sediment deposition. As waves encounter these barriers, they lose energy and deposit sand and other materials in the process. This natural accumulation can help rebuild eroded beaches and create habitats for various marine species. In this way, wave fences contribute not only to human safety but also to the health of marine ecosystems.However, it's essential to consider the potential drawbacks of wave fences. If not designed or placed correctly, they can inadvertently alter local currents and sediment transport patterns. This could lead to increased erosion in other areas or disrupt the natural flow of marine life. Therefore, thorough research and careful planning are critical when integrating wave fences into coastal management strategies.Moreover, the effectiveness of wave fences can be influenced by environmental factors such as wave height, wind direction, and seasonal changes. Continuous monitoring and maintenance are necessary to ensure that these structures remain functional over time. Communities must be proactive in assessing the condition of wave fences and making adjustments as needed to adapt to changing coastal dynamics.In conclusion, wave fences represent a vital tool in our efforts to protect coastlines from the destructive power of ocean waves. By understanding their function and implementing them wisely, we can safeguard both human interests and natural ecosystems. As climate change continues to exacerbate the challenges faced by coastal areas, innovative solutions like wave fences will be indispensable in our quest for resilience and sustainability. It is imperative that we continue to explore and refine these methods to ensure that our coastlines remain safe and vibrant for generations to come.

在环境科学和海岸管理领域，术语wave fences指的是旨在减轻海浪对海岸线影响的结构。这些围栏作为屏障，帮助减少波浪能量，从而保护沿海地区免受侵蚀和洪水的影响。理解wave fences的作用对于环境保护和沿海地区的城市规划至关重要。沿海地区往往容易受到自然力量的影响，特别是在风暴和高潮事件期间。波浪的不断冲击会导致显著的土地流失，威胁生态系统和人类居住区。这就是wave fences创新的重要性所在。通过在海岸线沿线战略性地放置这些结构，我们可以有效地吸收和消散波浪能量，防止其到达岸边。wave fences的设计可以根据特定地点的需求而有所不同。有些可能使用竹子或木材等天然材料建造，而其他则可能采用更耐用的混凝土或金属等选项。无论材料如何，主要目标始终如一：创建一个能够承受强大海洋力量并保护脆弱区域的屏障。实施wave fences的一个显著优势是它们促进沉积物沉积的能力。当波浪遇到这些障碍物时，它们会失去能量，并在此过程中沉积沙子和其他材料。这种自然积累可以帮助重建被侵蚀的海滩，并为各种海洋物种创造栖息地。通过这种方式，wave fences不仅有助于人类安全，还有助于海洋生态系统的健康。然而，必须考虑wave fences的潜在缺点。如果设计或放置不当，它们可能会无意中改变当地的水流和沉积物运输模式。这可能导致其他地区的侵蚀加剧或干扰海洋生物的自然流动。因此，在将wave fences整合到海岸管理策略中时，进行充分的研究和仔细的规划至关重要。此外，wave fences的有效性可能会受到波高、风向和季节变化等环境因素的影响。持续的监测和维护是确保这些结构随时间保持功能所必需的。社区必须积极评估wave fences的状况，并根据需要进行调整，以适应不断变化的海岸动态。总之，wave fences代表了我们保护海岸线免受海浪破坏性力量的重要工具。通过理解它们的功能并明智地实施它们，我们可以保护人类利益和自然生态系统。随着气候变化继续加剧沿海地区面临的挑战，像wave fences这样的创新解决方案在我们追求韧性和可持续性的过程中将不可或缺。我们必须继续探索和完善这些方法，以确保我们的海岸线在未来几代人中保持安全和充满活力。