tidal gully

简明释义

潮汐水道

英英释义

例句

1.The children found many interesting shells along the edges of the tidal gully.

孩子们在潮汐沟的边缘发现了许多有趣的贝壳。

2.During low tide, we walked along the sandy beach and explored the tidal gully.

在退潮时，我们沿着沙滩走，探索了潮汐沟。

3.The marine biologist studied the unique ecosystem within the tidal gully.

海洋生物学家研究了潮汐沟内独特的生态系统。

4.The tidal gully is home to various species of fish and crustaceans.

潮汐沟是各种鱼类和甲壳类动物的栖息地。

5.We noticed how the water levels in the tidal gully fluctuated with the moon phases.

我们注意到潮汐沟的水位随着月相变化而波动。

作文

The coastal landscape is a fascinating subject for study, particularly when we examine the intricate features shaped by the forces of nature. One such feature that captures the attention of both geologists and environmentalists is the tidal gully, or in Chinese, 潮汐沟. A tidal gully is a narrow, often steep-sided channel that is formed by the action of tides on the shoreline. These gullies can be found in various coastal environments, including estuaries, beaches, and rocky shores. Their formation is a result of the continuous ebb and flow of ocean waters, which carve out channels in the sediment and rock over time.The significance of tidal gullies extends beyond their geological formation; they play a crucial role in local ecosystems. The dynamic nature of these gullies creates diverse habitats for various marine species. During high tide, water rushes into the tidal gully, bringing nutrients and organisms with it. As the tide recedes, these organisms become trapped within the gully, providing a rich feeding ground for birds and other wildlife. This cyclical pattern of inundation and exposure fosters a unique ecological environment that supports a variety of life forms.Moreover, tidal gullies are essential for understanding coastal erosion and sediment transport. The constant movement of water through these channels helps to redistribute sediments along the shore, influencing the shape and stability of the coastline. Researchers often study tidal gullies to gain insights into how coastal areas respond to natural forces such as storms and rising sea levels. By monitoring these features, scientists can better predict changes in coastal landscapes and develop strategies for conservation and management.In addition, tidal gullies hold cultural significance in many coastal communities. They are often sites for recreational activities such as fishing, kayaking, and birdwatching. Local populations may rely on the resources found within these gullies for their livelihoods, making them vital to both the economy and the culture of the region. Understanding the importance of tidal gullies can foster a greater appreciation for coastal environments and encourage sustainable practices that protect these natural wonders.In conclusion, the study of tidal gullies reveals much about the interplay between natural forces and coastal ecosystems. These unique formations not only contribute to the geological landscape but also support diverse biological communities and hold cultural significance for local populations. As we face challenges such as climate change and habitat loss, recognizing the value of tidal gullies becomes increasingly important. Protecting these areas ensures that future generations can continue to enjoy and learn from the beauty and complexity of our coastal environments.

海岸景观是一个引人入胜的研究主题，特别是当我们考察自然力量塑造的复杂特征时。其中一个引起地质学家和环境保护者注意的特征是潮汐沟。潮汐沟是一种狭窄且常常陡峭的通道，由潮汐作用于海岸线形成。这些沟槽可以在各种沿海环境中找到，包括河口、沙滩和岩石海岸。它们的形成是由于海洋水体的持续涨落，随着时间的推移在沉积物和岩石中雕刻出通道。潮汐沟的重要性不仅仅在于其地质形成；它们在当地生态系统中扮演着至关重要的角色。这些沟槽的动态特性为各种海洋物种创造了多样的栖息地。在高潮时，水流涌入潮汐沟，带来养分和生物。随着潮水退去，这些生物被困在沟槽内，为鸟类和其他野生动物提供了丰富的觅食场所。这种淹没和暴露的周期性模式促进了独特的生态环境，支持多种生命形式。此外，潮汐沟对于理解海岸侵蚀和沉积物运输至关重要。水通过这些通道的不断移动有助于沿海岸重新分配沉积物，影响海岸线的形状和稳定性。研究人员常常研究潮汐沟以获取沿海地区如何应对风暴和海平面上升等自然力量的见解。通过监测这些特征，科学家们可以更好地预测沿海景观的变化，并制定保护和管理的策略。此外，潮汐沟在许多沿海社区中具有文化意义。它们通常是钓鱼、皮划艇和观鸟等休闲活动的场所。当地居民可能依赖这些沟槽中的资源谋生，使其对该地区的经济和文化至关重要。理解潮汐沟的重要性可以增强人们对沿海环境的欣赏，并鼓励保护这些自然奇观的可持续做法。总之，研究潮汐沟揭示了自然力量与沿海生态系统之间的相互作用。这些独特的形成不仅为地质景观做出贡献，还支持多样的生物群落，并对当地居民具有文化意义。随着我们面临气候变化和栖息地丧失等挑战，认识到潮汐沟的价值变得越来越重要。保护这些地区确保未来几代人能够继续享受和学习我们沿海环境的美丽和复杂性。