flat trough

简明释义

坦谷

英英释义

例句

1.The farmer used a flat trough to water his crops efficiently.

农民使用一个平坦的水槽来高效地浇灌他的农作物。

2.The chef used a flat trough to mix ingredients evenly.

厨师使用一个平坦的水槽来均匀混合配料。

3.In the workshop, we placed materials in a flat trough for easy access.

在车间，我们把材料放在一个平坦的水槽中，以方便取用。

4.The design of the aquarium included a flat trough for fish feeding.

水族箱的设计包括一个平坦的水槽用于喂鱼。

5.During the renovation, we installed a flat trough to collect rainwater.

在翻修期间，我们安装了一个平坦的水槽来收集雨水。

作文

In the study of geology, various landforms and structures are essential for understanding the Earth's surface. One such feature is the concept of a flat trough, which refers to a long, narrow depression in the landscape that has a relatively even bottom. This geological formation can be found in many environments, from river valleys to ocean floors. The significance of a flat trough lies not only in its physical characteristics but also in its ecological and hydrological implications.A flat trough often serves as a natural drainage basin, collecting water from surrounding areas. This makes it crucial for local ecosystems, as it provides a habitat for various plant and animal species. For instance, wetlands formed in these troughs can support diverse wildlife and serve as critical filters for water quality. Understanding the dynamics of a flat trough helps geologists and ecologists assess the health of an ecosystem and predict how changes in climate or human activity might impact it.Moreover, flat troughs can play a significant role in agriculture. Farmers often utilize these depressions for irrigation purposes, taking advantage of the natural collection of water. In regions where rainfall is scarce, a flat trough can mean the difference between a successful harvest and a failed one. The geometry of these troughs can influence how water flows and is retained, making their study important for sustainable farming practices.In addition to their ecological and agricultural importance, flat troughs can also have implications for urban planning. As cities expand, understanding the topography of the land becomes crucial for infrastructure development. Engineers and planners must consider these geological features to avoid flooding and ensure efficient drainage systems. A well-designed city will take into account the presence of flat troughs to manage stormwater effectively and protect against potential environmental hazards.The formation of a flat trough can result from various geological processes, including erosion, sediment deposition, and tectonic activity. For example, rivers erode the landscape over time, creating valleys that may evolve into flat troughs. Similarly, tectonic forces can create depressions where sediments accumulate, leading to the formation of these unique landforms. Studying these processes allows scientists to gain insights into the Earth's history and predict future geological changes.In conclusion, the concept of a flat trough is multifaceted, encompassing aspects of ecology, agriculture, urban planning, and geology. Its significance extends beyond mere physical characteristics, influencing the environment and human activity in profound ways. By understanding flat troughs, we can better appreciate the interconnectedness of natural systems and make informed decisions that promote sustainability and resilience in our landscapes.

在地质学研究中，各种地貌和结构对于理解地球表面至关重要。其中一个特征是“平坦的沟槽”的概念，指的是一种长而狭窄的地形凹陷，其底部相对平坦。这种地质构造可以在多种环境中找到，从河谷到海洋底部。“平坦的沟槽”的重要性不仅在于其物理特征，还在于其生态和水文影响。“平坦的沟槽”通常作为自然排水盆地，收集来自周围地区的水。这使其对当地生态系统至关重要，因为它为各种植物和动物物种提供栖息地。例如，在这些沟槽中形成的湿地可以支持多样的野生动物，并作为水质的关键过滤器。理解“平坦的沟槽”的动态有助于地质学家和生态学家评估生态系统的健康状况，并预测气候变化或人类活动如何影响生态系统。此外，“平坦的沟槽”在农业中也可能发挥重要作用。农民通常利用这些凹陷进行灌溉，利用自然集水的优势。在降雨稀少的地区，“平坦的沟槽”可能意味着成功收获与失败之间的区别。这些沟槽的几何形状会影响水的流动和滞留，因此研究它们对于可持续农业实践至关重要。除了生态和农业的重要性外，“平坦的沟槽”还可能对城市规划产生影响。随着城市的扩展，了解土地的地形对基础设施发展至关重要。工程师和规划者必须考虑这些地质特征，以避免洪水并确保有效的排水系统。设计良好的城市将考虑到“平坦的沟槽”的存在，以有效管理雨水并保护环境免受潜在危害。“平坦的沟槽”的形成可能源于多种地质过程，包括侵蚀、沉积和构造活动。例如，河流随着时间的推移侵蚀地貌，创建可能演变为“平坦的沟槽”的山谷。同样，构造力量可以创建沉积物积累的凹陷，导致这些独特地貌的形成。研究这些过程使科学家能够深入了解地球的历史并预测未来的地质变化。总之，“平坦的沟槽”的概念是多方面的，涵盖了生态、农业、城市规划和地质等方面。其重要性超越了单纯的物理特征，在深刻影响环境和人类活动的同时，也促进了可持续性和我们景观的韧性。