braided drainage pattern

简明释义

1. 网状水系; 2. 条带状水系; 3. 网状水系型; 4. 游荡水系; 5. 辫状水系; 6. 交织水系;

英英释义

例句

1.Researchers are mapping the braided drainage pattern 编织状排水模式 to predict future changes in landscape.

研究人员正在绘制编织状排水模式 braided drainage pattern 的地图，以预测未来的景观变化。

2.The river's braided drainage pattern 编织状排水模式 is a result of its high sediment load and variable flow rates.

这条河流的编织状排水模式 braided drainage pattern 是其高沉积物负荷和可变流量的结果。

3.In flood-prone areas, the braided drainage pattern 编织状排水模式 can help manage excess water more effectively.

在易洪水泛滥的地区，编织状排水模式 braided drainage pattern 可以更有效地管理多余的水。

4.Geologists often study the braided drainage pattern 编织状排水模式 to understand past river dynamics.

地质学家常常研究编织状排水模式 braided drainage pattern 以理解过去的河流动态。

5.The braided drainage pattern 编织状排水模式 observed in this region indicates a highly dynamic sediment environment.

该地区观察到的编织状排水模式 braided drainage pattern 表明了一个高度动态的沉积环境。

作文

In the study of geomorphology, one of the fascinating features that scientists encounter is the braided drainage pattern. This term refers to a unique river system characterized by multiple interweaving channels that split and rejoin, resembling a braid. Such patterns typically occur in river systems with a high sediment load and variable water flow. Understanding the formation and implications of a braided drainage pattern can provide insights into the dynamic processes shaping our landscapes.A braided drainage pattern often develops in areas where rivers have a steep gradient, allowing them to transport large amounts of sediment downstream. As the river flows, it deposits sediment in certain areas, which can cause the water to split into several smaller channels. These channels meander around the sediment deposits, creating a braided appearance. Unlike meandering rivers, which have a single, winding channel, braided rivers are characterized by their multiple paths, making them visually striking and ecologically significant.The ecological implications of a braided drainage pattern are profound. The numerous channels create diverse habitats for various plant and animal species. The shifting nature of these channels allows for the development of rich ecosystems that can support a wide range of biodiversity. For instance, the fluctuating water levels and sediment deposition can create ideal conditions for certain fish species to spawn, while also providing nesting sites for birds. Furthermore, the dynamic environment of a braided drainage pattern promotes the growth of unique vegetation adapted to thrive in such conditions.However, the braided drainage pattern is not without challenges. The instability of the channels can lead to erosion and habitat loss, particularly during periods of high water flow. As climate change continues to impact weather patterns, the frequency and intensity of flooding events may increase, further altering these delicate ecosystems. Conservation efforts must therefore consider the unique characteristics of braided rivers to ensure their preservation and the protection of the biodiversity they support.In conclusion, the braided drainage pattern is a remarkable example of nature's complexity and adaptability. By studying these intricate river systems, scientists can gain a deeper understanding of geomorphological processes, ecological interactions, and the impacts of environmental changes. The beauty and significance of braided rivers remind us of the importance of preserving our natural landscapes and the diverse life forms they sustain. As we continue to explore and learn about these fascinating drainage patterns, it is crucial to implement sustainable practices that protect these vital ecosystems for future generations.

在地貌学研究中，科学家们遇到的一个迷人特征是辫状排水模式。这个术语指的是一种独特的河流系统，其特点是多个交错的通道分裂并重新结合，类似于辫子。这种模式通常发生在沉积物负荷高且水流变化大的河流系统中。理解辫状排水模式的形成及其影响，可以为我们提供有关塑造自然景观的动态过程的见解。辫状排水模式通常在河流有陡峭坡度的地区发展，使其能够将大量沉积物向下游运输。当河流流动时，它会在某些区域沉积沉积物，这可能导致水流分裂成几个较小的通道。这些通道绕过沉积物堆积区，形成辫状外观。与单一蜿蜒的河流不同，辫状河流的特点是多个路径，使其在视觉上引人注目，并具有生态重要性。辫状排水模式的生态意义深远。众多通道创造了多样化的栖息地，供各种植物和动物物种栖息。通道的不断变化使得这些生态系统能够发展出丰富的生态系统，支持广泛的生物多样性。例如，水位的波动和沉积物的沉积可以为某些鱼类物种的产卵创造理想条件，同时也为鸟类提供筑巢地点。此外，辫状排水模式的动态环境促进了适应这种条件的独特植被的生长。然而，辫状排水模式并非没有挑战。通道的不稳定性可能导致侵蚀和栖息地丧失，特别是在高水流期。随着气候变化继续影响天气模式，洪水事件的频率和强度可能会增加，从而进一步改变这些脆弱的生态系统。因此，保护工作必须考虑到辫状河流的独特特征，以确保其保存和支持的生物多样性的保护。总之，辫状排水模式是大自然复杂性和适应性的显著例子。通过研究这些复杂的河流系统，科学家可以更深入地理解地貌过程、生态相互作用以及环境变化的影响。辫状河流的美丽和重要性提醒我们保护自然景观及其维持的多样生命形式的重要性。当我们继续探索和学习这些迷人的排水模式时，实施可持续实践以保护这些重要生态系统以供后代使用至关重要。