anastomosing river

简明释义

1. 交织河流; 2. 网状河流;

英英释义

例句

1.The anastomosing river created multiple channels, which made navigation challenging for the boats.

这条交错河流形成了多个水道，使船只的航行变得具有挑战性。

2.The geology of the area is significantly influenced by the meandering paths of the anastomosing river.

该地区的地质特征受到交错河流蜿蜒路径的显著影响。

3.Kayaking along the anastomosing river offers a peaceful experience amidst lush greenery.

在交错河流上划皮艇可以在郁郁葱葱的绿树中享受宁静的体验。

4.Local fishermen prefer to cast their nets in the anastomosing river due to its rich fish population.

当地渔民更喜欢在交错河流中撒网，因为这里的鱼类资源丰富。

5.The scientists studied the unique ecosystem surrounding the anastomosing river to understand its biodiversity.

科学家们研究了环绕着交错河流的独特生态系统，以了解其生物多样性。

作文

The beauty of nature often reveals itself in the intricate patterns formed by rivers. One fascinating type of river system is the anastomosing river, which is characterized by multiple interconnected channels that split and rejoin over a floodplain. This unique formation not only creates stunning landscapes but also plays a crucial role in the ecology of the area. An anastomosing river (交错河流) can be seen as a network of waterways that provide habitats for various species, contribute to sediment transport, and influence the surrounding vegetation. The formation of anastomosing rivers often occurs in regions where the landscape is relatively flat, allowing water to flow freely and create these branching patterns. These rivers are typically found in areas with fine-grained sediments, which can easily be eroded and deposited, facilitating the development of new channels. As water flows through the landscape, it carves out paths, sometimes leading to the creation of oxbow lakes and wetlands, which further enrich the biodiversity of the region.One of the most remarkable aspects of anastomosing rivers is their resilience. Unlike meandering rivers, which can become entrenched and may eventually cut off sections of their path, anastomosing rivers maintain their connectivity even during periods of flooding or drought. This adaptability allows them to support a wide range of ecosystems, making them vital for maintaining ecological balance. For instance, during heavy rains, the ability of an anastomosing river to spread out its flow across multiple channels helps to prevent erosion and reduce the risk of flooding in nearby areas.The ecological significance of anastomosing rivers extends beyond their physical structure. They serve as natural corridors for wildlife, allowing animals to move between different habitats. Fish, amphibians, and birds rely on these water networks for breeding, feeding, and shelter. Additionally, the diverse plant life that thrives along the banks of anastomosing rivers provides essential resources for many species, contributing to the overall health of the ecosystem.In recent years, there has been a growing interest in the conservation of anastomosing rivers. Urbanization, agriculture, and climate change pose significant threats to these delicate ecosystems. Efforts to protect and restore these river systems are crucial for preserving their unique characteristics and the biodiversity they support. By promoting sustainable land use practices and implementing effective water management strategies, we can help ensure that anastomosing rivers continue to flourish for generations to come.In conclusion, the study of anastomosing rivers offers valuable insights into the complexities of river systems and their importance to the environment. Understanding how these rivers function and the roles they play in supporting biodiversity is essential for effective conservation efforts. As we strive to protect our natural resources, recognizing the significance of anastomosing rivers is a step towards fostering a healthier planet. Their intricate networks not only enhance the beauty of our landscapes but also sustain the life that depends on them.

大自然的美常常在河流形成的复杂图案中展现出来。一个迷人的河流系统类型是交错河流，其特点是多个相互连接的水道在洪泛区内分叉和重新汇合。这种独特的形成不仅创造了令人惊叹的风景，还在该地区的生态中发挥着至关重要的作用。交错河流可以被视为一个水道网络，为各种物种提供栖息地，促进沉积物运输，并影响周围的植被。交错河流的形成通常发生在地形相对平坦的地区，允许水流自由流动并创建这些分支模式。这些河流通常出现在细粒沉积物丰富的区域，这些沉积物容易被侵蚀和沉积，从而促进新通道的发展。当水流经景观时，它会开辟路径，有时导致牛轭湖和湿地的形成，进一步丰富了该地区的生物多样性。交错河流最显著的一个方面是它们的韧性。与可能变得深陷并最终切断部分路径的曲流河不同，交错河流即使在洪水或干旱期间也能保持连通性。这种适应能力使它们能够支持广泛的生态系统，使其对维持生态平衡至关重要。例如，在强降雨期间，交错河流能够将其流量分散到多个水道中，从而帮助防止侵蚀并减少附近地区的洪水风险。交错河流的生态重要性不仅限于其物理结构。它们作为野生动物的自然走廊，允许动物在不同栖息地之间移动。鱼类、两栖动物和鸟类依赖这些水网进行繁殖、觅食和栖息。此外，沿着交错河流岸边繁茂的植物生命为许多物种提供了必要的资源，促进了生态系统的整体健康。近年来，人们对保护交错河流的兴趣日益增长。城市化、农业和气候变化对这些脆弱生态系统构成了重大威胁。保护和恢复这些河流系统的努力对于维护其独特特征及其支持的生物多样性至关重要。通过促进可持续的土地使用实践和实施有效的水管理策略，我们可以帮助确保交错河流在未来的世代中继续繁荣。总之，对交错河流的研究提供了对河流系统复杂性及其对环境重要性的宝贵见解。了解这些河流如何运作以及它们在支持生物多样性方面的作用，对于有效的保护工作至关重要。当我们努力保护我们的自然资源时，认识到交错河流的重要性是促进更健康星球的一步。它们复杂的网络不仅增强了我们景观的美丽，还维持了依赖它们的生命。