main discharge

简明释义

主排出管

英英释义

例句

1.In hydrology, understanding the main discharge 主要排放量 of a watershed is crucial for water management.

在水文学中，了解一个集水区的主要排放量 main discharge 对水资源管理至关重要。

2.The river's flow is heavily influenced by the main discharge 主要排放量 from the upstream dam.

河流的流动受到上游大坝的主要排放量 main discharge 的严重影响。

3.Engineers need to calculate the main discharge 主要排放量 when designing flood control systems.

工程师在设计防洪系统时需要计算主要排放量 main discharge。

4.The environmental report highlighted the main discharge 主要排放量 of pollutants into the lake.

环境报告强调了污染物进入湖泊的主要排放量 main discharge。

5.The main discharge 主要排放量 from the factory was monitored to ensure compliance with environmental regulations.

工厂的主要排放量 main discharge 被监测以确保符合环境法规。

作文

Water is essential for life, and understanding its flow within ecosystems is crucial for environmental science. One of the key concepts in hydrology is the term main discharge, which refers to the primary flow of water in a river or stream at a given point. This concept is not only important for scientists but also for communities that rely on these water bodies for their daily needs. The main discharge (主要排放) can vary significantly depending on several factors including rainfall, season, and human activities. In many regions, rivers serve as vital resources for agriculture, drinking water, and recreation. Monitoring the main discharge (主要排放) helps in managing these resources effectively. For instance, during heavy rainfall, the main discharge (主要排放) can increase dramatically, leading to potential flooding. Understanding when and how this occurs allows for better preparation and response strategies. Moreover, the main discharge (主要排放) of a river can affect the surrounding ecosystem. High discharge levels can erode riverbanks and alter habitats, while low discharge can lead to stagnant waters that may harm aquatic life. Therefore, scientists often study the main discharge (主要排放) to assess the health of river systems and make recommendations for conservation efforts. The impact of human activity on the main discharge (主要排放) cannot be overlooked. Urban development, deforestation, and agricultural practices can change the natural flow of rivers. For example, constructing dams can significantly alter the main discharge (主要排放) by controlling water flow for irrigation or hydroelectric power. While these developments can provide benefits, they also pose risks to the natural environment and biodiversity. In conclusion, the concept of main discharge (主要排放) is vital in understanding the dynamics of water flow in rivers and streams. It plays a critical role in environmental management, flood prevention, and ecosystem health. As we continue to face challenges related to climate change and population growth, it is essential to monitor and manage the main discharge (主要排放) of our waterways to ensure a sustainable future for both humans and nature.

水是生命的基础，理解其在生态系统中的流动对于环境科学至关重要。水文学中的一个关键概念是术语主要排放，它指的是在特定地点河流或溪流的主要水流。这个概念不仅对科学家很重要，对依赖这些水体满足日常需求的社区也同样重要。主要排放（main discharge）可能会因降雨、季节和人类活动等多个因素而显著变化。在许多地区，河流是农业、饮用水和休闲的重要资源。监测主要排放（main discharge）有助于有效管理这些资源。例如，在强降雨期间，主要排放（main discharge）可能会急剧增加，导致潜在的洪水。了解何时以及如何发生这种情况，有助于更好地准备和应对策略。此外，河流的主要排放（main discharge）可以影响周围的生态系统。高排放水平可能会侵蚀河岸并改变栖息地，而低排放则可能导致水体滞留，危害水生生物。因此，科学家们经常研究主要排放（main discharge）以评估河流系统的健康状况，并提出保护措施。人类活动对主要排放（main discharge）的影响不可忽视。城市开发、森林砍伐和农业实践可能会改变河流的自然流动。例如，建造大坝可能会通过控制灌溉或水电的水流，显著改变主要排放（main discharge）。虽然这些发展可以带来好处，但也给自然环境和生物多样性带来了风险。总之，主要排放（main discharge）这一概念在理解河流和溪流的水流动态中至关重要。它在环境管理、洪水预防和生态系统健康中发挥着关键作用。随着我们继续面临气候变化和人口增长相关的挑战，监测和管理我们的水道的主要排放（main discharge）以确保人类和自然的可持续未来至关重要。