average daily pumpage

简明释义

平均日抽水量;

英英释义

例句

1.The average daily pumpage for the irrigation system is crucial for planning crop water needs.

灌溉系统的平均日抽水量对规划作物的水需求至关重要。

2.The city council discussed the average daily pumpage during the water usage review meeting.

市议会在水使用审查会议上讨论了平均日抽水量。

3.The water treatment plant reported an average daily pumpage of 500,000 gallons last month.

水处理厂上个月报告的平均日抽水量为500,000加仑。

4.To assess the efficiency of the system, we need to calculate the average daily pumpage over the past year.

为了评估系统的效率，我们需要计算过去一年的平均日抽水量。

5.Monitoring the average daily pumpage helps identify any leaks in the pipeline.

监测平均日抽水量有助于识别管道中的任何泄漏。

作文

In the field of water resource management, understanding the term average daily pumpage is crucial for ensuring sustainable usage of groundwater. The average daily pumpage refers to the average volume of water that is extracted from a well or a pumping station each day over a specific period. This metric is essential for various reasons, including planning, conservation efforts, and evaluating the health of aquifers. To illustrate the importance of average daily pumpage, consider a small agricultural community that relies heavily on groundwater for irrigation. Farmers in this area depend on consistent water supply to grow their crops, and any fluctuation in water availability could significantly impact their yields. By monitoring the average daily pumpage, the community can assess whether they are using water resources sustainably or if they are at risk of depleting their aquifer.Moreover, the average daily pumpage can help identify trends in water usage. For instance, if the average pumpage increases dramatically during certain seasons, it may indicate a need for improved irrigation practices or alternative water sources. Conversely, a decrease in average daily pumpage might suggest that the aquifer is recovering or that farmers are adopting more efficient water use strategies.The calculation of average daily pumpage is relatively straightforward. It involves summing the total volume of water pumped over a designated time frame and then dividing that figure by the number of days in that timeframe. For example, if a well pumps 300,000 gallons over a ten-day period, the average daily pumpage would be 30,000 gallons per day. This simple formula allows water managers to track usage patterns and make informed decisions regarding water allocation.In addition to agricultural applications, the concept of average daily pumpage is also vital in urban settings. Cities often rely on groundwater to meet their water supply needs, especially in areas where surface water is scarce. By monitoring the average daily pumpage, city planners can ensure that the demand for water does not exceed the sustainable yield of the aquifer. This balance is critical for preventing issues such as land subsidence and saltwater intrusion, which can occur when groundwater levels drop too low.Furthermore, the average daily pumpage can serve as an indicator of environmental health. Excessive pumping can lead to negative consequences for local ecosystems, including reduced stream flows and diminished wetlands. By tracking the average daily pumpage, environmentalists and policymakers can implement regulations to protect vulnerable habitats and promote responsible water use.In conclusion, the term average daily pumpage plays a significant role in the management of water resources. Whether in agriculture or urban settings, understanding this metric is essential for sustainable water use, effective planning, and environmental protection. As water scarcity becomes an increasingly pressing issue worldwide, the importance of monitoring average daily pumpage will only continue to grow. Through careful management and strategic planning based on this data, communities can work towards a future where water resources are used wisely and sustainably.

在水资源管理领域，理解“平均每日抽水量”这一术语对于确保地下水的可持续使用至关重要。“平均每日抽水量”指的是在特定时间段内，每天从井或抽水站提取的水的平均体积。这个指标对规划、保护工作以及评估含水层的健康状况等多方面都至关重要。为了说明“平均每日抽水量”的重要性，可以考虑一个依赖地下水进行灌溉的小型农业社区。该地区的农民依靠稳定的水源来种植作物，任何水源供应的波动可能会显著影响他们的产量。通过监测“平均每日抽水量”，社区可以评估他们是否在可持续地使用水资源，或者是否面临枯竭含水层的风险。此外，“平均每日抽水量”还可以帮助识别水使用趋势。例如，如果在某些季节“平均每日抽水量”急剧增加，这可能表明需要改善灌溉实践或寻找替代水源。相反，“平均每日抽水量”的减少可能表明含水层正在恢复，或农民正在采用更高效的用水策略。“平均每日抽水量”的计算相对简单。它涉及将指定时间段内抽取的水总量相加，然后将该数字除以该时间段内的天数。例如，如果一个井在十天内抽取了300,000加仑的水，那么“平均每日抽水量”将为每天30,000加仑。这个简单的公式使水管理者能够跟踪使用模式，并据此做出明智的决策。除了农业应用外，“平均每日抽水量”的概念在城市环境中也至关重要。城市通常依赖地下水来满足其水供应需求，特别是在地表水稀缺的地区。通过监测“平均每日抽水量”，城市规划者可以确保水的需求不会超过含水层的可持续供给。这种平衡对于防止地下水位过低引起的土地沉降和盐水入侵等问题至关重要。此外，“平均每日抽水量”还可以作为环境健康的指标。过度抽水可能对当地生态系统造成负面影响，包括溪流流量减少和湿地缩小。通过跟踪“平均每日抽水量”，环保人士和政策制定者可以实施法规，保护脆弱栖息地并促进负责任的用水。总之，“平均每日抽水量”这一术语在水资源管理中扮演着重要角色。无论是在农业还是城市环境中，理解这一指标对于可持续用水、有效规划和环境保护至关重要。随着水资源短缺日益成为全球性问题，监测“平均每日抽水量”的重要性只会不断增加。通过基于这些数据的精心管理和战略规划，社区可以朝着一个水资源明智和可持续使用的未来努力。