artificial groundwater recharge

简明释义

1. 人工补给地下水; 2. 地下水人工补给;

英英释义

例句

1.Farmers are encouraged to use artificial groundwater recharge techniques to enhance their irrigation systems.

鼓励农民使用人工地下水补给技术来增强他们的灌溉系统。

2.The environmental agency is studying the effects of artificial groundwater recharge on local ecosystems.

环境机构正在研究人工地下水补给对当地生态系统的影响。

3.The construction of recharge basins is a common method of artificial groundwater recharge.

建设补给池是常见的人工地下水补给方法。

4.The city implemented a new program for artificial groundwater recharge to combat water scarcity.

该市实施了一项新的人工地下水补给计划，以应对水资源短缺。

5.In urban areas, artificial groundwater recharge can help manage stormwater runoff.

在城市地区，人工地下水补给可以帮助管理雨水径流。

作文

In recent years, the increasing demand for freshwater has led to a growing interest in sustainable water management practices. One such practice is artificial groundwater recharge, which refers to the intentional replenishment of groundwater aquifers through various methods. This process is crucial for maintaining the balance of our ecosystems and ensuring a reliable supply of water for future generations. 人工地下水补给是指通过各种方法有意地补充地下水含水层的过程。随着全球气候变化和人口增长，许多地区面临着严重的水资源短缺问题。因此，采取有效的水资源管理措施显得尤为重要。 There are several techniques used in artificial groundwater recharge. One common method is the construction of recharge basins or ponds, where excess surface water from rainfall or runoff is collected and allowed to percolate into the ground. This not only helps to replenish the aquifer but also reduces surface runoff and erosion. Another technique is the use of infiltration wells, which are drilled into the ground to facilitate the direct injection of treated wastewater or stormwater into the aquifer. These methods can significantly improve the quantity and quality of groundwater resources. 人工地下水补给的一个常见方法是建设补给池或池塘，在那里收集雨水或径流的过量地表水，并允许其渗透到地下。这不仅有助于补充含水层，还减少了地表径流和侵蚀。另一种技术是使用渗透井，这些井钻入地下以促进经过处理的废水或雨水直接注入含水层。这些方法可以显著改善地下水资源的数量和质量。 The benefits of artificial groundwater recharge extend beyond simply increasing water availability. It also plays a vital role in mitigating the effects of droughts and floods. By capturing excess rainwater during wet periods and storing it underground, we can create a buffer against future dry spells. Moreover, this practice can help protect coastal areas from saltwater intrusion, which occurs when seawater encroaches upon freshwater aquifers, particularly in low-lying regions. This is increasingly important as sea levels rise due to climate change. 人工地下水补给的好处不仅仅在于增加水的可用性。它还在减轻干旱和洪水的影响方面发挥着重要作用。通过在潮湿时期捕获过量的雨水并将其储存于地下，我们可以为未来的干旱时期创造缓冲。此外，这一做法可以帮助保护沿海地区免受盐水入侵，尤其是在低洼地区，当海水侵入淡水含水层时，这种情况尤其严重。随着气候变化导致海平面上升，这一点变得越来越重要。 However, implementing artificial groundwater recharge systems requires careful planning and management. It is essential to monitor the quality of the water being recharged to prevent contamination of the aquifer. Additionally, community involvement and education are crucial for the success of these projects, as local populations must understand the importance of water conservation and sustainable practices. Governments and organizations must work together to develop policies and incentives that promote 人工地下水补给 initiatives. In conclusion, artificial groundwater recharge is an effective strategy for enhancing water security and sustainability. As we face increasing pressures on our water resources, it is imperative that we explore innovative solutions like this to ensure a stable and clean water supply for all. By investing in 人工地下水补给 methods, we can protect our environment and secure a better future for generations to come.