lowest low water springs

简明释义

大潮最低低潮

英英释义

例句

1.During the summer months, the river often reaches its lowest low water springs, which can affect local fishing activities.

在夏季，河流常常达到其最低低水位泉源，这可能会影响当地的捕鱼活动。

2.Boaters need to be cautious of the lowest low water springs to avoid running aground.

船员需要小心最低低水位泉源，以避免搁浅。

3.Understanding the lowest low water springs is crucial for predicting flooding in the area.

了解最低低水位泉源对预测该地区的洪水至关重要。

4.The environmental study focused on how the lowest low water springs impact the local ecosystem.

这项环境研究着重于最低低水位泉源如何影响当地生态系统。

5.The tide charts indicate that the lowest low water springs will occur at dawn tomorrow.

潮汐图显示，明天黎明时将出现最低低水位泉源。

作文

Understanding the concept of lowest low water springs is crucial for those involved in hydrology, environmental science, and even civil engineering. The term refers to the lowest levels of water that can be observed in a spring during periods of extreme drought or low precipitation. This phenomenon is significant because it indicates the minimum flow of water available from a spring, which can impact local ecosystems, water supply for communities, and the overall health of the environment.Springs are natural sources of groundwater that emerge at the surface, often forming rivers, lakes, or wetlands. They play a vital role in maintaining the hydrological cycle and supporting biodiversity. However, understanding the lowest low water springs is essential for managing these resources effectively. During dry seasons, springs can experience significant reductions in flow, which can lead to ecological stress on plants and animals that rely on consistent water availability.For instance, consider a region that relies heavily on a particular spring for its drinking water supply. If the lowest low water springs are not adequately monitored, the community may face water shortages during critical times. This situation could lead to conflicts over water usage, increased costs for alternative water sources, and potential health risks if the water quality diminishes due to lower flows.Moreover, the lowest low water springs can also serve as indicators of climate change. As global temperatures rise and weather patterns shift, many regions are experiencing altered precipitation patterns. Some areas may see an increase in rainfall, while others suffer from prolonged droughts. By studying the lowest low water springs, scientists can gain insights into how climate change affects groundwater resources and the sustainability of local ecosystems.In addition to environmental implications, the lowest low water springs also have economic consequences. For farmers who depend on irrigation from nearby springs, a decrease in water flow can lead to reduced crop yields and financial losses. Understanding the patterns and trends associated with the lowest low water springs can help agricultural planners develop strategies to mitigate these risks, such as implementing water conservation techniques or exploring alternative irrigation sources.Furthermore, urban planning must also take into account the lowest low water springs. Cities built near springs need to ensure that their development does not negatively impact these natural resources. Sustainable practices, such as preserving green spaces and reducing runoff, can help maintain the health of springs and their surrounding ecosystems.In conclusion, the term lowest low water springs encapsulates a significant aspect of water resource management and environmental science. Understanding this concept is essential for sustaining both human populations and natural ecosystems. Through careful monitoring and informed decision-making, we can protect our water resources and ensure that springs continue to provide vital support for generations to come.

理解“最低低水泉源”这一概念对于参与水文学、环境科学甚至土木工程的人来说至关重要。这个术语指的是在极端干旱或降水量低的时期，泉水中可以观察到的最低水位。这一现象具有重要意义，因为它表明泉水可用的最低流量，这可能影响当地生态系统、社区的水供应以及环境的整体健康。泉水是自然的地下水源，通常在地表涌出，形成河流、湖泊或湿地。它们在维持水文循环和支持生物多样性方面发挥着重要作用。然而，了解“最低低水泉源”对于有效管理这些资源至关重要。在干旱季节，泉水的流量可能会显著减少，这可能导致依赖稳定水源的植物和动物面临生态压力。例如，考虑一个严重依赖特定泉水作为饮用水供应的地区。如果“最低低水泉源”没有得到适当监测，社区可能在关键时刻面临水短缺。这种情况可能导致水使用上的冲突、替代水源的成本增加以及如果水质因流量降低而恶化可能带来的健康风险。此外，“最低低水泉源”还可以作为气候变化的指标。随着全球气温上升和天气模式的变化，许多地区正经历降水模式的变化。一些地区可能会看到降雨量增加，而另一些地区则遭受长期干旱。通过研究“最低低水泉源”，科学家可以深入了解气候变化如何影响地下水资源和当地生态系统的可持续性。除了环境影响外，“最低低水泉源”还有经济后果。对于依赖附近泉水灌溉的农民来说，水流量的减少可能导致作物产量下降和经济损失。了解与“最低低水泉源”相关的模式和趋势可以帮助农业规划者制定减轻这些风险的策略，例如实施节水技术或探索替代灌溉来源。此外，城市规划也必须考虑“最低低水泉源”。建在泉水附近的城市需要确保其发展不会对这些自然资源产生负面影响。可持续的做法，如保护绿地和减少径流，可以帮助维护泉水及其周围生态系统的健康。总之，术语“最低低水泉源”概括了水资源管理和环境科学的重要方面。理解这一概念对于维持人类和自然生态系统的可持续性至关重要。通过仔细监测和明智决策，我们可以保护我们的水资源，确保泉水继续为未来几代人提供重要支持。