lowest low water level

简明释义

历史最低潮位又称历史最低潮水位

英英释义

例句

1.The dam was designed to withstand fluctuations above the lowest low water level 最低低水位.

大坝的设计考虑到了高于最低低水位 最低低水位的波动。

2.The coastal authorities released a report on the lowest low water level 最低低水位 for the past decade.

海岸当局发布了过去十年的最低低水位 最低低水位报告。

3.Boaters should be aware of the lowest low water level 最低低水位 to avoid grounding.

船员应注意最低低水位 最低低水位以避免搁浅。

4.Monitoring the lowest low water level 最低低水位 is crucial for fish migration studies.

监测最低低水位 最低低水位对于鱼类迁徙研究至关重要。

5.The river's lowest low water level 最低低水位 this year was recorded in August.

今年河流的最低低水位 最低低水位是在八月份记录的。

作文

Water levels in rivers and lakes fluctuate due to various factors, including rainfall, evaporation, and human activities. One critical term that often arises in discussions about water management is the lowest low water level. This term refers to the minimum level of water that is recorded in a river or lake during a specific period, typically during dry seasons or droughts. Understanding the implications of the lowest low water level is essential for environmental management, navigation, and ecological conservation.The lowest low water level serves as a baseline for assessing the health of aquatic ecosystems. When water levels drop to this minimum threshold, it can have severe consequences for fish and other wildlife that depend on stable water conditions. For instance, many fish species require specific depths and temperatures to thrive, and a significant drop in water levels can lead to habitat loss and increased competition for resources. Thus, monitoring the lowest low water level is crucial for ensuring the sustainability of these ecosystems.Moreover, the lowest low water level is vital for navigation and transportation. In regions where boats and ships navigate rivers, maintaining adequate water levels is necessary to avoid grounding and ensure safe passage. Low water levels can restrict access to ports and increase transportation costs, affecting local economies. Therefore, understanding and predicting the lowest low water level can help authorities manage waterways more effectively and mitigate potential economic losses.In addition to ecological and economic impacts, the lowest low water level also plays a significant role in water supply management. Many communities rely on rivers and lakes for their drinking water. During periods of drought, when water levels fall to their lowest points, there may be insufficient water for consumption, agriculture, and industry. Water resource managers must monitor the lowest low water level to allocate water resources appropriately and implement conservation measures when necessary.Climate change has exacerbated the challenges associated with the lowest low water level. As temperatures rise and weather patterns become more unpredictable, some regions experience prolonged droughts, leading to lower water levels than ever before. Communities must adapt to these changes by implementing sustainable water management practices and investing in infrastructure that can withstand fluctuating water levels.In conclusion, the lowest low water level is a critical concept in understanding water management and its implications for ecosystems, navigation, and water supply. By monitoring and addressing the challenges associated with this phenomenon, we can work towards a more sustainable future for our water resources. It is essential for governments, environmental organizations, and communities to collaborate in understanding and managing the lowest low water level to protect our natural resources and ensure the well-being of future generations.

水位在河流和湖泊中由于降雨、蒸发和人类活动等各种因素而波动。一个在水管理讨论中经常出现的关键术语是最低低水位。这个术语指的是在特定时期内，通常是在干季或干旱期间，河流或湖泊中记录的最低水位。理解最低低水位的含义对于环境管理、航行和生态保护至关重要。最低低水位作为评估水生生态系统健康的基准。当水位降到这一最低阈值时，会对依赖稳定水条件的鱼类和其他野生动物产生严重后果。例如，许多鱼类物种需要特定的深度和温度才能繁衍生息，而水位显著下降可能导致栖息地丧失和资源竞争加剧。因此，监测最低低水位对于确保这些生态系统的可持续性至关重要。此外，最低低水位对于航行和运输也至关重要。在船只和货轮航行的河流区域，保持足够的水位是避免搁浅和确保安全通行的必要条件。低水位可能限制港口的通行并增加运输成本，从而影响地方经济。因此，了解和预测最低低水位可以帮助当局更有效地管理水道，并减轻潜在的经济损失。除了生态和经济影响外，最低低水位在水供应管理中也扮演着重要角色。许多社区依赖河流和湖泊作为饮用水来源。在干旱期间，当水位降到最低点时，可能没有足够的水用于消费、农业和工业。水资源管理者必须监测最低低水位以适当分配水资源，并在必要时实施节水措施。气候变化加剧了与最低低水位相关的挑战。随着气温上升和天气模式变得更加不可预测，一些地区经历了长期干旱，导致水位比以往任何时候都要低。社区必须通过实施可持续的水管理实践和投资于能够承受水位波动的基础设施来适应这些变化。总之，最低低水位是理解水管理及其对生态系统、航行和水供应影响的重要概念。通过监测和解决与这一现象相关的挑战，我们可以朝着水资源更可持续的未来迈进。政府、环境组织和社区必须合作，以理解和管理最低低水位，以保护我们的自然资源，确保未来几代人的福祉。