lowest possible low water

简明释义

最低可能低潮面

英英释义

例句

1.Boaters were warned that the tides could drop to the lowest possible low water 最低水位, making navigation difficult.

船主被警告说潮汐可能会降到最低水位，这将使导航变得困难。

2.The environmental study focused on the effects of lowest possible low water 最低水位 on fish populations.

这项环境研究集中于最低水位对鱼类种群的影响。

3.During the drought, the lake reached its lowest possible low water 最低水位, affecting local wildlife.

在干旱期间，湖泊达到了它的最低水位，影响了当地的野生动物。

4.Flood management plans must consider the lowest possible low water 最低水位 to prevent future disasters.

洪水管理计划必须考虑最低水位以防止未来的灾难。

5.The shipping company had to adjust its routes due to the forecast of lowest possible low water 最低水位 in the river.

由于河流中预报的最低水位，航运公司不得不调整其航线。

作文

In the realm of environmental science and water management, the term lowest possible low water is often used to describe a critical threshold. This phrase refers to the minimum level of water that can be expected in a river, lake, or reservoir during a specific time of year, usually in the dry season. Understanding this concept is essential for various stakeholders, including ecologists, city planners, and agricultural managers, as it directly influences water availability and ecosystem health. The 最低可能的低水位 serves as a benchmark for assessing drought conditions and planning for water resource management. For instance, consider a region that relies heavily on a river for irrigation. During periods of prolonged drought, the water levels can drop significantly, reaching the lowest possible low water. At this point, farmers may struggle to irrigate their crops, leading to reduced yields and economic hardship. Moreover, aquatic life in the river may also suffer due to diminished habitats and increased competition for limited resources. Therefore, monitoring and predicting the 最低可能的低水位 is crucial for ensuring sustainable agricultural practices and protecting biodiversity. Furthermore, city planners must take into account the lowest possible low water when designing infrastructure projects. For example, if a new housing development is planned near a river, it is vital to assess the potential impacts of low water levels on the area. Insufficient water supply could lead to restrictions on water usage, affecting residents' quality of life. Additionally, understanding the 最低可能的低水位 can aid in flood prevention strategies. When water levels are at their lowest, the risk of flooding during sudden rainstorms can increase if the drainage systems are not adequately designed. Moreover, the concept of lowest possible low water extends beyond immediate practical applications; it also has implications for climate change discussions. As global temperatures rise, many regions are experiencing altered precipitation patterns, leading to more frequent and severe droughts. These changes can push water bodies to reach their 最低可能的低水位 more often, prompting a reevaluation of water policies and conservation strategies. Stakeholders must collaborate to develop adaptive management plans that consider these shifts in water availability. In conclusion, the term lowest possible low water encapsulates a vital aspect of water resource management and ecological sustainability. By recognizing its significance, we can better prepare for the challenges posed by climate variability and ensure that both human and ecological needs are met. Addressing the implications of the 最低可能的低水位 requires a multifaceted approach, involving scientific research, policy-making, and community engagement. Only through collective efforts can we safeguard our water resources for future generations.