higher low water interval

简明释义

高低潮间隙

英英释义

例句

1.The city's water management plan includes strategies to achieve a higher low water interval 更高的低水位间隔 during summer months.

该市的水管理计划包括在夏季实现更高的低水位间隔的策略。

2.Monitoring the higher low water interval 更高的低水位间隔 is crucial for maintaining aquatic ecosystems.

监测更高的低水位间隔对于维持水生生态系统至关重要。

3.The river's flow has been stable, maintaining a consistent higher low water interval 更高的低水位间隔 that benefits local wildlife.

这条河流的流量一直很稳定，保持了一致的更高的低水位间隔，这对当地野生动物有利。

4.During the dry season, we observed a significant increase in the higher low water interval 更高的低水位间隔, which helped prevent drought conditions.

在干旱季节，我们观察到更高的低水位间隔显著增加，这有助于防止干旱情况的发生。

5.Engineers designed the dam to ensure a higher low water interval 更高的低水位间隔 for better flood control.

工程师设计了大坝，以确保有一个更高的低水位间隔，以便更好地控制洪水。

作文

Water levels in rivers and lakes are subject to various natural influences, including rainfall, evaporation, and the gravitational pull of the moon. One crucial aspect of understanding these water levels is the concept of the higher low water interval, which refers to the period during which the lowest recorded water level is higher than usual due to specific environmental conditions. This phenomenon can significantly impact ecosystems, human activities, and local economies. In this essay, I will explore the implications of a higher low water interval and its relevance to both nature and society.To begin with, the higher low water interval can be attributed to several factors. Climate change, for instance, has led to alterations in precipitation patterns, causing some regions to experience prolonged periods of drought. Consequently, when it does rain, the water levels may rise but not reach the historical highs. Instead, they establish a new baseline, resulting in a higher low water interval. This change can affect aquatic habitats, as many species rely on consistent water levels for breeding and feeding.Moreover, human activities such as dam construction and water diversion can also contribute to a higher low water interval. Dams regulate water flow, which can stabilize water levels but may also lead to unintended ecological consequences. For example, when water is released from a dam, it can create a temporary surge that raises the water level, leading to a new low point that is higher than before. This alteration can disrupt the natural rhythms of river ecosystems, affecting fish migration patterns and plant growth.The consequences of a higher low water interval extend beyond ecological impacts; they also influence human livelihoods. In agricultural communities, farmers depend on predictable water levels for irrigation. When water levels fluctuate unpredictably due to a higher low water interval, crop yields may suffer. Farmers may find themselves needing to adapt their practices, investing in new irrigation technologies or changing the types of crops they grow to better suit the altered conditions.Additionally, recreational activities such as fishing, boating, and swimming can be affected by changes in water levels. A higher low water interval may limit access to certain areas, making it difficult for enthusiasts to enjoy these activities. Local businesses that depend on tourism may also feel the impact, as fewer visitors may come to areas where water levels are inconsistent or lower than expected.In conclusion, the concept of the higher low water interval is vital for understanding the dynamics of water bodies and their broader implications. As climate change and human activities continue to shape our environment, recognizing and addressing the effects of a higher low water interval will be essential for preserving ecosystems and supporting communities that rely on stable water levels. By fostering awareness and implementing sustainable practices, we can better prepare for the challenges posed by shifting water dynamics and ensure a healthier future for both nature and society.

水位在河流和湖泊中受到降雨、蒸发和月球引力等多种自然因素的影响。理解这些水位的一个关键方面是“higher low water interval”的概念，它指的是由于特定环境条件，最低记录水位高于正常水平的时期。这一现象可以显著影响生态系统、人类活动和地方经济。在这篇文章中，我将探讨higher low water interval的影响及其对自然和社会的相关性。首先，higher low water interval可以归因于几个因素。例如，气候变化导致降水模式发生变化，使某些地区经历持续的干旱。因此，当下雨时，水位可能上升但不会达到历史高点。相反，它们建立了一个新的基线，导致higher low water interval的出现。这一变化可能会影响水生栖息地，因为许多物种依赖于稳定的水位进行繁殖和觅食。此外，诸如水坝建设和水资源转移等人类活动也可能导致higher low water interval。水坝调节水流，这可以稳定水位，但也可能导致意想不到的生态后果。例如，当水从水坝释放时，可能会产生暂时的激增，导致水位上升，形成一个新的低点，且该低点高于以前。这种改变可能会破坏河流生态系统的自然节奏，影响鱼类迁徙模式和植物生长。higher low water interval的后果不仅限于生态影响；它们还会影响人类生计。在农业社区，农民依赖可预测的水位进行灌溉。当由于higher low water interval而水位不可预测地波动时，作物产量可能会受到影响。农民可能需要调整他们的做法，投资于新的灌溉技术或改变他们所种植的作物类型，以更好地适应改变的条件。此外，钓鱼、划船和游泳等休闲活动也可能受到水位变化的影响。higher low water interval可能限制某些区域的通行，使爱好者难以享受这些活动。依赖旅游业的地方企业也可能感受到影响，因为水位不稳定或低于预期的地区可能吸引的游客较少。总之，higher low water interval的概念对于理解水体动态及其更广泛的影响至关重要。随着气候变化和人类活动继续塑造我们的环境，认识到并解决higher low water interval的影响将对保护生态系统和支持依赖稳定水位的社区至关重要。通过提高意识和实施可持续实践，我们可以更好地为水动力变化带来的挑战做好准备，并确保自然和社会的健康未来。