mean spring rise

简明释义

平均大潮潮升

英英释义

例句

1.The study showed that the mean spring rise 春季平均上升 in river levels is crucial for predicting floods.

研究表明，春季平均上升 mean spring rise 对于预测洪水至关重要。

2.Farmers rely on the mean spring rise 春季平均上升 to determine the best time for planting crops.

农民依赖于春季平均上升 mean spring rise 来确定最佳种植时间。

3.Scientists measured the mean spring rise 春季平均上升 of sea levels over the past decade.

科学家测量了过去十年中海平面的春季平均上升 mean spring rise。

4.Understanding the mean spring rise 春季平均上升 helps in managing water resources effectively.

理解春季平均上升 mean spring rise 有助于有效管理水资源。

5.The mean spring rise 春季平均上升 of temperatures can affect local ecosystems.

温度的春季平均上升 mean spring rise 可能会影响当地生态系统。

作文

The concept of mean spring rise refers to the average increase in water levels during the spring season due to snowmelt and rainfall. This phenomenon is particularly significant in regions that experience cold winters, where snow accumulates over the months. As temperatures rise in spring, this accumulated snow begins to melt, leading to an influx of water into rivers and lakes. Understanding the mean spring rise is crucial for various reasons, especially in the fields of agriculture, ecology, and urban planning.In agriculture, farmers closely monitor the mean spring rise to determine the best planting times for their crops. An early or late rise can significantly affect soil moisture levels, which in turn influences crop yields. If the mean spring rise occurs earlier than expected, it may lead to overly saturated soils, causing seeds to rot or preventing farmers from accessing their fields for planting. Conversely, if the rise is delayed, crops may suffer from insufficient water during critical growth periods.Ecologically, the mean spring rise plays a vital role in maintaining the health of aquatic ecosystems. Many fish species rely on the seasonal changes in water levels for spawning. For instance, certain species of salmon need specific conditions created by the mean spring rise to migrate upstream to their breeding grounds. Additionally, wetlands, which serve as critical habitats for numerous species, depend on the seasonal flooding caused by the mean spring rise to sustain their biodiversity.Urban planners also have a vested interest in understanding the mean spring rise. In cities located near rivers, an increase in water levels can lead to flooding, posing risks to infrastructure and public safety. By analyzing historical data on the mean spring rise, planners can develop better flood management systems, ensuring that communities are prepared for potential inundation. This might include constructing levees, improving drainage systems, or creating green spaces that can absorb excess water.Furthermore, climate change has started to alter the patterns of the mean spring rise. Warmer temperatures can lead to earlier snowmelt and increased rainfall, resulting in higher and more unpredictable rises in water levels. This variability can complicate agricultural practices, disrupt ecological balances, and challenge urban infrastructure. Therefore, ongoing research is essential to adapt to these changes and mitigate their impacts.In conclusion, the mean spring rise is a critical indicator of seasonal changes that affect various aspects of life. From agriculture to ecology and urban planning, understanding this phenomenon allows for better preparation and adaptation strategies. As we continue to face the challenges posed by climate change, monitoring the mean spring rise will become increasingly important to ensure sustainability and resilience in our communities.

“平均春季上升”这一概念是指春季由于雪融和降雨而导致的水位平均上升现象。这个现象在经历寒冷冬季的地区尤为重要，因为在几个月内积累了大量的雪。随着春季气温的上升，这些积雪开始融化，导致河流和湖泊中水流入的增加。理解“平均春季上升”对于农业、生态和城市规划等多个领域至关重要。在农业中，农民密切关注“平均春季上升”，以确定最佳的作物种植时间。早期或晚期的上升可能会显著影响土壤湿度，从而影响作物产量。如果“平均春季上升”发生得比预期早，可能会导致土壤过于饱和，使种子腐烂或阻止农民进入田地进行种植。相反，如果上升延迟，作物在关键生长期间可能会因缺水而受到影响。在生态学上，“平均春季上升”在维持水生生态系统健康方面发挥着重要作用。许多鱼类物种依赖水位的季节性变化进行繁殖。例如，某些鲑鱼物种需要“平均春季上升”所创造的特定条件，以便向上游迁移到其繁殖地。此外，湿地作为众多物种的重要栖息地，依赖“平均春季上升”造成的季节性洪水来维持其生物多样性。城市规划者也对理解“平均春季上升”有着浓厚的兴趣。在靠近河流的城市中，水位的上升可能导致洪水，对基础设施和公共安全构成风险。通过分析关于“平均春季上升”的历史数据，规划者可以制定更好的洪水管理系统，以确保社区为潜在的淹没做好准备。这可能包括修建堤坝、改善排水系统或创建能够吸收多余水分的绿地。此外，气候变化已经开始改变“平均春季上升”的模式。气温升高可能导致雪融提前和降雨增加，从而导致水位上升更高且更不可预测。这种变化可能会使农业实践复杂化，破坏生态平衡，并挑战城市基础设施。因此，持续的研究对于适应这些变化和减轻其影响至关重要。总之，“平均春季上升”是一个重要的季节性变化指标，影响生活的各个方面。从农业到生态和城市规划，理解这一现象可以更好地制定准备和适应策略。随着我们继续面临气候变化带来的挑战，监测“平均春季上升”将变得越来越重要，以确保我们社区的可持续性和韧性。