annual amplitude

简明释义

年变幅;

英英释义

例句

1.Understanding the annual amplitude 年幅度 of rainfall can help farmers plan their planting schedules effectively.

了解降雨的annual amplitude 年幅度可以帮助农民有效地制定种植计划。

2.The study revealed an annual amplitude 年幅度 in the population of migratory birds in the area.

研究显示该地区迁徙鸟类的人口存在annual amplitude 年幅度。

3.Researchers are studying the annual amplitude 年幅度 of sea level rise to predict future trends.

研究人员正在研究海平面上升的annual amplitude 年幅度以预测未来趋势。

4.The climate report highlighted the annual amplitude 年幅度 of temperature changes in the region, showing significant variations.

气候报告强调了该地区温度变化的annual amplitude 年幅度，显示出显著的波动。

5.The annual amplitude 年幅度 of energy consumption varies significantly between summer and winter months.

能源消耗的annual amplitude 年幅度在夏季和冬季之间差异显著。

作文

Understanding climate patterns is essential for various fields, including agriculture, urban planning, and environmental science. One key concept in climatology is the annual amplitude, which refers to the difference between the highest and lowest values of a climatic variable over the course of a year. This can apply to temperature, precipitation, or other meteorological elements. For instance, in regions with extreme seasonal variations, such as the Arctic, the annual amplitude of temperature can be quite significant, indicating a stark contrast between summer and winter temperatures. Conversely, in tropical climates, the annual amplitude might be much smaller, reflecting relatively stable temperatures throughout the year.The annual amplitude is not only a measure of variability but also an indicator of climate change impacts. As global temperatures rise, we might observe changes in the annual amplitude of certain regions. For example, warmer winters could lead to a decrease in the annual amplitude of temperature in those areas, while increased summer heatwaves could have the opposite effect in other regions. This understanding is crucial for farmers who rely on predictable weather patterns to plan their planting and harvesting schedules.In urban environments, the annual amplitude can influence energy consumption. Cities with high annual amplitude may experience greater demands for heating in winter and cooling in summer, leading to higher energy costs and increased pressure on power grids. Planners and policymakers need to consider these factors when designing infrastructure and services to ensure they can handle the fluctuations associated with high annual amplitude climates.Moreover, the annual amplitude of precipitation is equally important. Areas with high annual amplitude in rainfall may face challenges such as flooding during peak seasons and droughts during dry spells. Understanding these patterns enables better water resource management and disaster preparedness. For instance, cities prone to flooding can implement better drainage systems and green infrastructure to mitigate the risks associated with heavy rainfall events.On a broader scale, the annual amplitude of climatic variables contributes to ecological diversity. Different species adapt to varying annual amplitudes, influencing their distribution and behavior. In ecosystems where the annual amplitude is pronounced, species may exhibit distinct seasonal behaviors, such as migration or hibernation, to cope with the changing conditions.In conclusion, grasping the concept of annual amplitude is vital for understanding the dynamics of our environment. From agriculture to urban planning, the implications of annual amplitude are far-reaching. As we continue to face the challenges posed by climate change, monitoring and adapting to shifts in annual amplitude will be critical for sustainable development and resilience against environmental changes.

理解气候模式对农业、城市规划和环境科学等多个领域至关重要。气候学中的一个关键概念是年际幅度，指的是一年内气候变量的最高值和最低值之间的差异。这可以应用于温度、降水或其他气象元素。例如，在季节变化极端的地区，如北极，温度的年际幅度可能相当显著，表明夏季和冬季温度之间的明显对比。相反，在热带气候中，年际幅度可能会小得多，反映出全年温度相对稳定。年际幅度不仅是变异性的度量，也是气候变化影响的指标。随着全球气温上升，我们可能会观察到某些地区的年际幅度发生变化。例如，温暖的冬季可能导致这些地区的年际幅度降低，而增加的夏季热浪可能在其他地区产生相反的效果。这种理解对于依赖可预测天气模式来规划种植和收获时间的农民来说至关重要。在城市环境中，年际幅度会影响能源消费。具有高年际幅度的城市在冬季和夏季可能会面临更大的供暖和制冷需求，导致更高的能源成本和对电网的压力。规划者和政策制定者需要考虑这些因素，以确保他们能够应对与高年际幅度气候相关的波动。此外，降水的年际幅度同样重要。降水量高的地区可能面临洪水和干旱等挑战。理解这些模式使得更好的水资源管理和灾害准备成为可能。例如，易受洪水影响的城市可以实施更好的排水系统和绿色基础设施，以减轻强降雨事件带来的风险。在更广泛的范围内，气候变量的年际幅度有助于生态多样性。不同物种适应不同的年际幅度，影响它们的分布和行为。在年际幅度显著的生态系统中，物种可能表现出明显的季节性行为，例如迁徙或冬眠，以应对变化的条件。总之，掌握年际幅度的概念对于理解我们环境的动态至关重要。从农业到城市规划，年际幅度的影响深远。随着我们继续面临气候变化带来的挑战，监测和适应年际幅度的变化将对可持续发展和应对环境变化的韧性至关重要。