annual temperature amplitude

简明释义

温度年变幅;

英英释义

例句

1.Scientists study the annual temperature amplitude 年温差 to understand climate change impacts.

科学家研究年温差以了解气候变化的影响。

2.Farmers need to consider the annual temperature amplitude 年温差 when selecting crops.

农民在选择作物时需要考虑年温差。

3.A high annual temperature amplitude 年温差 can indicate more extreme weather patterns.

较高的年温差可能表明更极端的天气模式。

4.In areas with a low annual temperature amplitude 年温差, plants tend to grow more consistently.

在年温差较低的地区，植物往往生长得更加均匀。

5.The annual temperature amplitude 年温差 in this region can reach up to 30 degrees Celsius.

该地区的年温差可以达到30摄氏度。

作文

Understanding the concept of annual temperature amplitude is essential for grasping the dynamics of climate and weather patterns. The term refers to the difference between the highest and lowest temperatures recorded in a specific location over the course of a year. This measurement can provide valuable insights into the climatic conditions of an area, influencing everything from agriculture to urban planning. Annual temperature amplitude can vary significantly across different regions, reflecting the geographical and environmental factors at play.In temperate regions, for example, one might observe a high annual temperature amplitude, with warm summers and cold winters. This variation can create distinct seasons, each with its own unique ecosystem and agricultural practices. Farmers in these areas often rely on the predictable changes in temperature to plan their planting and harvesting schedules. Understanding the annual temperature amplitude helps them maximize crop yields by selecting the right crops for the appropriate season.In contrast, tropical regions typically experience a much lower annual temperature amplitude. The temperatures remain relatively stable throughout the year, with only slight fluctuations. This consistency allows for year-round agriculture, but it also means that farmers must adapt their methods to cope with different challenges, such as pests or diseases that thrive in warm climates. The low annual temperature amplitude in these regions indicates a more stable climate, which can be advantageous for certain types of crops, yet may also limit diversity in agricultural practices.Moreover, the annual temperature amplitude can also have significant implications for energy consumption. In areas with a high temperature range, heating systems are necessary during the winter months, while cooling systems are essential in the summer. This fluctuation can lead to increased energy costs and a greater demand for energy resources. Conversely, regions with a low annual temperature amplitude may see more consistent energy usage throughout the year, allowing for better energy management and planning.The impact of annual temperature amplitude extends beyond agriculture and energy consumption; it also plays a crucial role in biodiversity. Species that inhabit areas with a high temperature range may have adapted to endure extreme conditions, while those in more stable climates may have developed different survival strategies. For instance, certain plants in temperate zones may go dormant during the cold months, whereas tropical plants continue to grow throughout the year. This diversity is essential for maintaining ecological balance and resilience against climate change.In conclusion, the concept of annual temperature amplitude is a vital aspect of understanding climate and its effects on various sectors. By analyzing the differences in temperature throughout the year, we can gain insights into agricultural practices, energy consumption, and biodiversity. As climate change continues to influence global weather patterns, monitoring the annual temperature amplitude will become increasingly important for adapting our strategies in agriculture, urban development, and environmental conservation. Recognizing and responding to these temperature variations will be key to ensuring sustainable living in the face of ongoing climatic shifts.

理解年温度幅度的概念对于把握气候和天气模式的动态至关重要。这个术语指的是在特定地点一年内记录的最高和最低温度之间的差异。这一测量可以提供有关一个地区气候条件的宝贵见解，影响从农业到城市规划的方方面面。年温度幅度在不同地区可能会有显著差异，反映出地理和环境因素的影响。例如，在温带地区，人们可能会观察到较高的年温度幅度，夏季温暖而冬季寒冷。这种变化可以创造出明显的季节，每个季节都有其独特的生态系统和农业实践。这些地区的农民通常依赖于可预测的温度变化来规划他们的种植和收获时间表。理解年温度幅度帮助他们通过选择适合相应季节的作物来最大化作物产量。相反，热带地区通常经历较低的年温度幅度。温度在全年保持相对稳定，仅有轻微波动。这种一致性允许全年农业，但也意味着农民必须调整他们的方法以应对不同的挑战，例如在温暖气候中繁盛的害虫或疾病。该地区的低年温度幅度表明气候更加稳定，这对某些类型的作物是有利的，但也可能限制农业实践的多样性。此外，年温度幅度还对能源消费产生重大影响。在温度范围较高的地区，冬季需要供暖系统，而夏季则需要制冷系统。这种波动可能导致能源成本增加以及对能源资源的需求加大。相对而言，具有低年温度幅度的地区可能在全年看到更一致的能源使用，从而能够更好地进行能源管理和规划。年温度幅度的影响不仅限于农业和能源消费；它在生物多样性中也起着至关重要的作用。栖息在高温度范围地区的物种可能已经适应了极端条件，而生活在气候更稳定地区的物种可能发展出了不同的生存策略。例如，温带地区的某些植物可能在寒冷的月份休眠，而热带植物则全年持续生长。这种多样性对于维持生态平衡和抵御气候变化至关重要。总之，年温度幅度的概念是理解气候及其对各个领域影响的重要方面。通过分析全年温度的差异，我们可以获得对农业实践、能源消费和生物多样性的见解。随着气候变化继续影响全球天气模式，监测年温度幅度将变得越来越重要，以便调整我们在农业、城市发展和环境保护中的策略。认识并应对这些温度变化将是确保在持续气候变化面前实现可持续生活的关键。