absolute annual range of temperature

简明释义

年温度变化幅度;

英英释义

例句

1.The absolute annual range of temperature 绝对年温差 in the Arctic can exceed 60 degrees Celsius.

北极的绝对年温差可以超过60摄氏度。

2.Cities with a small absolute annual range of temperature 绝对年温差 tend to have a more stable climate.

年温差较小的城市往往气候更为稳定。

3.The absolute annual range of temperature 绝对年温差 in deserts can be very high due to extreme daytime and nighttime temperatures.

沙漠地区的绝对年温差可能非常高，因为白天和夜间的温度极端不同。

4.Meteorologists often analyze the absolute annual range of temperature 绝对年温差 to predict weather patterns.

气象学家通常分析绝对年温差以预测天气模式。

5.Farmers need to understand the absolute annual range of temperature 绝对年温差 to select appropriate crops for their region.

农民需要了解绝对年温差以选择适合他们地区的作物。

作文

Understanding the climate of a region is essential for various reasons, including agriculture, urban planning, and environmental conservation. One key aspect of climate analysis is the measurement of temperature variations throughout the year. Among these measurements, the term absolute annual range of temperature refers to the difference between the highest and lowest temperatures recorded in a specific location over a year. This metric provides valuable insights into the climatic conditions of an area and helps in understanding its ecological characteristics.The absolute annual range of temperature can vary significantly from one region to another. For instance, tropical regions generally exhibit a small absolute annual range of temperature, often less than 10 degrees Celsius, due to their consistent warm temperatures throughout the year. In contrast, temperate regions experience a much larger absolute annual range of temperature, sometimes exceeding 30 degrees Celsius, as they undergo distinct seasonal changes with hot summers and cold winters.To illustrate the importance of the absolute annual range of temperature, consider its impact on agriculture. Farmers rely on this measurement to determine suitable crops for their land. In areas with a narrow absolute annual range of temperature, such as the Mediterranean, farmers can grow a variety of fruits and vegetables year-round. Conversely, in regions with a wide absolute annual range of temperature, such as the northern United States, farmers must choose crops that can withstand extreme temperature fluctuations. Understanding these patterns not only aids in crop selection but also helps in planning planting and harvesting schedules.Furthermore, the absolute annual range of temperature is crucial for urban planning. Cities located in areas with a high absolute annual range of temperature need to consider building materials and designs that can cope with extreme weather conditions. For example, buildings in places with harsh winters must be well-insulated to retain heat, while those in hot climates may require features that promote ventilation and cooling. Urban planners must take the absolute annual range of temperature into account to ensure that infrastructure is resilient and sustainable.In addition to agriculture and urban planning, the absolute annual range of temperature has significant implications for biodiversity and ecosystems. Species in regions with a low absolute annual range of temperature are often adapted to stable conditions, while those in areas with a high absolute annual range of temperature may have developed strategies to survive extreme variations. For example, certain plants in desert environments have evolved to conserve water during scorching summers and can endure freezing temperatures in winter. Understanding the absolute annual range of temperature helps ecologists predict how climate change might affect species distribution and ecosystem health.In conclusion, the absolute annual range of temperature is a fundamental concept in climatology that provides essential information about the temperature extremes of a region over a year. Its implications reach far beyond mere numbers; it influences agricultural practices, urban development, and ecological balance. By studying and understanding the absolute annual range of temperature, we can better prepare for the challenges posed by climate variability and work towards a more sustainable future.

理解一个地区的气候对于农业、城市规划和环境保护等多种原因至关重要。气候分析的一个关键方面是测量一年中温度的变化。在这些测量中，术语绝对年温差指的是特定地点一年内记录的最高和最低温度之间的差异。这个指标提供了该地区气候条件的宝贵见解，并有助于理解其生态特征。绝对年温差在不同地区可能会有显著差异。例如，热带地区通常表现出较小的绝对年温差，通常低于10摄氏度，因为它们在一年中温度保持一致。而温带地区则经历更大的绝对年温差，有时超过30摄氏度，因为它们经历明显的季节变化，夏天炎热，冬天寒冷。为了说明绝对年温差的重要性，可以考虑其对农业的影响。农民依赖这一测量来确定适合他们土地的作物。在温暖的地中海地区，农民可以全年种植各种水果和蔬菜，因为这里的绝对年温差较小。相反，在高绝对年温差的地区，例如美国北部，农民必须选择能够承受极端温度波动的作物。了解这些模式不仅有助于作物选择，还帮助计划种植和收获时间表。此外，绝对年温差对于城市规划至关重要。位于高绝对年温差地区的城市需要考虑建筑材料和设计，以应对极端天气条件。例如，寒冷地区的建筑必须良好隔热，以保持温暖，而炎热气候中的建筑可能需要促进通风和降温的特征。城市规划者必须考虑绝对年温差，以确保基础设施具有韧性和可持续性。除了农业和城市规划外，绝对年温差对生物多样性和生态系统也有重要影响。生活在绝对年温差较小地区的物种通常适应稳定的条件，而生活在绝对年温差较大地区的物种可能已经发展出应对极端变化的策略。例如，某些沙漠植物已进化为在酷热的夏季保存水分，并能在冬季忍受严寒。了解绝对年温差有助于生态学家预测气候变化可能如何影响物种分布和生态系统健康。总之，绝对年温差是气候学中的一个基本概念，提供了有关一个地区一年内温度极值的重要信息。它的影响远不止数字本身；它影响农业实践、城市发展和生态平衡。通过研究和理解绝对年温差，我们可以更好地为气候变化带来的挑战做好准备，并朝着更可持续的未来努力。