land effect
简明释义
海岸效应
英英释义
The land effect refers to the impact that geographical features, terrain, or land use have on environmental conditions, weather patterns, or social behaviors. | 土地效应是指地理特征、地形或土地使用对环境条件、天气模式或社会行为的影响。 |
例句
1.The team performed better at home due to the land effect.
由于主场效应,球队在主场的表现更好。
2.Fans often create a strong atmosphere that enhances the land effect.
球迷们常常营造出强烈的氛围,从而增强主场效应。
3.Many studies show that the land effect can influence player performance.
许多研究表明,主场效应可以影响球员的表现。
4.The coach emphasized the importance of the land effect before the big game.
教练在大赛前强调了主场效应的重要性。
5.The land effect is particularly noticeable in playoff games.
在季后赛中,主场效应尤为明显。
作文
The term land effect refers to the phenomenon where land surfaces, such as mountains, valleys, and plains, influence local weather patterns and climate. This concept is crucial for understanding how geography can shape environmental conditions. For instance, areas surrounded by mountains may experience different weather than flat regions due to the way air masses interact with the terrain. The land effect can also impact human activities, agriculture, and even urban development. In many cases, the land effect plays a significant role in determining the microclimates of specific regions. For example, coastal areas often have milder temperatures compared to inland areas because the ocean moderates the climate. Similarly, cities built on hills may experience different wind patterns and temperatures than those located in valleys. These variations can significantly affect the lifestyle and economy of the inhabitants.Understanding the land effect is particularly important for farmers who rely on predictable weather patterns for their crops. Different crops thrive in various climates, and knowing how the land influences weather can help farmers make informed decisions about what to plant and when. For instance, a farmer in a valley may find that frost occurs later in the spring than in surrounding higher elevations, allowing for an extended growing season.Moreover, urban planners must consider the land effect when designing cities. The placement of buildings, roads, and parks can be influenced by the natural landscape. In areas prone to flooding, planners might avoid construction in low-lying regions or implement drainage systems to mitigate the risks associated with heavy rains. Additionally, understanding local wind patterns can help in designing buildings that are energy efficient, reducing heating and cooling costs.The land effect is also evident in the field of ecology. Different ecosystems can thrive based on the geographical features of an area. For example, wetlands often form in low-lying areas where water accumulates, creating habitats for diverse species. Conversely, arid regions may develop unique adaptations in flora and fauna due to limited water availability. Therefore, recognizing the land effect is essential for conservation efforts and biodiversity preservation.In conclusion, the land effect highlights the intricate relationship between geography and environmental conditions. It affects not only the weather but also agriculture, urban planning, and ecological diversity. By understanding this concept, individuals and communities can make better decisions that take into account the unique characteristics of their land. Awareness of the land effect can lead to more sustainable practices, ultimately benefiting both people and the planet. As we continue to face challenges related to climate change and urbanization, recognizing the significance of the land effect will be crucial for future planning and adaptation strategies.
“土地效应”一词指的是地面,如山脉、山谷和平原,对当地天气模式和气候的影响现象。这个概念对于理解地理如何塑造环境条件至关重要。例如,山脉环绕的地区可能会由于气团与地形的相互作用而经历与平坦地区不同的天气。“土地效应”也可能影响人类活动、农业甚至城市发展。在许多情况下,“土地效应”在决定特定地区的小气候方面发挥着重要作用。例如,沿海地区通常比内陆地区有更温和的气温,因为海洋调节了气候。类似地,建在山丘上的城市可能会经历与位于山谷中的城市不同的风模式和温度。这些变化会显著影响居民的生活方式和经济。了解“土地效应”对于依赖可预测天气模式的农民尤其重要。不同的作物在各种气候中生长良好,了解土地如何影响天气可以帮助农民做出明智的种植和时机决策。例如,山谷中的农民可能会发现春季霜冻发生得比周围高海拔地区晚,从而延长生长季节。此外,城市规划者在设计城市时必须考虑“土地效应”。建筑、道路和公园的布局可能会受到自然地形的影响。在易发生洪水的地区,规划者可能会避免在低洼区域进行建设,或实施排水系统以减轻与强降雨相关的风险。此外,了解当地的风模式可以帮助设计节能建筑,降低供暖和制冷成本。“土地效应”在生态学领域也很明显。根据一个地区的地理特征,不同的生态系统可能会繁荣发展。例如,湿地往往形成在低洼地区,水分积聚,创造出多样物种的栖息地。相反,干旱地区可能由于水资源有限而发展出植物和动物的独特适应。因此,认识到“土地效应”对于保护工作和生物多样性保护至关重要。总之,“土地效应”突显了地理与环境条件之间错综复杂的关系。它不仅影响天气,还影响农业、城市规划和生态多样性。通过理解这一概念,个人和社区可以做出更好的决策,考虑到他们土地的独特特征。对“土地效应”的意识可以导致更可持续的实践,最终使人类和地球受益。随着我们继续面临与气候变化和城市化相关的挑战,认识到“土地效应”的重要性将对未来的规划和适应战略至关重要。