contour microclimate

简明释义

地形小气候

英英释义

例句

1.In mountainous regions, understanding the contour microclimate 轮廓小气候 is crucial for planning agricultural activities.

在山区，了解contour microclimate 轮廓小气候对农业活动的规划至关重要。

2.The architect designed the garden with a focus on creating a favorable contour microclimate 轮廓小气候 for diverse plant species.

建筑师在设计花园时，专注于创造一个有利于多种植物的contour microclimate 轮廓小气候。

3.We can improve our landscaping by utilizing the existing contour microclimate 轮廓小气候 of the property.

我们可以通过利用该地产现有的contour microclimate 轮廓小气候来改善我们的景观设计。

4.The vineyard was carefully designed to take advantage of the natural contour microclimate 轮廓小气候, which helps in ripening the grapes.

这个葡萄园经过精心设计，以利用自然的contour microclimate 轮廓小气候，这有助于葡萄的成熟。

5.Farmers often study the contour microclimate 轮廓小气候 to optimize their crop yields.

农民们经常研究contour microclimate 轮廓小气候以优化他们的作物产量。

作文

In the study of environmental science, the term contour microclimate refers to the localized climatic conditions that exist in specific areas due to variations in topography and land use. Understanding contour microclimate is essential for various applications, including agriculture, urban planning, and environmental conservation. This concept highlights how even small changes in the landscape can lead to significant differences in temperature, humidity, and wind patterns. For instance, a hillside may experience different climatic conditions at its base compared to its summit, creating unique environments for flora and fauna.The significance of contour microclimate can be particularly observed in agricultural practices. Farmers often utilize the natural contours of the land to optimize crop production. By understanding the specific climatic conditions of their fields, they can choose the right crops to plant in each area, ensuring better yields. For example, certain crops may thrive in the warmer, sunnier spots of a field, while others may prefer the cooler, shadier areas. This strategic planting based on contour microclimate not only maximizes productivity but also promotes biodiversity, as different species of plants can coexist in harmony.Moreover, the concept of contour microclimate plays a critical role in urban planning. Cities are often characterized by their varied landscapes, including hills, valleys, and built environments. Urban planners must consider these factors when designing green spaces, parks, and residential areas. By analyzing the contour microclimate, they can create spaces that enhance comfort and usability for residents. For instance, parks situated in cooler microclimates can provide refuge during hot summer days, while areas with more sunlight can be designed for recreational activities.Environmental conservation efforts also benefit from a deep understanding of contour microclimate. Different ecosystems, such as forests, wetlands, and grasslands, exhibit unique microclimatic conditions that support diverse wildlife. Conservationists can use this knowledge to protect endangered species and their habitats. By preserving the natural contours of the land and maintaining the delicate balance of these microclimates, we can ensure the survival of various species and promote ecological health.In conclusion, the study of contour microclimate reveals the intricate relationship between the environment and climate. It emphasizes the importance of recognizing and preserving the unique climatic conditions that arise from the topography of the land. Whether in agriculture, urban development, or conservation, understanding contour microclimate helps us make informed decisions that benefit both people and the planet. As we face the challenges of climate change and urbanization, embracing the principles of contour microclimate will be crucial for creating sustainable and resilient communities. By respecting and working with the natural contours of our environment, we can foster a healthier world for future generations.

在环境科学研究中，术语contour microclimate指的是由于地形和土地利用的变化而存在于特定区域的局部气候条件。理解contour microclimate对于农业、城市规划和环境保护等多种应用至关重要。这个概念突显了即使是小的景观变化也能导致温度、湿度和风模式的显著差异。例如，山坡的底部可能与顶部经历不同的气候条件，从而为植物和动物创造独特的环境。contour microclimate的重要性在农业实践中尤为明显。农民通常利用土地的自然轮廓来优化作物生产。通过了解他们田地的具体气候条件，他们可以选择在每个区域种植合适的作物，从而确保更好的产量。例如，某些作物可能在田地的温暖、阳光明媚的地方生长良好，而其他作物则可能更喜欢凉爽、阴暗的区域。这种基于contour microclimate的战略种植不仅最大化了生产力，还促进了生物多样性，因为不同种类的植物可以和谐共存。此外，contour microclimate的概念在城市规划中也发挥着关键作用。城市通常以其多样的景观为特征，包括山丘、山谷和建筑环境。城市规划者在设计绿地、公园和住宅区时必须考虑这些因素。通过分析contour microclimate，他们可以创建增强居民舒适度和可用性的空间。例如，位于较凉微气候中的公园可以在炎热的夏季提供避难所，而阳光更多的区域可以设计用于休闲活动。环境保护工作也受益于对contour microclimate的深入理解。不同的生态系统，如森林、湿地和草原，展现出独特的微气候条件，支持多样的野生动物。保护主义者可以利用这一知识来保护濒危物种及其栖息地。通过保护土地的自然轮廓并维持这些微气候的微妙平衡，我们可以确保各种物种的生存，并促进生态健康。总之，contour microclimate的研究揭示了环境与气候之间错综复杂的关系。它强调了认识和保护因地形而产生的独特气候条件的重要性。无论是在农业、城市发展还是保护中，理解contour microclimate有助于我们做出有利于人类和地球的明智决策。随着我们面临气候变化和城市化的挑战，拥抱contour microclimate的原则对于创建可持续和有韧性的社区至关重要。通过尊重和利用我们环境的自然轮廓，我们可以为未来几代人培养一个更健康的世界。