topographical latitude

简明释义

地理纬度

英英释义

例句

1.The topographical latitude 地形纬度 affects how sunlight reaches different areas of a city throughout the day.

在一天中，topographical latitude 地形纬度影响阳光如何照射到城市的不同区域。

2.When mapping out hiking trails, it's crucial to consider the topographical latitude 地形纬度 to ensure safety and accessibility.

在绘制远足小径时，考虑topographical latitude 地形纬度对于确保安全和可达性至关重要。

3.The study of climate patterns often takes into account the topographical latitude 地形纬度 of a region to understand local weather variations.

气候模式的研究通常考虑到一个地区的topographical latitude 地形纬度，以了解当地天气变化。

4.Researchers found that the topographical latitude 地形纬度 plays a significant role in determining biodiversity in mountainous regions.

研究人员发现，topographical latitude 地形纬度在决定山区生物多样性方面发挥了重要作用。

5.In urban planning, architects must consider the topographical latitude 地形纬度 to design buildings that can withstand local environmental conditions.

在城市规划中，建筑师必须考虑topographical latitude 地形纬度，以设计能够抵御当地环境条件的建筑。

作文

Understanding the concept of topographical latitude is essential for various fields, including geography, environmental science, and urban planning. Topographical latitude refers to the latitude of a location that takes into account the elevation and physical features of the terrain rather than just its geographical coordinates. This distinction is crucial because the physical characteristics of the land can significantly influence climate, vegetation, and human activities in the area.For instance, consider a mountainous region where two locations may share the same geographical latitude. However, one location sits at a higher elevation compared to the other. The topographical latitude of the higher location would be different due to its altitude. This difference can lead to variations in temperature, precipitation, and even biodiversity. In mountainous areas, temperatures tend to decrease with altitude, which means that the flora and fauna found at higher elevations often differ from those at lower elevations.Moreover, topographical latitude plays a significant role in urban planning. City planners need to consider the topography of an area when designing infrastructure and public services. For example, areas at higher altitudes may require different building materials or construction techniques to withstand the unique environmental conditions. Additionally, the accessibility of certain locations can be affected by the terrain, influencing transportation routes and emergency services.In environmental science, understanding topographical latitude helps researchers predict how ecosystems might respond to climate change. As temperatures rise globally, the impacts are not uniform across different landscapes. Areas with varying topographical latitude may experience shifts in their ecosystems at different rates. For example, species that thrive in lower elevations might migrate to higher altitudes as conditions change, leading to potential conflicts with native species that are already established there.Furthermore, topographical latitude can affect agricultural practices. Farmers must take into account the elevation of their land when deciding what crops to plant. Higher elevations may have shorter growing seasons and cooler temperatures, which can limit the types of crops that can be successfully cultivated. Understanding the topographical latitude of their land allows farmers to make informed decisions that can enhance productivity and sustainability.In conclusion, the concept of topographical latitude is a multifaceted one that extends beyond mere geographical coordinates. It encompasses the physical characteristics of the land, which can have far-reaching implications for climate, biodiversity, urban planning, and agriculture. By considering topographical latitude, we can better understand the complexities of our environment and make more informed decisions regarding land use and conservation. As we continue to face challenges such as climate change and urbanization, integrating the concept of topographical latitude into our analyses will be crucial for fostering sustainable development and protecting our natural resources.

理解地形纬度的概念对地理、环境科学和城市规划等多个领域至关重要。地形纬度是指一个地点的纬度，该纬度考虑了地形的海拔和物理特征，而不仅仅是其地理坐标。这一区别非常重要，因为土地的物理特征可以显著影响该地区的气候、植被和人类活动。例如，考虑一个山区，在那里两个地点可能具有相同的地理纬度。然而，一个地点位于更高的海拔，而另一个则较低。由于其高度，较高地点的地形纬度将有所不同。这种差异可能导致温度、降水量甚至生物多样性的变化。在山区，温度往往随着海拔的增加而降低，这意味着在较高海拔处发现的植物和动物往往与较低海拔处的物种不同。此外，地形纬度在城市规划中起着重要作用。城市规划者在设计基础设施和公共服务时，需要考虑一个地区的地形。例如，海拔较高的地区可能需要不同的建筑材料或施工技术，以承受独特的环境条件。此外，某些地点的可达性可能会受到地形的影响，从而影响交通路线和应急服务。在环境科学中，理解地形纬度有助于研究人员预测生态系统如何应对气候变化。随着全球气温上升，影响并不是在不同的景观中均匀分布的。具有不同地形纬度的地区可能会以不同的速度经历生态系统的变化。例如，适应低海拔环境的物种可能会随着条件的变化迁移到更高的海拔，导致与已经在那里生存的本土物种之间的潜在冲突。此外，地形纬度还会影响农业实践。农民在决定种植何种作物时，必须考虑他们土地的海拔。较高海拔的地区可能会有较短的生长季节和较凉的温度，这可能限制能够成功栽培的作物类型。理解他们土地的地形纬度使农民能够做出明智的决策，从而提高生产力和可持续性。总之，地形纬度的概念是一个多方面的概念，超越了简单的地理坐标。它包含了土地的物理特征，这些特征可能对气候、生物多样性、城市规划和农业产生深远的影响。通过考虑地形纬度，我们可以更好地理解环境的复杂性，并就土地利用和保护做出更明智的决策。随着我们继续面临气候变化和城市化等挑战，将地形纬度的概念融入我们的分析中，对于促进可持续发展和保护我们的自然资源至关重要。