kilometric scale

简明释义

公里图尺

英英释义

例句

1.The satellite imagery was analyzed at a kilometric scale (公里尺度) to monitor land use changes over time.

卫星图像以公里尺度（kilometric scale）进行分析，以监测土地利用变化。

2.In geology, rock formations are often mapped using a kilometric scale (公里尺度) to illustrate their extent.

在地质学中，岩层通常使用公里尺度（kilometric scale）进行绘图，以说明其范围。

3.When planning the city layout, the architects used a kilometric scale (公里尺度) to ensure accurate measurements.

在规划城市布局时，建筑师使用了公里尺度（kilometric scale）以确保测量的准确性。

4.The map shows the terrain on a kilometric scale (公里尺度) to help hikers navigate the area more easily.

这张地图以公里尺度（kilometric scale）展示地形，以帮助徒步旅行者更轻松地导航该地区。

5.Environmental studies often require data to be represented on a kilometric scale (公里尺度) for better analysis.

环境研究通常需要将数据以公里尺度（kilometric scale）表示，以便进行更好的分析。

作文

Understanding the concept of a kilometric scale is essential in various fields, including geography, urban planning, and environmental science. A kilometric scale refers to a measurement that spans kilometers, allowing us to comprehend large distances and areas effectively. For instance, when we look at a map, the kilometric scale helps us gauge how far apart two locations are. This is crucial for planning trips, understanding regional layouts, and analyzing spatial relationships between different geographical features.In geography, the kilometric scale plays a significant role in depicting the Earth's surface. Maps often use a kilometric scale to represent vast terrains, such as mountains, rivers, and cities. By using this scale, geographers can provide a clear visual representation of distances, which aids in research and education. For example, a geographic study might require researchers to measure the distance between two cities, and a kilometric scale allows them to do so with precision.Urban planners also rely on the kilometric scale to design cities and infrastructure. When planning new roads, public transport systems, or parks, they must consider the distances involved. Using a kilometric scale enables them to visualize how different neighborhoods connect and how far residents will need to travel to access amenities. This understanding is vital for creating efficient and accessible urban environments.Moreover, in environmental science, the kilometric scale is used to assess ecological regions and habitats. Scientists may study ecosystems that cover several kilometers, examining how factors like climate change and human activity impact these areas. By employing a kilometric scale, researchers can analyze data over large distances, leading to more comprehensive environmental assessments.The importance of a kilometric scale extends beyond academic fields; it influences everyday life. For instance, when people plan road trips or hikes, they often refer to maps that employ a kilometric scale. Understanding these measurements helps travelers estimate travel times, fuel consumption, and even the physical exertion required for their journeys. Without a clear grasp of the kilometric scale, individuals might underestimate or overestimate distances, leading to potential challenges during their travels.In conclusion, mastering the idea of a kilometric scale is crucial for various disciplines and daily activities. It provides a framework for understanding and measuring distances that span kilometers, facilitating better planning, research, and navigation. Whether one is studying geography, designing urban spaces, evaluating environmental impacts, or simply embarking on a journey, the kilometric scale serves as a fundamental tool for comprehension and decision-making. As we continue to navigate an increasingly interconnected world, the ability to interpret and utilize a kilometric scale will remain an invaluable skill.

理解千米尺度的概念在地理、城市规划和环境科学等多个领域都是至关重要的。千米尺度是指跨越千米的测量，使我们能够有效地理解大距离和区域。例如，当我们查看地图时，千米尺度帮助我们衡量两个地点之间的距离。这对于规划旅行、理解区域布局以及分析不同地理特征之间的空间关系至关重要。在地理学中，千米尺度在描绘地球表面方面发挥着重要作用。地图通常使用千米尺度来表示广阔的地形，如山脉、河流和城市。通过使用这种尺度，地理学家可以提供清晰的距离视觉表示，这有助于研究和教育。例如，一项地理研究可能需要研究人员测量两个城市之间的距离，而千米尺度使他们能够精确做到这一点。城市规划者也依赖于千米尺度来设计城市和基础设施。在规划新道路、公共交通系统或公园时，他们必须考虑涉及的距离。使用千米尺度使他们能够可视化不同社区之间的连接以及居民获取便利设施所需的旅行距离。这种理解对于创建高效和可达的城市环境至关重要。此外，在环境科学中，千米尺度用于评估生态区域和栖息地。科学家们可能会研究覆盖数千米的生态系统，检查气候变化和人类活动如何影响这些区域。通过采用千米尺度，研究人员可以在较大距离上分析数据，从而导致更全面的环境评估。千米尺度的重要性超越了学术领域；它影响日常生活。例如，当人们计划公路旅行或徒步旅行时，他们经常参考使用千米尺度的地图。理解这些测量帮助旅行者估算旅行时间、燃料消耗，甚至是他们旅程所需的体力消耗。如果没有对千米尺度的清晰理解，个人可能会低估或高估距离，从而在旅行中可能面临挑战。总之，掌握千米尺度的概念对于各个学科和日常活动至关重要。它提供了一个理解和测量跨越千米的距离的框架，促进更好的规划、研究和导航。无论是在学习地理、设计城市空间、评估环境影响，还是仅仅开始一次旅程，千米尺度都作为理解和决策的基本工具。随着我们继续在一个日益互联的世界中导航，解读和利用千米尺度的能力将仍然是一项宝贵的技能。