planimetric map

简明释义

平面地图

英英释义

例句

1.The architect used a planimetric map to accurately design the layout of the new park.

建筑师使用了平面图来准确设计新公园的布局。

2.The planimetric map showed all the roads and buildings without elevation details.

这张平面图显示了所有的道路和建筑，但没有高度细节。

3.In urban planning, a planimetric map is essential for understanding land use.

在城市规划中，平面图对于理解土地使用至关重要。

4.To create the model, the students referred to a detailed planimetric map of the city.

为了创建模型，学生们参考了一张详细的平面图。

5.Using a planimetric map, the surveyor was able to plot the boundaries of the property.

使用平面图，测量师能够绘制出财产的边界。

作文

In the world of cartography, different types of maps serve various purposes, and one such important type is the planimetric map. A planimetric map is a representation of the earth's surface that shows horizontal positions of features without any depiction of elevation or terrain relief. This type of map is particularly useful for understanding the layout of cities, roads, and other infrastructure. Unlike topographic maps, which include contour lines to indicate changes in elevation, planimetric maps focus solely on the two-dimensional arrangement of features. The significance of planimetric maps can be seen in urban planning and development. City planners rely on these maps to visualize land use, transportation networks, and the distribution of public services. By analyzing a planimetric map, planners can make informed decisions regarding zoning, infrastructure improvements, and environmental conservation. For instance, when designing a new park or recreational area, planners can use a planimetric map to identify suitable locations that are accessible to the community while considering existing roadways and buildings.Moreover, planimetric maps are essential tools in various fields such as architecture, real estate, and environmental studies. Architects use these maps to create accurate site plans that reflect the spatial relationships between structures and their surroundings. Real estate professionals utilize planimetric maps to showcase property boundaries and nearby amenities, helping potential buyers understand the context of their prospective investments. Environmental scientists may also employ these maps to study land use changes over time, assessing the impact of urbanization on natural habitats.One of the primary advantages of planimetric maps is their simplicity and clarity. Since they do not include elevation data, they present information in a straightforward manner, making it easier for users to interpret and analyze. This characteristic makes planimetric maps particularly valuable for educational purposes. Students learning about geography can benefit from using these maps to grasp the fundamental concepts of spatial relationships and geographic features without the added complexity of elevation.However, it is important to note that planimetric maps have limitations. Their lack of elevation information means that they cannot provide a complete picture of the terrain, which can be crucial in certain applications, such as hiking or geological surveys. In these cases, topographic maps or three-dimensional models may be more appropriate. Therefore, while planimetric maps are incredibly useful, they should be used in conjunction with other mapping tools to gain a comprehensive understanding of an area.In conclusion, the planimetric map plays a vital role in various fields by providing a clear, two-dimensional representation of geographical features. Its applications in urban planning, architecture, and education highlight its importance in helping individuals and organizations make informed decisions. As technology continues to advance, the integration of planimetric maps with digital tools such as Geographic Information Systems (GIS) will further enhance their utility and accessibility, ensuring that they remain a fundamental resource in the study and management of our physical environment.

在制图的世界中，不同类型的地图服务于各种目的，其中一个重要类型是平面图。平面图是地球表面的表示，显示了特征的水平位置，而没有任何关于高度或地形起伏的描绘。这种类型的地图在理解城市、道路和其他基础设施的布局方面特别有用。与包括等高线以指示高度变化的地形图不同，平面图仅关注特征的二维排列。平面图的重要性可以在城市规划和发展中看到。城市规划者依赖这些地图来可视化土地使用、交通网络和公共服务的分布。通过分析平面图，规划者可以就分区、基础设施改善和环境保护做出明智的决定。例如，在设计一个新的公园或娱乐区时，规划者可以使用平面图来识别适合的位置，这些位置对社区可达，同时考虑到现有的道路和建筑。此外，平面图是建筑、房地产和环境研究等各个领域的重要工具。建筑师使用这些地图来创建准确的场地规划，反映结构及其周围环境之间的空间关系。房地产专业人士利用平面图展示物业边界和附近设施，帮助潜在买家理解其潜在投资的背景。环境科学家也可能使用这些地图来研究土地使用随时间的变化，评估城市化对自然栖息地的影响。平面图的主要优点之一是其简单性和清晰性。由于它们不包含高度信息，因此以直观的方式呈现信息，使用户更容易解释和分析。这一特性使得平面图在教育方面尤其有价值。学习地理的学生可以通过使用这些地图来掌握空间关系和地理特征的基本概念，而不会增加高度的复杂性。然而，需要注意的是，平面图也有其局限性。它们缺乏高度信息，这意味着在某些应用中，它们无法提供完整的地形图像，例如徒步旅行或地质调查。在这些情况下，地形图或三维模型可能更为合适。因此，尽管平面图非常有用，但它们应与其他制图工具结合使用，以获得对某一地区的全面理解。总之，平面图在通过提供清晰的二维地理特征表示方面发挥着重要作用。它在城市规划、建筑和教育中的应用突显了它在帮助个人和组织做出明智决策方面的重要性。随着技术的不断进步，平面图与地理信息系统（GIS）等数字工具的整合将进一步增强其实用性和可及性，确保它们在研究和管理我们物理环境方面继续作为基本资源。