topography

简明释义

英[təˈpɒɡrəfi]美[təˈpɑːɡrəfi]

n. 地形学，地形测量学 ；地形，地貌；地图地形描绘；（剖，生）局部解剖（图）

复 数 t o p o g r a p h i e s

英英释义

单词用法

同义词

反义词

例句

1.Precipitation is influenced by topography among other things.

除其他因素外，降水还受到地形的影响。

2.As a whole, the leaves function like the mountainous topography of the region, albeit on a smaller scale.

整体上，叶子的功能很像该地区的山地地貌，尽管该地貌分布范围不广。

3.The high topography of Asia influences the atmosphere in profound ways.

亚洲大陆的地势对气候的影响可谓深远。

4.The group's economic geography is as spectacular as its topography.

该集团的经济地理也正如其地形一样引人入胜。

5.What does the topography of a face say about a person?

人脸的“地形图"透露了什么？

6.The topography of servers and the Notes client are illustrated in Figure 1.

服务器与Notes客户机拓扑结构如图 1 所示。

7.The combination of topography and weather can be deadly as well.

地形和天气相结合也可能是很致命的。

8.The topography of the region makes it difficult for large vehicles to navigate.

该地区的地形使大型车辆难以通行。

9.Farmers often consider the topography when deciding where to plant crops.

农民在决定种植作物的位置时，通常会考虑地形。

10.The topography of the land affects water drainage and soil erosion.

土地的地形影响水分排放和土壤侵蚀。

11.Understanding the topography is essential for planning a new road.

理解地形对于规划新道路至关重要。

12.The map shows detailed topography including mountains and valleys.

地图显示了包括山脉和山谷在内的详细地形。

作文

Topography is a term that refers to the arrangement of the natural and artificial physical features of an area. It plays a significant role in various fields such as geography, urban planning, and environmental science. Understanding the topography (地形) of a region helps us to comprehend how landforms influence human activities and ecosystems. For instance, mountains, valleys, and plains can dictate where people choose to live, how they farm, and even how they travel. In geography, topography (地形) is essential for mapping and understanding the Earth's surface. Cartographers use topography (地形) to create detailed maps that show elevation changes, water bodies, and vegetation types. These maps are crucial for hikers, engineers, and planners who need to navigate or develop land effectively. The elevation of an area can determine climate conditions, affecting everything from agriculture to wildlife habitats. Urban planning also heavily relies on the topography (地形) of a location. City planners must consider the topography (地形) when designing infrastructure such as roads, bridges, and buildings. For example, constructing a road on a steep hill requires different engineering techniques than building on flat land. Additionally, cities built in flood-prone areas must account for the topography (地形) to manage stormwater and prevent flooding. This consideration is vital for sustainable development and disaster management. Furthermore, the topography (地形) of an area influences its biodiversity. Different landforms can create unique habitats for various species. For example, mountainous regions may host distinct flora and fauna compared to flat plains. Conservation efforts often focus on preserving these unique ecosystems, recognizing that the topography (地形) shapes the living conditions for countless organisms. Understanding these relationships is crucial for maintaining ecological balance and protecting endangered species. Moreover, the study of topography (地形) can provide insights into historical events and human civilization. Ancient civilizations often settled in areas with favorable topography (地形), such as near rivers or on fertile plains. Archaeologists examine the topography (地形) of historical sites to understand how geography influenced settlement patterns, trade routes, and agricultural practices. This knowledge allows us to appreciate the connection between humans and their environment throughout history. In conclusion, the concept of topography (地形) is fundamental to understanding our world. Its implications reach far beyond mere physical features, influencing human settlement, urban development, biodiversity, and historical contexts. As we continue to face challenges related to climate change, urbanization, and conservation, an awareness of topography (地形) will be increasingly important. By studying and respecting the topography (地形) around us, we can make informed decisions that benefit both humanity and the planet.

地形是一个术语，指的是一个地区自然和人工物理特征的排列。它在地理、城市规划和环境科学等多个领域中发挥着重要作用。理解一个地区的topography（地形）有助于我们理解地貌如何影响人类活动和生态系统。例如，山脉、山谷和平原可以决定人们选择居住的位置、如何耕作，甚至如何旅行。 在地理学中，topography（地形）对于绘制地图和理解地球表面至关重要。制图师利用topography（地形）创建详细的地图，显示海拔变化、水体和植被类型。这些地图对远足者、工程师和规划者至关重要，他们需要有效地导航或开发土地。一个地区的海拔可以决定气候条件，影响从农业到野生动物栖息地的方方面面。 城市规划也严重依赖于一个地点的topography（地形）。城市规划者在设计基础设施时必须考虑topography（地形），例如道路、桥梁和建筑物。例如，在陡峭的山丘上建造一条道路需要与在平坦土地上建造时不同的工程技术。此外，建在易洪水区域的城市必须考虑topography（地形），以管理雨水并防止洪水。这种考虑对于可持续发展和灾害管理至关重要。 此外，一个地区的topography（地形）还会影响其生物多样性。不同的地貌可以为各种物种创造独特的栖息地。例如，山区可能会拥有与平原截然不同的植物和动物。保护工作通常集中在保护这些独特的生态系统上，认识到topography（地形）塑造了无数生物的生活条件。理解这些关系对于维持生态平衡和保护濒危物种至关重要。 此外，topography（地形）的研究可以提供对历史事件和人类文明的见解。古代文明通常选择在地形优越的地区定居，比如靠近河流或在肥沃的平原上。考古学家研究历史遗址的topography（地形），以了解地理如何影响定居模式、贸易路线和农业实践。这种知识使我们能够欣赏人类与环境之间的联系。 总之，topography（地形）概念对于理解我们的世界至关重要。它的影响远不止于单纯的物理特征，还影响着人类的定居、城市发展、生物多样性和历史背景。随着我们继续面临与气候变化、城市化和保护相关的挑战，意识到topography（地形）将变得愈发重要。通过研究和尊重我们周围的topography（地形），我们可以做出有利于人类和地球的明智决策。