hypsography

简明释义

英[hɪpˈsɒɡrəfi]美[hɪpˈsɑːɡrəfi]

n. 测高学；标高图；地势图

英英释义

单词用法

同义词

反义词

例句

1.Aiming at the error in intense hypsography terrain area statistic, the paper puts forward an improved statistic method for intense hypsography terrain, and introduces their application fields.

针对强起伏区面积统计误差，提出一种地形强烈起伏区的面积统计误差的改进方法，并扼要说明它们的一些应用领域。

2.Aiming at the error in intense hypsography terrain area statistic, the paper puts forward an improved statistic method for intense hypsography terrain, and introduces their application fields.

针对强起伏区面积统计误差，提出一种地形强烈起伏区的面积统计误差的改进方法，并扼要说明它们的一些应用领域。

3.The mountainous area accounts for 94% in Yaan. There is a great difference in the height of hypsography, and stream is rapid, and the tectonics cross the west geosyncline and east platform.

雅安山地面积占94%，地势高低悬殊大，河流深切，水流湍急，大地构造位置跨西部地槽，东部地台。

4.This item is chosen to locate in the east of Wenan town, with complanate hypsography, complete water and electricity supply, without contaminated, meet the requirements of item location.

本项目选址在文安县城东，地势平坦、水电齐全、无环境污染，符合项目选址要求。

5.The landscape is special because it's mountainous area land surface is incised fiercely and hypsography has great disparity.

山地多，地表切割强烈，地势悬殊大，自然风光独具特色。

6.I go to low - lying coastal areas for the study of hypsography.

我为研究地势去低洼海岸线地区。

7.The study of hypsography 高程学 is essential for understanding Earth's topography.

研究hypsography 高程学对于理解地球的地形至关重要。

8.Geographers often use hypsography 高程学 to analyze elevation data across different regions.

地理学家经常使用hypsography 高程学来分析不同地区的海拔数据。

9.The hypsography 高程学 of the ocean floor reveals important geological features.

海洋底部的hypsography 高程学揭示了重要的地质特征。

10.Understanding hypsography 高程学 helps in predicting climate patterns based on elevation.

理解hypsography 高程学有助于根据海拔预测气候模式。

11.In cartography, hypsography 高程学 plays a crucial role in creating accurate maps.

在制图中，hypsography 高程学在制作准确地图方面起着至关重要的作用。

作文

Hypsography is a term that refers to the study of the distribution of elevations on the Earth's surface. It plays a crucial role in various fields, including geography, geology, and environmental science. Understanding the concept of hypsography (高程分布学) allows scientists and researchers to analyze how different landforms are shaped and how they interact with climate, vegetation, and human activities. The Earth's surface is not uniform; it consists of mountains, valleys, plains, and plateaus, each with varying elevations. By mapping these elevations, researchers can create hypsographic curves, which visually represent the distribution of land heights. These curves help illustrate the relationship between land elevation and other ecological factors, such as biodiversity and water resources. For instance, areas with higher elevations may have different climates and ecosystems compared to lowland regions. Furthermore, hypsography (高程分布学) is essential for understanding natural disasters. Many catastrophic events, such as floods, landslides, and earthquakes, are influenced by the topography of an area. By studying the elevation profiles of specific regions, scientists can predict potential risks and develop strategies for disaster management and mitigation. For example, in mountainous regions, steep slopes may be prone to landslides, especially after heavy rainfall. Knowledge of the local hypsography (高程分布学) can thus inform construction regulations and land use planning to enhance safety. In addition to its applications in natural sciences, hypsography (高程分布学) also has implications for urban planning and development. As cities expand, understanding the elevation of the land becomes critical for infrastructure development. Proper drainage systems must be designed to prevent flooding, and roads need to be constructed with consideration of the terrain. Urban planners often rely on hypsography (高程分布学) data to create sustainable and resilient urban environments. Moreover, the study of hypsography (高程分布学) can shed light on historical and archaeological sites. Many ancient civilizations thrived in specific elevations due to favorable climatic conditions and access to resources. By analyzing the elevation patterns of these regions, archaeologists can better understand settlement patterns and the development of societies over time. In conclusion, hypsography (高程分布学) is a vital field of study that encompasses the analysis of elevation distribution across the Earth's surface. Its significance extends beyond mere academic interest; it has practical applications in disaster management, urban planning, and historical research. By comprehensively understanding hypsography (高程分布学), we can make informed decisions that impact our environment, safety, and societal development. As we continue to face challenges related to climate change and urbanization, the insights gained from hypsography (高程分布学) will be increasingly important for creating a sustainable future.

高程分布学是一个指研究地球表面高程分布的术语。它在地理学、地质学和环境科学等多个领域中发挥着至关重要的作用。理解hypsography（高程分布学）的概念使科学家和研究人员能够分析不同地貌是如何形成的，以及它们如何与气候、植被和人类活动相互作用。 地球的表面并不均匀；它由山脉、山谷、平原和高原组成，每个地方的高程各不相同。通过绘制这些高程，研究人员可以创建高程曲线，这些曲线直观地表示土地高度的分布。这些曲线有助于说明土地高程与其他生态因素之间的关系，例如生物多样性和水资源。例如，高海拔地区的气候和生态系统可能与低洼地区有所不同。 此外，hypsography（高程分布学）对理解自然灾害至关重要。许多灾难事件，如洪水、滑坡和地震，都受到一个地区地形的影响。通过研究特定地区的高程剖面，科学家可以预测潜在风险，并制定灾害管理和减轻策略。例如，在山区，陡峭的坡度在暴雨后可能容易发生滑坡。对当地hypsography（高程分布学）的了解可以为建筑法规和土地使用规划提供信息，以增强安全性。 除了在自然科学中的应用，hypsography（高程分布学）对城市规划和发展也有影响。随着城市的扩展，了解土地的高程对于基础设施的发展至关重要。必须设计合适的排水系统以防止洪水，并且道路的建设需要考虑地形。城市规划者通常依赖于hypsography（高程分布学）数据来创建可持续和有韧性的城市环境。 此外，hypsography（高程分布学）的研究可以揭示历史和考古遗址的奥秘。许多古代文明因气候条件优越和资源丰富而在特定的高程上繁荣发展。通过分析这些地区的高程模式，考古学家可以更好地理解定居模式以及社会的发展历程。 总之，hypsography（高程分布学）是一个重要的研究领域，涵盖了对地球表面高程分布的分析。它的重要性不仅仅限于学术兴趣；它在灾害管理、城市规划和历史研究等方面具有实际应用。通过全面理解hypsography（高程分布学），我们可以做出影响环境、安全和社会发展的明智决策。随着我们继续面临与气候变化和城市化相关的挑战，从hypsography（高程分布学）中获得的见解将对创建可持续的未来变得越来越重要。