isoline

简明释义

英[ˈaɪsəʊlaɪn]美[ˈaɪsəˌlaɪn]

n. [气象] 等值线

英英释义

单词用法

同义词

反义词

例句

1.The dry PV field in the lower troposphere shows that the coupling of the dense PV isoline zone and the wind shear was formed in the storm area.

对流层低层干位涡场特征表现为，风暴区形成干位涡等值线密集区和风场切变的耦合。

2.After drawing the distribution isoline of pulsation kinetic energy, the distribution disciplinarian of intensity of turbulence is expatiated.

给出了脉动动能分布的等值线图，详细阐述了紊动强度在汊道内的分布规律。

3.In project, which is the explanation of geological information system, isoline map is a basic graphics show function the main task is accomplishing this function.

在项目地质资料解释系统中，等值线图是其一项基本功能，本文的主要任务既是实现这一功能。

4.Based on the plane and section isoline of fluid potential, the distribution features of liquid flow in the studied areas were analyzed.

在编制流体势平面和剖面等值线图的基础上，分析研究区的流体势分布特征。

5.According to the overlaying out of isoline chart founded on Se index line and KSD endemic chart, a fact will be found that the border of KSD endemic basically answers for the isoline of Se index 3.0.

将硒指标线制作的等值线图与克山病病区分布图叠加后可发现克山病分布区域的边界与硒指标为3.0的等值线基本符合。

6.A new method of tracing precipitation isoline is introduced in term of the character of rain spot and isoline.

针对雨量站点及等雨量线的特征，讨论了一种新的等雨量线追踪途径。

7.Cartographers often use isolines to create contour maps for better visualization.

制图师通常使用等值线来创建等高线图，以便更好地可视化。

8.In geography, isolines are used to represent various phenomena such as elevation and precipitation.

在地理学中，等值线用于表示各种现象，例如海拔和降水量。

9.The weather map shows several isolines that indicate areas of equal temperature.

天气图显示了几条等值线，表示相同温度的区域。

10.The isolines on this map help us understand the distribution of population density.

这张地图上的等值线帮助我们理解人口密度的分布。

11.In meteorology, isolines can illustrate areas of equal atmospheric pressure.

在气象学中，等值线可以展示相同大气压力的区域。

作文

In the field of geography and meteorology, the term isoline refers to a line on a map that connects points of equal value. This concept is essential for visualizing various phenomena such as temperature, precipitation, and elevation. Understanding isolines can significantly enhance our comprehension of spatial patterns and relationships in the environment. For instance, when analyzing a weather map, we often encounter lines that represent areas with the same temperature; these are known as isotherms, a specific type of isoline. Similarly, a topographic map uses contour lines, which are another form of isoline, to indicate elevations above sea level. The use of isolines is not limited to meteorology and geography; they are also prevalent in fields like economics and health sciences. In economics, isolines can illustrate levels of utility or income distribution across different regions. By interpreting these lines, analysts can identify trends and make informed decisions regarding resource allocation or policy-making. In health sciences, isolines can represent varying levels of disease prevalence or environmental factors affecting public health. Moreover, the interpretation of isolines requires a keen understanding of the data being represented. For example, when examining a climate map with isolines, one must consider factors such as elevation, proximity to water bodies, and urbanization, as these elements can significantly influence the values depicted by the lines. Furthermore, the spacing between isolines is crucial; closely spaced lines indicate rapid changes in value, while widely spaced lines suggest gradual transitions. To illustrate the practical application of isolines, let us consider a case study involving a regional climate assessment. Researchers may utilize isolines to depict temperature variations across a landscape. By mapping out the isolines, they can identify areas prone to extreme heat or cold, which is vital for agriculture, urban planning, and disaster management. This information enables stakeholders to develop strategies to mitigate the impacts of climate variability, such as implementing irrigation systems in drought-prone areas or enhancing infrastructure to withstand severe weather conditions. In conclusion, isolines serve as powerful tools for visualizing and analyzing data across various disciplines. Their ability to convey complex information in a simplified manner makes them invaluable for researchers, policymakers, and the general public. As we continue to face challenges related to climate change, urbanization, and resource management, the role of isolines in facilitating understanding and decision-making will only become more critical. By mastering the interpretation of isolines, we can better navigate the complexities of our world and work towards sustainable solutions for the future.

在地理和气象学领域，术语等值线指的是地图上连接相同数值点的线。这一概念对于可视化温度、降水量和海拔等各种现象至关重要。理解等值线可以显著增强我们对环境中空间模式和关系的理解。例如，在分析天气图时，我们经常会遇到表示相同温度区域的线，这些线被称为等温线，是一种特定类型的等值线。同样，地形图使用等高线，作为另一种形式的等值线，来表示海平面以上的高度。等值线的使用不仅限于气象学和地理学；它们在经济学和健康科学等领域也很常见。在经济学中，等值线可以用来说明不同地区的效用水平或收入分配。通过解释这些线，分析师可以识别趋势，并就资源分配或政策制定做出明智的决策。在健康科学中，等值线可以表示不同疾病流行程度或影响公共健康的环境因素的变化。此外，解释等值线需要对所代表的数据有敏锐的理解。例如，在检查气候图时，必须考虑诸如海拔、水体接近度和城市化等因素，因为这些元素可能会显著影响线条所描绘的数值。此外，等值线之间的间距也是至关重要的；间距较近的线表示数值的快速变化，而间距较大的线则表明渐变。为了说明等值线的实际应用，让我们考虑一个关于区域气候评估的案例研究。研究人员可以利用等值线描绘一个地区的温度变化。通过绘制等值线，他们可以识别出易受极端高温或低温影响的区域，这对农业、城市规划和灾害管理至关重要。这些信息使利益相关者能够制定策略，以减轻气候变化的影响，例如在干旱地区实施灌溉系统，或增强基础设施以抵御极端天气条件。总之，等值线作为可视化和分析各学科数据的强大工具。它们以简化的方式传达复杂信息的能力，使其对研究人员、政策制定者和公众都具有不可或缺的价值。随着我们继续面临与气候变化、城市化和资源管理相关的挑战，等值线在促进理解和决策中的作用将变得更加重要。通过掌握等值线的解释，我们可以更好地应对我们世界的复杂性，并朝着可持续解决方案的方向努力。