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Bivariate colour maps for visualizing climate data

机译:双变量颜色图用于可视化气候数据

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摘要

The increasing availability of gridded, high-resolution, multivariate climatological data sets calls for innovative approaches to visualize inter-variable relations. In this study, we present a methodology, based on properties of common colour schemes, to plot two variables in a single colour map by using a two-dimensional colour legend for both sequential and diverging data. This is especially suited for climate data as the spatial distribution of the relation between different variables is often as important as the distribution of variables individually. Two example applications are given to illustrate the use of the method: one that shows the global distribution of climate based on observed temperature and relative humidity, and the other showing the distribution of recent changes in observed temperature and precipitation over Europe. A flexible and easy-to-implement method is provided to construct different colour legends for sequential and diverging data.
机译:网格化,高分辨率,多元气候数据集的可用性不断提高,因此需要创新的方法来可视化变量间的关系。在这项研究中,我们提出了一种基于常见配色方案的属性的方法,该方法可以通过使用二维颜色图例来记录连续数据和发散数据,从而在单个颜色图中绘制两个变量。这尤其适用于气候数据,因为不同变量之间关系的空间分布通常与变量单独分布一样重要。给出了两个示例应用程序来说明该方法的使用:一个基于观察到的温度和相对湿度显示气候的全球分布,另一个显示整个欧洲观察到的温度和降水的最近变化的分布。提供了一种灵活且易于实现的方法来构造用于顺序和分散数据的不同颜色图例。

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