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Prototypes of Orthoimage Maps as Tools for Geophysical Application

机译:正射影像图的原型作为地球物理应用工具

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Orthoimage maps have become very popular and frequently produced cartographical outputs in geosciences during recent years. However, the unambiguous terminology, definitions, content and appearance specifications have not been widely researched. This paper deals with the new definition of the orthoimage map, its component delineation, and basic classification. The authors present aspects of topographic and thematic orthoimage maps. The main theoretical achievement of the authors' research is the determining of the image component and the symbol component of orthoimage map content. The presented orthoimage map concept is applicable in geophysics practise which is demonstrated by three presented topographic and thematic orthoimage maps. They differ according to the relationship between topographic background and thematic content, and between image and symbol component. The image component can be a carrier of thematic geophysical information, or it can be used as topographic background for geophysics-oriented symbol component. All prototypes give examples of how to design, complete and use image-based cartographical products. Those variants might be used as guidelines for future orthoimage map production, especially for the geophysics community.
机译:近年来,正射影像图已成为地球科学中非常流行并经常产生的制图结果。但是,明确的术语,定义,内容和外观规范尚未得到广泛研究。本文讨论了正射影像图的新定义,其分量描绘和基本分类。作者介绍了地形和专题正射影像图的各个方面。作者研究的主要理论成果是确定正像图内容的图像成分和符号成分。提出的正射影像图概念适用于地球物理实践,由三个已呈现的地形和专题正射影像图证明。它们根据地形背景和主题内容之间以及图像和符号组件之间的关系而有所不同。图像组件可以是主题地球物理信息的载体,也可以用作面向地球物理的符号组件的地形背景。所有原型都提供了有关如何设计,完善和使用基于图像的制图产品的示例。这些变体可以用作未来正射影像图制作的指南,特别是对于地球物理学界。

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