Titlebook: Collecting, Processing and Presenting Geoscientific Information; MATLAB® and Design R Martin H. Trauth,Elisabeth Sillmann Textbook 2018Late

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https://doi.org/10.1007/978-3-642-61864-2s, however, to publish it as a journal article, thesis, or book. In contrast to these multipage formats, flyers and brochures are used to provide scientific information in a highly condensed form and are typically distributed as handouts at conferences, from trade show booths, during roadshows, or at public presentations.

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Creating Manuscripts, Flyers, and Brochures,s, however, to publish it as a journal article, thesis, or book. In contrast to these multipage formats, flyers and brochures are used to provide scientific information in a highly condensed form and are typically distributed as handouts at conferences, from trade show booths, during roadshows, or at public presentations.

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Processing and Displaying Images in Earth Sciences,t. Vector and raster data are often combined in a single data set, for instance to display the course of a river on a satellite image. Raster data are often converted to vector data by digitizing points, lines or polygons. Conversely, vector data are sometimes transformed to raster data.

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Visualizing 3D Data in Earth Sciences,by digitizing map objects such as drainage networks or outlines of lithologic units. Raster data can be obtained directly from a satellite sensor output, but gridded data can also, in most cases, be interpolated from irregularly-distributed field samples (gridding).

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Processing and Displaying Images in Earth Sciences,vector data, i.e., points, lines and polygons. Drainage networks, the outlines of geologic units, sampling locations, and topographic contours are all examples of vector data. In this chapter, coastlines are stored in a vector format while bathymetric and topographic data are saved in a raster forma