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Google uses GCJ-02 data for the street map, but does not shift the satellite imagery layer, which continues to use WGS-84 coordinates, [45] with the benefit that WGS-84 positions can still be overlaid correctly on the satellite image (but not the street map). Google Earth also uses WGS-84 to display the satellite imagery. [46]
Available at 5 minute and 0.5 degree resolutions. Global Agriculture Lands: Raster dataset from NASA's Socioeconomic Data and Applications Center representing global extent and intensity of use of agricultural lands in 2000. Satellite data from MODIS and SPOT (satellite) image vegetation sensor were combined with agricultural inventory data.
Google Earth is a web and computer program that renders a 3D representation of Earth based primarily on satellite imagery.The program maps the Earth by superimposing satellite images, aerial photography, and GIS data onto a 3D globe, allowing users to see cities and landscapes from various angles.
To use the QGis palettes, simply copy-paste the code into a text document, then save as PALETTENAME.qml. Then, in QGis and while working on a layer : QGis > Layer > Properties > Load a style > [browse, select the .qml file, load] > Apply. It is advised to create a specific '/Mapcolors' folder to store these .qml files.
QGIS display your data using the projection you tell it to use. By default, the lat/long projection (= Equirectangular projection , example aside) is used, code: WGS84 lat/lon (EPSG:4326) . This projection is the most convenient for georeferencing, but imply strong distortions at polar latitudes.
The event history dates back to an important face-to-face meeting of the 3 original founders of the event (Venkatesh Raghavan, Markus Neteler, and Jeff McKenna), who met initially in Bangkok Thailand in 2004, and planned to create a new annual event for the whole Open Source geospatial community, with the event named "FOSS4G"; the event would ...
1. Add Vector Layer, 2. Add Raster Layer, 3. Remove Layer(s) Loading a GIS file adds the data into your project as a layer. For our purposes, we care about vector layers and raster layers. There are three ways you can add layers into your project: using the menu, using the keyboard shortcuts, or using the toolbar icons.
An example of use of layers in a GIS application. In this example, the forest-cover layer (light green) forms the bottom layer, with the topographic layer (contour lines) over it. Next up is a standing water layer (pond, lake) and then a flowing water layer (stream, river), followed by the boundary layer and finally the road layer on top.