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In the sixth exercise, it was our job to digitilasieren a topographic map. Based on the topographical map 25, Spring 6512, several buildings of the University of Kaiserslautern as possible be located precisely. The file "TU_Kaiserslautern.shp" was used. In addition, the building numbers and subject areas covered and appear. Finally, buildings should be classified into groups according to subject areas. Each group was then assigned a color.

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task of the fifth exercise was to create a Quantum GIS project. This should be created with the help of the mapset "Natura 2000". Basis of Exercise w aren the vector layer of districts, Special Protection Areas and Special Areas of Conservation in Rhineland-Palatinate. First, the three vector layers inserted in order to edit these using the mapset. The next step was to create a new layer of the districts to Bernkastel-Wittlich and include Birkenfeld, on the layer Grudlage LK_RLP. Then again, a new layer can be generated, this time depicting the bird sanctuaries, which are affected by both districts. Were the basis for Layer VSG_RLP and LK_BIR_WIL. The next layer, the FFH-areas that are affected by both counties n map. This was based on the Layer FFH_RLP and LK_BIR WIL . In the last step, both the FFH areas, bird sanctuaries and the subdivisions of bird sanctuaries Habitats and are areas that are placed in the two districts on a new layer. This was based on the layer and FFH_BIR_WIL VSG_BIR_WIL.









delivery format was a clearly labeled CD in Jewelcase booklet included. The entire folder "spatial" stands for free download available.

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In the third exercise, we should again Quantum GIS project . Create As a card base again the topographic map was used 100 of the federal state of Rhineland-Palatinate. In this we should be a natural spatial structure. Here, natural spatial units of different levels are defined.
were first placed the main unit groups on the topographic map and classified by name. The uniform representation here has a transparency of 70%. The layer is shown at a scale of> 1:1,000,000. The main units are displayed on a scale of 1:500,000 to 1:1,000,000, which are also classified by name and the transparency of the surfaces of this layer is 60%. In the next step of the layer is added to the subunits which only at a scale of < 1:500.000 dargestellt wird. Die Flächen dieses Layers haben eine Transparenz von 50% und werden wieder nach Namen klassifiziert. Abschließend wird noch der Layer Naturschutzgebiete hinzugefügt. In diesem Layer werden die Naturschutzgebiete nach deren jeweiligen Größe in drei gleich große Intervalle eingeordnet. Diese werden dann noch in "klein", "mittel" und "groß" umbenannt.


Topographic map 100 of Rheinland-Pfalz:

Haupteinheintengruppen scale> 1:1,000,000:
main units on a scale of 1:100,000 to 1:500,000:


subunits in the scale of < 1:500.000


Layer Naturschutzgbiete: