What is GIS cartography?
The Geographic Information System (GIS) is a system that stores information on the geography and soil formation. When geographic material is used for mapping, GIS cartography is called GIS. Maps using GIS systems are often very accurate and contain much more information than a standard map. This additional information is part of a larger process called Spatial Analysis, where geographical information is used to create a layered two -dimensional or real three -dimensional representations of real places. These databases contain a lot of information about many different parts of the world. In any place, there may be information on human and animals, historical data, surface and substrate conditions, or current and historical use of natural resources.
Information in GIS databases can be used to create maps. Simple Paymaps or political maps are possible, but this is not the essence of GIS cartography. In most situations they must have a real GIS map more informationbeyond the normal map. Different information available in GIS must meet to create an entire area experience.
GIS cartography focuses on multilayer information. When the user looks at the map, it may seem like a normal topographic image. With several pressures, the user can switch this map to substrates, forest cover, plan or any number of other overlaps. This allows GIS cartography deeper into the current and historical existence of the soil segment.
Spatial analysis is a greater discipline whose cartography GIS is apart. This area is the convergence of several different disciplines such as geology, computer science, archeology and mathematics. Informationermation from different sources is combined together into one database. When a user calls a place, this space can display any number of different ways.
Software for spatial analysis allows you to make different mapsthe location threw on top of each other. One basic map is used as a base, often a topographic map, and other maps showing different types of activities are located at the top. This convergence of various information will often display formulas that may not be known.
These patterns are used in other places to predict. For example, if a particular natural source was placed in several places with similar topography and patterns, it is possible that other similar areas may have the same source. These predictions are used by companies to limit the cost of finding natural ingredients.