Geographic Information Systems (GIS)

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The definition of GIS is capturing and analyzing data, through a GIS system and framework, related to position on Earth's surface. GIS stands for Geographic Information System. Mapping, Urban planning, transportation planning, etc. are some daily life examples of GIS usage. Mapping in GIS system allows one to layer data tied to geographic points. Geographical mapping lets us take data and make it into a geo map. Which otherwise would have a lot of time. Geographic information systems GIS also plays a key role in the geographic coordinate system.

What are GIS and its uses?

GIS stands for Geographic Information System and it is a system that is designed to acquire, store, manipulate and present geographic data in order to maximize the utility of data and draw conclusions. It is used in different fields of sciences.

When was GIS first developed?

GIS was first developed in the early 1960s and later on, it was further developed to enhance the utility in the fields of science.

Where did GIS come from?

GIS was first used in Canada in the 1960s to record and analyze the land usage in Canada. Later on, as it was developed and improved, it spread across the globe.

Who invented GIS?

Roger Tomlinson is called the father of GIS as he invented GIS in the 1960s to record and analyze data about land usage in Canada.

Why is GIS important in different fields of science?

GIS is very important in different fields of science as it helps scientists to record and analyze the geographic data in order to draw patterns and conclusions for researches.

How is GIS used in science?

GIS is used in science as a powerful to store and analyze data of any geographic area including other planets. Scientists find breakthrough discoveries and analysis with the help of GIS.

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