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Geographic information science (GIS) has made a monumental impact in fields like the earth sciences and historical research. Archaeologists were among the earliest adopters of GIS, beginning to utilize geospatial technology for projects in the 1980s. Since then, GIS has continued to change archeology approaches for the better, opening new …

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What is Geospatial Intelligence? Geospatial intelligence (GEOINT) is a broad field that encompasses the intersection of geospatial data with social, political, environmental and numerous other factors. The Intelligence Community defines geospatial intelligence as “the exploitation and analysis of imagery and geospatial information to describe, assess and visually depict physical features …

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Spatial data analysis is a robust field that has been key to many innovations and advancements in the technologies that we use in our day-to-day lives. Also known as geospatial analytics, spatial data analysis involves using modern information science and technology advancement to collect, analyze and interpret location-based data to …

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Remotely gathering spatial information is a powerful means to understand and respond to urgent humanitarian and environmental problems. But, for many years, it was challenging to get the information required to take action as remote sensing data was limited and difficult to acquire. Now, with the combination of new data …

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Geographic Information Science (GIS) offers powerful tools for performing detailed analysis of spatial data and solving complex problems. Traditional GIS data is based on mapping in two dimensions, an x and y-value, which can be limiting in some applications. Utilizing 3D GIS software lets users engage with data from a …

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Developments in geographic information science (GIS) have transformed how researchers in a variety of fields gather and analyze information about the world around us. Scientists gain valuable insights in areas such as geology and meteorology by gathering remote sensed data and implementing geospatial tools. The perspective offered by GIS technology …

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As increased globalization and advancements in technology raise the stakes in international relations, concerns that were once local now have the power to destabilize regions and make global impacts. Where global security efforts were once focused almost exclusively on borders and conflict, the pervasiveness of environmental and humanitarian concerns have …

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Organizations rely on geographic information science (GIS) for applications ranging from navigation in autonomous vehicles to mobile games played in real-world spaces. GIS specialists reveal valuable insights by employing best practices of spatial data collection, analysis and visualization. Their discoveries fuel problem solving and strategic decision making in organizations such …

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It is a great time for geographic information systems (GIS) careers. Geographic tools are more accessible and more powerful than ever. Cloud-based applications allow users to work nearly anywhere, while crowd-sourced information has fueled a massive global dataset. Drones can create nearly instantaneous maps, while LiDAR sensors are building remarkable …

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Cities are systems of tremendous, ever-evolving complexity. Responsibly guiding an area’s development requires spatial information that’s robust, nuanced and constantly updated, as well as the problem-solving skills to apply that information. This challenge has made geographic information science and technology (GIST) invaluable to urban planners. Spatial data points the way …

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