3D-modelling / 3D analysis with GIS

Digital modeling or 3D representation of a terrain’s surface derived from satellite imagery/UAV photography. And also analyzing and interpreting topographic contents

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How GIS is used in 3D-modelling / 3D analysis

3D technology in GIS maps is explanatory illustrations that represent the scale of real-world objects. 3D models assist appearance, survey in a large number of different domains.

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Building Information Modeling (BIM)

Building Information Modeling (BIM) is a collaborative way for multidisciplinary information storing, sharing, exchanging, and managing throughout the entire building project lifecycle including planning, design, construction, operation, maintenance, and demolition phase

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Coastal Modeling and Analysis

Resource planning systems that visualize on GIS can produce visions of the financial, natural, and cultural conclusions of activities by the coastal line. Precise data creates all the difference in stable performing activities like construction or removal.

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Metropolis Planning

Traditional methods of information management are hard to use in the planning process of problematic urban areas such as squatter settlements. GIS provides the capability for dynamic query and analysis, display of information and a more understandable representation.

City Planning

Today, the majority of cities are suffering from a lack of basic amenities such as water, electricity, and living space. The issue can be traced back to inadequate resource allocation. Combining 3D technology with GIS can assist government agencies, architects, and engineers in envisioning, evaluating, and analyzing how certain changes in a city will look, and how these modifications will meet the needs of the present and future.

Wind Farm Assessment

Planning a wind farm requires a detailed analysis of an environment and the potential effects of the structures. By using 3D GIS modeling, planners and other stakeholders can get a better idea of the impact from wind farm development on wildlife and people. For example, when assessing possible wind farm locations in two dimensions, a bird’s migratory path might make a location seem inaccessible. However, reviewing that same space using 3D GIS data, may reveal that the elevation of birds’ flight paths and the height of the wind farm are compatible.

Building Information Modeling

Building Information Modeling (BIM) is an important technology that depicts real-world settings of an environment. The combination of BIM and GIS provides the necessary know-how to build a robust model. The combination of 3D GIS and BIM can help produce error-free building management plans that would eventually allow for a more detailed analysis of data.

Disaster Response

3D GIS can help people and societies better handle natural disasters. In case of a calamity, the detailed mapping may give a broad idea to disaster response teams by making them aware of the environment they would be dealing in. This would also include providing information like:

Proper coordinates of the point of action and the best route to reach
Detail of the area including the type of terrain
An alternative route for proper evacuation

City Planning

Today, the majority of cities are suffering from a lack of basic amenities such as water, electricity, and living space. The issue can be traced back to inadequate resource allocation. Combining 3D technology with GIS can assist government agencies, architects, and engineers in envisioning, evaluating, and analyzing how certain changes in a city will look, and how these modifications will meet the needs of the present and future.

Wind Farm Assessment

Planning a wind farm requires a detailed analysis of an environment and the potential effects of the structures. By using 3D GIS modeling, planners and other stakeholders can get a better idea of the impact from wind farm development on wildlife and people. For example, when assessing possible wind farm locations in two dimensions, a bird’s migratory path might make a location seem inaccessible. However, reviewing that same space using 3D GIS data, may reveal that the elevation of birds’ flight paths and the height of the wind farm are compatible.

Building Information Modeling

Building Information Modeling (BIM) is an important technology that depicts real-world settings of an environment. The combination of BIM and GIS provides the necessary know-how to build a robust model. The combination of 3D GIS and BIM can help produce error-free building management plans that would eventually allow for a more detailed analysis of data.

Disaster Response

3D GIS can help people and societies better handle natural disasters. In case of a calamity, the detailed mapping may give a broad idea to disaster response teams by making them aware of the environment they would be dealing in. This would also include providing information like: