Although the vast majority of GISs currently work only in two dimensions, across the plane, certain applications require the addition of other dimensions, namely time or elevation/depth. Most geological applications require a consideration of attributes in the vertical dimension, as well as the horizontal ones. Oceanographic and meteorological models need to consider variations both in the vertical and temporal dimensions. This presentation will looks at how these additional dimensions can be incorporated into GISs
Analysis of the Earth’s surface using three-dimensional models provides a wealth of new interpretati...
<br/>A three dimensional (3D) model facilitates the study of the real world objects it represe...
Earth scientists are frequently confronted with problems that involve 3-dimensional phenomena, but u...
Although the vast majority of GISs currently work in only two dimensions, across the plane, certain ...
Our world is three-dimensional and complex, continuously changing over time and appearing different ...
Several broad questions are posed about the role of the third dimension in data visualization. First...
Jeffery et al. extensively and thoroughly describe how different species navigate through a three-di...
In 3D terrain analysis, topographical characteristics, such as mountains or valleys, and geo-spatial...
Geologists are finally able to capture their vision using new technolgy and methods to build systema...
Geographic Information Systems have had enormous advances since their inception. While early systems...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
Multi-scale geological models contain three-dimensional, spatially referenced data, typically spanni...
Environmental and geographical process models inevitably involve parameters that vary spatially. One...
Since 2001, six workshops on three-dimensional (3-D) geological mapping have been conducted in assoc...
Real-world phenomena have traditionally been modelled in a GIS in two and three dimensions. However,...
Analysis of the Earth’s surface using three-dimensional models provides a wealth of new interpretati...
<br/>A three dimensional (3D) model facilitates the study of the real world objects it represe...
Earth scientists are frequently confronted with problems that involve 3-dimensional phenomena, but u...
Although the vast majority of GISs currently work in only two dimensions, across the plane, certain ...
Our world is three-dimensional and complex, continuously changing over time and appearing different ...
Several broad questions are posed about the role of the third dimension in data visualization. First...
Jeffery et al. extensively and thoroughly describe how different species navigate through a three-di...
In 3D terrain analysis, topographical characteristics, such as mountains or valleys, and geo-spatial...
Geologists are finally able to capture their vision using new technolgy and methods to build systema...
Geographic Information Systems have had enormous advances since their inception. While early systems...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
Multi-scale geological models contain three-dimensional, spatially referenced data, typically spanni...
Environmental and geographical process models inevitably involve parameters that vary spatially. One...
Since 2001, six workshops on three-dimensional (3-D) geological mapping have been conducted in assoc...
Real-world phenomena have traditionally been modelled in a GIS in two and three dimensions. However,...
Analysis of the Earth’s surface using three-dimensional models provides a wealth of new interpretati...
<br/>A three dimensional (3D) model facilitates the study of the real world objects it represe...
Earth scientists are frequently confronted with problems that involve 3-dimensional phenomena, but u...