Geographic Information Systems
Effective capture and
management of Spatial and temporal data
![Elevation Mapping](https://images.squarespace-cdn.com/content/v1/59d8d4f5bce176f17854dfc8/1511554349850-LW6A0YSPZVB46QET09K7/gis-main-graphic-1-1500x842.jpg)
![Substrate Mapping](https://images.squarespace-cdn.com/content/v1/59d8d4f5bce176f17854dfc8/1511553545334-35ZSASAYZRSM9JSM8JI5/gis-main-graphic-2-1500x842.jpg)
A Geographic Information System (GIS) provides a place for data integration, synthesis, and visualization. A GIS touches just about everything we do.
Most companies use GIS as a mapping environment, sadly, which does not exploit the power of the software to inform and devalues effort. A map will show you “what” is present. A good GIS dataset can answer “why” you see what you do. Planning an effective GIS database is essential. This often requires skill in a wide-range of data capture techniques.
Our experience includes:
Land and water elevation model
Our experience includes:
We enjoy GIS most when used as a process modelling tool. The models have been based on field data, multivariate analysis, and the theory of water and soil movements. Our leadership in the field of prediction includes:
Rendering of Lake of the Woods, Canada, from aquatic, terrestrial, and satellite data.
Precicting exposure, the circular integral of fetch.