Geospatial Analysis and Visualization

EKI uses geospatial analysis to answer questions that are best understood in a spatial context—questions of location, pattern, and impact. Whether mapping environmental data in context with historical land use, evaluating infrastructure service areas, or modeling future land-use scenarios, GIS-based analysis provides the framework for understanding how projects interact with communities and the environment.

We prepare technical figures and tables that clearly communicate results to regulators, decision-makers, and the public. We deliver GIS datasets and databases that clients can use in their own systems, maintaining accuracy and consistency across large areas.

EKI’s spatial analysis and modeling work helps clients evaluate conditions, trends, and future scenarios. This includes everything from identifying vulnerable resources, to assessing risk and the effects of projects on surrounding areas, to supporting long-term planning. By linking geospatial analysis to visualization, we provide outputs that are not only technically rigorous but also visually clear and practical for decision-making.

In addition to static figures, EKI develops interactive web maps and applications that give users the ability to explore spatial data directly. These tools allow staff and stakeholders to zoom into areas of interest, to toggle layers on and off, to filter down to the data of interest, and to evaluate project alternatives in real time. We have experience delivering solutions in both ESRI platforms (including ArcGIS Online) and open-source tools, ensuring clients receive the right balance of functionality, cost, and long-term flexibility.

For EKI, maps and figures are not just illustrations—they are tools that communicate complex data in ways that stakeholders at all levels can understand and use.

Connect with the EKI professional overseeing this specialty:

Joy Su, PE photo

Joy Su, PE
Principal Environmental Engineer

jsu@ekiconsult.com

Sample Projects: Geospatial Analysis and Visualization