Complimentary Webinars | Intermap Technologies

Terrainscapes 2008, Intermap Technologies' series of complimentary Webinars, continues with compelling topics. These 50-minute Webinars focus on how Intermap's high-resolution 3D digital elevation models (DEMs) enable GIS and geospatial solutions across a wide range of industries, including oil and gas, telecom, water and power, engineering, consumer electronics, automotive, flood control, and more. Intermap encourages your interaction in these events - you can discuss the issues with mapping experts, value-added partners, and end users who have successfully used precise Intermap DEMs to develop a host of unique solutions.

Below is a list of upcoming Webinars. Click on the title for more information and to register.

The Risks of Outdated Flood Data
Our flood modeling Webinar has been postponed until later this year. Intermap appreciates your support and interest in our ongoing webinar series. We will notify you when a new date and time has been arranged. In the mean time, if you have any questions regarding our geospatial products and how we enable flood applications, please give us a call.

Past Webinar Recordings

GIS and the Environment
In this Webinar, panelists recognized for their commitment to socially and environmentally responsible infrastructure planning will discuss the important role that quality 3D elevation data and imagery can play in ensuring environmental sustainability.

Wind Energy Applications
Wind enegery represents one of the fastest-growing segments of the energy industry. From determining the optimum wind conditions in a large general region to micro-siting turbines in a more localized area, proper locating of the facilities is imperative. This Webinar will explore how Intermap's precise elevation data can be used to develop viewshed analyses, project siting plans, visualization presentations, pre-construction preparations, and other critical aspects of wind power project planning.

3D Visual Simulation
Discover how reliable elevation data is used to create highly accurate and realistic 3D visualization experiences for a range of applications requiring wide-area terrain models.