Georgia Forestry Commission Improves Smoke and Fire Management with GIS Web Tool

A burn permit tracking system, developed by Esri for Georgia Forestry Commission, provides real-time information to landowners for permit issuance and reduces wildfire risks during prescribed burns.

“Controlled fires benefit the forest,” said Alan Dozier, Georgia Forestry Commission’s chief of forest protection. “The Esri web solution manages digitized burn permit data, provides real-time maps of permitted burning, and helps us perform spatial analysis. This is necessary for effective smoke and fire management planning.”

The burn permit tracking system is a new way of tracking fires. The innovative system helps rangers promote the ecological benefits of prescribed fire and allows forest managers to make more informed decisions. It expedites the permit request process by enabling 24-hour availability and provides easy access to data and reports through Internet-connected devices including smartphones.

Georgia Forestry Commission has used Esri technology for many years as a tool for forest management and to fight forest fires. The development of the burn permit system will greatly expand the commission’s use of geographic information systems (GIS). This GIS tool is the first of its kind. It shows the commission’s current fire activity as well as how many acres have been burned within the entire state. The burn permit tracking system’s GIS web tools allow users to easily add the location of wildfire events and manage the deployment of staff and fire suppression resources for forest fire management.

“Georgia Forestry Commission’s burn permit tracking system demonstrates how enhanced web mapping is being used to significantly improve the delivery of services to landowners while making the process easier to ensure environmental compliance,” notes Peter Eredics, Esri’s forest industry manager. “This system will also improve response time during wildfire events, which will result in fewer losses and safer working conditions for field crews.”

The system is built on Esri’s ArcGIS Server architecture using the Flex Application Programming Interface (API).

See the Esri technology-powered burn permit tracking system on the Georgia Forestry Commission website.

[Source: Esri press release]

Integration of Tsunami Analysis Tools into a GIS Workspace – Research, Modeling, and Hazard Mitigation Efforts Within NOAA’s Center for Tsunami Research

Geospatial Techniques in Urban Hazard and Disaster Analysis, 2010

Nazila Merati, Christopher Chamberlin, Christopher Moore, Vasily Titov, and Tiffany C. Vance

“The National Oceanic and Atmospheric Administration’s (NOAA) Center for Tsunami Research (NCTR) uses geospatial data and GIS analysis techniques in support of building an accurate tsunami forecasting system for the US Tsunami Warning Centers. The resulting forecast products can be integrated into applications and visualizations to assess hazard risk and provide mitigation for US coastal communities ranging from small towns to large urban centers. NCTR also conducts basic research on the nature of tsunami propagation and inundation, which relies on accurate geospatial information. In this chapter, we discuss how we have used both open source and commercially available geospatial technologies to address issues in tsunami research and hazard mitigation – including model visualization, data delivery, and emergency management products. Additionally, we discuss the development and coupling of tsunami model results with coastal risk, vulnerability, and evacuation models, raising the issues of integration, visualization, proliferation of mapping applications, and the ease of use and intended audience of these products.”

Using GIS and Spatial Statistics to Analyze the Chernobyl Consequences

Esri white paper (undated)

Konstantin Krivoruchko

“On April 26, 1986, at 1:23 a.m., a chain reaction occurred in the Chernobyl reactor, creating explosions that blew off the reactor’s heavy steel and concrete lid. From Chernobyl in the former Union of Soviet Socialist Republics (now in the Ukraine), radiation spread across Europe in perhaps the most catastrophic industrial event in the planet’s history. Radioactive particles remained suspended in the atmosphere for many days and were distributed as far as Scandinavia, the United Kingdom, and Greece.”