"Determining the Cause Is the Best Prevention"... Korea Forest Disaster Safety Technology Corporation Establishes Scientific Wildfire Investigation System

[Financial News] Ahead of the fall wildfire prevention period, the Korea Forest Disaster Safety Technology Corporation is working to establish a system to prevent wildfires from recurring by scientifically determining their causes. The plan goes beyond simply fighting fires: It aims to identify the cause of the initial ignition using advanced technology and link the findings to tailored prevention policies.
 On the 1st, the corporation announced that it would comprehensively strengthen its wildfire cause investigation response system in preparation for the fall wildfire risk. The measures include stepping up wildfire prevention activities, conducting advance inspections of investigation equipment, establishing a cooperative system with local wildfire management agencies, and training wildfire monitors in preserving scenes.
 The corporation plans to begin a field investigation immediately after a wildfire occurs to determine the initial ignition point and the specific cause. To this end, it will deploy advanced equipment, including drones and geographic information system (GIS) technology, and operate a scientific investigation system that comprehensively analyzes burn marks, patterns of damage, terrain, and weather conditions. As climate change causes wildfires to grow larger and occur more frequently throughout the year, accurately analyzing their causes and developing measures to prevent identical or similar wildfires from recurring have emerged as key priorities.
 The field investigation data collected will be systematically accumulated and analyzed to build a database identifying characteristics by region, period, and cause. It will serve as core foundational material for national wildfire prevention policies, including prevention education and public awareness campaigns, as well as field management. The corporation also plans to work with specialized institutions such as the Forest Education Center to strengthen investigation and analysis capabilities among field personnel. It will expand practical training focused on accurately identifying actual ignition points and burn marks.
 If accumulated and utilized advanced scientific investigation data are combined with artificial intelligence (AI)-based forecasting technology, the transition toward a "proactive forest disaster prevention system" is also expected to accelerate. Such a system could predict in advance the likelihood of wildfires caused by specific factors during hazardous weather conditions and put preventive barriers in place before they occur.
 Lee Im-young, president of the Korea Forest Disaster Safety Technology Corporation, said, "We will improve the effectiveness of wildfire prevention policies through scientific field investigations and data-based analysis of causes." Lee added, "We will make every effort to safely protect people's lives and valuable forest resources."
[email protected] Kim Won-jun Reporter