This chart began as an attempt to map where landmine incidents have occurred in South Korea. Public records were traced case by case, identifiable locations were reconstructed, and the result is presented as the surviving record rather than a complete history of every incident.
Most points sit near the Demilitarized Zone and the Civilian Control Line, the restricted-access belt just south of it. In the author's reading, what the map leaves out matters as much as what it shows. Older incidents often survive only as totals, without a date or a place. How many of those cases can still be recovered?
Every record is tied to at least one publicly available primary source. Sources range from field investigations and legal decisions to single news reports, so their level of detail varies.
This is not a complete list of landmine incidents in South Korea. The public record grows thinner and less precise further back in time. Measured against the Ministry of National Defense victim figures, the reconstructed records cover 2.4% of reported victims for the 1960s, 6.3% for the 1970s and 19.8% for the 1980s. The absence of records for 1953–1959 means no case could be reconstructed for those years. It does not mean no incidents occurred.
Locations are representative points, not exact sites. Incidents in the same township or near the same landmark share one coordinate and overlap on the map. Dates known only to the month, season, year or a broader period are placed at a representative point within that period.
Casualty figures across the 108 records total 35 deaths and 122 injuries. These are minimum counts attached to reconstructed records, not national totals. For two incidents the casualty count is unknown and is left blank rather than recorded as zero.
The map leaves out several groups of cases:
A dot is one reconstructed record, not every incident in that place. The number of dots is not a count of all incidents or victims.
The burst animation only marks the moment an incident occurs. Its size, brightness and colour do not represent blast radius, explosive force, casualties or mine type, and overlapping markers do not mean simultaneous events. The record marker settles after a short animation delay, so its position on the timeline approximates rather than matches the incident date.
Recent years can look busier than they were. All 23 records from 2010 onward could be mapped, compared with 44 of the 85 earlier records. Recent incidents are also easier to find online and more likely to keep a precise date and place. The data does not support a post-2010 increase: the 1990s hold the most reconstructed records of any decade.