Asia World

South Korean Hiker Crosses Into North Korea by Mistake Amid Fog

South Korean Hiker Crosses Into North Korea by Mistake Amid Fog
Source: AP Photo
  • PublishedJuly 5, 2025

A South Korean man hiking near the heavily fortified border accidentally crossed into North Korean territory early yesterday, authorities said, attributing the incident to dense fog that impaired visibility.

The hiker, in his 60s, became disoriented as he trekked a path that skirts the Korean Demilitarized Zone (DMZ). He was discovered later by North Korean border guards, who escorted him back to the South through a checkpoint. South Korea’s military confirmed the return of the individual and stated that an investigation is under way.

This incident underscores the hazards posed by the fog-prone terrain along the DMZ, which spans approximately 250 kilometers across the Korean Peninsula. South Korean officials said they are reviewing hiking protocols and considering the installation of additional warning signs to prevent future border incursions.

Neither side reported any security breach or tension following the return of the hiker. Diplomatic channels remained open, and North Korean authorities handed him over without incident.

Local authorities have also reminded walkers and trekkers to check weather conditions and avoid border-adjacent routes during periods of limited visibility to ensure safe hiking experiences.

With input from AP News.

Michelle Larsen

Michelle Larsen is a 23-year-old journalist and editor for Wyoming Star. Michelle has covered a variety of topics on both local (crime, politics, environment, sports in the USA) and global issues (USA around the globe; Middle East tensions, European security and politics, Ukraine war, conflicts in Africa, etc.), shaping the narrative and ensuring the quality of published content on Wyoming Star, providing the readership with essential information to shape their opinion on what is happening. Michelle has also interviewed political experts on the matters unfolding on the US political landscape and those around the world to provide the readership with better understanding of these complex processes.