Market
What will the damage assessment of Byeongsan Seowon reveal by February 2025?
2
Resolution / Starting Odds
Minor damage • 25%
Moderate damage • 25%
Severe damage • 25%
No damage • 25%
Official report or statement by the city of Andong
Story
KBS Apologizes for Damage to UNESCO Heritage Site Byeongsan Seowon During Filming of 'The First Night With the Duke' Starring Seohyun and Taecyeon
Jan 2, 2025, 08:38 AM
KBS has issued an apology for allegedly damaging the UNESCO World Heritage Site, Byeongsan Seowon, while filming its new drama 'The First Night With the Duke,' which stars Seohyun and Taecyeon. The city of Andong is currently assessing the extent of the damage caused by the production team, which reportedly used nails for props. This incident has raised concerns among cultural heritage preservation experts, leading to discussions about potential legal action against the broadcasting company. The controversy highlights ongoing tensions between cultural preservation and the entertainment industry in South Korea.
View original story
Similar markets
Accidental (e.g., kitchen equipment) • 25%
Structural/electrical fault • 25%
Arson • 25%
Undetermined/Other • 25%
No significant damage, airport operational • 25%
Minor damage, airport closed for less than 1 month • 25%
Major damage, airport closed for over 3 months • 25%
Moderate damage, airport closed for 1-3 months • 25%
501 to 1000 • 25%
100 to 500 • 25%
Less than 100 • 25%
More than 1000 • 25%
Yes • 50%
No • 50%
1st floor • 25%
2nd-4th floors • 25%
5th-7th floors • 25%
8th floor • 25%
Structurally sound • 25%
Partial demolition required • 25%
Full demolition required • 25%
Undetermined • 25%
Caused structural damage to buildings • 25%
Limited to current area • 25%
Extended to nearby properties • 25%
Widespread area affected • 25%
Less than 5 structures • 25%
More than 20 structures • 25%
11 to 20 structures • 25%
5 to 10 structures • 25%
Other outcomes • 25%
Increased tensions • 25%
Successful diplomatic resolution • 25%
No significant change • 25%
Other • 25%
Electrical fault • 25%
Human error • 25%
Gas leak • 25%