Volunteers and soldiers are conducting flood-damage recovery work in Geoje, Gyeongsangnam-do, amid an active heat-wave warning [1].

The effort is critical because the combination of high temperatures and humid conditions increases the risk of heat-related illnesses and infectious diseases for those working in the field [1].

Army Captain 이승현 of the 39th Division 8358th Unit is coordinating with volunteers to restore areas damaged by recent flooding [1]. Much of the labor involves clearing debris and restoring infrastructure in challenging environments. Captain 이승현 said the work is particularly difficult because some of the task sites are located inside vinyl houses [1].

Volunteer 이성봉 expressed concern regarding the extreme weather conditions affecting the team. He said he had worried about the heat-wave warning before arriving, but found the actual temperature in Geoje to be severe [1]. He said the volunteers are sweating heavily as they work to clear the damaged sites [1].

Local officials are urging all participants to remain vigilant. The humid environment following the floods creates a breeding ground for bacteria, making workers susceptible to infections, and heat stroke [1]. Workers are being encouraged to take frequent breaks and maintain hydration to avoid medical emergencies.

Coordination between the military and civilian volunteers remains the primary driver of the recovery process in Gyeongsangnam-do [1]. The 39th Division continues to provide manpower to ensure the community returns to normal operations as quickly as possible despite the weather constraints [1].

The combination of high temperatures and humid conditions increases the risk of heat-related illnesses.

This situation highlights the compounding effect of climate-related disasters, where the immediate aftermath of a flood is exacerbated by extreme heat. The reliance on military personnel and volunteers for basic recovery indicates the scale of the damage in Geoje and the ongoing public health challenge of managing infectious disease risks in humid, post-flood environments.