Last updated: 8 Jun 2026 | 4 Views |
Mr. Somchai Wongprasert, head of the Disaster Prevention and Mitigation Division at Bang Rakam Sub-district Municipality, had not slept properly in three days. On his desk, reports were stacked palm-high. More than 2,400 households across seven villages were still caked in floodwater silt. The water had receded only the previous day — but the darkened, foul-smelling sludge coating every surface told him what came next was worse.
His phone rang again. The primary care center chief: "Somchai — we have 12 people presenting with high fever, severe muscle aches, and jaundice. The doctor suspects Leptospirosis. Bacterial contamination from floodwater. We need to disinfect and spray all seven villages within three days before this spreads." Somchai looked at his team — eight volunteers, four hand-pump backpack sprayers purchased in 2019. Each sprayer needed manual pumping every three minutes. Each 16-liter tank lasted about 20 minutes before needing a refill. At that rate, his team could reach 40 to 50 homes per day. Simple math told him that covering 2,400 houses would take nearly two months — while the bacteria waited for no one.
⚠️ This scenario plays out in municipalities and DPM offices across Thailand every monsoon season. When floods recede, a second disaster begins counting down — disease, mosquitoes, and contamination racing against the capacity of exhausted field teams.
Floodwaters do not carry away only mud and broken furniture. They import an entire ecosystem of pathogens, leaving flood-affected communities surrounded by life-threatening hazards on multiple fronts simultaneously.