Disaster Management · TEE · papers

Q4A · Analysing the case study of “Uttarakhand Forest Fires”, elaborate in detail how Warni…

2025-02-25 · Semester V re-exam

Actual older TEE paper · 100 marks · Q1 compulsory; any four of Q2–Q7

Q4A. Analysing the case study of “Uttarakhand Forest Fires”, elaborate in detail how Warning systems and Drone Technology can be adopted for such Disaster Management Preparedness and Response citing relevant examples. [10 marks]

Answer

Warning

For forest fire risk, communication must connect the warning to a protective action. Use several channels, accessible languages and backup power, and assign responsibility for updates.

  1. Official mobile alerts. Send location-specific SMS/cell-broadcast or official app alerts with the hazard, time, expected impact and action. They are fast and can be updated, but cannot be the only method because phones, power or networks can fail.
  2. Broadcast media. Use radio and television to explain the warning in local languages, repeat protective instructions and correct rumours. Battery radio provides a backup when electricity or mobile data is unavailable.
  3. Local public-address and community networks. Use sirens with a taught meaning, announcements, police, local volunteers and door-to-door assistance where safe. These methods reach people who cannot read a text alert or need physical evacuation support.

Message structure: authority and issue time → affected place → hazard and expected impact → protective action and safe destination → next update/contact. Confirm that high-risk groups received and understood the message; broadcasting alone does not prove successful evacuation.

Drone applications

Authorised operators can use suitable imaging to inspect fire extent, access and hotspots and transmit observations to incident command. Flights must be coordinated with emergency aviation, kept clear of responders and operated within legal and weather limits. Drones support assessment; they do not replace trained suppression teams or guarantee visibility through smoke.