Kashmir’s geographical and geological setting places it among India’s most hazard-exposed regions. Earthquakes remain a major concern, while floods, flash floods, cloudbursts, landslides, avalanches, severe snowfall, high winds and fires add to the region’s disaster-risk profile. Rapid urbanisation has added another dimension to this vulnerability. Growing population density, multi-storey construction, narrow access routes and the concentration of people in residential, commercial, educational, healthcare and hospitality buildings can turn a local emergency into a major life-safety crisis.
Disaster preparedness, however, is still largely viewed through the lens of government agencies, emergency services and large-scale response systems. These are indispensable, but they cannot determine what happens inside a building during the critical first minutes of an emergency.
When an earthquake strikes, a fire breaks out, smoke begins filling a building or floodwater suddenly threatens a settlement, people cannot afford to wait for rescuers to tell them what to do. They need to know beforehand how to reach safety, where to assemble and who will assist those unable to evacuate independently.
This is why every building in Kashmir, from a family home to an apartment complex, school, commercial building, hospital, office or shopping centre should have a simple emergency evacuation plan.
It need not be another complicated bureaucratic document, permission or certification procedure. At its most basic, it can be a single page showing the building layout, safe evacuation routes, emergency exits, assembly point and arrangements for people who may require assistance.
The principle is simple : people should not have to work out how to escape while the emergency is happening.
A practical plan begins with a clear drawing of the building showing rooms, corridors, staircases, doors and windows, together with the primary and alternative routes to safety. For a small home, a clear hand-drawn sketch may be sufficient if everyone understands it. Larger buildings should have plans displayed prominently on each floor, particularly near staircases, exits and lift lobbies.
Wherever the building design permits, occupants should have more than one safe route to leave. Fire, smoke, structural damage or debris can quickly make a familiar route unusable. Alternative routes must therefore be identified in advance and kept clear.
This does not mean that every room must necessarily have a door and a window that can legally or safely be used as an exit. The appropriate escape arrangements depend on the building’s design, occupancy and applicable fire-safety requirements. In multi-storey buildings, protected staircases and other approved exits are particularly important. Elevators should never be treated as emergency escape routes during fires or earthquakes.
Planning must also identify an assembly point. It should be away from falling masonry, glass, electrical lines, fire spread and other secondary hazards, while remaining accessible to emergency vehicles. In flood-prone areas, it should be outside known inundation zones, in landslide-prone areas, it should be beyond potential debris-flow or landslide runout areas.
There is no universal distance that is safe for every building and every hazard. The appropriate location depends on the building’s height and construction, surrounding structures, terrain and the particular risk. What matters is that occupants know where to gather and that the location allows them to be accounted for safely.
This accountability is especially important in apartment complexes, schools, hospitals and other high-occupancy buildings. Emergency managers and responders need to know whether everyone has reached safety or whether someone may still be inside.
The plan should therefore identify people who may need additional assistance, including young children, older people, persons with disabilities, people with temporary injuries and anyone who may have difficulty hearing or responding quickly to an alarm. Responsibility should be assigned beforehand. In a family, one adult might assist an elderly family member while another takes responsibility for children. In larger buildings, designated trained staff can perform this role.
But a plan that nobody has practised is little more than a piece of paper.
Buildings should conduct evacuation drills at least twice a year, where appropriate to their occupancy and risk profile. The purpose is not simply to achieve a fast evacuation time. Drills should reveal blocked exits, congested staircases, inadequate lighting, poor signage, confusion over assembly points and difficulties faced by people requiring assistance.
The results can be recorded simply – the date, evacuation time, problems identified and corrective action taken.
The emphasis should be on safe evacuation rather than an arbitrary stopwatch target. A two-minute benchmark may be useful for some residential settings and three minutes for certain larger buildings, but actual evacuation times depend on building design, occupant numbers, mobility, alarm recognition, stair capacity and the nature of the emergency. Safety should never be sacrificed to meet a target.
Kashmir’s multi-hazard environment also means that the response cannot be identical for every emergency.
During an earthquake, occupants should first protect themselves from falling objects by following the internationally recognised Drop, Cover and Hold On principle. Running towards a staircase while the building is shaking can expose people to falling debris and glass. Once the shaking stops, occupants should use designated safe routes if evacuation is required, taking stairs rather than lifts and move to an open area away from buildings, walls, utility lines and other hazards.
During a fire, the priority is immediate notification and evacuation. Smoke can become as dangerous as flames and occupants should not waste time collecting belongings. Where smoke is present, staying low can reduce exposure. Doors should be approached carefully because heat on the other side may indicate fire. Designated stairs and exits should be used, lifts should never be relied upon.
Flooding requires a different approach. Where sufficient warning exists, people should follow pre-identified routes towards safe, elevated locations or designated shelters. During rapidly rising floodwater or flash floods, horizontal evacuation may become impossible. Moving to a safer upper level can provide temporary protection in some circumstances, but rooftops should not automatically be considered safe because structural strength, weather conditions, rising water and rescue access must be considered.
In landslide-prone areas, official warnings must be taken seriously. Cracks in the ground or buildings, tilting trees or structures, unusual sounds and sudden changes in drainage can indicate instability. People should move away from potential landslide paths towards stable ground rather than simply following the shortest route.
These differences are important because the wrong response can create additional danger. Kashmir therefore needs evacuation plans that are simple enough to remember but specific enough to reflect local hazards.
International experience offers useful lessons. Japan has developed a strong culture of household earthquake preparedness, evacuation planning and regular drills. New Zealand’s civil-defence approach encourages households to prepare plans, identify meeting places and account for individual needs. Fire-safety practice in the United States emphasises knowing more than one way out of a building, while Singapore has developed extensive public education and building-level preparedness for high-density urban environments.
The lesson for Kashmir is not to copy another country’s system. It is to recognise the value of preparedness that is simple, understood and regularly practised.
Accessibility must also be considered from the beginning. Emergency routes, doors, staircases, lighting, alarms and signage should accommodate people with mobility, hearing and visual difficulties. Where required by building regulations, appropriate refuge arrangements and assisted-evacuation procedures should be provided. Instructions should use clear language, internationally recognisable symbols and pictograms, with information available in languages commonly understood in Kashmir.
For larger buildings, the system naturally becomes more sophisticated. Schools, hospitals, malls and office complexes should have floor-wise evacuation maps, illuminated exit signs, emergency lighting, functioning alarm systems, public-address facilities where appropriate and trained personnel responsible for guiding occupants. Hospitals require particular arrangements because many patients cannot evacuate without assistance. Schools must account for children, while commercial buildings need systems that work for visitors unfamiliar with the building.
Making such preparedness routine does not require another layer of bureaucracy. Fire and Emergency Services and disaster-management authorities could provide standardised, freely downloadable templates for homes, apartment buildings and different categories of public buildings. A household template could fit on one page, while larger-building plans could be displayed as wall posters.
Government’s role should be to provide guidance, templates, technical assistance and public education. Building owners, resident associations, institutions and families can then prepare and periodically update their own plans without turning basic preparedness into a burdensome approval process.
Plans should be reviewed after significant renovations, changes in building use, increases in occupancy or alterations to evacuation routes. They should also be updated when drills reveal weaknesses and after an actual emergency.
This would mark an important shift in Kashmir’s disaster-management culture, from relying predominantly on response after an emergency to strengthening preparedness before it occurs.
None of this replaces earthquake-resistant construction, fire safety, flood management, slope stabilisation or professional emergency response. It provides the human link between those systems and the people they are intended to protect.
The cost of basic preparedness is small. A family can draw its floor plan, identify safe routes and choose an assembly point. An apartment association can prepare floor-wise arrangements. A school or office can display evacuation maps, keep exits clear and practise the procedure.
Kashmir cannot prevent every earthquake, flood, cloudburst, landslide or fire. But it can reduce avoidable loss of life by ensuring that people are prepared to respond when danger comes.
Our mountains, rivers, lakes and rapidly growing towns will continue to shape the risks we face. What must change is our preparedness.
The next emergency may begin anywhere in Kashmir. Every building should be ready for it.
The writer is a businessman. mauzambakshi@gmail.com
