Disaster Day Demands Permanent Drainage Fixes in J&K

On October 13 each year the world pauses to mark the International Day for Disaster Risk Reduction, a moment that asks societies to move beyond the instinct of reacting once catastrophe has already struck and instead to confront the quieter, more stubborn work of preventing loss before it occurs. In Jammu and Kashmir the timing of this observance carries particular weight. Only days ago the region recorded 185.6 millimetres of rain in a single day, a figure that shattered a seventy-year October record and turned familiar streets into torrents, submerged low-lying colonies, damaged standing paddy, and claimed lives when people and vehicles were swept into swollen nallahs. What followed was not merely an excess of water; it was the visible failure of drainage systems long neglected, of slopes left unprotected, and of planning that has repeatedly allowed construction to choke the very channels meant to carry storm water safely away. The day therefore arrives not as an abstract international calendar entry but as a local reminder that risk is built, year after year, by choices that treat nature’s warnings as temporary inconveniences rather than permanent design constraints.
Disasters of this kind are seldom pure acts of nature. They become disasters when settlements expand into floodplains without corresponding investment in storm-water networks, when nallahs are encroached upon until their capacity is reduced to a fraction of what the monsoon or an intense cloudburst demands, and when early-warning information, even when available, fails to translate into timely evacuation or protective works. The Himalayan terrain of Jammu and Kashmir amplifies every such shortcoming. Steep slopes, fragile geology and a changing climate that produces both more intense rainfall events and longer dry spells leave little margin for error. Landslides that block roads, flash floods that erase villages in hours, and seismic risks that remain ever-present form a landscape in which the cost of delayed preparation is measured in lives and livelihoods. Yet the same geography also offers lessons: communities that have maintained traditional drainage alignments, that have protected forest cover on upper slopes, and that have organised local response teams have repeatedly shown that losses can be limited when knowledge is applied rather than archived.
The Sendai Framework for Disaster Risk Reduction, which guides much of the global conversation on this day, insists that the priority is not simply better response but the systematic reduction of existing risk and the avoidance of new risk. That principle translates, in practical terms, into the desilting and widening of natural drains, the construction of scientifically designed storm-water systems in growing urban areas, the stabilisation of vulnerable slopes, and the strict enforcement of rules against encroachment. It also requires that relief for farmers whose crops have been destroyed be prompt and adequate, because repeated uncompensated loss pushes households deeper into vulnerability and erodes the social base on which resilience depends. Above all, it demands that officers responsible for public works, flood control, municipal services and disaster management treat field inspection as a routine duty rather than an occasional response to public outcry. Paper plans and temporary clearance of debris after each event have proved insufficient; only works executed before the next heavy spell can alter the pattern.
Accountability is inseparable from this task. When the same localities flood year after year despite known rainfall patterns and repeated official assessments, the failure is administrative as much as infrastructural. Fixing responsibility on those who have allowed drainage capacity to decline or who have permitted construction in known hazard zones is not an act of blame for its own sake; it is the necessary condition for ensuring that the next plan is more than a document. At the same time, communities themselves must be treated as partners rather than passive recipients of instructions. Local knowledge of water channels, of places that flood first, and of routes that remain passable under extreme rain can improve both planning and real-time response if it is systematically recorded and acted upon.
The International Day for Disaster Risk Reduction therefore offers Jammu and Kashmir more than a slogan. It offers a measure against which present practices can be judged. The recent deluge has already shown what happens when drainage, slope protection and preparedness lag behind the pace of settlement and climate stress. Whether the coming months produce permanent improvements in nallah capacity, early-warning reach and enforcement against encroachment will determine whether the next record rainfall is remembered as another avoidable tragedy or as an event whose worst effects were anticipated and contained. The choice remains open, but the calendar will not wait.