Maharashtra: Dombivli ‘Bandh’ in Protest After Pahalgam Terror Attack Claims Lives of Three Locals

Dombivli came to a standstill on Thursday as residents, political parties, and local organisations observed a complete bandh to mourn and protest the killing of three local residents in a recent terrorist attack in Pahalgam, Jammu and Kashmir. The victims, who were part of a group of tourists visiting the picturesque hill town, were reportedly shot by terrorists.

The attack, which occurred on Monday evening, has sent shockwaves through Dombivli, a city in the Thane district of Maharashtra. The three deceased Hemant Joshi, Sanjay Lele, Atul Mone identified as long-time residents of the area were reportedly on a vacation with their families when tragedy struck. Their deaths have sparked emotional reactions from the community, which is now demanding stringent action against terrorism and increased security for tourists in sensitive regions.

In a display of unity, all major political parties in Dombivli joined hands to call for a bandh. Shops, markets, and even local transport services remained shut, as a mark of respect to the victims and to register protest against the act of terror. The bandh was strictly enforced but remained peaceful, with no reports of violence or unrest.

What stood out in Thursday‘s protest was the voluntary nature of the shutdown. Residents participated willingly, keeping their establishments closed and refraining from travel. Local leaders and community members clarified that there was no coercion or pressure involved in enforcing the bandh – it was an organic response born out of collective grief and anger.

Candlelight vigils are also being planned across various parts of the city, with citizens pouring out in large numbers to pay homage to the departed. Emotional scenes were witnessed outside the residences of the victims, where neighbors and well-wishers gathered to offer condolences.

The incident has reignited discussions around national security and the safety of civilians in conflict-prone areas.​