Search for missing tourist in Kuala Lumpur sinkhole continues
- Vijaya Lakshmi Gali, a 48-year-old tourist from India, fell into a sinkhole in Kuala Lumpur while walking with her family.
- Rescue efforts have involved over 100 personnel and various methods, but have been hampered by hazardous conditions.
- The incident has sparked public concern and led to a government investigation into the cause of the sinkhole.
An extensive search operation for Vijaya Lakshmi Gali, a 48-year-old tourist from India, has been ongoing for eight days after she fell into an 8-meter deep sinkhole in Kuala Lumpur. The incident occurred while she was walking with her family towards a nearby temple on Jalan Masjid India. Despite the efforts of over 100 rescuers, including divers and sniffer dogs, the search has faced significant challenges, including strong water currents and zero visibility in the sewer system. Rescue teams have utilized various methods to locate Ms. Gali, including ground-penetrating radar and high-pressure water jets to clear blockages in the sewer lines. The blockage, located about 44 meters from the sinkhole, was found to contain human waste, tires, and solidified cooking oil, complicating the search efforts. Authorities have deemed the situation too risky for divers to continue their search, leading to a halt in underwater operations. The Malaysian government has extended the visas of Ms. Gali's family for an additional month as they await news regarding her whereabouts. The incident has raised concerns among the public, prompting calls for an integrity audit to investigate the cause of the sinkhole. Many Malaysians are expressing fear and anger over the circumstances surrounding the incident, questioning the safety of the area. As the search continues, the emotional toll on Ms. Gali's family and the rescuers involved is significant. The community remains hopeful for a positive outcome, but the challenges faced by the rescue teams highlight the dangers associated with such incidents and the need for improved safety measures in urban areas.