Scorching Heat, Pollution Trigger Massive Fish Death in Jubilee Park Lake

Jamshedpur:

A severe environmental crisis has unfolded in Jayanti Sarovar, where thousands of fish have died due to extreme heat and rising water pollution, leaving a foul stench across Jubilee Park and alarming residents.

The incident comes amid record-breaking temperatures sweeping Jamshedpur, with mercury levels crossing 43°C. Similar fish mortality cases were recently reported in the Subarnarekha River and Dhatkidih Pond, indicating a growing threat to the city’s aquatic ecosystems.

Morning Walkers Face Health Concerns

Large numbers of dead fish have accumulated along the lake’s banks, creating an unbearable stench that has disrupted the daily routines of visitors. Morning walkers and fitness enthusiasts frequenting Jubilee Park have expressed concern over the deteriorating conditions.

The presence of crows and other scavenging birds feeding on the carcasses has further heightened fears of potential infections. Residents have urged the authorities to initiate immediate cleaning operations and restore hygiene in the park.

Experts Cite Oxygen Depletion and Rising Temperatures

Environmental experts have attributed the mass fish deaths to a sharp decline in dissolved oxygen levels in the water. According to environmentalists, fish require a minimum dissolved oxygen level of 4 PPM to survive.

With soaring temperatures, the lake water has heated up significantly, reducing its capacity to retain oxygen. Additionally, stagnant water conditions have accelerated the growth of algae and water hyacinths, which consume the available oxygen.

Experts also pointed to the release of ammonia gas from accumulated silt at the lake’s bottom, further contaminating the water and making it toxic for aquatic life.

Call for Urgent Intervention

The incident has raised serious concerns about environmental management and the impact of climate change in urban areas. Citizens and environmentalists alike are calling for immediate intervention, including water treatment measures, removal of dead fish, and long-term strategies to prevent recurrence of such ecological disasters.