Flood Alert Issued for Areas Along Supa Dam and Kali River Basin

Speedy Summary

• Flood Warning Issued: karnataka Power Corporation Limited (KPCL) has issued a flood warning for areas downstream of Supa Dam near Dandeli in Uttara Kannada district and along the Kali River basin due to heavy rainfall.
• Rainfall Impact: Relentless rainfall in the dam’s catchment area has substantially increased inflow into the reservoir, causing a rapid rise in water levels.
• Evacuation Advisory: Residents living downstream of Supa Dam and along the river basin are urged to relocate to safer locations with belongings and livestock.
• Restrictions on Activities: KPCL advised against boating, fishing, and activities near the river until monsoon season ends.
• Current Reservoir Data:

– Maximum level of Supa Dam reservoir is 564 meters with storage capacity of 147.55 TMC.
– Current water level at 550.75 meters (96.245 TMC; 65% capacity).
– Present inflow rate is high at 13,481 cusecs; projected risk if inflow persists.

Published Date: July 31, 2025

Indian Opinion Analysis

The flood warning issued by KPCL underscores the risks posed by sustained monsoon rains in regions dependent on large dams for water management. The advisory reflects proactive measures to ensure public safety while flagging concerns related to infrastructure limits under extreme weather conditions.

With reservoir levels already exceeding two-thirds capacity and ample ongoing inflows recorded at Supa Dam, timely relocation advisories play a critical role in minimizing potential damage caused by flooding during peak monsoon periods. Such warnings also highlight broader issues around India’s reliance on dams for managing seasonal rains-a challenge compounded by increasing variability linked to climate patterns.

Restrictions on river activities until monsoon season ends emphasize KPCL’s effort toward safeguarding lives while avoiding incidents from rising waters or sudden discharges from reservoirs nearing operational thresholds. Continuous monitoring will be crucial as water levels approach maximum storage limits.

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