The Karnataka government has initiated a 60-day, Rs 28.52 crore cloud seeding project to address severe rainfall deficits affecting over 170 taluks. While intended to mitigate drought, the project faces scrutiny over its historical success rates and the decision to bypass standard competitive bidding processes.
The Karnataka government has officially launched a 60-day cloud seeding operation with a budget of Rs 28.52 crore to combat significant rainfall deficits. As the state grapples with water stress across approximately 175 of its 240 taluks, authorities are utilizing this weather-modification technique to potentially increase precipitation in moisture-heavy clouds.
Operational Approach and Oversight
The operation is being jointly managed by the Karnataka Neeravari Nigam Limited (KNNL) and the Karnataka State Natural Disaster Monitoring Centre (KSNDMC). Unlike previous efforts that targeted specific districts in advance, this mission employs a flexible deployment strategy. Aircraft operated by the contractor will be dispatched based on real-time atmospheric data, updated every two hours. Two specialized committees have been established to oversee technical decisions and evaluate the effectiveness of the cloud seeding runs.
Governance and Contract Details
The contract for this initiative was awarded to Kyathi Climate Modification Consultants LLP. A notable aspect of this procurement is the exemption granted from the Karnataka Transparency in Public Procurements (KTPP) Act. This exemption allowed the government to award the contract directly, bypassing the standard competitive bidding process usually required for state projects of this size. This has drawn attention from observers regarding transparency and the selection process for the vendor.
Risks and Efficacy Concerns
While the project aims to stabilize water levels, it faces several operational and environmental hurdles. Meteorologists have cautioned that current atmospheric conditions may not provide the necessary moisture levels for cloud seeding to be effective, which could limit the impact of the investment.
Furthermore, past cloud seeding endeavors in the region have historically demonstrated variable outcomes, with success rates reported near 35 percent. Given these historical data points, the government's ability to achieve consistent precipitation remains a primary point of uncertainty. The project serves as an emergency buffer, but its long-term impact on the state’s severe water-stressed areas will depend heavily on whether suitable weather patterns materialize over the coming weeks.
Investors and stakeholders tracking this situation should monitor the updates from the oversight committees regarding precipitation data. The success or failure of this initiative will be measured by its ability to replenish water reservoirs, which is critical for agricultural output and state-wide water stability as the dry season approaches.