Environmental activists in Shivamogga, Karnataka, organized a public procession on Tuesday to mobilize opposition against the proposed Sharavathi Pumped Storage Project, a 2,400 megawatt hydroelectric facility planned for one of India’s most ecologically sensitive river systems. The jatha, a traditional form of community march, drew dozens of residents and environmental groups concerned about the project’s impact on biodiversity, water resources, and local livelihoods in the Western Ghats region.
The Sharavathi River, which originates in the Western Ghats and flows through Karnataka and Goa, has long been a focal point of conservation efforts. The proposed pumped storage project would involve constructing two reservoirs at different elevations to generate electricity during peak demand hours by cycling water between them. Environmental groups argue that the project threatens the river’s ecological integrity, particularly its role as a habitat for endemic species found nowhere else on Earth, and could disrupt water flows critical to downstream communities and agriculture.
Pumped storage hydroelectric projects represent a growing strategy for India’s energy security, as they help balance renewable energy sources like solar and wind by storing excess power for peak-demand periods. The central government has identified such projects as essential to achieving its renewable energy targets and grid stability objectives. However, this energy infrastructure imperative has consistently collided with conservation concerns in the Western Ghats, a biodiversity hotspot designated as a UNESCO World Heritage site in multiple sections, creating a fundamental tension between development and environmental protection.
The activists highlighted several specific environmental concerns during the march. The construction of reservoirs would submerge critical forest areas and alter the natural hydrology of a river system that has remained relatively undammed compared to other major Indian rivers. The Western Ghats, which comprise only 5 percent of India’s land area, support nearly 30 percent of the country’s plant species and house numerous endangered species including the Nilgiri tahr, tiger, and various endemic amphibians. Local farmers and fishing communities expressed apprehension about changes to seasonal water flows that historically supported irrigation and traditional water management practices.
Officials from India’s Ministry of Power and state authorities have positioned the Sharavathi project as necessary for Karnataka’s long-term electricity security and grid stability. Project proponents argue that modern pumped storage systems incorporate environmental safeguards and that the facility would occupy a relatively small footprint compared to its energy output. The project has undergone environmental impact assessments, though activists contend these assessments underestimate cumulative environmental costs and do not adequately weigh irreversible biodiversity losses.
The opposition campaign reflects a broader pattern of environmental activism in the Western Ghats, where infrastructure projects frequently face community resistance. Previous conflicts over mining, dam construction, and industrial development have established a template of organized local opposition backed by national environmental organizations. The Sharavathi project’s scale and location—adjacent to existing wildlife sanctuaries and within a recognized biodiversity hotspot—has galvanized stakeholders across environmental, agricultural, and social sectors who view the initiative as emblematic of a wider trend toward large infrastructure projects in ecologically vulnerable areas.
As the project moves through final approval stages, the momentum of local opposition may influence state government decision-making and potentially trigger broader public scrutiny. Environmental advocates have indicated plans for further public mobilization campaigns, legal challenges, and appeals to state and central environmental authorities. The coming months will reveal whether community opposition gains sufficient traction to shape project modifications, trigger comprehensive re-evaluation of environmental impact assessments, or affect the central government’s commitment to the facility’s development. The Sharavathi case will likely become a barometer for how India navigates the intersection of renewable energy infrastructure ambitions and ecological conservation imperatives in its most sensitive ecosystems.
