The rapid expansion of renewable energy in India may carry overlooked climatic consequences at the local and regional scale. Discuss, with reference to recent scientific assessments, and evaluate whether India's environmental governance framework is equipped to address these risks.

Q. The rapid expansion of renewable energy in India may carry overlooked climatic consequences at the local and regional scale. Discuss, with reference to recent scientific assessments, and evaluate whether India's environmental governance framework is equipped to address these risks. (15 marks, 250-350 words)

The Mega Science Vision-2035 (MSV-2035) Climate Research report, submitted to the Office of the Principal Scientific Adviser and released in 2026, warns that the climate consequences of large solar and wind installations remain "poorly understood" [1] — a scientific blind spot even as India pursues 500 GW of non-fossil capacity by 2030 [3].

Overlooked local and regional climatic effects - Surface albedo change: utility-scale solar parks replace scrub and bare land with absorbing panel surfaces, altering the local surface energy balance and soil moisture. - Wind-farm effects: turbines modify turbulent mixing and near-surface wind flow, with possible consequences for local rainfall and temperature. - Scale of change: bidding of 50 GW of renewable capacity annually [3], concentrated in a few arid western and southern districts, means land-use change at a landscape scale rather than isolated sites. - Observation deficit: MSV-2035 finds India has "almost lost" the ability to build its own scientific instruments, with imported sensors running uncalibrated for years and generating erroneous data in journals [1] — such effects cannot even be reliably detected.

Governance framework — strengths - An institutional base exists: MoES agencies (IMD, IITM) run observation networks; NAPCC's knowledge mission funds climate research. - The PSA's office actively convenes cross-ministerial science-policy consultations, as in its stakeholders' meeting on air quality and climate change [2], and commissioned MSV-2035 itself as a community roadmap [1].

Governance framework — gaps - Regulatory blind spot: solar projects largely escape environmental impact assessment, and no clearance condition requires micro-climatic monitoring. - Fragmented mandates: MNRE promotes capacity, MoEFCC regulates, MoES observes — none owns the renewables–climate feedback question. - Procurement gap: indigenous instrument manufacturing lies outside PLI coverage, so the data base itself stays import-dependent [1].

India's environmental governance is institutionally present but scientifically under-equipped. Mandating long-term monitoring at large renewable parks, guaranteed public procurement for indigenous climate instruments as MSV-2035 recommends, and a single nodal coordination mechanism would close the gap — ensuring the clean-energy transition rests on evidence as robust as its ambition, advancing SDG-7 and SDG-13 together.

(~325 words)

Sources: 1. Mega Science Vision-2035 — Climate Research Report, Office of the Principal Scientific Adviser (2026) — climate effects of solar/wind installations "poorly understood"; loss of indigenous instrument-building capability and uncalibrated imported sensors 2. PIB — Office of the PSA convenes a stakeholders' meeting on air quality and climate change — PSA's cross-ministerial science-policy convening role 3. PIB — Government plan to add 50 GW renewable capacity annually to achieve 500 GW by 2030 — scale and pace of India's renewable energy expansion