A recent debris slide in Wayanad, Kerala, near an under-construction tunnel, resulted in six deaths, highlighting the region's ecological fragility and susceptibility to climate-induced disasters. The incident, occurring in the vicinity of areas previously devastated by landslides, has led to the suspension of construction work and a probe into compliance with environmental clearance conditions set by the MoEFCC's Expert Appraisal Committee. Environmentalists had opposed the project, but the Supreme Court had earlier upheld its 'national importance'. The article points to a mix of heavy rainfall, fragile ecology, and alleged failures in debris management and disaster preparedness as contributing factors, urging a review of the project's social and environmental costs.
The article discusses the severe urban flooding in Mumbai due to intense southwest monsoon rains, exacerbated by factors like the city's geography (reclaimed land, low-lying areas), haphazard urbanisation, and the coincidence of heavy rainfall with high tides. It highlights the increasing erraticity of monsoon patterns due to climate change, which undermines existing infrastructure assumptions. Despite projects like BRIMSTOWAD and pre-monsoon desilting efforts, governance lapses and incomplete works contribute to the city's vulnerability. The article also points out the fragmented accountability across multiple agencies and the cascading failures in infrastructure, emphasizing the need for proactive adaptation strategies rather than merely reacting to disasters.
India's Asiatic lion conservation is a success in population growth, but faces a critical challenge due to the species being confined to a single location, Gir Forest in Gujarat. Despite scientific consensus, a 2013 Supreme Court directive for translocation to Kuno National Park in Madhya Pradesh, and risks like the 2018 Canine Distemper Virus outbreak, the establishment of a second, geographically separate population has been stalled for over a decade due to State-level resistance. This single-site concentration makes the lions highly vulnerable to extinction from a single catastrophic event, highlighting a tension between national conservation priorities and State interests.
India is grappling with severe water stress, evidenced by monsoon deficits, stressed river basins, and aquifer depletion, despite existing initiatives like the Jal Jeevan Mission. The article highlights challenges such as poor infrastructure upkeep, inadequate wastewater treatment, and high pollution. To achieve water security, it proposes four key actions: climate-proofing water systems through risk assessments, promoting water reuse for non-potable purposes, scaling up micro-irrigation with policy reforms for small farmers and crop diversification, and improving water data collection at the river basin level for better decision-making.
The article discusses India's significant progress in energy transformation and outlines the need for a unified national energy framework to achieve energy self-reliance by 2047 and net-zero emissions by 2070. Based on a policy brief by the Indian National Science Academy (INSA), the proposed framework is built on four pillars: adequacy, access, affordability, and appropriate sustainability. It advocates for an integrated approach to planning and governance, leveraging diverse energy resources, technologies, and institutions, including renewable energy, circular economy practices, and carbon capture technologies, to create a resilient and sustainable energy system.
The article discusses India's industrial climate strategy, highlighting the central role of industrial decarbonisation in achieving net-zero emissions by 2070 and Viksit Bharat (2047) goals. It references India's First Biennial Transparency Report (BTR1) to the UNFCCC, which states that over 20% of India's total emissions in 2022 came from the industrial sector. The government's mitigation efforts rely on market-based mechanisms like the Perform, Achieve and Trade (PAT) scheme and the new Carbon Credit Trading Scheme (CCTS), targeting specific energy-intensive industries. However, the article points out a significant policy gap: over 40% of manufacturing and construction emissions originate from 'non-specific industries' which are largely overlooked by current mitigation policies, hindering India's green transition and requiring more disaggregated data for effective policymaking.
India is failing to utilize its abundant and cheap solar and wind power due to an inadequate electricity grid. Upgrading the existing grid with advanced technologies and adding storage solutions could unlock 1,000 GW of new clean energy without requiring additional land for transmission. Solar and wind are now India's cheapest power sources, and with low battery costs, firm clean power can be delivered at approximately ₹3.5 per kWh.
The article critically analyzes India's severe environmental crisis, focusing on air and water pollution, and plastic waste. It highlights India's high pollution levels, the significant health and economic costs, and the administrative failures of programs like the National Clean Air Programme (NCAP). The piece also details the escalating water crisis, driven by over-extraction of groundwater and unsustainable agricultural policies like MSP, and the irony of cultural reverence for nature amidst its degradation. It concludes by advocating for systemic policy reforms and individual accountability.
The article highlights India's significant progress in renewable energy, particularly solar and wind power, becoming a global leader in clean energy transition. It details the rapid increase in installed capacities, key policy initiatives like solar parks and PLI schemes, and the strategic importance of wind energy. The analysis also addresses the critical challenge of intermittency in renewable supply and the government's strategic shift towards prioritizing grid stability and energy storage solutions (BESS and PSP). It outlines future storage requirements and long-term planning targets, emphasizing a balanced approach to expand clean energy while ensuring grid resilience and energy security.
The article highlights India's substantial climate finance requirements, estimated at $2.5 trillion by 2030 for Nationally Determined Contributions and $10.1 trillion by 2070 for net-zero emissions. It discusses the current state of green finance in India, including the issuance of green and sustainability-linked debt, and identifies key challenges such as the lack of a comprehensive climate finance taxonomy, guarantee architecture, and regulatory incentives. The article emphasizes the crucial role of the Reserve Bank of India (RBI) in mandating green finance through measures like integrating climate risks into lending, making green activities eligible for Priority Sector Lending (PSL), and proposing differentiated capital requirements. It also stresses the importance of a finalized Climate Finance Taxonomy, scaling sovereign green bond issuances, establishing a State Climate Finance Facility, and leveraging blended finance to mobilize capital at scale.
The article highlights the superior effectiveness of Ecosystem-based Adaptation (EbA), such as mangroves, seagrass meadows, and coral reefs, in protecting India's coastlines from climate change impacts compared to traditional 'grey' infrastructure like seawalls. Despite their proven benefits in reducing climate risks and strengthening livelihoods, EbA interventions are often under-recognized, under-funded, and poorly classified within India's adaptation planning due to fragmented mandates and overlapping terminology. The article advocates for clearer classification and integration of EbA into national coastal policy to leverage India's natural capital for resilient and equitable climate defense.
The article discusses the Google Cloud India AI Hub in Visakhapatnam, highlighting its significance for India's digital infrastructure, AI capabilities, and semiconductor ecosystem, along with its role in enhancing international digital connectivity via new subsea cables. However, it also critically examines the substantial challenges posed by such hyperscale data centers, including immense power and water demands, potential strain on local resources, environmental impact from backup diesel generators, and governance issues related to environmental impact assessments and state-level incentives versus environmental safeguards.
