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  2. Environment and Ecology

India's Deep Ocean Exploration Challenges

Published on: 19-Sep-2026

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India's Deep Ocean Exploration Challenges

Article Summary

Summary of Deep Ocean Exploration and Mining in India

Current Status of Deep-Sea Exploration

  • International Seabed Authority (ISA) Contracts: India holds three contracts covering approximately 95,000 square kilometers in the Central Indian Ocean Basin, Central Indian Ridge, and Carlsberg Ridge.
  • Estimated Resources: Identified 366 million tonnes of polymetallic nodules containing nickel, copper, cobalt, and manganese.

Technological Advancements

  • Deep Ocean Mission: Focused on developing technologies such as:
    • Underwater robotics.
    • MATSYA-6000 human submersible.
    • Deep-sea mining machines tested at depths of 5,270 meters by the National Institute of Ocean Technology.
  • Biodiversity Surveys: Explored 19 seamounts, identifying around 1,300 deep-sea organisms, including 23 new species.

Environmental Considerations

  • Ecological Impact: The deep ocean is a complex ecosystem that is poorly understood. Large-scale seabed disturbance may have unpredictable consequences.
  • Need for Responsible Exploration: Exploration can advance scientific knowledge without committing to commercial mining. Decisions on mining should incorporate high ecological thresholds.

Sustainable Development Principles

  • Socio-Ecological Dilemma: Should India prioritize the extraction of deep-sea minerals for energy, electric mobility, and advanced manufacturing, or should it preserve these ecosystems?
  • Mission LiFE: Aligns with principles of reducing resource consumption, recycling, and shifting towards a circular economy.
  • Enhanced Scientific Responsibility: The principle of "Do we need to mine at all?" should govern future mining decisions instead of minimization of damage in extraction efforts.

Global Environmental Initiatives

  • Emphasis on understanding the value of the ocean as an ecological asset beyond mineral wealth.
  • Alignment with global environmental paradigms:
    • Nature-based Solutions: Strategies that leverage natural processes.
    • Sustainable Development Goals (SDGs): Targeting holistic development while conserving ecosystems.

Conclusion

India has the opportunity to lead in deep-sea ecological governance by recognizing the importance of ecological preservation alongside technological advancement. Sustainable development should focus not only on resource extraction but also on the health and integrity of marine ecosystems.

Key Terms & Concepts

Deep Ocean MissionDeveloping deep-sea mining tech
International Seabed Authority (ISA)Three exploration contracts
95,000 square kilometresArea of exploration contracts
366 million tonnes of polymetallic nodulesEstimated resource available
MATSYA-6000Human submersible development
5,270 metresTest depth for mining machine
1,300 deep-sea organismsBiodiversity collected data
23 speciesNew species reported
Mission LiFEIndia's sustainability initiative
Nature-based SolutionsEnvironmental approach principle
Sustainable Development Goals (SDGs)Development framework guidelines
Circular EconomyResource consumption approach

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  • Impact of Glacier Collapse: A significant glacier collapse occurred in August 2023 along the Nepal-Tibet border, triggering devastating landslides and flash floods. As a result, approximately 1,300 people were confirmed dead, and more than 5,300 were reported missing in the regions of Nepal and Tibet.

  • Glacial Lakes and Stability Risks: Retreating glaciers have formed unstable glacial lakes, which are at risk of flooding due to their precarious hold of loose rock and ice. This poses a serious threat to the millions of residents in the valleys below.

  • Economic Value: The Himalayas contribute to over 20% of India's GDP, highlighting their integral role in the national economic infrastructure that supports hundreds of millions of people.

  • Study Contributors: The alarming findings were released by Systemiq, a sustainability advisory firm, in collaboration with several organizations including the Integrated Mountain Initiative, the International Centre for Integrated Mountain Development, and India's G.B. Pant National Institute of Himalayan Environment.

  • Monitoring Gaps: There are currently only 21 glaciers being monitored on the ground within the Himalayan region, which consists of an estimated 40,000 glaciers spanning eight countries: Afghanistan, Bangladesh, Bhutan, China, India, Myanmar, Nepal, and Pakistan.

  • Natural Disaster Correlation: Despite constituting about 18% of India’s total land area, the Himalayan region has been associated with roughly 35% of the country’s natural disasters, reflecting the vulnerability of this ecologically critical area.

  • Environmental Concern: The findings underscore the urgent need to address climate change impacts and the potential for natural disasters stemming from glacial melting and instability in water resources.

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    Adaptation Efforts:

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    Tamil Nadu Climate Resilient Villages (CRV) Programme:

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    Community Engagement:

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      • The wetland comprises the Upper and Lower Lakes and plays a crucial role in Bhopal’s ecology, serving as a vital ecological system.
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      • The tribunal has set a clear timeline for the completion of compensatory plantation and is monitoring compliance through mandatory reporting.

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    Contributing Factors

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    • Historical Context: The 2015 earthquake (magnitude 7.8) may have weakened the rock mass but its direct contribution to the disaster was not confirmed.
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  • Scientific Insights

    • Avalanche Rarity: Such large rock avalanches are estimated to occur once every 1,000 to 10,000 years.
    • Glacier Thinning: The Langtang Lirung glacier has been receding at an accelerated rate, losing mass at about half a meter per year, with a current recession rate of 1-2.3% per annum over the last 16 years.
    • Future Risks: Ongoing glacier decline and permafrost degradation are expected to continue, necessitating urgent climate action.

    Recommendations

    • Monitoring and Data Sharing: The study calls for enhanced observation and hazard monitoring in the Himalayas, as well as trans-boundary data sharing to minimize future risks.
    • Transition from Fossil Fuels: A rapid shift away from fossil fuel dependency is essential to mitigate further climate impacts.

    Policy Implications

    • Climate Finance: There is an urgent need to fulfill climate finance commitments for adaptation, particularly in high mountain regions like the Himalayas.

    Conclusion

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