Key Takeaways from the Summit
Urgency of Energy Transition
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Fossil fuel dependency exacerbates climate change impacts. Transitioning to renewable energy like solar, wind, and hydrogen is crucial for reducing emissions and improving energy security.
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The deployment of green hydrogen and carbon capture technologies, alongside improved energy efficiency, plays a critical role in achieving decarbonization.
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Biodiversity at Risk
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Climate change significantly threatens biodiversity, especially in marine ecosystems. Rising temperatures, acidification, and habitat destruction are driving species decline.
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Key ecosystems like the South China Sea, which supports critical fisheries, face severe impacts due to overfishing and illegal practices.
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Sustainable Fisheries and Mitigation Strategies
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Without climate action, fish biomass is projected to decline by 2099, jeopardizing global food security. However, with sustainable fisheries management and climate mitigation, recovery is possible.
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Innovative fish production models offer insights into stabilizing fish populations through adaptive fisheries management.
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Addressing Misinformation in Climate Change
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A major obstacle in combating climate change is misinformation. Myths like "the climate has changed before" or "it’s the sun" persist, complicating global efforts.
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Tackling misinformation with scientific data and AI tools is essential to guide policy and public understanding.
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Hydrogen and Clean Energy Future
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Hydrogen is emerging as a pivotal clean energy source. Green hydrogen, produced via electrolysis, offers a promising alternative for reducing carbon emissions in hard-to-decarbonize sectors.
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The hydrogen economy needs substantial investments in infrastructure, including storage, transport, and refueling stations.
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Sustainable Marine Aquaculture
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Sustainable site selection for marine aquaculture can balance environmental protection with economic benefits. Advanced numerical modeling tools can identify viable aquaculture locations, ensuring long-term sustainability.
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Decarbonization and Carbon Accounting
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Achieving net-zero emissions by 2050 requires comprehensive decarbonization pathways, including carbon accounting and the adoption of carbon capture, utilization, and storage (CCUS) technologies.
Inaugural Session
Session 1
Session 2
Session 3
Session 4
Session 5
Excursion "Explore Malaysia"
Round Table Discussion Topic: Climate Change Policy and
Regulation Framework.
Keynote Address, Towards a better future: post-summit report and implementation
plan, Road to INSORE 4.0
Panel Discussion and Closing Remarks Plenary Session 2
Energy Transition
Towards the End of Fossil Fuels Era
Address by Guest of Honors
Topics coverage
Sponsors
Topics coverage.
Energy Transition Towards the End of Fossil Fuels Era
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Renewable Energy Deployment and Grid Integration.
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Promotion of Hydrogen Economy.
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Energy Efficient Building, Transportation and Industrial Processes.
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Development and Deployment of Carbon Capture, Utilization, and Storage.
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Energy Storage Challenges.
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Financial Incentives and Investment.
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Policy and Regulation Framework.
Impacts of Climate Change in Biodiversity
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Climate-Biodiversity Interconnectedness.
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Adaptation and Migration.
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Ecosystem Resilience and Stability.
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Conservation Strategies.
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Policy and Governance.
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Sustainable Agriculture
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Food Security in Changing Climate
Message from
The Board of Governor, Head
INSORE 2024
The upcoming summit is not just an event; it is a call to action. We are gathering some of the brightest minds, the most dedicated scientists, and the most passionate change-makers from around the world. We are here to share knowledge, to forge partnerships, and to set a course for a sustainable future.
Dr. Arup Kr. Misra
Chairman,
Pollution Control Board, Assam, India