Blue Economy
Explore sustainable ocean-based economic activities, policies, and innovations driving growth while protecting marine ecosystems.
Technical Architecture and Modeling Framework for Multi-Parameter FSI: Data Pipeline, Normalization, Correlation Insights, and Habitat Compression Modelling
This research note details the technical architecture underpinning the Enhanced Fishing Suitability Index (FSI) for the Ratnagiri coastal zone. This note focuses on the computational pipeline: data ingestion from NetCDF ocean model outputs, depth integration and extraction strategies, normalisation schemes, weighting rationale, and the spatial interpolation methodology developed for operational deployment on H3 hexagonal grids.
Scientific Foundation for Multi-Parameter Fisheries: Intelligence Oceanographic Basis, Single-Parameter Limitations, and the Case for Integrated Assessment
This note addresses three foundational questions: (1) What are the key oceanographic processes governing fish habitat quality in the tropical Arabian Sea? (2) Why do single parameter approaches fail to capture the full complexity of these processes? (3) What scientific basis supports the development of a multi-parameter composite suitability in dex?
Fisheries and Socio-Economic Impact Assessment: CPUE Improvement, Seasonal Harvest Optimization, and Fisher-Level Benefits
The Enhanced Fishing Suitability Index (FSI) delivers measurable socio-economic benefits by improving fisheries efficiency, reducing operational risks, and supporting sustainable resource management. With projected CPUE gains of 15–23% and annual economic benefits exceeding INR 300 crore for Maharashtra alone, the framework demonstrates how advanced ocean intelligence can strengthen fisher livelihoods, improve food security, and accelerate India's Blue Economy objectives.
Policy and Strategic Perspective for Multi-Parameter Fisheries Intelligence: INCOIS Gap Analysis, Climate-OMZ Imperatives, and the Case for Advisory System Upgrade
The transition from conventional dual-parameter fisheries advisories to a multi-parameter intelligence framework is a strategic necessity for India. Driven by climate change, ocean deoxygenation, and evolving fisheries dynamics, the proposed approach offers improved decision-making, enhanced sustainability, and greater economic resilience. The report outlines a practical policy roadmap for modernizing fisheries advisories while strengthening India's leadership in the Blue Economy and Underwater Domain Awareness domains.
APY Analysis For Shrimp Farming
Shrimp farming in India plays a vital role in the blue economy, contributing significantly to export growth, coastal development, and livelihood generation. Despite challenges like low efficiency and environmental issues, APY analysis and modern technologies offer solutions for sustainable growth and productivity enhancement.
Area, Production And Yield Analysis For Shrimp And Seaweed Farming
The paper focuses on Area, Production, and Yield (APY) analysis for shrimp and seaweed farming to study growth patterns and trends in aquaculture. It highlights the need for technological tools to enhance productivity while balancing biodiversity and marine resource use. The study also discusses opportunities, challenges, and future advancements in aquaculture within the Indian Ocean region.
Proposing A Blue Bond Initiative For The Underwater Domain Awareness Framework.
The Blue Bond Initiative supports sustainable financing for the Blue Economy, promoting ocean-friendly investments that align with the UN Sustainable Development Goals (SDGs). It enables nations to raise capital for marine conservation, sustainable fisheries, and coastal development through responsible debt instruments. By integrating the Underwater Domain Awareness (UDA) Framework, it enhances maritime governance, resource utilization, and environmental sustainability.