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Marine Spatial Planning

Harnessing Oceanic Wealth: Sustaining Prosperity Through Responsible Management and Innovation

MRC's take on MSP


Marine Spatial Planning (MSP) is a strategic approach to managing marine resources, balancing economic, social, and environmental interests. By using advanced data analysis, MSP addresses the unique challenges of marine environments, ensuring that ocean use is sustainable and equitable. It not only resolves current issues like resource conflicts and habitat degradation but also fosters a sustainable future relationship with our oceans, supporting both ecosystem health and economic development.

MSP Position Paper

Discover our comprehensive position paper on Marine Spatial Planning (MSP), a strategic framework crucial for organizing human activities in ocean spaces amidst increasing pressures on marine resources. Delve into our research-backed insights, which highlight the urgency of collaborative efforts, technological advancements, and ecosystem-based management to safeguard marine resources for generations to come. Join us as we chart a course towards a more sustainable and responsible future, where MSP serves as a guiding light in the governance of our shared marine environment.
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India's Marine Spatial Planning Initiative for Noise Management

India, through DG Shipping, has proposed a digital tool for mapping underwater noise, presented by MRC to the IMO at MEPC-76. This initiative was accepted, positioning India as the lead nation for underwater noise management in the Indian Ocean Region (IOR). This role enhances India’s global influence in sustainable shipping policy, emphasizing the country’s commitment to reducing underwater noise pollution and protecting marine ecosystems.
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India's Marine Spatial Planning Initiative for Noise Management

India, through DG Shipping, has proposed a digital tool for mapping underwater noise, presented by MRC to the IMO at MEPC-76. This initiative was accepted, positioning India as the lead nation for underwater noise management in the Indian Ocean Region (IOR). This role enhances India’s global influence in sustainable shipping policy, emphasizing the country’s commitment to reducing underwater noise pollution and protecting marine ecosystems.

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MSP Handbook

The handbook outlines India’s proposal to the IMO on Marine Spatial Planning (MSP) for managing underwater noise in the Indian Ocean. It introduces the Underwater Domain Awareness (UDA) framework, which uses advanced acoustic technologies and a Modeling and Simulation (M&S) approach to address the challenges of tropical waters. This strategy aims to create cost-effective, sustainable solutions tailored for the region, supporting global environmental efforts and benefiting the Global South.

MSP Handbook

The handbook outlines India’s proposal to the IMO on Marine Spatial Planning (MSP) for managing underwater noise in the Indian Ocean. It introduces the Underwater Domain Awareness (UDA) framework, which uses advanced acoustic technologies and a Modeling and Simulation (M&S) approach to address the challenges of tropical waters. This strategy aims to create cost-effective, sustainable solutions tailored for the region, supporting global environmental efforts and benefiting the Global South.

MSP Handbook

The handbook outlines India’s proposal to the IMO on Marine Spatial Planning (MSP) for managing underwater noise in the Indian Ocean. It introduces the Underwater Domain Awareness (UDA) framework, which uses advanced acoustic technologies and a Modeling and Simulation (M&S) approach to address the challenges of tropical waters. This strategy aims to create cost-effective, sustainable solutions tailored for the region, supporting global environmental efforts and benefiting the Global South.

MSP Tool

The Maritime Research Centre (MRC) in collaboration with Nirdhwani Technology (NDT), has developed a unique tool for real-time assessment of Underwater Radiated Noise (URN) from ships. This advanced data analysis and prediction tool utilizes both AIS data and wind data to provide a realistic assessment of changes in noise due to shipping traffic and wind. This is particularly relevant in the low-frequency range, where noise from ships and wind are most dominant. The frequency of this noise coincides with the range used by marine mammals, making this tool crucial for understanding and mitigating impacts on these sensitive marine species.
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E-Learning Course on Basics of the Underwater World

This Underwater Domain Awareness (UDA) course covers foundational concepts, India’s SAGAR vision, tropical water challenges, sustainability in the Indian Ocean, and maritime governance. Recognized by the Capacity Building Commission (CBC) under the PMO, it is featured on the government website to inform bureaucrats

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MSP Contributors

More than 20 research fellows and fellows have played a vital role in advancing our Marine Spatial Planning
2023Indian Institute of Technology, Roorkee

Aman Bansal

Collision Avoidance & Navigation System using AIS

2023Indian Institute of Technology, Delhi

Akshita Mangal

Ambient Noise Mapping

2019Shiv Nadar university

J Catherine

MSP Handbook

2023VIIT, Pune

Jay Pinjarkar

MSP Tool

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Scientific Insights from Knowledge Center

Underwater Radiated Noise Management

URN management on marine platforms involves measuring, predicting, and altering underwater noise to protect marine ecosystems.

A Machine Learning Model For Estimating Shipping Noise In India Ocean Region

The article discusses managing ship-generated underwater noise to protect marine life using modeling, measurement, and ML techniques.

Duct-Borne Noise & Vibration Onboard Maritime Vessels For Underwater Radiated Noise Management

The project uses Python and ANSYS to optimize noise control in marine ducts.

Analysis of Underwater Radiated Noise Based On Vessel Hull Vibrations

The article covers the impact of human-induced ocean noise on marine life and explains underwater acoustics and vibration types.

Scientific Insights from Knowledge Center

Underwater Radiated Noise Management

URN management on marine platforms involves measuring, predicting, and altering underwater noise to protect marine ecosystems.

A Machine Learning Model For Estimating Shipping Noise In India Ocean Region

The article discusses managing ship-generated underwater noise to protect marine life using modeling, measurement, and ML techniques.

Duct-Borne Noise & Vibration Onboard Maritime Vessels For Underwater Radiated Noise Management

The project uses Python and ANSYS to optimize noise control in marine ducts.

Analysis of Underwater Radiated Noise Based On Vessel Hull Vibrations

The article covers the impact of human-induced ocean noise on marine life and explains underwater acoustics and vibration types.

Scientific Insights from Knowledge Center

Study Of Seaweeds Sub Species And Their Applications

Seaweeds are nutrient-rich coastal algae with significant industrial uses and growth potential in India, backed by government support.

Identification of the Noise Hotspots For Marine Mammals In The Indian Ocean Region.

The research highlights noise hotspots in the Indian Ocean that threaten marine mammal habitats, focusing on the impact of shipping noise.

Tropical Waters And Unique Characteristics: Physical Characteristics Of The Indian Ocean

The Indian Ocean is a key trade route with India strategically positioned along its extensive coastline.

Automating Static AIS Data

This note highlights the role of the Automatic Identification System (AIS) in tracking vessels and enhancing maritime safety, security, and management, stressing the need for continued advancements to support global ocean transport.

Featured Articles from Leading Platforms

Marine Spatial Planing - A New Perspective Based on the UDA Framework

The Indian Ocean is a strategic hub, with Marine Spatial Planning essential for its management.

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Analyzing Digital Transformation in Maritime Industry

Underwater Domain Awareness and Marine Spatial Planning are vital for the Indo-Pacific.

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Acoustic Habitat Degradation Due to Shipping in the Indian Ocean Region

Rising shipping noise in the Indian Ocean needs an Underwater Domain Awareness framework.

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Ambient noise estimation in territorial waters using AIS data

Ambient ocean noise is complex and hard to map accurately due to varying conditions and shipping traffic.

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Habitat impact on acoustic bio-sonar

Acoustic monitoring is crucial for conserving Irrawaddy dolphins, revealing habitat-specific differences in their bio-sonar characteristics.

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Issues and an optimal application of acoustic survey for freshwater cetaceans

Acoustic surveys for freshwater cetaceans face noise and sound issues in tropical waters.

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Knowledge Partner

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Partnering with Nirdhwani Technologies to drive innovative solutions and technological advancements.
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Technology Partner

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Partnering with Nirdhwani Technologies to drive innovative solutions and technological advancements.
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Featured Articles from Leading Platforms

Underwater Domain Awareness and Acoustic Capacity Building

The article stresses the need for Underwater Domain Awareness (UDA) in the Indian Ocean for maritime security.

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Analysis of ship noise from underwater ambient noise

Mitigating ship and wind noise from data on India’s west coast using spectral analysis and wavelet transform.

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Underwater radiated noise: A new perspective in the Indian Ocean region

The paper highlights URN challenges in the Indian Ocean and management needs.

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Issues and an optimal application of acoustic survey for freshwater cetaceans

Noise hinders acoustic surveys of freshwater cetaceans in tropical waters.

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Acoustic Habitat Degradation Due to Shipping

Increasing shipping noise in the Indian Ocean is degrading marine habitats, highlighting regulatory challenges.

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Habitat impact on acoustic bio-sonar

Acoustic monitoring is crucial for conserving Irrawaddy dolphins, revealing habitat-specific differences in their bio-sonar characteristics.

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Marine Eco-Concern and Its Impact on Indian Maritime Strategy

Marine Eco-Concern and Its Impact on Indian Maritime Strategy by Dr. (Cdr) Arnab Das delves into the critical intersection of environmental issues and maritime strategy. This book offers valuable insights into how marine ecological concerns shape the policies and operational tactics of India’s maritime forces. Interested in exploring the strategic interplay between marine ecology and maritime operations? Fill out the form below to request a copy of this book now.
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