Ocean Data Analytics: AI for Sustainable Marine Resource Management
Harness AI to Protect Marine Ecosystems and Optimize Fisheries Management.
About This Course
This 3-day hands-on workshop focuses on the application of AI for marine ecosystem monitoring, resource management, and conservation efforts. Participants will learn to use satellite data, oceanographic sensors, and machine learning techniques to monitor biodiversity, predict oceanic patterns, manage fisheries, and optimize the sustainability of marine protected areas (MPAs). Practical exercises will include preprocessing marine data, developing predictive models for ocean phenomena and fishing zones, and creating decision-support tools for conservation management.
Aim
To equip participants with the skills to apply AI and machine learning for marine ecosystem monitoring, sustainable fishing practices, and effective marine conservation area management.
Workshop Objectives
- Understand AI applications in marine biodiversity monitoring, coral reefs, and ecosystem health.
- Learn how AI can optimize resource allocation and management for fisheries and conservation.
- Analyze marine data from various sources (satellite data, oceanographic sensors) for ecosystem analysis.
- Build machine learning models to predict oceanic phenomena and sustainable fishing zones.
- Apply AI to manage marine protected areas (MPAs), track biodiversity, and improve conservation strategies.
- Develop decision-support tools using AI to inform policy and manage marine ecosystems sustainably.
Workshop Structure
📅 Day 1 — AI Applications in Marine Ecosystem Monitoring and Resource Management
- Marine ecosystem monitoring: Overview of AI applications in monitoring marine biodiversity, coral reefs, and marine habitats
- AI for resource management: How AI can optimize resource allocation and management for fisheries and conservation areas
- Data types: Using satellite data, oceanographic sensors, and other sources for ecosystem analysis
- Hands-on: Preprocess marine ecosystem data (e.g., biodiversity, fish populations) and apply machine learning techniques for initial analysis
📅 Day 2 — Machine Learning for Predicting Oceanic Patterns and Sustainable Fishing
- Predicting oceanic patterns: Using AI and machine learning models (e.g., neural networks, time-series forecasting) to predict oceanic phenomena such as currents, temperatures, and plankton blooms
- Sustainable fishing: Leveraging AI to assess fish stocks, predict fishing yield, and prevent overfishing
- Modeling fish behavior: Understanding fish migration and behavior through satellite and sensor data
- Hands-on: Develop a machine learning model to predict oceanic patterns or sustainable fishing zones using ocean data
📅 Day 3 — Data Analytics for Managing Marine Conservation Areas
- Marine conservation: Using AI to optimize the management of marine protected areas (MPAs), monitor biodiversity, and assess conservation effectiveness
- Decision support: How AI-driven data analytics can inform policy decisions and conservation strategies
- AI tools for MPA monitoring: Real-time monitoring and predictive tools to prevent overfishing and protect ecosystems
- Hands-on: Build a decision-support tool using AI to monitor and manage marine conservation areas, including biodiversity tracking and sustainability metrics
Who Should Enrol?
- Marine biologists, environmental scientists, fisheries managers, data scientists, and conservationists.
- Basic understanding of machine learning and marine ecology is helpful but not required.
- Participants should have an interest in using AI to improve marine ecosystem health and resource management.
Important Dates
Registration Ends
02/12/2026
IST 4 : 30 PM
Workshop Dates
02/12/2026 – 02/14/2026
IST 5 : 30 PM
Workshop Outcomes
- Preprocess marine ecosystem data (biodiversity, fish populations) for machine learning analysis.
- Develop machine learning models to predict oceanic patterns (currents, temperatures) and sustainable fishing zones.
- Apply AI to assess fish stocks and prevent overfishing using ocean data.
- Build AI-driven decision-support tools for marine conservation, including biodiversity tracking and sustainability metrics.
- Use AI and data analytics to optimize the management of marine protected areas and inform policy decisions.
Fee Structure
Student
₹2499 | $65
Ph.D. Scholar / Researcher
₹3499 | $75
Academician / Faculty
₹3499 | $85
Industry Professional
₹6499 | $105
What You’ll Gain
- Live & recorded sessions
- e-Certificate upon completion
- Post-workshop query support
- Hands-on learning experience
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