Training on Remote Sensing for Coastal and Marine Environments

Remote Sensing for Coastal and Marine Environments equips participants with practical skills to monitor, analyze, and manage coastal and marine ecosystems using advanced remote sensing technologies. The course focuses on applying satellite, aerial, and other geospatial data to assess coastal erosion, map marine habitats, evaluate water quality, and understand the effects of climate change on coastal areas.

Participants will learn key techniques in shoreline change detection, habitat classification, water quality monitoring, and environmental impact analysis. Emphasis is placed on integrating multiple data sources, processing and interpreting imagery, and generating actionable insights for coastal management and marine conservation. Hands-on exercises and case studies provide real-world experience in applying remote sensing tools to support sustainable coastal and marine ecosystem management.

By the end of the 5-day training, attendees will be able to design and implement remote sensing workflows for coastal monitoring, improve decision-making in marine and coastal management, and apply geospatial analysis to environmental planning and conservation strategies.

Duration
5 Days

Who Should Attend

• GIS professionals seeking to enhance coastal and marine mapping skills

• Urban planners, environmental scientists, and geographers working with coastal data

• Students and researchers in geography, marine science, or related fields

• Professionals involved in spatial data analysis, visualization, and environmental monitoring

• Conservationists and policymakers focusing on coastal and marine ecosystems

Organisational Impact

• Strengthens institutional capacity to monitor and manage coastal and marine ecosystems using geospatial intelligence.

• Enhances ability to assess shoreline change, water quality, and habitat health for sustainable development.

• Supports climate adaptation strategies by tracking sea-level rise and other coastal impacts.

• Reduces costs and risks through remote data collection, minimizing reliance on costly field surveys.

• Builds organisational expertise to address coastal resource management challenges with advanced technology.

Personal Impact

• Equips participants with specialized skills in applying remote sensing to coastal and marine studies.

• Expands career opportunities in marine science, conservation, climate change, and coastal planning.

• Builds confidence in analyzing and interpreting remote sensing data for water quality, habitat, and shoreline dynamics.

• Provides practical, hands-on experience with tools and techniques for marine and coastal monitoring.

• Empowers participants to contribute meaningfully to sustainable management of coastal and ocean ecosystems.

By the end of this course, participants will be able to:

• Understand the fundamentals of remote sensing technologies and their applications in coastal and marine environments.
• Analyze and interpret remote sensing data for habitat mapping, shoreline monitoring, and water quality assessment.
• Assess the impacts of climate change on coastal zones using remote sensing techniques.
• Utilize remote sensing tools for monitoring coastal erosion and land use changes.
• Apply best practices for integrating remote sensing data into coastal management and conservation strategies.

Module 1: Introduction to Coastal and Marine Remote Sensing

• Definition and principles of remote sensing
• Unique challenges of coastal and marine remote sensing
• Types of remote sensing data (aerial imagery, satellite imagery, radar)

Module 2: Image Processing Techniques for Coastal and Marine Environments

• Image preprocessing (radiometric and geometric correction)
• Image enhancement and visualization
• Image classification (supervised and unsupervised)
• Object-based image analysis (OBIA)

Module 3: Coastal and Marine Feature Extraction

• Shoreline detection and mapping
• Coastal erosion and accretion analysis
• Sea surface temperature (SST) retrieval
• Ocean color analysis (chlorophyll, suspended sediments)

Module 4: Remote Sensing Applications in Coastal and Marine Environments

• Coastal erosion and sedimentation
• Coral reef monitoring and health assessment
• Fisheries management and stock assessment
• Marine pollution detection and monitoring
• Climate change impacts on coastal ecosystems

Module 5: Advanced Topics in Coastal and Marine Remote Sensing

• Synthetic aperture radar (SAR) for coastal and marine applications
• Lidar for coastal elevation mapping
• Unmanned aerial vehicles (UAVs) for coastal and marine surveys
• Integration of remote sensing data with in-situ measurements