Strategic Objectives
• Master the physics of electromagnetic radiation in aquatic environments.
• Optimize sensor selection for high-resolution seagrass and mangrove mapping.
• Apply advanced atmospheric and water-column correction algorithms.
• Build scalable monitoring frameworks for global climate change mitigation.
The Core Challenge
Traditional terrestrial mapping fails at the water's edge, leaving blue carbon ecosystems dangerously under-monitored due to complex light-water interactions.
01
The Blue Carbon Mandate
02
Foundations of Remote Sensing
03
Radiometry in Aquatic Media
04
The Physics of Scattering
05
Absorption Coefficients
06
Photosynthetically Active Radiation
07
Ocean Color Science
08
Radiative Transfer Theory
09
Atmospheric Correction
10
Spectral Imaging Sensors
11
Seagrass Ecology and Mapping
12
Mangrove Forest Analysis
13
Salt Marsh Delineation
14
Bathymetry and Depth Retrieval
15
Lidar in Marine Environments
16
Synthetic Aperture Radar (SAR)
17
Image Classification Algorithms
18
Geographic Information Systems (GIS)
19
Unmanned Aerial Vehicles (UAVs)
20
Validation and Ground Truthing
21