ONLINE TRAINING: INTRODUCTORY
- Satellite-based tools for investigating aquatic ecosystems online training course, 2023.
- Monitoring the Oceans from Space: EUMETSAT Massive Open Online Course (MOOC) providing an introduction to Earth observation satellite data, its uses, how it is acquired, and the range of data types available.
- Earth Observation of the Oceans Introductory Lectures on (MarCOSIO)
- Optics-Related Marine Data Literacy (MDL) Exercises (Optics/Pigments): Practical demonstration of how you can find, download, manage and visualize various optics-related data products.
- Fundamentals of Remote Sensing (NASA Applied Remote Sensing Training, ARSET)
- Fundamentals of Remote Sensing (Natural Resources Canada)
- Introduction to Lidar (NOAA)
ONLINE TRAINING: ADVANCED
- 2024 IOCCG Summer Lecture Series Online Videos
Past presentations and lectures
(2012 – 2022 LOV, Villefranche-sur-Mer, France; 2024 INCOIS, India) - 2023 Ocean Optics class on Calibration & Validation for Ocean Color Remote Sensing (Bowdoin College’s Schiller Coastal Studies Center)
Past videos: 2019 – University of Maine’s Darling Marine Center). See schedule for links to PowerPoint slides. - Lessons from the Global Lakes Sentinel Services (GlaSS Project)
- NASA SeaDAS Presentations and Workshops
- Ocean-colour data for climate studies: Advanced training course (Plymouth, September 2017)
PODCASTS
- Actually it’s Phytoplankton! Ocean Ecology and NASA’s PACE Mission – science and oceanography podcasts especially designed for middle-schoolers.
TEACHING RESOURCES
- Resources for Teachers Material on oceans, ocean-colour and remote sensing of ocean colour (SeaWiFS website)
BOOKS
- The Oceanic Optics Book – Curtis D. Mobley (2022)
A community resource on ocean optics, with 16 chapters covering the foundations of optical oceanography and ocean color remote sensing, including radiometry, inherent and apparent optical properties, absorption, elastic and inelastic scattering, atmospheric correction, radiative transfer theory, Maxwell’s equations, and Mie theory, and 7 appendices covering advanced topics on modeling sea surfaces using Fourier transform techniques, wave variance spectra and autocovariance functions; Monte Carlo simulation; and prediction of image appearance through absorbing and scattering media. Theoretical concepts are illustrated with measured data, and via numerical simulations. - Physical Principles of Ocean Color Remote Sensing – Howard R. Gordon (2019)
This book provides the physics underlying the methods of ocean color remote sensing. It is intended to be a resource for students and researchers wanting to understand on a basic level the remote sensing signal and its relationship with the constituents in the water, as well as the technical aspects of acquiring, calibrating, and validating ocean color imagery. Topics covered include radiometry and radiative transfer, scattering theory, inherent and apparent optical properties of the atmosphere and natural waters, and ocean color remote sensing systems, along with their vicarious calibration and validation. - Ocean Optics Web Book: Initial content by Curtis Mobley, Emmanuel Boss and Collin Roesler.
A freely-accessible, web-based, dynamically growing, community resource, that addresses both the education and reference needs of the broad optical oceanography and ocean colour remote sensing communities. - Handbook of Satellite Remote Sensing Image Interpretation: Applications for Marine Living Resources Conservation and Management EU PRESPO and IOCCG (2011)
PRACTICALS
- Building Intuition for In-Water Optics and Ocean Color Remote Sensing: Spectrophotometer Activity with little Bits™ (S. Schollaert Uz, 2016) and accompanying NASA brochure with worksheet.
- Teachable Optics – Absorption, Scattering and the Color of the Ocean by Emmanuel Boss.
The sixth International Ocean Colour Science (IOCS) meeting will take place in Darmstadt, Germany from 1 – 4 December 2025, hosted by EUMETSAT and ESA with support from other agencies.