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| 1 | January 8 | Lecture 1: Introduction, logistics, expectations, philosophy What oceanographic parameters can be measured from space? |
| 2 |
January 10 | Lecture 2: How do satellites work? Sensors, orbits, and angles lecture notes (word document) |
| 3 | January 15 | Lecture 3: What do satellites measure? Radiation and radiative transfer lecture notes |
| 4 | January 17 | Computer Lab: Become an authorized SeaWiFS user! lab notes Computer Lab: Introduction to UNIX lab notes |
| 5 | January 22 | Lecture 4: Measuring sea surface temperature - The AVHRR and MODIS: How does it work? Problem Set 1 on lectures 2 and 4 - Due 1/29 - Part I / Part II |
| 6 | January 24 | Computer Lab: Introduction to SeaDAS / Processing AVHRR data lab notes |
| 7 | January 29 | Lecture 5: Ocean Color I. Hydrological optics lecture notes Problem Set 1 due |
| 8 | January 31 | Lecture 6: Ocean Color II. Algorithms, derived products (Chl a, CDOM, bb) lecture notes Problem Set 2 on lecture 7 and 8 - Due 2/7 - GP141_HW2.doc |
| 9 | February 5 | Computer Lab: Ordering and processing SeaWiFS and MODIS data lab notes lab notes In-Class Exercise 1 due - Final processed images |
| 10 | February 7 | Discuss papers (Kevin will lead) |
| 11 | February 12 |
Discuss papers (Molly will lead) Final Project proposals due - 1 page |
| 12 | February 14 | Lecture 7: Radar altimetry/Scatterometry lecture notes |
| 13 | February 19 | Lecture 8: Passive microwave/Synthetic aperture RADAR |
| 14 | February 21 | Computer Lab - Work on Final Research Projects |
| 15 | February 26 | Computer Lab - Work on Final Research Projects |
| 16 | February 28 | Computer Lab - Work on Final Research Projects |
| March 4 | No Class | |
| March 6 | No Class | |
| 17 | March 11 | Presentation of Final Research Projects |
| 18 | March 13 | Presentation of Final Research Projects (if needed) |