https://github.com/alexeypechnikov/2020-unavco-course-gmtsar

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https://github.com/alexeypechnikov/2020-unavco-course-gmtsar

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https://github.com/AlexeyPechnikov/2020-unavco-course-GMTSAR/blob/master/

# 2020-unavco-course-GMTSAR
This is a short course repository for the 2020 UNAVCO GMTSAR short course

### Instructors:
[David Sandwell](https://topex.ucsd.edu/sandwell/),
[Xiaohua Xu](https://scholar.google.com/citations?user=ME1EfdsAAAAJ&hl=en),
[Rob Mellors](https://people.llnl.gov/mellors1),
[Paul Wessel](http://www.soest.hawaii.edu/wessel/),
[Ekaterina Tymofyeyeva](https://igppweb.ucsd.edu/~etymofyeyeva/),
[Kang Wang](http://seismo.berkeley.edu/~kwang/),
[Kathryn Materna](https://scholar.google.com/citations?user=sBJoFrkAAAAJ&hl=en)

### Assisted by
[Rebecca Bendick](https://www.unavco.org/highlights/2020/unavco-president.html),
[Melissa Weber](https://connect.unavco.org/display/per018591),
[Donna Charlevoix](https://connect.unavco.org/display/per968358)

### Installation:
Please refer to the gmtsar wiki page https://github.com/gmtsar/gmtsar/wiki for installation.

### Need help?
Please ask your questions by opening an Issue insde this short course repository. You'll need a github account to do this. You could also write emails to your assigned instructor for help, but describing in details of the problems you met and keeping the thread readable will also help others. In cases you have a question during the lecture. We'll have instructors babysitting the chat window, and answer them. If they feel that the questions are important and need to be addressed by the lecturing instructor, they will interupt and ask that question.  

### Slack chat room
While the lectures go on, we will be holding a Slack chat room where you could pose questions and get answers in real-time.
https://join.slack.com/t/gmtsar/shared_invite/zt-ga5jrvyo-hshRo_JwzhjMliwGpAgkYQ

### Course Materials:
All course materials including slides, notes and video records will be uploaded to a shared Google Drive https://drive.google.com/drive/u/2/folders/1Nn9aMAPCimxW4U37IQqTkBgx7kwwjTJd

### Time table
July 22-23 (Wednesday-Thursday), 2020, 10AM PDT - 1PM PDT (plus continuted breakout sessions)
#### DAY-1 -  July 22:
Session 1 - 1 hour
| **Number** | **Theme** | **Instructor** |
|-----------|--------------|--------------|
| 01    | Introduction/agenda/photos | Sandwell  |
| 02    | UNAVCO and short courses | Bendick  |
| 03    | Homework, RS, SAR, and InSAR | Sandwell |
| 04    | GMT Introduction | Wessel |
| 05    | Student topo maps | Wessel |

On-line photo for 2020

Session 2 - 2 hours
| **Number** | **Theme** | **Instructor** |
|-----------|--------------|--------------|
| 06    | Brief Introduction to InSAR | Xu |
| 07    | Applications  volcanoes | Mellors |
| 08    | Applications  earthquakes and postseismic | Wang |
| 09    | Applications  hydrology and crustal fluids | Materna |
| 10    | Applications  interseismic and atmosphere | Tymofyeyeva |
| 11    | SAR data access  UNAVCO | Wei |
| 12    | Sentinel data access demo and ASF | Wei |
#### Breakout session continue with assigned groups

#### DAY-2  July 23
Session 1  1.5 hours
| **Number** | **Theme** | **Instructor** |
|-----------|--------------|--------------|
| 13    | 2-pass processing  tour of data files | Materna |
| 14    | SAR Theory and orbits Appendix A | Sandwell |
| 15    | SAR Image formation  Appendix B | Xu |
| 16    | InSAR Theory  Appendix C | Tymofyeyeva |

Session 2  1.5 hours
| **Number** | **Theme** | **Instructor** |
|-----------|--------------|--------------|
| 17    | Phase filtering and unwrapping theory | Mellors |
| 18    | Phase unwrapping  application  snaphu | Wei |
| 19    | ScanSAR and TOPS | Xu |
| 20    | Batch processing | Tymofyeyeva |
#### Breakout session continue with assigned groups

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