EGU 2020, Session ESSI 2.12:
MATLAB-based programs, applications and technical resources for Geoscience Research
Conveners: Eun Young Lee and Steve Schäfer
At this EGU 2020 virtual event, researchers shared 13 papers and posters.
Presentations, related papers, toolboxes used, and additional resources are linked below.
![](https://in.mathworks.com/solutions/geoscience/egu-conference-highlights/_jcr_content/mainParsys/band_1518223620/mainParsys/columns_1978937969/dd0aea28-1e1f-45e7-8799-bb7b26250494/panel_copy_copy_5609/headerImage.adapt.full.medium.jpg/1723800887063.jpg)
MATLAB tools for the post-processing of GRACE temporal gravity field solutions
Dimitrios Piretzidis and Michael Sideris, Department of Geomatics, University of Calgary
- Presentation abstract
- Poster
- Toolbox: GRACE (available on request from the authors)
![](https://in.mathworks.com/solutions/geoscience/egu-conference-highlights/_jcr_content/mainParsys/band_1518223620/mainParsys/columns_1978937969/0e2b8340-2035-4a6d-8eee-ae44c4b51adb/panel_copy_copy_5609/headerImage.adapt.full.medium.jpg/1723800887122.jpg)
The Development of BasinVis: Lessons learned from an open-source collaboration of geoscience and computer science
Johannes Novotny, Department of Computer Science, Brown University
- Presentation abstract
- Related Paper (Applied Computing and Geosciences)
- Toolbox: BasinVis 2.0
![](https://in.mathworks.com/solutions/geoscience/egu-conference-highlights/_jcr_content/mainParsys/band_1518223620/mainParsys/columns_1978937969/9d3a7c4f-efc4-46c7-a1df-182cdc2b3774/panel_copy_copy_5609/headerImage.adapt.full.medium.jpg/1723800887179.jpg)
Dust storms, blackouts and 50°C in the shade: Exploring the Roots of Humankind with MATLAB
Martin H. Trauth, Institute for Geosciences, University of Potsdam
Supporting risk management in the Caribbean by application of Deep Learning for object classification of aerial imagery with MATLAB
Sebastian Bomberg and Neha Goel
- Presentation abstract
- Presentation (MATLAB Live Script)
- Toolbox: Deep Learning Toolbox, Mapping Toolbox, Parallel Computing Toolbox
TETGAR_C: a three-dimensional (3D) provenance plot and calculation tool for detrital garnets
Wolfgang Knierzinger, Michael Wagreich, and Eun Young Lee
- Presentation abstract
- Related paper (Journal of Geoscience)
- Toolbox: TETGAR_C
GLImER: a MATLAB-based tool to image global lithospheric structure
Stéphane Rondenay, Lucas Sawade, and Peter Makus
- Presentation abstract and presentation download (on main session page)
- Toolbox: GLImER
Examples of DAFNE application to multi-temporal and multi-frequency remote sensed images and geomorphic data for accurate flood mapping.
Annarita D'Addabbo, Alberto Refice, Francesco Lovergine, and Guido Pasquariello
From ZMAP to ZMAP7: Fast-forwarding 25 years of software evolution
Celso Reyes and Stefan Wiemer
- Presentation abstract
- Toolbox: ZMAP
The TopoToolbox v2.4: new tools for topographic analysis and modelling
Dirk Scherler and Wolfgang Schwanghart
Advances in Scientific Visualization of Geospatial Data with MATLAB
Lisa Kempler and Steve Schäfer
- Presentation: (MATLAB Live Script)
- Toolbox: Mapping Toolbox
- Blog: geoglobe (in MATLAB R2020a)
Community-developed Toolboxes Covered
- BasinVis
- Climate Data Toolbox
- DAFNE
- GISMO
- GliMER
- IRISfetch.m
- Landsat8 Data Explorer
- TETGAR_C
- TopoToolbox
- ZMAP
MathWorks developed Toolboxes Covered
Previous Events
- AGU 2018: Developing Computational Thinking Skills with MATLAB