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Liemohn @ SWMF Users Meeting 1
SWMF in Education
Michael W. LiemohnAtmospheric, Oceanic, and Space Sciences Dept.,
University of Michigan
SWMF Users Meeting, October 13-14, 2014
Liemohn @ SWMF Users Meeting 2
AOSS 477: Space Weather Modeling
U-M offers a senior-level course in space weather modeling Taken by all Space Weather concentration students in
our ESSE BSE degree program Also taken by a fraction of the space physics PhD
students Also taken by a few M-Eng in Space Engineering
students We've taught it 5 times now
Recently elevated to an every-year offering Using state-of-the-art space weather models
Not really a programming course We have a different one for that
AOSS 477 is a report-based course
Students use models and conduct their own space weather numerical investigation Several projects on using codes and writing/presenting
reports based on their numerical experiments Data used as model input and for model result comparison
Variety of student assessment criteria Many oral presentations and written reports Peer grading of the oral presentations In-class discussion participation
Class content is a mixture of modeling nuts-and-bolts, code usage and visualization, and research techniques
Students learn about the guts of numerical models used for space physics
Liemohn @ SWMF Users Meeting 3
Liemohn @ SWMF Users Meeting 4
Models Covered This Year MHD Models
Started with a general discussion of MHD equations, MHD extensions, and typical CFD techniques
BATS-R-US, LFM, OpenGGCM, Winglee code, ENLIL Inner Mag Models
HEIDI, RCM, RAM-SCB, CRCM/RBE/CIMI, VERB, DGCPM, IMPTAM, STET
Ionosphere-Thermosphere Codes GITM, SAMI, CTIP, TIEGCM
Kinetic Codes General discussion of test particle and hybrid modeling
Empirical Models Weimer codes, Tsyganenko family, IRI, MSIS, WINDMI,
formulaic models for magnetopause, CPCP, Dst Coupled code suites
SWMF, CISM, other examples from coupled codes at CCMC
Liemohn @ SWMF Users Meeting 5
CCMC and VMR: Great Education Sites!
CCMC has a lot of run results available for perusal Visualization options are straightforward and easy to learn Hundreds Thousands of SWMF runs (or with codes therein) At first: assign them a specific task Later on: give them a question to explore I like to do this via lots of in-class small group work
VMR: excellent geospace data-model comparison site Lead students in same type of exploration as with the CCMC
CCMC's iSWA/SWE Explore the real-time (or recent past) Sun-to-Earth space
weather connection with a create-it-yourself analysis page Many of the cygnets are linked to SWMF model output
Liemohn @ SWMF Users Meeting 6
Future Vision of SWMF Education Do more with more!
I'm the new AOSS "Development Committee" chair We're planning several student-focused initiatives
to be supported with gift funds One of them: Michigan Space Environment Center
Consolidate our space weather and engineering student programs
Provide support for undergrad, M-Eng, and PhD students Provide support for space weather/engineering projects,
including SWMF nowcasting/forecasting experiences
Please help us out! The link: http://aoss.engin.umich.edu/pages/aoss/
giving
Liemohn @ SWMF Users Meeting 7
Switch hats: SWMF and Publishing
Two quick points I'd like to cover Methodology section of your paper AGU's Data Policy and numerical modeling studies
My main point:
Reproducibility is a key factor for scientific publication
Liemohn @ SWMF Users Meeting 8
Methodology Sections Good to write out the whole equation set and code
implementation description every few years Enough so that others can reproduce your model Verify your model periodically
Show the reader the model is grid converged and mass/energy conserving
In between these big write-ups Just cite the paper with the full description Only describe in detail what is new, different, or most
critical to understanding the study Remember: do not cut-paste from previous papers
Most journals run a similarity report on new manuscripts
For me: several full paragraphs of overlap warrants rejection without review
Liemohn @ SWMF Users Meeting 9
Data Availability The world is moving towards "open data"
This includes "numerical data" from codes like the SWMF For AGU (specifically JGR Space Physics):
Code output used in the paper must be available Available = electronic supplement, U-M Deep Blue
repository, personal/group website, or "upon request" AGU Policy and code
Code itself should also be made available, but we are not enforcing this
Code must be fully described and verified in a published paper Highly commend the SWMF team for allowing free
download of the full code suite and run-on-request usage at CCMC
The pinnacle of current "code availability" practice in space physics To everyone out there: please follow the SWMF Rules of the Road