DIVSION FOR ATMOSPHERIC SCIENCES
METEOROLOGY


Laboratory course in numerical meteorology (5 op)

General information on NumLab courses

For remote students: see section Remote participation

Laboratory courses in numerical meteorology (NumLab) aim to familiarize students with some actual topic associated with numerical meteorology or its applications. The courses also function as an introduction to scientific working methods, and they give practice in writing of research reports and in team work.

NumLab courses have no final exam. The acceptance of the students is based on active participation (as documented in a time use diary) and on the final report written from the course projects.

Traditionally, only students who have got the course Numerical Meteorology I accepted have been allowed to enter NumLab courses. However, this rule has turned out to be too inflexible in some cases (e.g., for students from geophysics). Thus, if you don't have Numerical Meteorology I done, you may still be allowed to attend the course depending on other experience from numerics and data processing (e.g., Scientific computing I-II). This will be addressed on a case-by-case basis.

Students at University of Helsinki may include up to three NumLab courses in their MSc degree in meteorology. However, if the number of qualified local participants is too large (more than about 20), priority will be given to those attending their first NumLab.


NumLab2013

The topic of Numlab2013 was MUSC, a comprehensive single-column atmospheric model. See the section for
Model documentation for more information.


END PRODUCTS OF THE COURSE

Final seminar

The seminar was on Thu 2 May 2013, 14-16 Finnish time, Physicum E207.

If you missed it, please see the slides here.

Final report

The final report is here (pdf file, 4.5 MB).


Responsible teacher:
Jouni Räisänen, tel. +358-9-191 50872, Dynamicum 1D20b, email firstname.surname@helsinki.fi

With substantial help from:
Laura Rontu, FMI, email firstname.surname@fmi.fi

The common meetings will be on Fridays 14.15-16 Finnish time (January-March: UTC+2, April: UTC+3) in Physicum D210:

First meeting: 18 Jan 2013
Last meeting: 26 Apr 2013 (or thereabouts)
No meeting on 1 March. Replacement on 28 February at 12-14 Finnish time.
No meeting on 8 March
No meeting on 29 March

Final seminar: 2 May 14.15-16 Finnish time.


Remote participation

Remote participitation is possible using the EUMETCAL Centra OnDemand system. Before each session, you should go to this page and click attend on the appropriate session. You will need the password 'mur' to get in.


Time use diary

A time use diary will be used to monitor active participation of UH students. The template and instructions are available here.


Slides from the common meetings

Presentation slides from the common meetings will be made available here.

Meeting 1, 18 Jan.

Meeting 2, 25 Jan.

Meeting 3, 01 Feb.

Meeting 4, 08 Feb.

Meeting 5, 15 Feb.

Meeting 6, 22 Feb.

Meeting 7, 28 Feb.

Meeting 8, 15 Mar.

Meeting 9, 22 Mar.

Meeting 10, 5 Apr.

Meeting 11, 12 Apr.

Meeting 12, 19 Apr.

Meeting 13, 26 Apr.

Final seminar, 2 May.


Recordings

Recordings from the EUMETCAL Centra OnDemand system will hopefully be made available here.

Meeting 1, 18 Jan.

Meeting 2, 25 Jan.

Meeting 3, 1 Feb.

Meeting 4, 8 Feb.

Meeting 5, 15 Feb.

Meeting 6, 22 Feb.

Meeting 7, 28 Feb.

Meeting 8, 15 Mar.

Meeting 9, 22 Mar is unfortuntaly unavailable.

Meeting 10, 5 Apr.

Meeting 11, 12 Apr.

Meeting 12, 19 Apr also seems to be unavailable.

Meeting 13, 26 Apr (training for the final seminar).

Final seminar, 3 May.


Exercises

The warm-up exercises given in the beginning of the course will be delivered here.

Exercise 1, 18-25 Jan.

Exercise 2, 25 Jan - 1 Feb .

Exercise 3, 1-8 Feb .


Model documentation

MUSC userguide, version 0 [updated 23 Feb].

Some more preliminary information is available here.

Documentation for some atmospheric namelists.

SURFEX User guide.

Information on HARMONIE output variables.

Information on HIRLAM output variables.

Model levels for 41-, 65-, 90- and 137-level configurations.

Nomenclature of ALADIN/SURFEX (ISBA) physiographic fields.

Library architecture etc in ARPEGE/IFS, ALADIN and AROME.


Technical instructions

Various kinds of technical instructions will be given in this section.

Installation of MUSC

Instructions for using X

Connections to numlab.fmi.fi

Instructions for using the GrADS graphics package

Some tips for improving GrADS figures

A guide on Bash scripts


Help for reporting

MS Word template for final report

Final report from NumLab2011 (HIGHTSI)

Final report from NumLab2009 (SURFEX)


If you find something strange in these pages, please notify the teacher(s).