When: 7-10 June 2022 (new dates)
Where: Bergen, Norway
Credit: 1 ECTS
Lecturers: Prof. Harald Sodemann (University of Bergen), Dr. Sabine Eckhardt (NILU), Dr. Hanin Binder (ETH Zürich), Prof. Joseph LaCasce (University of Oslo), Prof. Øyvind Breivik (University of Bergen/met.no), Dr. Knut-Frode Dagestad (met.no), Prof. Pål Erik Isachsen (University of Oslo), Dr. Iris Thurnherr, PhD Cand. Aina Johannesen, Dr. Alena Dekhtyareva, (University of Bergen)
Target Group: PhD students with background in environmental studies (meteorology, oceanography, biogeochemistry or similar) and interest in Lagrangian methods in Earth system sciences applied to study fluid trajectory information for parcels in the oceans and the atmosphere.
Course responsible: Dr. Alena Dekhtyareva (University of Bergen)
(the course is fully booked)
Lagrangian methods in Earth system sciences provide fluid trajectory information for parcels in the oceans and the atmosphere. This allows to study small- to large- scale processes and to track air and water mass transport and transformations on various time scales. Understanding of these processes is essential to improve forecast capabilities, to analyse feedback mechanisms important for climate change and to study transport, dispersion and deposition of atmospheric compounds and water pollutants for long-term environmental impact assessment. In this CHESS course, students will obtain interdisciplinary knowledge on Lagrangian methods in natural sciences and practical skills in the application of Lagrangian atmospheric and oceanic models.
The course provides students with theoretical knowledge and practical skills in Lagrangian analyses applied in natural sciences.
Students should be able to:
• identify the main principles and major limitations of the Lagrangian approach.
• set up an atmospheric and oceanic Lagrangian model run for a specific case study, post-process and interpret the obtained trajectories and discuss their application to study environmental processes.
• critically evaluate Lagrangian modelling methods and design a modelling experiment suitable for comparison with observational data, demonstrate interdisciplinary connections between different research areas of the coupled Earth System and present results from a case study.
Each module includes lectures (morning session) and practical exercises (afternoon session) where students will apply the introduced Lagrangian models to specific case studies.
07.06.2022 Introduction to Lagrangian methods
|Morning||Introduction to Lagrangian statistics including hands-on analysis activities (Prof. J. LaCasce)|
|Afternoon||The HYSPLIT atmospheric trajectory model exercises (Dr. A. Dekhtyareva)|
08.06.2022 Lagrangian ocean modelling
|Morning||Introduction to the Lagrangian ocean modelling (Prof. Øyvind Breivik, Dr. Knut-Frode Dagestad, Dr. Johannes Röhrs)|
|Afternoon||Modelling exercises with OpenDrift (Dr. Knut-Frode Dagestad)|
09.06.2022 Atmospheric modelling with FLEXPART
|Morning||Introduction to FLEXPART (Prof. Harald Sodemann)|
|Afternoon||Modelling exercises with FLEXPART (PhD Cand. Aina Johannessen, Dr. Sabine Eckhardt (NILU))|
10.06.2022 Application of Lagrangian tools in various research fields
|Morning||Application of Lagrangian tools in various research fields (Dr. Hanin Binder, Prof. Pål Erik Isachsen, Dr. Sabine Eckhardt)|
|Afternoon||Student presentations, wrap-up and course evaluation (Dr. Alena Dekhtyareva, Dr. Iris Thurnherr)|
Accommodation, meals, and participation fee
There is no participation fee for the course. Travel and accommodation costs for members of the Norwegian Research School CHESS from other cities than Bergen will be reimbursed by CHESS. All meals during the course activities, including lunch, and icebreaker as well as coffee breaks are free of charge. See registration for further details.