Workshop 2-3 February 2015 : Barcelona, Spain
The objective of the workshop is to interact around our ongoing studies, work together on specific issues and analyses, and discuss new prospectives.
Monday 2 February morning: Presentation of the ongoing works
Tuesday 3 : Continuation of presentations and discussions
Tuesday afternoon : Working groups / discussions on collective planned works, and on BLLAST prospectives
A more detailed programm will be given prior to the meeting
Program and Report
Participants
Location
| The workshop and the meeting will be held at the Campus Nord of the Universitat Politécnica de Catalunya.BarcelonaTech. |
| It will take place in the Telensenyament room (Building B3-Ricardo Valle – First floor). |
| Address: |
| Jordi Girona st., 1-3 |
| Campus Nord |
| 08034 Barcelona |
| More details at here |
Local organizer and contact
David Pino
Applied Physics Department (UPC) and Institute for Space Studies of Catalonia (IEEC)
email: david.pino@upc.edu
Phone: +34-934134142
Fax: +34-934137007
Accommodation
Hotels in Barcelona with special university rates
Apartments:
More details here
Access
Sponsors
Universitat Politècnica de Catalunya.BarcelonaTech
Research National French Agency (ANR)
Presentations
Lothon: A brief overview of BLLAST studies
Jimenez: Downslope winds analysis based on a Meso-NH simulation
Nilsson: Turbulent Kinetic Energy budget in the surface layer
Darbieu: Evolution of the vertical structure of turbulence during the late afternoon transition
Pino: Minimum lifted temperature
Kempf: Simulation of the diurnal cycle with the BLLAST dataset and the LES model EULAG
Roman Cascon: A wave event on 2 July
Jensen: Counter-gradient flux during MATTERHORN and BLLAST
Martinez: Some methodological developments for estimating surface flux
Martinez: Analysis of the MOST during BLLAST
Cuxart: Small scale surface temperature heterogeneities: effect on the Surface Energy budget
Tupman: Boundary layer measurements with Unmanned Aerial Vehicles
David Tupman: Morning transition
Reuder: Status on the SUMO turbulence measurements, and instrumentation at GFI.


