| Session I |
Dry MAP harvest |
|
| S1.1 |
R.B. Smith, J.D. Doyle, S. Smith:
Gravity wave breaking: MAP harvest P6 |
| S1.2 |
G.J. Mayr:
Gap flows - our state of knowledge at the end of MAP |
| O1.1 |
T. Marić, D.R. Durran:
Observation and modeling of gap flow in the Wipp valley on 20 Oct 1999 |
| O1.2 |
C.B. Clements, S. Zhong:
Daytime down-canyon flows in the eastern Sierra Nevada, California |
| O1.3 |
A.P. Weigel, F.K. Chow, M.W. Rotach, R.L. Street:
The nature of turbulent kinetic energy in a deep and narrow valley under convective (?) conditions |
| |
|
| Session II |
Mountain eddies |
|
| S2.1 |
S.S. Zilitinkevich, J.C.R. Hunt, A.A. Grachev et al.:
The effect of large eddies on the convective heat/mass transfer over complex terrain: advanced theory and its validation against experimental and LES data |
| O2.1 |
P.W. Chan, C.M.Shun:
Numerical simulation of vortex shedding observed at the Hong Kong International Airport using a shallow water model |
| O2.2 |
L. Rontu:
Vorticity budget over mountains, diagnosed from HIRLAM analyses and forcasts |
| |
|
| Session III |
Katabatic & convective flows |
|
| S3.1 |
G.S. Poulos:
A historical perspective on the study of katabatic flows and future research avenues |
| O3.1 |
M.M. Miglietta, R. Rotunno:
Further results on moist nearly neutral flow past a ridge |
| O3.2 |
M.A.C. Teixeira, P.M.A. Miranda:
Gravity wave drag produced by small amplitude elliptical mountains for sheared wind profiles |
| O3.3 |
S.D. Mobbs, H. Lewis, M. Lehning et al.:
Surface observations during GAUDEX 2003 |
| O3.4 |
C. Hug, F. Faure, M. Lehning et al.:
Small scale wind field simulations for the steep Gaudergrat ridge using CFX-4 and ARPS; influence of the boundary conditions and comparison with measurements |
| O3.5 |
O. Fuhrer, C. Schär:
Banded convection in moist orographic flows |
| |
|
| Session IV |
Wet MAP harvest |
|
| S4.1 |
R. Rotunno, R.A. Houze:
Lessons on orographic precipitation from MAP |
| O4.1 |
G. Zängl:
The impact of lee-side static stability on the distribution of orographic precipitation |
| O4.2 |
F. Lascaux, E. Richard:
Impact of mesoscale data assimilation on the fine scale numerical simulations of the MAP IOP2a |
| S4.2 |
E. Richard, A. Buzzi, G. Zängl et al.:
Quantitative precipitation forecasting in mountainous regions - pushed ahead by MAP |
| |
|
|
|
| S5.1 |
R. Steinacker et al:
Unstationary aspects of föhn in a large valley |
| O5.1 |
P. Hächler:
Strong föhn as a type of severe weather |
| O5.2 |
S. Drechsel, G.J. Mayr:
Objective forecasting of föhn for the subgrid scale Wipp Valley |
| O5.3 |
D. Belušić, B. Grisogono:
Disappearance of pulsations in severe downslope windstorms |
| IBM |
Sponsor presentation |
| |
|
| Session VI |
Mountain climate |
|
| O6.1 |
H. Kerschner:
Weather-type climatology of precipitation in the Eastern Alps |
| O6.2 |
L.M. Wielke:
Duration of snow cover of the European Alps |
| O6.3 |
A. Ross:
Forest canopy - atmosphere interactions over complex terrain |
| O6.4 |
M. Lapin, P. Štastný, M. Chmelík:
Detection of climate change in the Slovak mountains |
| |
|
| Session VII |
Mountain climate effects |
|
| S7.1 |
R. Böhm, I. Auer, W. Schöner et al.:
Exploring past climate variability in the greater alpine region |
| O7.1 |
D. Efthymiadis, P.D. Jones, K.R. Briffa et al.:
A new high-resolution bi-centennial (1800–2003) precipitation dataset for the Greater Alpine Region |
| O7.2 |
A. Beck, B. Ahrens, C. Gruber:
On the evaluation of regional climate simulations over complex terrain |
| O7.3 |
N. Žagar, M. Žagar, J. Cedilnik et al.:
High-resolution wind climatology for Slovenia: a spatio-temporal verification |
| O7.4 |
T. Cegnar:
Mountain weather and climate in media |
| |
|
| Session VIII |
Air flow over the Alps |
|
| S8.1 |
M.W. Rotach, D. Zardi:
On the boundary layer structure over highly complex terrain: key findings from MAP and related projects |
| O8.1 |
S. Bastin, P. Drobinski, O. Bock et al.:
On the interaction between sea breeze and summer Mistral at the exit of the Rhône valley during the ESCOMPTE experiment |
| S8.2 |
K.P. Hoinka, H.C. Davies:Upper-level flow features and the Alps: An overview |
| |
|
| Session IX |
Alpine hydrology |
|
| S9.1 |
R. Ranzi, B. Bacchi, M. Zappa:
Hydrological aspects of the MAP: findings from field experiments and simulations |
| O9.1 |
M. Verbunt, A. Walser, J. Gurtz et al.:
Probabilistic runoff forecasting using a coupled atmospheric-hydrologic Ensemble Prediction System |
| O9.2 |
A. Barbi, A. Bonan, R. Millini, A.M. Rossa:
Characterization of intense precipitation events over small scale, southern Alpine river catchments |
| O9.3 |
B. Bica, R. Steinacker:
High resolution precipitation analysis over complex terrain by using physical a priori knowledge |
| |
|
| Session X |
Mountain weather modelling I |
|
| S10.1 |
H. Ólafsson:
Forecasting terrain-induced disturbances in the atmospheric flow |
| O10.1 |
H. Wells, S. Webster, A.N. Ross, A.R. Brown:
The effect of wind direction on flow past South Georgia |
| O10.2 |
C. Hohenegger, C. Schär:
Sensitivity of perturbation growth to flow characteristics and sampling strategy |
| O10.3 |
S. Davolio, A. Buzzi, P. Malguzzi:
Orographic influence on deep convection: case study and sensitivity experiments |
| O10.4 |
D. Klarić, S. Ivatek-Šahdan:
Analysis of the low level jets associated with MAP IOP 2b case |
| |
|
| Session XI |
Mountain weather modelling II |
|
| O11.1 |
H.D. Reeves, Y.L. Lin:
The effects of a mountain on the propagation of pre-existing convection for different Froude number flow regimes |
| O11.2 |
A. Borroni:
Simulations of a November thunderstorm event by two mesoscale models in the south Alpine region |
| O11.3 |
B. Ivančan-Picek, S. Ivatek-Šahdan, V. Grubišić:
Vertical structure of the Dinaric Alps flow during the MAP IOP15 |
| O11.4 |
Y. Seity:
Numerical simulations of MAP IOP 2b with AROME |
| O11.5 |
C. Chemel, E. Chaxel, O. Couach, J.P. Chollet:
Influence of the interactions of local dynamical processes with large-scale flow on air quality in the Grenoble area |
| |
|
| Session XII |
Mountain bioclimatology |
|
| S12.1 |
A. Matzarakis, E. Rudel, M. Zygmuntowski, E. Koch:
Thermal human bioclimatic conditions for Austria and the Alps |
| O12.1 |
E. Rudel, M. Zygmuntowski, A. Matzarakis, E. Koch:
Thermal bioclimate conditions in the alpine regions of Austria |
| O12.2 |
K. Zaninović, T. Cegnar, A. Matzarakis:
Thermal comfort trends and variability in the Croatian and Slovenian mountains |
| |
|
| Session XIII |
Mountain waves & rotors |
|
| O13.1 |
J.D. Doyle, D.R.Durran:
The dynamics of rotors and sub-rotors in three dimensions |
| O13.2 |
V. Grubišić, B.J. Billings:
Sierra waves and rotors: A study of the Sierra rotors IOP 8 event |
| O13.3 |
P.F. Sheridan, S.B. Vosper:
A linear theory for lee-wave rotors |
| O13.4 |
C.C. Chen, G.J. Hakim, D.R. Durran:
Transient mountain waves and their interaction with large scales (ppt) |
| O13.5 |
D.R. Durran, C.C. Chen, G.J.Hakim:
Mountain wave momentum flux in an evolving synoptic-scale flow (ppt) |
| |
|
| Session XIV |
More MAP highlights |
|
| S14.1 |
C. Flamant, T. Vrhovec, R. Steinacker, G. Mayr:
Summary of the observation-related advances in MAP |
| O14.1 |
U. Germann, G. Galli, M. Boscacci:
Radar precipitation measurement in the Alps - big improvements triggered by MAP |
| O14.2 |
A. Gohm, G.J. Mayr:
On the bora breakthrough near a mountain gap |
| S14.2 |
V. Grubišić, C. Schär, C. Flamant:
Summary of orographic PV banner studies in MAP |
| |
|
| Session XV |
ICAM-MAP perspectives |
|
| S15.1 |
H. Volkert:
The Mesoscale Alpine Programme (MAP): A multi-facetted success story |
| O15.1 |
M. Didone, D. Lüthi, H.C. Davies:
Exploring and validating LM performance at very high resolution (ppt) |
| O15.2 |
L. Quinn, S.D.Mobbs, K.V. Mardia, S.B. Vosper:
High resolution data assimilation: Falklands Islands |
| O15.3 |
D. Cane, M. Milelli:
Use of multimodel super ensemble technique for mountain-area weather forecast in the Olympic area of Torino 2006 |
| O15.4 |
A. Walser, M. Arpagaus, M. Leutbecher, C. Appenzeller:
Short-range limited-area ensemble forecasts for two European winter storms: The impact of moist singular vectors and horizontal resolution |