Table of contents
| 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 |
| |
|
| Poster Session A: MAP - Rapid advertisements |
| A.1. |
R. Richiardone, M. Manfrid:
Hydrometeors' production and advection in a gravity wave environment |
| A.2. |
C. Hohenegger, C. Schär:
Are convection and instability indices good indicators of the predictability level? |
| A.3. |
A.M. Hoggarth, Y.L.Lin, H.D. Reeves:
Formation and maintenance mechanisms of the stable layer over the Po Valley during MAP IOP-8 |
| A.4. |
Y.L. Lin, A.M. Hoggarth, H.D. Reeves. L.B. Smith II:
Influence of the Apennines on track deflection of Genoa cyclones |
| A.5. |
V. Ducrocq, C. Lebeaupin, D. Ricard, H. Giordani:
Torrential rain events over the Cévennes-Vivarais region |
| A.6. |
G. Jaubert, N. Colombon, V. Ducrocq et al.:
Meso-gamma 3D Var assimilation on some wet MAP events: Impact on high resolution simulations |
| A.7. |
B. Ahrens, A. Beck:
On precipitation evaluation uncertainties |
| A.8. |
S. Ivatek-Šahdan, B. Ivančan-Picek:
Sensitivity to the initial conditions - numerical simulations of the MAP IOP5 and MAP IOP15 |
| A.9. |
S.A. Smith, J.D. Doyle, A. Brown, S. Webster:
Sensitivity of resolved mountain drag to model resolution for MAP case studies |
| A.10. |
L. Pedemonte, M. Corazza, D. Saccheti et al.:
Verification of limited-area models precipitation forecasts during the MAP-SOP |
| A.11. |
M. Furger, R. Werner, V. Mitev et al.:
Aerosol measurements in the Rhine Valley during föhn another FORM perspective |
| A.12. |
J. Rakovec, M. Dolinar, M. Demšar, S. Micheletti:
Spatial interpolation of hourly gauge and radar precipitation during MAP SOP |
| A.13. |
V. Guénard, G. Tedeschi, P. Drobinski, J.L. Caccia:
Wave breaking over local topography during the MAP IOP 15 mistral event: Observations and high-resolution numerical simulations |
| A.14. |
Y. Wang:
On the use of the MAP field experiment data to validate the mesoscale numerical simulation |
| |
|
| Poster Session B: Bura-like flows |
| B.1. |
L. Kraljević, B. Grisogono:
Sea-surface temperature effects on 3D bura flow |
| B.2. |
L. Kraljević, K. Špoler Čanić:
High resolution simulation of a severe bura event using nonhydrostatic numerical model |
| B.3. |
K. Špoler Čanić, L. Kraljević:
The impact of model resolution on simulated distribution of bura |
| B.4. |
Z. Bencetić Klaić, D. Belušić:
Severe Adriatic bura event from 14 to 15 November 2004 |
| B.5. |
D. Drvar, I. Stiperski, M. Tudor, V. Tutiš:
ALADIN/HR: Testing the new subgrid-scale orography representation on bura cases |
| B.6. |
M. Orlić, D. Belušić, Z. Pasarić:
First measurements of bura wind at Senj with a three-axis anemometer |
| B.7. |
A. Jeričević, D. Tomšić, Z. Žibrat, K. Špoler-Čanić, L. Kraljević, B. Grisogono:
Sodar and radio sounding measurements at Zadar, Croatia |
| B.8. |
I. Janeković, M. Tudor:
The Adriatic Sea wave response to severe bura wind |
| B.9. |
M. Kuzmić, I Janeković, B. Ivančan-Picek, T. Trošić, I. Tomazić:
Severe north-eastern Adriatic bura events and circulation in greater Kvarner region |
| B.10. |
J.D. Doyle, Q. Jiang:
Nonhydrostatic mountain waves in flows with directional wind shear |
| B.11. |
R.B. Smith:
Orographic atmospheric phenomena in Patagonia: A preliminary study |
| B.12. |
B. Grisogono, L. Enger, D. Belušić:
The ABL due to a mountain pass and Coriolis effect |
| B.13. |
F. Föst, G. Haas:
An inneralpine downburst, Innsbruck 21st July 2003. |
| |
|
| Poster Session C: Alpine meteorology |
| C.1. |
H. Starke, G. Mayr:
Case studies of low stratus decks in the vicinity of Innsbruck |
| C.2. |
P. Sacherer, G.J. Mayr:
Clustering for the Alpine end user |
| C.3. |
A. Bertò, A. Buzzi, D. Zardi:
A warm conveyor belt mechanism accompanying extreme precipitation events over north-eastern Italy |
| C.4. |
M. Tudor, I. Stiperski, V. Tutiš, D. Drvar:
ALADIN/HR: Testing the new radiation and cloudiness parametrisation |
| C.5. |
M. Tudor, V. Tutiš, D. Drvar et al.:
ALADIN/HR: Testing the new Semi-Lagrangian horizontal diffusion scheme |
| C.6. |
A. Sudy:
Flood and the role of limited area models; the 2002 flood disaster and "ALADIN AUSTRIA" |
| C.7. |
M. Žagar, K. Sucelj, J. Polajnar:
Predictability of a strong precipitation event; a case study and an investigation of model sensitivity |
| C.8. |
G. Zängl:
Large-scale-flow interactions with the Alps and their impact on the low-level temperature field in the northern foreland |
| C.9. |
G. Hartjenstein, G. Zängl, G. Doms et al.:
Numerical simulations of the Elbe flood case: Sensitivity to initial and boundary data |
| C.10. |
T. La Rocca:
Cold air damming over Po valley and Adriatic coast |
| C.11. |
K. Prömmel, B. Müller, M. Widmann, J. Jones:
Comparison of a high-resolution regional simulation and the ERA40 Reanalysis over the Alpine region |
| C.12. |
K. Horvath, L. Fita, R. Romero, B. Ivančan-Picek:
The influence of orography during deep Mediterranean cyclogenesis 11–15 November 2004 |
| C.13. |
T. Kovačić:
Diagnostic maps of CAPE from LAM and data from network of synoptic stations |
| C.14. |
N. Strelec Mahović, D. Drvar:
Hailstorm on 4 July 2003 - a case study |
| C.15. |
U. Štrajnar:
Assessment of maximum precipitation rates in southeast Alps |
| C.16. |
J. Rakovec, G. Vertačnik:
Precipitation at the south side of the Alps and weather types |
| C.17. |
G. Skok, T. Vrhovec:
Interpolation considerations when comparing model and raingauge precipitation; Heavy precipitation cases analysis for Slovenia |
| C.18. |
S. Serafin, A. Bertò, D. Zardi:
Application of cluster analysis techniques to the verification of quantitative precipitation forecasts |
| C.19. |
R. Barbiero, M. Gaddo:
Extreme event: Heavy snowfall on the Trentino region on 11 March 2004 |
| C.20. |
S. Vogt, R. Werner, G. Zängl:
Valley-wind characteristics in the Alpine Rhine Valley: Measurements with a wind-temperature-profiler and numerical simulations |
| C.21. |
M. de Franceschi, M. Sitta, D. Zardi:
Late frost events in an Alpine valley: measurements and characterisation of the process |
| C.22. |
S. Dalla Nora, M. de Franceschi, D. Zardi:
Setup and test of a simple model for prediction of late frost events over complex terrain |
| C.23. |
S. Martorina, N. Loglisci:
Monitoring and forecast service for ice formation over mountain road surface |
| C.24. |
V. Vukičević, V. Jurčec, B. Ivančan-Picek:
Severe Jugo wind in the Adriatic Sea |
| C.25. |
K. Burri, B. Dürr, T. Gutermann et al.:
Föhn as a rare phenomenon |
| C.26. |
R. Salerno:
Model intercomparison for research and operational use: a case study in the Alpine region |
| C.27. |
M. Telišman Prtenjak, B. Grisogono:
Topographic flows at the north-eastern Adriatic coast |
| C.28. |
A. Bertò, A. Borsato, S. Frisiaet al.:
Monthly isotopic signal of the precipitated water in the province of Trento: Lagrangian analysis and discussion of measurements |
|
| |
|
| 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 |
| |
|
| 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 |
| |
|
| Poster Session D: Mountain meteorology - Rapid advertisements |
| D.1. |
R.B. Smith, Q. Jiang, J.D. Doyle:
A theory of gravity wave absorption by boundary layers |
| D.2. |
B.J. Billings, V. Grubišić, R.D. Borys:
Maintenance of a mountain valley cold pool and thermal belt: A numerical study |
| D.3. |
V. Grubišić, B.J.Billings, S.A. Cohn, W.O.J. Brown:
Sierra Rotors IOP 8: Comparison of model simulations and wind profiler observations |
| D.4. |
V. Grubišić, J. Küttner:
Final plans for the terrain-induced rotor experiment |
| D.5. |
T. Raab, G.J. Mayr:
Car based measurements of a downslope windstorm during phase I of T-REX |
| D.6. |
M. Riffler, L. Armi, G. Mayr:
Beta-plane hydraulics of the northern hemisphere jet stream |
| D.7. |
P.A. Reinecke, D.R. Durran:
Topographic blocking of flows in nonuniform static stability |
| D.8. |
S.H. Chen, Y.L. Lin, Z.Zhao, H. Reeves:
Effects of moist Froude number and orographic aspect ratio on a conditionally unstable flow over a mesoscale mountain |
| D.9. |
S. Webster, A.R. Brown, S.A. Smith:
Sensitivity of total mountain drag to model resolution for MAP case studies |
| D.10. |
S. Serafin, D. Zardi:
Critical evaluation and proposed refinement of the Troen and Mahrt (1986) boundary layer model |
| D.11. |
C.C. Chen, L. Harris, D.R. Durran, G.J. Hakim:
Lee vortices in an evolving synoptic-scale flow |
| D.12. |
H. Lewis, S.D. Mobbs, M. Lehning:
Turbulence measurements above steep terrain during GAUDEX 2003 |
| D.13. |
R.R. Burton, S.B. Vosper, S.D. Mobbs:
Determining the underlying structures in modelled orographic flow |
| D.14. |
I. Stiperski, I. Kavčić, B. Grisogono:
Katabatic flow with Coriolis effect |
| D.15. |
C. Keil:
An object-oriented approach to best member selection - Towards adaptive ensemble forecasting |
| D.16. |
M.A.C. Teixeira, P.M.A. Miranda, J.L. Argain, M.A. Valente:
A linear study of high drag states and flow stagnation produced by mountain waves |
| D.17. |
R. Schiemann, S. Dirren, M.G. Glazirina, D. Lüthi, C. Schär:
Numerical downscaling of the ERA-40 reanalysis over the Central Asian topography |
| D.18. |
P. Drobinski, B. Sultan, S. Janicot:
Role of the Hoggar massif on the West African monsoon onset |
| D.19. |
A. Gerschunov, H. Kanamaru, A. Panorska:
Extreme precipitation events and California climate observations and regional modeling |
| D.20. |
M. Falvey, R. Garreaud:
A numerical case study of an orographically enhanced frontal system in central Chile |
| D.21. |
D. Stathis, D. Ivanova, C. Balafoutis, T. Makrogiannis:
Orographic effect on heavy rainfall in Chalkidiki Peninsula (Greece) induced by a Mediterranean cold front: A case study on 7 to 8 of October 2000 |
| D.22. |
A. Schaffhauser, E. Todini:
On the efficiency of different radar rain gauge combination techniques in mountainous terrain |
| D.23. |
L.V. Cazacioc, A. Cazacioc:
Impact of the macro-scale atmospheric circulation on snow cover duration in Romania |
| D.24. |
P.W. Chan:
Monitoring and observation of föhn wind in Hong Kong using a multi-channel, ground-based microwave radiometer |
| D.25. |
P.W. Chan, K.K. Lai, C.M. Shun:
Measurement of turbulence in terrain-disrupted airflow at the Hong Kong International Airport using a Doppler LIDAR |
| D.26. |
A. Martin, F. Lott:
Synoptic response to mountain gravity waves encountering turning critical levels |
| D.27. |
H. Ágústsson, H. Ólafsson:
Wind gust forecasting in Iceland with the method of Brasseur |
| D.28. |
R. B. Skeie, J.E. Kristjánsson, H. Ólafsson:
Dynamical processes related to cyclone development near Greenland |
| D.29. |
H. Ágústsson, H. Ólafsson:
Four-dimensional structure of gravity waves in a windstorm in NW-Iceland |
| D.30. |
H. Ágústsson, H. Ólafsson:
The Freysnes windstorm |
| D.31. |
H. Ágústsson, J. Cuxart, T. Mira, H. Ólafsson:
Observations and simulations of katabatic flows during a heatwave in Iceland |
| D.32. |
C. Ubelmann, H. Ólafsson, G. Hafsteinsson:
A frontal-orographic severe atmospheric icing event |
| D.33. |
Ó. Rögnvaldsson, H. Ólafsson:
The response of precipitation to orography in simulations of future climate |
| D.34. |
Þ. Arason, H. Ólafsson:
Statistics of forecast errors and orography |
| D.35. |
Þ. Arason, H. Ólafsson:
Cases of large forecast errors over Iceland |
| D.36. |
T. Jónsson, H. Ólafsson:
Observations of stratospheric clouds and their connection with conditions for vertical propagation of mountain waves |
| D.37. |
H. Ólafsson:
The heat source of the föhn |
| D.38. |
H. Ólafsson:
Quasi-geostrophic flow past mountains |
| D.39. |
S. Árnason, H. Ágústsson, H. Ólafsson:
Temporal oscillations in downslope windstorms |
| D.40. |
T. Jónsson, H. Ólafsson:
Northerly windstorms in Icelandv |
| D.41. |
G. G. Tómasson, H. Ólafsson, Ó. Rögnvaldsson:
Meteorological and hydrological modeling of an extreme precipitation events in S-Iceland |
| D.42. |
H. Ólafsson, E. M. Einarsson, J. E. Kristjánsson, G. N. Petersen:
The Greenland lee low and a forecast error of the 8 January 2005 Denmark windstorm |
| D.43. |
R. B. Skeie, J. E. Kristjánsson, H. Ólafsson:
Impact of the Scandinavian mountains on an high-impact cyclone in August 2003v |
| D.44. |
H. Ólafsson:
Multi-scale orographic forcing of the atmosphere leading to an erosion event |
| D.45. |
H. Ágústsson, H. Ólafsson:
Sensitivity of simulated winds upstream of mountains to horizontal resolution |
| D.46. |
Ó. Rögnvaldsson, H. Ólafsson:
Use of the M-curve of orographic precipitation |
| D.47. |
Ó. Rögnvaldsson, H. Ólafsson:
Precipitation downsteam of a mesoscale mountain range and the vertical profile of wind and stability - results from the REX experiment |
| D.48. |
Á. J. Elíasson, H. Ólafsson:
Orographic blocking atmospheric icing of structures |
| D.49. |
Á. J. Elíasson, H. Ólafsson:
Mountain waves and atmosperic icing of structures |
| D.50. |
M. Nogaj, H. Ólafsson:
Downstream development of flow disturbances at the east coast of Greenland |
| D.51. |
A. Dörnbrack, R. Busen, S. Rahm, O. Reitebuch, R. Simmet, M. Weissmann, H. Ólafsson:
Low-level jets eminating from SE-Greenland |
|
| |
|
| 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 |
| |
|
| Poster Session E: Mountain climatology - Rapid advertisements |
| E.1. |
W. Schöner, R. Böhm, M. Zemp et al.:
First climate related analyses of a recovered Alpine long-term glacier variability dataset |
| E.2. |
M. Dorninger, T. Gorgas, A. Beck et al.:
Evaluation of retrospective regional climate model runs with VERA within the project reclip: more |
| E.3. |
M. Melo:
Warmer periods in the Slovak mountains according to analogue method and coupled GCM |
| E.4. |
I. Auer, R. Böhm, R. Potzmann et al.:
A high resolution temperature climatology for the Greater Alpine Region (GAR) |
| E.5. |
M. Brunetti, T. Nanni, M. Maugeri et al.:
Patterns of precipitation variability in the Greater Alpine Region |
| E.6. |
A. Jurković, I. Auer, R. Böhm et al.:
The new centennial snow initiative for the greater alpine region (GAR) - status report and first results |
| E.7. |
I. Auer, E. Korus:
The variability of heat waves and dry spells in the flat and mountainous regions of Austria |
| E.8. |
N. Žagar, M. Žagar, J. Cedilnik et al.:
Downscaling of ERA40 for the wind field in a complex terrain |
| E.9. |
A. Irimescu, A. Nertan, C Irimescu, C. Dragota:
Study of the influences of geographical factors on the wind speed and frequency. Study case in SW of Romania |
| E.10. |
W. Verant, G. Mayr:
Climatology of north föhn |
| E.11. |
F. Föst, G.J. Mayr:
Objective south föhn climatology for Innsbruck and the Wipp Valley |
| E.12. |
S. Fratianni, A. Biancotti, B. Cagnazzi, V. Gai:
Climatological study of the wind in Piedmont |
| E.13. |
K. Pandžić, K., K. Weigel, T. Likso:
Wind roses for several onshore-offshore profiles at the Eastern Adriatic Coast |
| E.14. |
M. Viher, K. Pandžić, A. Marki:
Continuous records of non-standard radio wave refraction in Alpine region |
| E.15. |
M. Mileta:
Fog water collection in Croatia |
| E.16. |
T. Andreeva, M. Martinov:
Extreme winter time in the mountain regions of Bulgaria |
| E.17. |
J. Schmidli, C. Frei:
Statistical and dynamical downscaling of daily precipitation statistics in the European Alps |
| E.18. |
J. Rubinić, N. Ožanić:
The relation between intensive daily and annual precipitation quantities at the Gorski kotar area (Croatia) |
| E.19. |
M. Gajić-Čapka:
Snow regime characteristics for tourism in the Natural Park Medvednica, Croatia |
| E.20. |
D. Rasol, K. Špoler Čanić:
Meteorological characteristics of a snow pit in Gorski kotar region (Croatia) |
| E.21. |
D. Počakal:
Influence of orography on hail characteristics in the continental part of Croatia |
| E.22. |
M. Fazzini, A. Cecili, M. Gaddo, P. Billi:
Proposal for an auto-updating snowfall map of the Trentino territory (Eastern Alps of Italy) |
| E.23. |
L. Lombrosso, S. Fazlagić, S. Quattrocchi:
Snowfall on Central-eastern Po valley and Apennines (Italy): A forecasting and climate change challenge |
| E.24. |
G.S. Poulos, D.A. Wesley, J.S. Snook:
Causes of simultaneous lee and upwind record snowfall and extraordinary snowfall variation in a Rocky Mountain Blizzard |
| E.25. |
M. Fazzini, A.Giuffrida, G. Frustaci:
Snowfall analysis over peninsular Italy in relationship to the different types of synoptic circulation: First results |
| E.26. |
M. Valt, A. Cagnati, A. Crepaz, G. Marigo:
Snow precipitation in the last years on Italian Alps |
| E.27. |
M. Lapin, P. Faško:
Snow cover changes in the Little Carpathians in Slovakia |
| E.28. |
N. Petkova, R. Brown, E. Koleva, V. Alexandrov:
Snow cover changes in Bulgarian mountainous regions, 1931-2000 |
| E.29. |
S. Jaun, J. Kleinn, C. Frei, J. Gurtz, C. Schier:
Climate change impacts on the hydrology and snow cover in the upper Rhine basin |
| E.30. |
Ž. Majstorović, A. Toromanović, L. Gabela:
Changes in precipitation regime in Sarajevo (1894-2003) |
| E.31. |
V. Pasquale, M. Verdoya, P. Chiozzi:
Orographic influence on the central-northern Italy climate from underground temperatures |
| E.32. |
V. Vučetić, M. Vučetić:
Temperature sums and climatic variations in the Parg region |
| E.33. |
V. Vučetić, M. Vučetić:
The phenological fluctuations as a possible signal of climatic changes |
| E.34. |
H. Scheifinger, H. Winkler, E. Koch:
Arrival dates of migrating birds in Central Europe and climat variability |
| E.35. |
C. Draxl, G. Mayr:
Wind energy potential at wind measurement sites in the Tyrolean Alps |
| E.36. |
L. Enger, W. Jayawardena:
A dynamic model for simulating air pollution and wind fields in Sri Lanka |
| E.37. |
E. Griesser, I. Vergeiner:
Simulation of an extreme winter NOX episode in the Inntal, Austria |
| E.38. |
P. Seibert, D. Heimann, P. Suppan:
ALPNAP - a new project on traffic-induced noise and air pollution along transport routes in the Alps |
| E.39. |
Ó. Rögnvaldsson, H. Ólafsson:
Numerical simulations of the climatology of winds in the complex terrain of Iceland |
| E.40. |
R. F. Friðriksson, H. Ólafsson:
Estimating errors in wintertime precipitation observations by comparison with snow observations |
| E.41. |
K. Halkola, H. Ólafsson, Y. Gjessing:
The mass balance of a small glaciers in N-Iceland |
| E.42. |
Ó. Rögnvaldsson, H. Ólafsson. H. Ágústsson:
Applications of numerical simulations to investigate snow accumulation for the estimation of avalanche risk in mountainous terrain |
| E.43. |
T. Jónsson, H. Ólafsson:
The Kvísker 2002 precipitation record |
| E.44. |
H. Ólafsson:
Surface roughness and local winds |
| E.45. |
Ó. Rögnvaldsson, H. Ólafsson:
Occurrence of wet snow icing in mountains in a regional downscaling of future climate simulations |
| E.46. |
C. Mares, I. Mares:
Theoretical predictability estimation in the highest mountain zone in Romania |
| E.47. |
C. Flueraru, G. Stancalie, S. Catana, E. Savin:
Estimation of snowcover in Carpathian Mountains using integrated GIS/remote sensing information |
| E.48. |
G. Stancalie, S. Catana, C. Flueraru:
Evaluation and monitoring of snow cover and related water resources in Carpathian watersheds of Romania using orbital remote sensing |
| E.49. |
S. Boychenko, V. Voloshchuk, O. Zviglyanych:
Features of modern transformation of climatic conditions in region of the Ukrainian Carpathians |
|
| |
|
| 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 |
| O13.5 |
D.R. Durran, C.C. Chen, G.J.Hakim:
Mountain wave momentum flux in an evolving synoptic-scale flow |
| |
|
| 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 |
| 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 |
|
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