|
Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Boundary Layer (Attendance: 10:00-11:00 and 15:00-16:00 CEST) |
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| P1.1 |
Estimation of the mountainous boundary layer height by a network of ceilometers in the Swiss Alps |
| Martine Collaud Coen (MeteoSwiss, Switzerland),
Dylan Ifergan, Benjamin Heutte, Rolf Rüfenacht, Maxime Hervo, Daniel Leuenberger, Marco Arpagaus, Alexander Haefele
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| P1.2 |
Quadcopter observations of the evening transition from up-valley to down-valley winds |
| Meinolf Kossmann (Deutscher Wetterdienst, Germany),
Stephan F.J. de Wekker
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| P1.3 |
A better understanding of the mountain boundary layer processes in the eastern Pyrenees |
| Mireia Udina (Universitat de Barcelona, Spain),
Laura Trapero, Joan Bech, Alexandre Paci
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| P1.4 |
Structure of turbulence in an ice cave |
| Ivana Stiperski (University of Innsbruck, Austria),
Maria Wind, Friedrich Obleitner, Tanguy Racine, Mathias W Rotach, Christoph Spötl
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| P1.5 |
An improved method for mesoscale model evaluation over complex terrain |
| Gaspard Simonet (UIBK ACINN, Austria),
Manuela Lehner, Mathias W. Rotach
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| P1.6 |
Sensitivity study of WRF model parameterization schemes on alpine basin temperature inversion |
| Katharina Perny (University of Natural Resources and Life Sciences, Austria),
Imran Nadeem, Herbert Formayer
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| P1.7 |
Mesoscale modeling using new method for eddy diffusivity parameterizations and assessment of SO2 concentrations using aviation measurements |
| Gašparac Goran (University of Zagreb, Croatia),
Jeričević Amela, Željko Večenaj, Esau Igor, Grisogono Branko
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| P8.1 |
Storage and transport processes in an idealized valley with a LES reference |
| Ivan Bašić (Goethe University Frankfurt, Germany), Shweta Singh, Juerg Schmidli |
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| P8.2 |
AlpTherm_3d – a heuristic Lagrangian convection model on highly resolved orography |
| Bruno Neininger (Zurich University of Applied Sciences (ZHAW), Switzerland) |
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| P8.3 |
The repesentation of valley winds at the hectometric range in NWP models - Does higher resolution improve model performance? |
| Brigitta Goger (ETH Zurich, Switzerland), Anurag Dipankar |
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| P8.4 (cancelled) |
Evaluation of thermally driven local winds in the Swiss Alps simulated by the ICON model |
| Juerg Schmidli (Goethe University Frankfurt, Germany), Julian Quimbayo-Duarte |
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| P8.5 |
Analysis of the wind response to resolved versus parametrized turbulent orographic drag over moderately complex terrain. |
| Julian Quimbayo Duarte (Goethe Universität, Germany), Juerg Schmidli, Martin Köhler, Linda Schlemmer |
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| P8.6 |
Performance assessment of the Two-Energies Turbulence Scheme over complex terrain: Cold air pool process. |
| Julian Quimbayo Duarte (Goethe Universität, Germany), Juerg Schmidli, Ivan Bašták Ďurán |
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| P8.7 |
ICON Model Validation in Forecasting Cold Air Pools in Complex Topography |
| Stephanie Westerhuis (ETH Zürich, Switzerland), Fabian Schoeni, Brigitta Goger, Oliver Fuhrer |
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| P9.1 |
Lake effects on local circulation and energy exchange in mountainous area |
| Lujun Xu (Chinese Academy of Sciences, China), Huizhi Liu, Yang Liu, Jihua Sun, Anlun Xu, Xiaoni Meng |
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| P9.2 |
Identifying an appropriate filter time for stable conditions over mountainous terrain |
| Manuela Lehner (University of Innsbruck, Austria), Mathias W. Rotach |
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| P9.3 |
Study of turbulent energy fluxes in a coniferous forest at the complex-terrain site of Renon (Italian Alps) |
| Nadia Vendrame (University of Trento, Italy), Martina Destro, Mirco Rodeghiero, Leonardo Montagnani, Dino Zardi |
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| P9.4 |
Empirical representations of vertical temperature gradients in complex mountainous terrain and their impact on similarity relations |
| Lena Pfister (University of Innsbruck, Austria), Karl Lapo, Manuela Lehner, Ivana Stiperski, Mathias W. Rotach |
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| P9.5 |
Evaluation of Eddy Diffusion Coefficients for Thermally Driven Slope Winds |
| Sofia Farina (University of Trento, Italy), Dino Zardi |
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| P9.6 |
An analytic model for daily-periodic slope winds driven by a realistic surface energy budget |
| Mattia Marchio (University of Trento, Italy), Sofia Farina, Dino Zardi |
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| P9.7 |
On pressure and temperature surface temporal variations |
| Francesco Sioni (ARPA Friuli Venezia Giulia–OSMER, Italy), Agostino Manzato, Gabriele Fasano, Arturo Pucillo, Richard Rotunno |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Clouds and Precipitation (Attendance: 8:00-9:00 and 17:00-18:00 CEST) |
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| P2.1 |
Observations of the Characteristics of Cool-Season Precipitation in the Salt Lake Valley and Adjacent Central Wasatch Range of Utah, USA |
| Michael L. Wasserstein (University of Utah, USA), Jim Steenburgh, Peter Veals, David Kingsmill, Ashley Evans
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| P2.2 |
Influence of Cold Air Damming on Snowfall in the Yeongdong region of Korea |
| Byung-Gon Kim (Gangneung-Wonju National University, South Korea), Young-Gil Choi, Ji-Yoon Kim, Byung-Whan Lim, Si-Woo Lee
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| P2.3 |
Three types of clouds forming over the summit and downwind of a typical conical mountain, Mt. Fuji: a climatological study |
| Tomoko Kodama (University of Tsukuba, Japan), Hiroyuki Kusaka, Tomoka Maeda, Kakeru Konnai, Natsuki Takada, Miru Maebata, Risa Ishida, Rio Ishikawa, Kenshi Murata
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| P2.4 |
Winds make cap and Tsurushi clouds over Mt. Fuji grow larger |
| Hiroyuki Kusaka (University of Tsukuba, Japan), Risa Ishida, Yuma Imai, Takashi Ikeda, Jason C. Knievel, George Bryan
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| P2.5 (cancelled) |
Ambient Flow Influences on Broad-Coverage Lake-Effect Systems Interacting with Downstream Orography |
| Jim Steenburgh (University of Utah, United States), Dallas McKinney
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| P2.6 |
On the applicability of the 2D linear upslope model for orographic rainfalls: case studies in the pre-Alpine mountain range |
| Andrea Abbate (Ricerca Sistema Energetico, Italy)
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| P2.7 |
Evaluation of High-Resolution Regional Climate Model Simulations of Atmospheric River Impacts on Orographic Precipitation and Snowpack in the Southern Andes |
| Erin Potter (University at Albany, United States), Justin Minder
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Dynamics (Attendance: 8:00-9:00 and 16:00-17:00 CEST) |
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| P3.1 |
Climatology and some dynamic features of inversions in Iceland |
| Lilja Jónsdóttir (University of Iceland, Iceland), Haraldur Ólafsson
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| P3.2 |
Characteristics of bora pulsations in the lee of the Dinaric Alps |
| Petar Golem (University of Zagreb, Croatia), Željko Večenaj, Hrvoje Kozmar, Branko Grisogono
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| P3.3 |
Why does Japan's south foehn, "Jintsu-Oroshi," often blow at night? |
| Hiroyuki Kusaka (University of Tsukuba, Japan), Satoshi Nishiba, Yuki Asano
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| P3.4 |
Spatial Distribution and Generation Mechanism of Local Winds ”Rokko-oroshi” |
| Hirotaka Abe (University of Tsukuba, Japan), Hiroyuki Kusaka
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| P3.5 |
Climatological study on valuable local winds of Japan "Obonai-dashi" |
| Tatsuki Kudo (University of Tsukuba, Japan), Hiroyuki Kusaka
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| P3.6 |
On the role of the Po Valley cold-air pool in the lifting of Foehn air parcels |
| Lukas Jansing (ETH Zürich, Switzerland), Yue Tian, Jürg Schmidli, Michael Sprenger
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| P3.7 |
Large-Eddy Simulations of Föhn in the Rhine Valley |
| Lilja Jónsdóttir (ETH Zürich, Switzerland), Nikolai Krieger, Michael Sprenger
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| P4.1 |
The drag produced by vertically propagating non-hydrostatic mountain waves generated by three-dimensional orography |
| Miguel A. C. Teixeira (University of Reading, United Kingdom), Xin Xu, Runqiu Li, Yixiong Lu |
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| P4.2 |
How is orographic gravity-wave drag affected by a stable boundary layer? |
| Miguel A. C. Teixeira (University of Reading, United Kingdom), Holly V. Turner, John Methven |
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| P4.3 |
Impacts of damping in an idealized model of orographic gravity waves |
| Callum Dinnett (Met Office Exeter, United Kingdom) |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Applications (Attendance: 8:00-9:00 and 15:00-16:00 CEST) |
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| P4.4 |
Estimation of extreme winds over the wider Adriatic region |
| Kristian Horvath (Croatian Meteorological and Hydrological Service, Croatia), Endi Keresturi, Ines Muić, Lasta Slaviček |
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| P4.5 |
Orographic winds and the greatest achievement of mankind in the Middle Ages |
| Haraldur Ólafsson (University of Iceland, Iceland), Philipp Weitzel, Iman Rousta, Benoit Soula, Léo Jacobin |
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| P4.6 |
Analysing future behaviour of south-foehn-frequency over Western Austria using an XGBoost machine learning approach |
| Philipp Maier (University of Natural Resources and Life Sciences, Austria), Herbert Formayer, Fabian Lehner, Tatiana Klisho, Katharina Perny |
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| P4.7 |
Investigation of the water vapor channel within the Yarlung Zsangbo Grand Canyon, China |
| Xuelong Chen (Chinese Academy of Sciences, 中国) |
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| P4.8 |
Climate change adaptation scenarios during heat waves in the Grenoble metropolitan area and impact on air quality |
| Jacobo Gabeiras-Penas (Université Grenoble Alpes, France) |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Field Campaigns (Attendance: 10:00-11:00 and 17:00-18:00 CEST) |
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| P5.1 |
Precipitation characteristics obtained from Disdrometers and Doppler Micro Rain Radars: from WISE-PreP (LIAISE-2021) to ARTEMIS projects (Cerdanya-2024). |
| Francesc Polls (Universitat de Barcelona, Spain), Mireia Udina, Joan Bech, Eric Peinó |
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| P5.2 |
The Inn Valley exit jet: results of the TEAMx pre-campaign |
| Katrin Sedlmeier (German Meteorological Service, Germany), Meinolf Kossmann, Ivan Paunovic, Oliver Nitsche, Ronny Leinweber, Eileen Päschke, Lothar Bock, Gudrun Mühlbacher |
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| P5.3 |
High resolution observations of tributary valley outflows under nighttime stable conditions |
| Andreas Wieser (Karlsruhe Institute of Technology (KIT), Germany), Nevio Babic, Jan Handwerker, Alexander Gohm, Lena Pfister |
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| P5.4 |
Exploring the spatial and temporal variability of downslope flows during SWEX using a mobile wind lidar |
| Stephan De Wekker (University of Virginia, United States), Gert-Jan Duine, Leila Carvalho |
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| P5.5 |
Visualization of surface heat transfer around the Jungfraujoch, Switzerland, using thermal imaging |
| Nicolas Bukowiecki (University of Basel, Switzerland), Oliver Indra, Roland Vogt, Markus Kalberer |
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| P5.6 |
Development and use of LoRaWAN IoT technology for realtime data acquisition and transmission in remote mountain areas (Alps - Italy) |
| Andrea Costantini (Experimental Meteorological Monitoring Project in the Pian Cansiglio Regional Forest, Italy), Mauro Girotto |
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| P5.7 |
LiMnADs Project: Holistic environmental monitoring of the Mediterranean alpine zone |
| Konstantinos Alexopoulos (University of Cambridge, United Kingdom), Stylianos Sarantellis Komninellis, Emmanouil Vlassis, Benedikt Aurelian Kaspar, David O’Brien-Møller, Andreas Kalyvas, Panagiotis Gkotsis, Christos Salmas, Stavros Dafis, Vasilios Vafeiadis, Konstantinos Lagouvardos, Haritakis Papaioannou |
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| P5.8 |
Sämtisersee: A multi-method approach to track the eternal battle between foehn and cold-air pool |
| Stephan Vogt (MeteoSwiss, Switzerland), Julien Anet, Curdin Spirig, Timothy Wright |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Climate (Attendance: 9:00-10:00 and 16:00-17:00 CEST) |
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| P6.1 |
A new dataset of daily observations from a dense network of weather stations covering the Extended Alpine Region (1991-2020) |
| Giulio Bongiovanni (University of Trento, Italy),Michael Matiu, Alice Crespi, Anna Napoli, Bruno Majone, Dino Zardi |
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| P6.2 |
Adding value to historical data: A new reference dataset for climate change studies in Berchtesgaden National Park |
| Katrin Sedlmeier (German Meteorological Service (DWD), Germany), Annette Lotz, Oliver Nitsche, Sebastian Heiser, Ivan Paunovic, Lothar Bock, Gudrun Mühlbacher |
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| P6.3 |
Indicators for study the temporal evolution of snow depth in the Pyrenees |
| Laura Trapero (Andorra Research + Innovation, Andorra), Anna Albalat, Marc Lemus-Cánovas, Marc Pons |
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| P6.4 |
A survey of mountaineers' observations of global warming effects in the Hex River mountains, South Western Cape, South Africa. |
| Gavin Heath (University of KwaZulu-Natal, South Africa) |
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| P6.5 |
Geo-hydrological Disasters in the Uttarakhand Himalaya: A Case Study of Bandal Valley |
| Saurav Kumar (Mizoram University, India), Vishwambhar Prasad Sati |
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| P7.1 |
Dependence of future changes in river discharge on weather patterns seen in a mountainous heavy snowfall area in Japan. |
| Masamichi Ohba (Central Research Institute of Electric Power Industry, Japan), Ryosuke Arai, Masahiro Imamura, Takahiro Sato, Yasushi Toyoda |
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| P7.2 |
Future changes in Rain-on-Snow events in Japan |
| Masamichi Ohba (Central Research Institute of Electric Power Industry, Japan), Hiroaki Kawase |
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| P7.3 |
Variability of simulated mean winds over Iceland |
| Benoit Soula (University of Iceland, Iceland), Léo Jacobin, Philipp Weitzel, Haraldur Ólafsson |
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| P7.4 |
Understanding and quantifying mountain climate change and variability: The role of TEAMx and its Mountain Climate working group |
| Nikolina Ban (Universität Innsbruck, Austria), Sven Kotlarski, Emily Collier, Anna Napoli, Dino Zardi, Bodo Ahrens, Ioana Colfescu, Katrin Sedlmeier, Heimo Truhetz |
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| P7.5 |
A new report on the state of the climate in the central and eastern Alps |
| Katrin Sedlmeier (German Meteorological Service, Germany), Alexander Orlik, Elias Zubler |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
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| Numerical Weather Prediction (Attendance: 9:00-10:00 and 17:00-18:00 CEST) |
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| P10.1 |
Improving ICON for Alpine Forecasts |
| Stephanie Westerhuis (ETH Zürich, Switzerland), André Walser, Daniel Regenass |
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| P10.2 |
Evaluation of simulated valley winds at different model resolutions |
| Tobia Lezuo (MeteoSwiss, Switzerland), Stephanie Westerhuis, Brigitta Goger, Oliver Fuhrer |
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| P10.3 |
Comparison between ground-based remote sensing observations and NWP model profiles in a complex topography: the Meiringen campaign |
| Martine Collaud Coen (MeteoSwiss, Switzerland), Alexandre Bugnard, Maxime Hervo, Samuel Monhart, Daniel Leuenberger, Rolf Rüfenacht, Marco Arpagaus |
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| P10.4 |
EURO1k: A high-resolution European weather model for alpine weather forecasts by Meteomatics |
| Julie Pasquier (Meteomatics, Switzerland), Johannes Rausch, Lukas Umek, Martin Fengler |
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| P10.5 |
High resolution Austrian Re-analysis ensemble with AROME (ARA) |
| Nauman Awan (Geosphere Austria, Austria), Christoph Wittman, Clemens Wastl, Florian Meier |
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| P10.6 |
Global km-scale modelling: The Himalaya Problem |
| Annelize Van Niekerk (ECMWF, United Kingdom), Benoit Vanniere, Irina Sandu, Inna Polichtchouk, Birgit Seutzl, Michail Diamantakis |
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| P10.7 |
Spatio-temporal reconstruction of snow water equivalent with a combined data assimilation and machine learning approach |
| Matteo Guidicelli (University of Fribourg, Switzerland), Kristoffer Aalstad, Désirée Treichler, Yves Bühler, Nadine Salzmann |
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| P10.8 |
Developing a machine learning based product for trapped lee wave detection and characterisation |
| Jonathan Coney (University of Leeds, United Kingdom), Andrew Ross, Leif Denby, He Wang, Simon Vosper, Annelize van Niekerk, Tom Dunstan |
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| P10.9 |
Analog-based post-processing of NWP in complex terrain: performance evaluation and challenges |
| Iris Odak Plenkovic (Croatian Meteorological and Hydrological Service, Croatia), Ivan Vujec |
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| P11.1 |
On the role topography and trigger mechanism on the development of a large-hail supercell storm event, on the Adriatic Sea |
| Antonio Ricchi (University Of L'Aquila, Italy), Rossella Ferretti, Mario Marcello Miglietta, Errico Picciotti, Alessandro Tiesi, Lorenzo Sangelantoni, Vincenzo Mazzarella, Richard Rotunno, Mario Montopoli, Simone Mazzà, Frank Silvio Marzano |
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| P11.2 |
Convective-scale predictability of a short-lived mountain thunderstorm during CACTI |
| Daniel Kirshbaum (McGill University, Canada), Andrés Lopez, Neil Lareau |
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Overview |
Boundary Layer |
Clouds and Precipitation |
Dynamics |
Applications |
Field Campaigns |
Climate |
Numerical Weather Prediction |
Forecasting and Verification
|
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| Forecasting and Verification (Attendance: 9:00-10:00 and 15:00-16:00 CEST) |
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| P11.3 |
Downscaling of surface wind forecasts using convolutional neural networks |
| Thierry Hedde (CEA, DES, IRESNE, DTN, Laboratory for Environmental Transfer Modeling, Cadarache, France), Florian Dupuy, Pierre Durand |
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| P11.4 |
Statistical downscaling of temperature using Machine learning over the Alpine region |
| Sudheer Bhakare (University of Trento, Italy), Sara Dal Gesso, Marco Venturini, Dino Zardi |
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| P11.5 |
Spatial correlation of weather parameters in the complex terrain of Iceland |
| Léo Jacobin (University of Iceland, Iceland), Philipp Weitzel, Benoit Soula, Haraldur Ólafsson |
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