Fourth Study Conference on BALTEX Scala Cinema Gudhjem

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- II - Coastal Wind Mapping from Satellite SAR: Possibilities and Limitations Charlotte B. Hasager, M. B. Christiansen ...................................................................................................21 Clouds and Water Vapor over the Baltic Sea 2001-2003: First Results of the new Preliminary DWD Climate Monitoring Programme Peter Bissolli, H. Nitsche, W. Rosenow......................................................................................................23 Broadband Cloud Albedo from MODIS Anja Hünerbein, R. Preusker, J. Fischer .....................................................................................................25 High Frequency Single Board Doppler Minisodar for Rain, Hail, Snow, Graupel and Mixed Phase Precipitation Measurements Shixuan Pang, H. Graßl...............................................................................................................................26 Observation of Clouds and Water Vapour with Satellites Maximilian Reuter, P. Lorenz, J. Fischer....................................................................................................27 GPS-Based Integrated Water Vapour Estimation on Static and Moving Platforms for Verification of Regional Climate Model REMO Torben Schüler, A. Posfay, E. Krueger, G. W. Hein, D. Jacob...................................................................28 Validation of Boundary Layer Parameters and Extension of Boundary Conditions of the Climate Model REMO – Estimation of Leaf Area Index from NOAA-AVHRR-Data Birgit Streckenbach, E. Reimer...................................................................................................................30 Determination and Comparison of Evapotranspiration with Remote Sensing and Numerical Modelling in the LITFASS Area Antje Tittebrand, C. Heret, B. Ketzer, F. H. Berger....................................................................................31 Spatial Variability of Snow Cover and its Implication for the Forest Regeneration at the Northern Climatological Tree-line (Finnish Lapland) Andrea Vajda, A. Venäläinen, P. Hänninen, R. Sutinen .............................................................................33 EVA-GRIPS: Regional Evaporation at Grid and Pixel Scale over Heterogeneous Land Surfaces Heinz-Theo Mengelkamp and the EVA-GRIPS Team (invited).................................................................35 LITFASS-2003 - A Land Surface / Atmosphere Interaction Experiment: Energy and Water Vapour Fluxes at Different Scales Frank Beyrich, J. Bange, C. Bernhofer, H. A. R. de Bruin, T. Foken, B. Hennemuth, S. Huneke, W. Kohsiek, J.-P. Leps, H. Lohse, A. Lüdi, M. Mauder, W. Meijninger, R. Queck, P. Zittel .........................37 Calibrated Surface Temperature Maps of Heterogeneous Terrain Derived from Helipod and German Air Force Tornado Flights during LITFASS-2003 Jens Bange, S. Wilken, T. Spieß, P. Zittel...................................................................................................39 The Marine Boundary Layer – New Findings from the Östergarnsholm Air-Sea Interaction Site in the Baltic Sea Ann-Sofie Smedman, U. Högström (invited)..............................................................................................41 Characteristics of the Atmospheric Boundary Layer over Baltic Sea Ice Burghard Brümmer, A. Kirchgäßner, G. Müller .........................................................................................43
- III - Sensitivity in Calculation of Turbulent Fluxes over Sea to the State of the Surface Waves Anna Rutgersson, A.-S. Smedman, B. Carlsson .........................................................................................44 Is the Critical Bulk Richardson Number Constant ? Sven-Erik Gryning, E. Batchvarova............................................................................................................46 Measured Drop Size Distributions: Differences over Land and Sea M. Clemens, K. Bumke...............................................................................................................................48 MESAN Mesoscale Analysis of Total Cloud Cover Günther Haase, T. Landelius.......................................................................................................................50 A new 3-hourly Precipitation Dataset for NWP Model Verification and Data Assimilation Studies Franz Rubel, P. Skomorowski, K. Brugger.................................................................................................52 Relationships Between Precipitable Water and Geographical Latitude in the Baltic Region Erko Jakobson, H. Ohvril, O. Okulov, N. Laulainen ..................................................................................53 Analysis of the Role of Atmospheric Cyclones in the Moisture Transport from the Atlantic Ocean to Europe and European Precipitation Irina Rudeva, S. Gulev, O. Zolina, E. Ruprecht..........................................................................................55 Meteorological Peculiarities of Maximum Rainfall-induced Runoff Formation in Lithuania Egidijus Rimkus, J. Rimkuviene .................................................................................................................57 Baltic Sea Inflow Events Jan Piechura (invited) ..................................................................................................................................59 The Different Baltic Inflows in Autumn 2002 and Winter 2003 Rainer Feistel, G. Nausch............................................................................................................................61 Observations of Turbulent Kinetic Energy Dissipation in the Surface Mixed Layer of the Baltic Sea Under Varying Forcing Hans Ulrich Lass, H. Prandke .....................................................................................................................63 The Impacts of Synoptic Situations on Extreme Precipitation in the Raba Valley (Gaik-Brzezowa) Agnieszka Saramak .....................................................................................................................................65 Improved Method for the Determination of Turbulent Surface Fluxes Using Low-Level Flights and Inverse Modelling Jens Bange, T. Spieß, P. Zittel ....................................................................................................................67 The Helicopter-Borne Turbulence Probe Helipod in LITFASS Field Campaigns: Strategies and Results Peter Zittel, T. Spieß, J. Bange....................................................................................................................69 CEOP Reference Site Data from Lindenberg: Be Aware of Terrain Heterogeneity ! Frank Beyrich, W. K. Adam........................................................................................................................71 The BALTEX Hydrological Data Centre, BHDC Bengt Carlsson ............................................................................................................................................73
Page 1 and 2: Fourth Stu
Page 3: Preface The 4 th Study</str
Page 7: - I - Table of Abstracts Title Auth
Page 11 and 12: - V - Parameter Estimation of the S
Page 13 and 14: - VII - The Realism of the ECHAM5.2
Page 15 and 16: Adam, W. K. .......................
Page 17 and 18: - 1 - Activities of the GEWEX Hydro
Page 19 and 20: eference site archive (Cabauw, Neth
Page 21 and 22: - 5 - Remote Sensing of Atmospheric
Page 23 and 24: minute averages around the satellit
Page 25 and 26: - 9 - Precipitation Type Statistics
Page 27 and 28: - 11 - Assimilation of New Land Sur
Page 29 and 30: Multichannel Microwave Radiometer f
Page 31 and 32: output has been processed in an equ
Page 33 and 34: height dependence of the Z-R-relati
Page 35 and 36: - 19 - CERES and Surface Radiation
Page 37 and 38: - 21 - Coastal Wind Mapping from Sa
Page 39 and 40: - 23 - Clouds and Water Vapor over
Page 41 and 42: - 25 - Broadband Cloud Albedo from
Page 43 and 44: - 27 - Observation of Clouds and Wa
Page 45 and 46: shows a ground-track of the vessel
Page 47 and 48: - 31 - Determination and Comparison
Page 49 and 50: - 33 - Spatial Variability of Snow
Page 51 and 52: - 35 - EVA-GRIPS: Regional Evaporat
Page 53 and 54: - 37 - LITFASS-2003 - A Land Surfac
Page 55 and 56: -39- Calibrated Surface Temperature
Page 57 and 58: - 41 - The Marine Boundary Layer -
Page 59 and 60:
- 43 - Characteristics of the Atmos
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Figure 2. Surface stress from two d
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During the experiment the water was
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While the number of smallest drops
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SCANDIA will not be supported any l
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- 53 - Relationships Between Precip
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- 55 - Analysis of the Role of Atmo
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- 57 - Meteorological Peculiarities
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Baltic Sea Inflow Events Jan Piechu
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- 61 - The Different Baltic Inflows
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- 63 - Observations of Turbulent Ki
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- 65 - The Influence of Synoptic Si
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-67- Improved Method for the Determ
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-69- The Helicopter-Borne Turbulenc
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- 71 - CEOP Reference Site Data fro
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- 73 - The BALTEX Hydrological Data
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- 75 - Hydrological and Hydrochemic
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-77- Sea-level Monitoring at MARNET
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1 0.8 0.6 0.4 0.2 GO(CLD-M) ERA40 S
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Figure 2. Monhly mean values of lat
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In the case of an ideal fit, the co
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- 85 - Influence of Atmospheric For
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The largest inter-annual variabilit
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References Andrejev, O, Sokolov, A.
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On the other hand, if the stratific
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Cyberska 1989, Cyberska and Krzymin
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- 95 - Continental-Scale Water-Bala
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- 97 - ICTS (Inter-CSE Transferabil
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The subsurface flow calculation is
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functions only data with higher qua
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- 103 - Modelling the Impact of Ine
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- 105 - Objective Calibration of th
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- 107 - Validation of Boundary Laye
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- 109 - Simulated Dynamical Process
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spreads along isobaths (fig.2). As
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than the precipitation pattern of J
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Figure 2. Long-term variability in
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obvious from temperature charts. Ho
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shortening of the winter seasons by
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Maximum 5 day precipitation (mm) Nu
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scale parameters the correlation be
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similar: the locations of main mini
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- 127 - Storminess on the Western C
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- 129 - Trends in Wind Speed over t
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- 131 - Wind Energy Prognoses for t
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- 133 - Detection of Climate Change
Page 151 and 152:
Figure 3. Cross section of salinity
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of 35 m/s up to 3 hours. Data on wi
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Figure 2. Time series of Mean Sea L
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- 141 - Calculation and Forecast of
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- 143 - An Overview of Long-Term Ti
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- 145 - Baltic Sea Saltwater Inflow
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- 147 - Significance of Feedback in
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Lindström, G., Johansson, B., Pers
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- 151 - Air-Sea Fluxes Including Mo
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- 153 - The Realism of the ECHAM5.2
Page 171 and 172:
- 155 - Figure 3. Accumulated total
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Figure 2. Example for Fourier decom
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Figure1. Modeled percent volume cha
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conditions even more challenging th
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surface heat fluxes close to zero.
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- 165 - Figure 1. Modeled seasonal
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- 167 - Present-Day and Future Prec
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- 169 - Extreme Precipitation on a
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at the stations Pärnu (Estonia) an
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6. Results There are many possible
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and vegetation, and to derive the h
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The structure of water bodies cadas
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Figure 1. The area of Gdańsk subje
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- 181 - Climate and Water Resources
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- 183 - Generating Synthetic Daily
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The evapotranspiration is affected
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Model parameters and coefficients:
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3. Hydrodynamic model of nutrient l
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No. 15: Minutes of 8 th Meeting of
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Fourth Study Conference on BALTEX Scala Cinema Gudhjem

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