Liste complète des notices publiques
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- Anweisung für das Anstellen und Verschlüsseln von Wetterbeobachtungen an Bord deutscher Schiffe : in Verbindung mit der Sclüsseltafel für die Eintragungen der Wetterbeobachtungen auf See. 3. Auflage
- Bulletin international de l'Observatoire physique central de Montsouris / Observatoire de Paris
- Compte rendu du 2e symposium sur les noyaux de condensation (Bâle et Locarno, 1-4 octobre 1956).
- Grape harvest dates are poor indicators of summer warmth
- High-resolution model simulations of anthropogenic sulphate and sulphur dioxide in Southeast Asia
- Special Section: SAFARI 2000-Southern African Regional Science Initiative - SAF 39. Characterization of sources for southern African aerosols through fatty acid and trajectory analyses (DOI 10.1029/2002JD002762)
- Pollutant transport during a regional O3 episode in the Mid-Atlantic states
- An Improved Method to Derive Surface Albedo from Narrowband AVHRR Satellite Data:Narrowband to Broadband Conversion
- Progress in the development and the use of nitrogen technology for artificial dispersal of supercooled fogs at airports
- Upgrading the north American upper-air observing network : what are the possibilities ?
- Comparison of measured and calculated transmission functions of the O3 absorption band at 9.6 micrometers
- On the initial condition in parameter estimation
- The non-hydrostatic mesoscale model GESIMA. Part 1 : dynamical equations and tests
- Simulation of land use changes and impacts on the water balance - a case study for Belgium
- ON THE ROLE OF SUCCESSIVE DOWNSTREAM DEVELOPMENT IN EAST ASIAN POLAR AIR OUTBREAKS
- TIME DEPENDENT OCEAN SURFACE TEMPERATURE VARIATIONS CAUSED BY AN INCREASE OF CO2 CONTENT
- PROBLEME DER UMRECHNUNG VON WINDSTAERKEANGABEN NACH DER BEAUFORTSKALA UND WINDGESCHWINDIGKEITSWERTEN
- THERMAL CONVECTION IN A CENTRIFUGAL FORCE FIELD
- Generation of Vortex Structures in the Atmosphere under the Influence of Helical Turbulence of Convective Origin
- Simulation of blowing snow in the Canadian Arctic using a double-moment model