SVIBOR - Papers quoted in CC - project code: 1-06-049
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SVIBOR - Collecting Data on Projects in Croatia
Papers quoted in Current Contents on project 1-06-049
Quoted papers: 6
Other papers: 60
Total: 66
Title: Numerička analiza dinamike graničnog sloja atmosfere u
planinskoj dolini. Drugi dio: Opažene i simulirane značajke stabilnosti
atmosfere i lokalnog strujanja
- Authors:
- Koračin, Darko (79364)
- Enger, L.
Journal: Boundary-layer Meteorology
Number: 3
ISSN: 0006-8314
Volume: 69
Year: 1994
Pages: from 249 to 283
Number of references: 22
Language: engleski
Title: Modeliranje utjecaja obalnih stratokumulusa na strukturu
graničnog sloja atmosfere
- Authors:
- Tjernstrom, Michael
- Koračin, Darko (79364)
Journal: Journal of atmospheric sciences
Number: 7
ISSN: 0022-4928
Volume: 52
Year: 1995
Pages: from 863 to 878
Number of references: 47
Language: engleski
Title: Simulacija raspršenja numeričkim modelom u uvjetima
složenog terena
- Authors:
- Enger, L.
- Koračin, Darko (79364)
Journal: Atmospheric Environment
ISSN: 1352-2310
Volume: 29
Year: 1995
Pages: from 2449 to 2466
Title: The applicability of the several methods of estimation of
the wind profile to the 925 hPa pressure level winds
- Authors:
- Cvitan, Lidija (11480)
- Klaić, Zvjezdana (26374)
Journal: Rivista meteorologica aeronautica
Number: 1-2
ISSN: 0035-6328
Volume: 53
Year: 1993
Pages: from 7 to 20
Number of references: 13
Language: engleski
Summary: Winds at 925 hPa level were calculated under assumptions of
log profile, Ekman spiral and linear change in wind speed components over
the vertical. Results obtained by means of the log profile and the linear
interpolation over vertical were satisfying. A rough parametrisation of
eddy viscosity, PBL height and consequently geostrophic wind in Ekman
spiral calculation, resulted in a poor agreement between the observed 850
hPa winds and 925 hPa winds was tried to be established. An average wind
speed ratio of 1.3 and a turning angle of 925 hPa wind 5 degrees to the
left of the 850 hPa wind were obtained for a 4-month period study.
Keywords: log profile, Ekman spiral, linear change in wind speed, stability classes
Title: Application of a generalized hydraulic theory to the
severe northern Adriatic bora
- Authors:
- Bajić, Alica (95224)
Journal: Meteorologische Rundschau
Number: 5
ISSN: 0026-1211
Volume: 44
Year: 1991
Pages: from 129 to 133
Number of references: 18
Language: engleski
Summary: The generalized hydraulic theory (Smith and Sun, 1989) is
applied to eight severe northern Adriatic bora case, which consist of two
layers, each with constant static stability in the upstream region. The
agreement between values derived from the theory and the observations is
reasonably good, especially in consideration of the often complicated
vertical structure in the atmosphere and the high sensitivity of the
theoretical results on input data.
Keywords: bora wind, hydraulic theory, northern Adriatic
Title: Background air pollution on mountain Medvednica
- Authors:
- Šinik, Nadežda
- Lončar, Edita (26304)
- Marki, Anton (180825)
Number: len
Volume: Anna
Year: 1994
Pages: from 333 to 335
Number of references: 114
Language: engleski
Summary: A theory of the background pollution has been derived which
enables to determine a local background pollutant concentration by means of
simultaneous series of wind velocities and pollutant concentration when
wind velocity approaches its maximum. That way the background value of
sulphur dioxide concentrations at Puntjarka was determined for the general
case and particularly for winds from the city of Zagreb. An intercomparison
of these values proves the top of Medvednica reliable for the detection of
pollutants brought to the northeastern Croatia by air streams from distant
emission sources.
Keywords: background pollution, wind velocity, Medvednica mountain
Title: Pressure singularity detected by a mountain station
- Authors:
- Lončar, Edita (26304)
- Šinik, Nadežda
- Zaninović, Ksenija
Number: len
Volume: Anna
Year: 1994
Pages: from 268 to 271
Number of references: 114
Language: engleski
Summary: An analysis of the air pressure annual variation based on
the average ten-day means corresponds well with the annual variation of
monthly means, but it has revealed some new climate peculiarities. The most
prominent feature appeared to be a pressure decrease in the second decade
of February, which was pronounced all over Croatia. Previous investigations
revealed an increased cloudiness followed by a decay of insolation and a
greater number of rainy days during the mentioned ten-day period. Moreover,
the previously found steadiness of cyclonic weather types during the second
decade of February and also the maximum frequency of Adriatic cyclones when
compared with the results in this work clearly indicate that the pressure
decrease in the second decade of February is overall climatic
characteristic of the whole of Croatia. This peculiarity is presumably
related to a characteristic pattern of the general circulation of the
atmosphere. The weather characteristics of this short period in February
might not be relevant only for the climate of Croatia, but also for the
region of southeastern Europe.
Keywords: air pressure singularity, mountain station
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