FROM THE WEATHER TO CLIMATE IN THE WESTERN PLAIN PUBLISHED
Silvia BARBU, Vlad MIRCOV NoneThe aspect from one day to another
represents the change in a specified weather that
express themselves through decreased or increased
temperature, precipitation, strong wind, fog or
other meteorological phenomena.
The concept of climate is situated on a higher level
of abstraction than the concept of weather (Ion-
Bordei and Bojariu, 2005). The climate of a place,
of a country of the Earth can be defined as one
long-term synthesis measure by the time walking
from one day to another. The World Meteorological
Organization offered in 1984, the next definition "
climate represents synthesis of weather conditions
in a particular region based on long observation
sequences (at least 30 years) of atmospheric
variables" (Climatological practices Guide, WMO,
1984).
Weather is what is happening in nature at a time,
while climate is a measure of what is expected to
happen in any month, season or year and refers to
certain statistical parameters calculated from the
data of observations for a period of several years.
These statistics parameters relating generally to
the mean, standard deviation, and so on, include
extreme events (droughts, floods, heat waves, cold
waves, and so on).
The climate of a region is determined by factors
such as radiative, dynamic and physical
geography. They directly affect spatial-temporal
variation of climatic elements in a given territory.
Western Plain has a warm temperate continental
climate with moderate humidity throughout the
year, without excessive dry season and relatively
mild summers, warm and cold season, is thermally
well delimited.
During 1961-2010, the average annual air
temperature in the Western Plain has been
growing. Growth is not alarming, growth rate is
reduced. The largest increase is noted in the
southern weather stations, most commonly affected
by advection of warm tropical air masses.
The warmest year of the period 1961-2010 was
2000 and 2007, and the coldest year was 1980
and 1985. There were no years "exceptionally
warm" (deviations> 2.5 ° C).
Also were not reported years "very warm" nor "too
cold".
Annual rainfall is a typical temperate continental
climate, with a maximum in June and a minimum
in February.
Summarizing data on seasonal mean temperature
regime during 1961-2010, significant heating is
evident during the summer. In winter and in spring
this trend is reduced, the average temperature
variations are less important. Autumn is seen even
a slight decrease in average temperature. Summer
warming trend can be caused by an increased
anticyclonic configurations simultaneous ground
and altitude centered in the north, which intensified
after 1987. This increase was caused either by
natural causes or anthropogenic (increased
greenhouse gases) or by overlapping the two
factors.
CMR BANAT-CRISANA
Presentation: oral
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