A wide range of variables were measured continuously, including: local, reference and internal flow, stability, background meteorological conditions, internal temperature, and ventilation rates (pressure difference techniques for cross ventilated cases).
There are too many differences between these two populations (genetic background, meteorological conditions) to hypothesize about the cause.
This review paper provides first an overview of the background for meteorological and sociological influences on thermal load and energy estimations.
We deduce atmospheric circulation models which are able to show the features of atmospheric circulation and are easy to be studied from the very complex atmospheric circulation model based on the actual background and meteorological data, and we present global solutions of atmospheric circulation equations with the use of the T-weakly continuous operator [1].
Scholars read the Natural Questions against the background of the meteorological tradition, a long-standing genre.
This kind of reduced spring dust storm frequency in East Asia has been attributed to changes in atmospheric circulation background, near-surface meteorological elements, and ground roughness under the warmer temperatures.
While the acoustical characteristics of a noise barrier obtained using the two signals are generally equivalent, in critical conditions – e.g. excessive background noise or local meteorological variability – some discrepancies may occur.
The classification is based on five factors considering the (I) shaking intensity, (II) the combined fault location-type and length characteristics, the (III) general topographic context (average slope steepness and height for a region), (IV) climatic background and temporary hydro-meteorological conditions as well as (V) regional and local lithological properties.
We then used multivariable conditional logistic regression models to control for the potential confounding influences of the regional/urban background air pollutant levels and meteorological conditions.
Therefore, EDM requires multiple experts from diverse professional backgrounds (such as hydrological, geological, meteorological, sociological, demographic, etc).
But when he was called up into the RAF, his scientific background led to him being put through meteorological college and after two years he found that it seemed to have better career prospects than teaching.
