Dr Hansen has therefore tried to go beyond the study of individual causes by demonstrating that what was once unusual is now common.Longer, hotter summersTo do so, he and his colleagues took 60 years' worth of data (the period from 1951 to 2011) from the Goddard Institute's surface air-temperature analysis.
Historical weather data with air temperature for this analysis were provided by "MeteoSchweiz" (http://www.meteoschweiz.admin.ch) (Table 1).
The fixed factors in GLMM were 'under clump' vs. 'open ground' for light intensity analysis, whereas 'under clump' vs. 'open ground' and depth (soil) or height (air) were for temperature analysis.
Third, to classify urban climate zones influential urban spatial elements were identified using step-wise regression analysis between air temperature and urban spatial elements.
Although considered in the analysis, supply air temperature, window-to-wall ratio, internal heat gain, plenum configuration, climate, presence of the carpet and structure type do not strongly influence the developed models.
After an accurate analysis of air temperature (T °C) and relative humidity (RH) resulted that the exterior changes especially affect the interior climate at some summer conditions as middle-high speed of wind and, especially, its direction due to some cracks and holes in the north western exterior wall of the hall.
Two running time curves (cooling and heating) were obtained for the air-conditioners as a function of outdoor air temperatures using statistical analysis.
Multivariate analysis revealed that air temperature and rain forecasts enabled a reliable prediction of the strength of the lake stratification.
Regression analysis showed that air temperature and air exchange rate had significant effects on the deposition of PM0.3, while relative humidity and air exchange rate had significant effects on the deposition of PM5.0 at p<0.05.
Sensitivity analysis revealed that air temperature significantly affects the ice cover duration, water and sediment temperatures, but that dissolved organic carbon concentrations have little effect on the heat fluxes, and water and sediment temperatures.
