Meterology

The Climatic status quo of Thar desert is deplorable. It is severely affected by global as well as local climate shift phenomena. The primary face density of population is alarmingly high with the rate of 14.6 people per kilometer.  The temperature is tremendously varied and it is risen through 1.00 -2.50 centigrade, which induces to reduce precipitation and humidity initiates 5-25 percentages5-12 millimeters respectively in the 20the century. The temporal climate time series and SPSS analysis suggested climate change is single most significant factor to distress human life. 
Keywords: Impact, Status Quo, Temperature, Tremendous Climate Change

Adequate daily physical activity (PA) is important for maintaining functional capacity and independence in
older adults. However, most older adults in Canada do not engage in enough PA to sustain fitness and functional independence.
Environmental influences, such as warmer daytime temperatures, may influence PA participation; however, few
studies have examined the effect of summertime temperatures on PA levels in older adults. This investigation measured
the influence of summertime weather variables on PA in 48 community-dwelling older adults who were randomly recruited
from a local seniors’ community centre. Each participant wore an accelerometer for a single 7-consecutive-day period
(between 30 May and 9 August 2006) during waking hours, and completed a PA logbook to remark on major daily
PA events. Local weather variables were collected from a national weather service and compared with PA counts per minute.
Regression analysis revealed a curvilinear relationship between log-transformed PA and mean daily temperature (r2 =
0.025; p < 0.05). Linear mixed effects models that accounted for repeated measures nested within individuals were performed
for monthly periods, meteorological variables, sex, age, and estimated maximal oxygen consumption, with PA as
the dependent variable. Age and Air Quality Index remained significant variables within the model. Higher fitness levels
had no effect on allowing individuals to perform more vigorous PA in warmer temperatures.