Sentences with phrase «upper stratosphere temperature»

Not exact matches

Santer et al provide results for the temperature of the lower stratosphere (TLS), the mid - to upper - troposphere (TMT), and the lower troposphere (TLT).

The other two climate records, so - called «upper air» records, measure temperatures in Earth's troposphere and stratosphere.

Regarding your most recent comment, I believe you are making the same mistake you made earlier by confusing Tt with the temperature of the upper atmosphere (without ozone, it would be hard to call it a «stratosphere» so I'll use that term in quotes).

The differences between the NOAA and Met Office global - mean time series are so large they call into question our fundamental understanding of observed temperature trends in the middle and upper stratosphere.

At the cold temperatures of the tropical upper troposphere and stratosphere, it is not clear that correct values of the saturation vapor pressure are being used.

But the overall level of the temperature plot in all planets is anchored by the weighted mean effect of the key absorbing layers, usually in the stratosphere and upper troposphere, where radiative balance with insolation is achieved.

Then we see the temperature jump by 50 °C in the middle to upper stratosphere in the polar regions.

This is also indicative of an ozone / UV link in determining temperature in the stratosphere, upper troposphere and the tropical oceans.

The temperature of the upper troposphere is linked with ozone behaviour in the stratosphere and the latter has numerous influences that all come back eventually to the sun.

So if I understand the science right, here, then the upper troposphere should increase in temperature while the stratosphere should cool?

Mesospheric temperature trends at mid-latitudes in summer, Berger et al, 11/2011; ``... This large cooling is primarily caused by long - term changes of ozone in the upper stratosphere in combination with a CO2 increase.»

perturbations of ozone in the upper troposphere and lower stratosphere, which challenge the manner in which the stratospheric temperature adjustment is done; and

(ii) In our calculations the temperature throughout the troposphere varies at the fixed critical lapse rate, whereas in Manabe and Wetherald's calculations the increase in temperature is confined to the lower troposphere, and the upper troposphere and stratosphere show an actual decreasing temperature.

Temperatures in the upper troposphere and stratosphere of the Arctic have cooled in recent decades, consistent with increases in greenhouse gases and with decreases in stratospheric ozone since 1979 (Weatherhead et al., 2005).