The radiosonde weather balloon data is from the NOAA Earth Space Research Laboratory.
Not exact matches
«Using more recent
data and better analysis methods we have been able to re-examine the global
weather balloon network, known as
radiosondes, and have found clear indications of warming in the upper troposphere,» said lead author ARC Centre of Excellence for Climate System Science Chief Investigator Prof Steve Sherwood.
This atmospheric evidence comes from instruments in
weather satellites, producing the only truly global
data — and, independently, from thermometers in
balloon - borne
radiosondes.
Note that the RATPAC
radiosonde (
weather balloon)
data are in close agreement with the higher tropospheric temperature estimates, as are the HadAT2
radiosonde data (Figure 3).
Because the satellite
data measure an average temperature through a depth of several kilometres in the atmosphere, they would be expected to compare better with upper - air measurements taken using
weather balloons and
radiosondes than they would with measurements at the surface.
John Christy, the scientist and interviewee on whose work this latter claim is based, seems to have forgotten that he had written in a US Climate Change Science Program report: «This significant discrepancy [between lower and upper atmosphere warming] no longer exists because errors in the satellite and
radiosonde [
weather balloon instrument]
data have been identified and corrected.
Steve Sherwood, chief investigator for the ARC Centre of Excellence for Climate System Science and lead author for the study, explained that he and his colleague Nidhi Nishant used improved methods of analysis and more recent
data to reexamine
radiosondes, or the global
weather balloon network.