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The vertical temperature profiles in a typical Rayleigh lidar system depends on the backscatter photon counts and the CIRA-86 model inputs. For the first time, we show that, by making simultaneous measurements of Rayleigh lidar and upper mesospheric O<sub>2</sub> temperatures, the lidar capability can be enhanced to obtain mesospheric temperature profile up to about 95 km altitudes. The obtained results are compared with instantaneous space-borne SABER measurements for a validation

annales geophysicae

A new method to derive middle atmospheric temperature profiles using a combination of Rayleigh lidar and O&amp;lt;sub&amp;gt;2&amp;lt;/sub&amp;gt; airglow temperatures measurements