Publication Date:
2023-01-30
Description:
We present the new Atmospheric Raman Temperature and Humidity Sounder (ARTHUS). We demonstrate that ARTHUS measurements resolve 1) the strength of the inversion layer at the planetary boundary layer top, 2) elevated lids in the free troposphere during daytime and nighttime, and 3) turbulent fluctuations in water vapor and temperature, simultaneously, also during daytime. Very stable and reliable performance was demonstrably achieved during more than 2500 hours of operations time experiencing a huge variety of weather conditions. ARTHUS provides temperature profiles with resolutions of 10-60 s and 7.5-100 m vertically in the lower free troposphere. During daytime, the statistical uncertainty of the WV mixing ratio is 〈2 % in the lower troposphere for resolutions of 5 minutes and 100 m. Temperature statistical uncertainty is 〈0.5 K even up to the middle troposphere. ARTHUS fulfills the stringent WMO breakthrough requirements on nowcasting and very short-range forecasting.
Keywords:
Comment; DATE/TIME; Event label; File content; File format; File name; File size; Germany; Hohenheim, Baden-Württemberg, Southern Germany; LAFO; Land-Atmosphere Feedback Observatory; Planetary Boundary Layer; Stuttgart/Schnarrenberg; Temperature Raman Lidar; Turbulence; Uniform resource locator/link to file; Water Vapor Raman Lidar; Weather station/meteorological observation; WMO_10739; WST
Type:
Dataset
Format:
text/tab-separated-values, 118 data points
