Junhong (June)Wang - Unidata

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1. Radiosonde • Overview • History • Sensors Outline: • Future (sensor, network, other applications) 2. Dropsonde 3. Driftsonde 4. Questions, comments and feedback
Radiosonde Overview (1) To make accurate measurements of important atmospheric parameters (usually temperature, pressure, humidity and wind) above the surface (2) To send this information back in as close to real-time as possible Receiving equipment From Dabberdt et al. (2002)
Page 1: Atmospheric Sounding: Basics, Resea
Page 5 and 6: Other special radiosondes Ozonesond
Page 7 and 8: Current and future radiosondes in U
Page 9 and 10: Handbook of Meteorological Instrume
Page 11 and 12: Continuous Evolution of Vaisala Rad
Page 13 and 14: Temperature sensors: 1. Thermistor
Page 15 and 16: Future: Radiation errors Luers (199
Page 17 and 18: Current status on water vapor Strat
Page 19 and 20: Future: Homogenization global radio
Page 22 and 23: Future: Other parameters -- rise ra
Page 24 and 25: GAUS in Owens Valley T-REX GAUS-ISS
Page 26 and 27: NCAR GPS Dropsonde Currently on 21
Page 28 and 29: T/RH variations for two Lear box fl
Page 30 and 31: Thanks to James Franklin, NOAA/AOML
Page 32 and 33: DRIFTSONDE Concept Zero or Super Pr
Page 34 and 35: First deployment: First deployment:
Page 36 and 37: Gondola 10 (17) Gondola 11 (18) Gon

Junhong (June)Wang - Unidata

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