Sensors
Robin Hogan Alan Grant, Ewan OConnor, Anthony Illingworth, Guy Pearson Department of Meteorology, University of Reading Observations of boundary- layer.
Lidar images from REPARTEE II Campaign Data from 24 th October to 14 th November, 2007 Janet Barlow and Tyrone Dunbar, University of Reading With thanks.
Convection Initiative discussion points What info do parametrizations & 1.5-km forecasts need? –Initiation mechanism, time-resolved cell size & updraft.
Robin Hogan Department of Meteorology University of Reading Cloud and Climate Studies using the Chilbolton Observatory.
Robin Hogan Department of Meteorology University of Reading Observations of boundary- layer turbulence using Doppler lidar and surface fluxes.
Improving Aviation Safety with Information Visualization: Airflow Hazard Display for Pilots Cecilia R. Aragon IEOR 170 UC Berkeley Spring 2006.
LIDAR LIght Detection And Ranging What can you measure with LIDAR? distance speed rotation chemical composition and concentration of a remote target, which.
Towards validation of urban GHG emissions using a very high resolution atmospheric inversion in the Indianapolis Flux Experiment Kenneth J. Davis 1, Thomas.
A Thermospheric Lidar for He 1083 nm, Density and Doppler Measurements Chad G. Carlson, Gary Swenson, Lara Waldrop, Peter D. Dragic Department of Electrical.
On network design for the detection of urban greenhouse gas emissions: Results from the Indianapolis Flux Experiment (INFLUX) Natasha Miles 1, Marie Obiminda.
Current and future work: the ACTUAL and ClearfLo projects.
