PPT-Workshop : GHG fluxes

measurement plan What How Where When Sébastien Gogo Plan of the workshop Measurement plan in CARE PEAT The case of the Dutch site Discussion. NADYA T. VINOGRADOVA. 1. RUI M. PONTE. 1. MARTHA W. BUCKLEY. 2. 1. Atmospheric . and Environmental Research (AER. ), USA. 2. George Mason University (GMU), USA . Aquarius/SAC-D Science Team Meeting, Seattle, WA. Heterotic Non Geometries&F theory (vaguest title in this workshop) Heterotic Non - & F - Department of Applied Mathematics & Theoretical PhysicsUniversity of Cambridge J.M., D. R. Morrison & S. Sethi tokamak. plasmas. Michael Barnes. University of Oxford. Culham. Centre for Fusion Energy . In collaboration with F. Parra, E. . Highcock. , A. . Schekochihin. ,. S. Cowley, and C. Roach. “Internal Transport Barriers” (. 508_2k13_lec103. Fluxes. Rates of magmatism (vol/time or similar) to be compared to rates of other tectonics processes;. Can be applied to rates of everything geologic. . Isotope -time relationships, but how relevant are the samples outlined in red?. direct flux measurements . and modeling. Gunnar . Schade. , PI. Don Collins, . Qi. Ying (Co-PIs). Texas A&M University. EPA STAR Meeting, 16 Nov. 2010. Overview. Brief Introduction. The Yellow Cab tower. Kenneth Davis. 1. , . Arlyn. Andrews. 2. , Maria Cambaliza. 3. , Scott Denning. 4. , Liza Diaz. 1. , Kevin Gurney. 5. , Thomas Lauvaux. 1. , Natasha Miles. 1. , Stephen Ogle. 4. , Antonio Possolo. 6. 2. :CO. 2. ratios . over the Southern Ocean. Britton Stephens (NCAR), Ralph Keeling (Scripps), Gordon . Brailsford. (NIWA), Andrew Manning (UEA), Sara . Mikaloff. -Fletcher (NIWA), . Prabir. . Patra. C. Helfter. 1. , J. Drewer. 1. , M. Anderson. 1. , B. Scholtes. 2. , B. Rees. 2. and U. Skiba. 1. 1. Centre for Ecology and Hydrology, Edinburgh, UK.. 2. Scotland’s Rural College, Edinburgh, UK.. Email: caro2@ceh.ac.uk. based on . 234. Th budgets in the Atlantic Sector of the Southern Ocean along 40S [GEOTRACES Cruises D357 and JC068]. By Katsiaryna Pabortsava, Dr. Patrick Martin, Dr. Richard Sanders, Prof. Richard Lampitt . Radiative. Fluxes . over Rugged Terrain from Satellite Measurements. Tianxing. Wang . (txwang.rs@gmail.com). Guangjian. Yan . (gjyan@bnu.edu.cn). Xihan. Mu . (muxihan@163.com). Ling Chen . William Ahue. University of Wisconsin – Madison. Dept. of Atmospheric and Oceanic Sciences. Department Seminar. 28. April 2010. Advisor:. Prof. Ankur Desai. What to Expect. Motivation and Background. Kalman. Filter. Hans W. Chen, . Fuqing. Zhang, Thomas . Lauvaux. . and Kenneth J. Davis. Department of Meteorology and Atmospheric Science. The Pennsylvania State University. Surface CO. 2. fluxes are important to know to determine the atmospheric CO. Kenneth Davis. 1. , . Arlyn. Andrews. 2. , Maria Cambaliza. 3. , Scott Denning. 4. , Liza Diaz. 1. , Kevin Gurney. 5. , Thomas Lauvaux. 1. , Natasha Miles. 1. , Stephen Ogle. 4. , Antonio Possolo. 6. Basic Meteorological Direct fluxes:. Sensible Heat, H. s. Latent Heat, H. l. Momentum, . τ. Kinetic Energy=-. τ. *U(z). Fluxes on Ocean Side. Momentum and Energy (waves and currents). Thermodynamic .