Prof. Murry Salby presents Control of Atmospheric CO2
Eminent climate expert, Professor Murry Salby, in the wake of his highly-successful visit to Britain in 2014, returns once again to present his latest exposure of the shoddy science of mainstream climate research. This important event takes place in London, England on March 17th and entrance is free to all. 
With his presentation, ‘Control of Atmospheric CO2’ Salby’s new research applies observed changes of climate and atmospheric tracers to resolve the budget of atmospheric carbon dioxide – an issue misrepresented by many government climate researchers in their eagerness to provide policymakers with ‘proof’ of dangerous climate change.
Professor Salby’s riveting presentation shows clearly to fellow scientists and lay persons that the mechanisms behind the evolution of CO2, including its increase during the 20th century, do not correlate with expectations of man-made global warming.
Dr. Murry Salby, professor and Climate Chair at Macquarie University, Australia, debunks the popular myth that man-made CO2 controls global temperature. Dr. Murry proves from observations the opposite is true: natural changes in global temperature instead control CO2 levels and that man-made emissions do not control either atmospheric CO2 or the climate.
Thereby, his analysis determines the actual respective roles of human and natural sources of CO2, with an upper bound on the contribution from so-called ‘fossil fuel’ emission.
Readers are encouraged to attend the event, which is scheduled as follows:
Tuesday 17th March
Emmanuel Centre, Marsham Street SW1P 3DW
Westminster, then a ten minute walk past Parliament, turn right up Great Peter St.
then 4th left into Marsham St., the EC entrance is ~30 yards on the left. Or bus number
507 from Victoria to the corner of Horseferry Road and Marsham Street.
7.00 for 7.30pm
Free admission (donations welcome) but please book:
[email protected] 01480 399098
Also, check out Professor Salby’s important book:
Physics of the Atmosphere and Climate Murry L. Salby (2nd Edition 2012 ISBN 9780521767187)
“Salby’s book is a graduate textbook on Earth’s atmosphere and climate that is well balanced between the physics of the constituent materials and fluid dynamics. I recommend it as a foundation for anyone who wants to do research on the important open questions about aerosols, radiation, biogeochemisty, and ocean-atmosphere coupling.”
– Professor Jim McWilliams, University of California, Los Angeles
Murry Salby Bio:
Degrees: B.S. (Aerospace Engineering), Georgia Tech, 1973 (with Highest Honors) Ph.D. (Environmental Dynamics), Georgia Tech, 1978 (Sigma Xi Doctoral Research Award) Positions: Professor, Faculty of Science, Macquarie University, 2008-2013. Professor, Department of Atmospheric and Oceanic Sciences, University of Colorado, 1997-present. Visiting Scientist, Bureau of Meteorology Research Center, Melbourne Australia, 2007. Affiliate Scientist, Atmospheric Systems and Analysis, 1988–2002. Visiting Scientist, Center for Ocean Land and Atmosphere, Washington DC, 2000. Director, Center for Atmospheric Theory and Analysis, University of Colorado, 1986-1999. Visiting Scientist, Bureau of Meteorology Research Center, Melbourne Australia, 1998. Professor, Department of Astrophysical, Planetary, and Atmospheric Sciences, University of Colorado, 1991–1997. Visiting Senior Scientist, Centre Nationale Researches Scientifique/University of Paris, Paris France, 1997. Lady Davis Visiting Professor, Department of Atmospheric Science, Institute of Earth Sciences, Hebrew University of Jerusalem, Israel, 1990-1991. Associate Professor, Department of Astrophysical, Planetary, and Atmospheric Sciences, University of Colorado, 1985–1990. Visiting Professor, Meteorological Institute, University of Stockholm, Stockholm, Sweden, 1987. Assistant Professor, Department of Astrophysical, Planetary, and Atmospheric Sciences, University of Colorado, 1984–1985.
Visiting Scientist, Geophysical Fluid Dynamics Program, Princeton University. Independent research, 1982–1984. Scientist, Global Observations, Modeling and Optical Techniques Project, National Center for Atmospheric Research, Pure and applied research in conjunction with remotely sensed fields derived from Nimbus-6 LRIR and Nimbus-7 LIMS, 1980–1982. Fellow, Advanced Study Program, National Center for Atmospheric Research. Independent research, 1978–1980. Research Focus: Atmospheric Dynamics: Global Circulation, Planetary waves, wave-mean flow interaction, transport of chemical constituents, Atmosphere-Ocean Interaction, equatorial waves, Hadley and Brewer-Dobson circulations. Climate Variations: Interannual changes of dynamical and chemical structure, ozone, and precipitation, Arctic and Antarctic Oscillations, solar-induced variations, decadal variations, global climate modeling. Convective Processes: Tropical convection and its interaction with the global circulation, roles of cloud and precipitation in the global energy budget, the diurnal cycle of global convection. Satellite Observation of the Atmosphere: Mapping of asynoptic measurements from multiple satellites, retrieval of global circulation from tracer observations, analysis of global convection and precipitation in narrow-band cloud imagery and in microwave measurements. Stratospheric Ozone: Interannual changes, polar ozone, dependence on the polar vortex and planetary waves from the troposphere, mechanics of the Ozone Hole, interaction with climate and the tropospheric circulation. Solar Influences on Climate: 11-yr Solar Cycle, Influence on Stratospheric Ozone and Circulation, Relationship to the Quasi-Biennial Oscillation, Impact of changes of UV, solar proton events, Involvement in Climate Publication Overview: 100+ Refereed Articles in Scientific Journals 2 Books, Chapters in Half a Dozen Others Recent Relevance: http://www.nature.com/news/2011/110516/full/news.2011.293.html http://www.cambridge.org/us/knowledge/isbn/item6453547/?site locale=en US
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