142 CADLE 



2. E. Robinson and R. C. Robbins, Sources, Abundance, and Fate of Gaseous Atmospheric 

 Pollutants Supplement, Stanford Research Institute Supplemental Report, Project 

 PR-6755, Menlo Park, Calif., June 1969. 



3. A. P. Altshuller and J.J. Bufalini, Photochemical Aspects of Air Pollution, Photochem. 

 Photobiol., 4: 97-146 (1965). 



4. W. Seiler and C. Junge, Carbon Monoxide in the Atmosphere, J. Geopbys. Res., 75: 

 2217-2226(1970). 



5. C. Junge, W. Seiler, and P. Warneck, The Atmospheric 12 CO and ' 4 CO Budget, J. 

 Geopbys. Res., 76: 2866-2879 (1971). 



6. J. W. Swinnerton, V. J. Linnenbom, and C. H. Check, A Sensitive Gas Chromatic 

 Method for Determining Carbon Monoxide in Seawater, Limnol. Oceanogr., 13: 

 193-195(1968). 



7. J. W. Swinnerton, V. J. Linnenbom, and R. A. Lamontague, The Ocean, a Natural 

 Source of Carbon Monoxide, Science, 67: 984-986 (1970). 



8. E. Robinson and R. C. Robbins, Evaluation of CO Data Obtained on Eltanin Cruises 27, 

 29, and 31, Antarctic J. V. S., 3: 194-196(1968). 



9. W. Seiler and C. Junge, Decrease of Carbon Monoxide Mixing Ratio Above the Polar 

 Tropopause, Tellus, 21: 447-449 (1969). 



10. S. S. Wilks, Carbon Monoxide in Green Plants, Science, 129: 964-966 (1959). 



11. W. W. Kellogg, R. D. Cadle, E. R. Allen, A. L. Lazrus, and E. A. Martell, The Sulfur 

 Cycle, Science, 175: 587-596(1972). 



12. E. S. Shepherd, The Gases in Rocks and Some Related Problems, Amer. J. Sci., 235A: 

 311-351 (1938). 



13. R. A. Rasmussen and F. W. Went, Volatile Organic Material of Plant Origin in the 

 Atmosphere, Proc. Nat. Acad. Sci. U. S. A., 53: 215-219 (1965). 



14. L. A. Ripperton, O. White, and H. E. Jeffries, Gas-Phase Ozone-Pinene Reaction, 

 presented before the Division of Water, Air, and Waste Chemistry, 154th National 

 Meeting of the American Chemical Society, Chicago, 111., Sept. 10—15, 1967. 



15. J. W. Swinnerton, R. A. Lamontague, and V. J. Linnenbom, Carbon Monoxide in 

 Rainwater, Science, 172: 943-945 (1971). 



16. B. Weinstock and H. Niki, Carbon Monoxide Balance in Nature, Science, 176: 290-292 

 (1972). 



17. J. Pressman and P. Warneck, The Stratosphere as a Chemical Sink for Carbon Monoxide, 

 J. Attnos. Sci., 27: 155-163 (1970). 



18. R. Simonaitis and J. Heicklen, Kinetics and Mechanism of the Reactions of 0( 3 P) with 

 Carbon Monoxide, J. Chem. Pbys., 56: 2004-2011 (1972). 



19. R. J. Donovan, D. Husain, and L. J. Kirsch, Reactions of Oxygen Atoms. Part 3. 

 Reaction of 0(2 3 Pj) and 0(2' D 2 ) with CO and C0 2 , Trans. Faraday Soc, 67: 375-381 

 (1971). 



20. R. D. Cadle and J. W. Powers, The Reaction of 0( 3 P) with Acetaldehyde in a Fast-Flow 

 System, J. Pbys. Chem., 71: 1702-1706(1967). 



21. R. D. Cadle and E. R. Allen, Reactions of 0( 3 P) with Aldehydes in Photochemical 

 Smog, in Chemical Reactions in Urban Atmospheres, pp. 63-85, C. S. Tuesday (Ed.), 

 American Elsevier Publishing Company, New York, 1971. 



22. R. D. Cadle, S. S. Lin, and R. F. Hausman, Jr., The Reaction of 0( 3 P) with 

 Propionaldehyde and Acrolein in a Fast-Flow System, Chemosphere, 1: 15-20 (1972). 



23. B. Dimitriades and M. Whisman, Carbon Monoxide in Lower Atmosphere Reactions, 

 Environ. Sci. Technol., 5: 219-229 (1971). 



24. R. H. Kummler, M. H. Bortner, and L. S. Jaffe, Carbon Monoxide in Lower Atmosphere 

 Reactions, Environ. Sci. Technol., 5: 1140-1141 (1971). 



