References

1. Mastenbrook, H.J.: J. Atmospheric Sciences, 25, 299, 1968

2. Newell, R.E.: Nature, 226, 70, 1970

3. Reed, R.J. and Vlcek, C.L.: J. Atmospheric Sciences, 26, 163, 1969

4. Martell, E.A.: "Hydrogen Compounds in the Stratosphere and Mesosphere", Paper presented in the session on Atmospheric Evolution, International Symposium on llydrogeochemistry and Biogeochemistry Tokyo, Japan, September 6-12, 1970

5. Machta, L., private communication, 1970

6.

Gullikşen, S.: J. Geophys. Res. 75, 2247, 1970

7. Manabe, S. and Weatherald, R.T.: J. Atmospheric Sciences, 24, 241, 1967

8. Nicolet, M.: Proc. Roy. Soc. A 288, 479, 1965

9. Hampson, J.: Les Problemes Meteorologiques de la Stratosphere et de la Mesosphere. p. 393, 1966. Presses Universitaires de France, Paris.

10. Leovy, C.: J. Geophys. Res. 74, 417, 1969

11. Park, J. and London, J.: "The photochemical relation between water vapor and ozone in the stratosphere", paper presented at AGU Fall meeting, December 1970.

12. Harrison, H.: Science, 170, 736, 1970

13. Hesstvedt, E.: "On the photochemistry of ozone in the ozone layer". Technical Rept., University of Oslo, Norway, February 1968.

14. Blum, H.F.: Carcinogenesis by Ultraviolet Light.. sity Press, 1959.

15. Leach, W.M.:

Hazards.

Princeton Univer

Biological Aspects of Ultraviolet Radiation, A Review of
September 1970, U.S. Department of Health, Education and
Welfare.

16. Man's Impact on the Global Environment.

(SCEP), MIT Press, Cambridge, Mass., 1970.

17. Nicolet, M.: "Ozone and Hydrogen Reactions", Scientific Report No. 350, March 10, 1970, Ionospheric Research, Ionosphere Research Lab. Pennsylvania State University.

18. Newell, R.E.: Nature, 227, 697, 1970

19. American Petroleum Institute, Jet fuel production report for week of January 1, 1971, 3.8 million barrels; week of January 2, 1970, 4.5 million barrels.

20.

American Petroleum Institute, reported on Wall Street Journal 8 April 1970, p. 11

21. Resources and Man, National Academy of Sciences Council, Publ. No. 1703, 1969, p. 184, p. 194.

22.

23.

24.

Professor Richard A. Rice, Transportation Research Institute Carnegie
Mellon University. Quoted in Technology Review
February 1971, p. 53.

Railway Age, January 25, 1971

Forrester, J.:

"Counterintuitive Behaviour of Social Systems", Technology Review, January 1971, p. 53. Also presented as testimony for the Subcommittee on Urban Growth of the Committee on Banking and Currency, U.S. House of Representatives, on October 7, 1970.

25. Newell, R.E.:

Geofisica Pura e Applicata, 49, 137, 1961

26. Newell, R.E.: Quarterly Journal Royal Meteorological Society, 89, 167, 1963

27. Newell, R.E.:

Pure and Applied Geophysics, 59, 191, 1964

28. Hunt, B.G.: Monthly Weather Review, 97, 287, 1969.

1955:

:

1956:

1957:

1958:

Principal Publications of

Reginald E. Newell

Meteorological measurements with a radar provided with variable
polarization. Tech. Note No. 8, Weather Radar Research, M.I.T.
12 pp. (with S. G. Geotis).

How round are raindrops? Proc. Fifth Weather Radar Conf.,
Signal Corps Eng. Lab., Fort Monmouth, N. J., 261-268. (with
8. G. Geotis, M. L. Stone, and A. Fleisher).

Radar measurements of the shape and orientation of precipitation
particles. S. M. Thesis, M.I.T. 77 pp.

Comparison of measured and calculated values of depolarization
for dry snowflakes. Proc. Sixth Weather Radar Conf., Amer.
Meteor. Soc., Boston, 43-49. (with L. Patterson).

The shape of rain and snow at microwavelengths. Res. Rep. No.
28, Weather Radar Research, M.I.T. 103 pp. (with S. G. Geotis
and A. Fleisher).

Radar signal intensity measurements from angels at wavelengths
of 3-cm and 10-cm simultaneously. Proc. Seventh Weather Radar
Conf., Amer. Meteor. Soc., Boston, E-50 - E-56.

A comparison of solid hydrometeor shape at wavelengths of 3 cm
and 5000 A. Proc. Seventh Weather Radar Conf., Amer. Meteor.
Soc., Boston, B-1 - B-7.

1959: Some radar observations of tropspheric cellular convection., Res. Rep. No. 33, Weather Radar Research, M.I.T. 53 pp.

1960:

1961:

1962:

1963:

A study of tropospheric cellular convection and of its role in
vertical transport from weather radar and radioactivity data.
Sc. D. Thesis, M.I.T. 151 pp.

A pilot study of the horizontal transport of fission products
in the troposphere. Sci. Rep., 15 May 1960, Planetary Circulation
Project., M.I.T.
22 pp.

The transport of trace substances in the atmosphere and their implications for the general circulation of the stratosphere. Geof. Pura e Appl., 49, 137-158.

Investigation of radioactivity of rain water from inidvidual storms.
Final Report, Contr. Cwb-9756, Dept. of Meteorology, MIT 48 pp.

An alternative flood warning device. Weather, 16, 381. (with S. G.
Geotis).

The transport of ozone and radioactivity in the atmosphere; implications
of recent stratospheric findings. Proceedings of Conference on Radio-
active Fallout from Nuclear Weapons Tests. November 15-17, 1961.
TID-7362. United States Atomic Energy Commission, Washington, D.C.
210-222

Transfer through the tropopause and within the stratosphere. Quart.
J. Roy. Meteor. Soc., 89, 167-204.

Preliminary study of quasi-horizontal eddy fluxes from Meteorological
Rocket Network data. J. Atmos. Sci., 20, 213-225.