Changes in Stratospheric Ozone
Abstract
The ozone layer in the upper atmosphere is a natural feature of the earth's environment. It performs several important functions, including shielding the earth from damaging solar ultraviolet radiation. Far from being static, ozone concentrations rise and fall under the forces of photochemical production, catalytic chemical destruction, and fluid dynamical transport. Human activities are projected to deplete substantially stratospheric ozone through anthropogenic increases in the global concentrations of key atmospheric chemicals. Human-induced perturbations may be occurring already.
References
Atmospheric Ozone 1985: CH12 (1986).
Enviromental Impact of Stratosperic Flight (1975).
GEOPHYSICAL RESEARCH LETTERS 13 12 (1986).
Stratospheric Ozone Depletion by Halocarbons: Chemistry and Transport (1979).
CHAMEIDES, W. L., JOURNAL OF GEOPHYSICAL RESEARCH 78: 8751 (1973).
CICERONE, R. J., JOURNAL OF GEOPHYSICAL RESEARCH-OCEANS AND ATMOSPHERES 88: 3647 (1983).
CRUTZEN, P. J., AMBIO 3: 201 (1974).
CRUTZEN, P.J., OZONE PRODUCTION RATES IN AN OXYGEN-HYDROGEN-NITROGEN OXIDE ATMOSPHERE, JOURNAL OF GEOPHYSICAL RESEARCH 76: 7311 (1971).
CRUTZEN, P.J., NITRIC-ACID CLOUD FORMATION IN THE COLD ANTARCTIC STRATOSPHERE - A MAJOR CAUSE FOR THE SPRINGTIME OZONE HOLE, NATURE 324: 651 (1986).
CRUTZEN, P.J., DISCUSSION OF CHEMISTRY OF SOME MINOR CONSTITUENTS IN STRATOSPHERE AND TROPOSPHERE, PURE AND APPLIED GEOPHYSICS 106: 1385 (1973).
CRUTZEN, P.J., SOLAR PROTON EVENTS - STRATOSPHERIC SOURCES OF NITRIC-OXIDE, SCIENCE 189: 457 (1975).
CUTCHIS, P, STRATOSPHERIC OZONE DEPLETION AND SOLAR ULTRAVIOLET-RADIATION ON EARTH, SCIENCE 184: 13 (1974).
DAVIDSON, J.A., TEMPERATURE-DEPENDENCE OF O(1D) RATE CONSTANTS FOR REACTIONS WITH N2O, H-2, CH4, HCL, AND NH3, JOURNAL OF CHEMICAL PHYSICS 67: 5021 (1977).
Demore, W. B., Chemical Kinetics and Photochemical Data for Use in Stratospheric Modeling (1985).
DICKINSON, R.E., FUTURE GLOBAL WARMING FROM ATMOSPHERIC TRACE GASES, NATURE 319: 109 (1986).
FARMAN, J.C., LARGE LOSSES OF TOTAL OZONE IN ANTARCTICA REVEAL SEASONAL CLOX/NOX INTERACTION, NATURE 315: 207 (1985).
FREDERICK, J.E., JOURNAL OF THE ATMOSPHERIC SCIENCES 37: 1099 (1980).
Gammon, R., Atmospheric Ozone 1985: CH3 (1986).
GARDINER, B.G., RECENT MEASUREMENTS OF ANTARCTIC OZONE DEPLETION, GEOPHYSICAL RESEARCH LETTERS 13: 1199 (1986).
Gates, D. M., Energy and Ecology: 377 (1985).
HEATH, D.F., SOLAR PROTON EVENT - INFLUENCE ON STRATOSPHERIC OZONE, SCIENCE 197: 886 (1977).
Hill, A. J., Nature 328: 405 (1987).
ISAKSEN, ISA, OZONE PERTURBATIONS BY ENHANCED LEVELS OF CFCS, N2O, AND CH4 - A TWO-DIMENSIONAL DIABATIC CIRCULATION STUDY INCLUDING UNCERTAINTY ESTIMATES, JOURNAL OF GEOPHYSICAL RESEARCH-ATMOSPHERES 91: 5249 (1986).
JOHNSTON, H, EFFECT OF NUCLEAR EXPLOSIONS ON STRATOSPHERIC NITRIC-OXIDE AND OZONE, JOURNAL OF GEOPHYSICAL RESEARCH 78: 6107 (1973).
JOHNSTON, H.S., REDUCTION OF STRATOSPHERIC OZONE BY NITROGEN OXIDE CATALYSTS FROM SUPERSONIC TRANSPORT EXHAUST, SCIENCE 173: 517 (1971).
JOHNSTON, H.S., GLOBAL OZONE BALANCE IN NATURAL STRATOSPHERE, REVIEWS OF GEOPHYSICS 13: 637 (1975).
KIEHL, J.T., ON THE RADIATIVE BALANCE OF THE STRATOSPHERE, JOURNAL OF THE ATMOSPHERIC SCIENCES 43: 1525 (1986).
KRUEGER, A.J., TOMS OBSERVATIONS OF TOTAL OZONE IN THE 1986 ANTARCTIC SPRING, GEOPHYSICAL RESEARCH LETTERS 14: 527 (1987).
LIU, S.C., SOURCES AND SINKS OF ATMOSPHERIC N2O AND POSSIBLE OZONE REDUCTION DUE TO INDUSTRIAL FIXED NITROGEN FERTILIZERS, TELLUS 29: 251 (1977).
London, J., Ozone in the Free Atmosphere: CH1 (1985).
MAHLMAN, J.D., ANTARCTIC OZONE DECREASES - A DYNAMIC CAUSE, GEOPHYSICAL RESEARCH LETTERS 13: 1316 (1986).
MAHLMAN, J.D., 3-DIMENSIONAL SIMULATIONS OF STRATOSPHERIC N2O - PREDICTIONS FOR OTHER TRACE CONSTITUENTS, JOURNAL OF GEOPHYSICAL RESEARCH-ATMOSPHERES 91: 2687 (1986).
MCCORMICK, M.P., POLAR STRATOSPHERIC CLOUD SIGHTINGS BY SAM-II, JOURNAL OF THE ATMOSPHERIC SCIENCES 39: 1387 (1982).
MCELROY, M.B., REDUCTIONS OF ANTARCTIC OZONE DUE TO SYNERGISTIC INTERACTIONS OF CHLORINE AND BROMINE, NATURE 321: 759 (1986).
MCELROY, M.B., SOURCES AND SINKS FOR ATMOSPHERIC N-2O, REVIEWS OF GEOPHYSICS 14: 143 (1976).
MCKENZIE, R.L., SPRINGTIME STRATOSPHERIC NO2 IN ANTARCTICA, GEOPHYSICAL RESEARCH LETTERS 11: 73 (1984).
MOLINA, L.T., PRODUCTION OF CL2O2 FROM THE SELF-REACTION OF THE CIO RADICAL, JOURNAL OF PHYSICAL CHEMISTRY 91: 433 (1987).
MOLINA, M.J., STRATOSPHERIC SINK FOR CHLOROFLUOROMETHANES - CHLORINE ATOMIC-CATALYSED DESTRUCTION OF OZONE, NATURE 249: 810 (1974).
Mount, G., Journal of Geophysical Research 92: 8320 (1987).
NICOLET, M, STRATOSPHERIC OZONE - INTRODUCTION TO ITS STUDY, REVIEWS OF GEOPHYSICS 13: 593 (1975).
PRATHER, M.J., REDUCTIONS IN OZONE AT HIGH-CONCENTRATIONS OF STRATOSPHERIC HALOGENS, NATURE 312: 227 (1984).
RAMANATHAN, V, TRACE GAS TRENDS AND THEIR POTENTIAL ROLE IN CLIMATE CHANGE, JOURNAL OF GEOPHYSICAL RESEARCH-ATMOSPHERES 90: 5547 (1985).
RODRIGUEZ, J.M., CHLORINE CHEMISTRY IN THE ANTARCTIC STRATOSPHERE - IMPACT OF OC10 AND CL2O2 AND IMPLICATIONS FOR OBSERVATIONS, GEOPHYSICAL RESEARCH LETTERS 13: 1292 (1986).
SETLOW, R.B., WAVELENGTHS IN SUNLIGHT EFFECTIVE IN PRODUCING SKIN CANCER - THEORETICAL ANALYSIS, PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES OF THE UNITED STATES OF AMERICA 71: 3363 (1974).
Solomon, S., Journal of Geophysical Research 92: 8329 (1987).
SOLOMON, S, ON THE DEPLETION OF ANTARCTIC OZONE, NATURE 321: 755 (1986).
STOLARSKI, R.S., STRATOSPHERIC CHLORINE - POSSIBLE SINK FOR OZONE, CANADIAN JOURNAL OF CHEMISTRY-REVUE CANADIENNE DE CHIMIE 52: 1610 (1974).
STOLARSKI, R.S., NIMBUS-7 SATELLITE MEASUREMENTS OF THE SPRINGTIME ANTARCTIC OZONE DECREASE, NATURE 322: 808 (1986).
TOON, O.B., CONDENSATION OF HNO3 AND HCL IN THE WINTER POLAR STRATOSPHERES, GEOPHYSICAL RESEARCH LETTERS 13: 1284 (1986).
Walker, J. C. G., Evolution of the Atmospbere (1977).
Watson, R. T., The Natural Stratosphere of 1974 1 (1975).
WEISS, R.F., THE TEMPORAL AND SPATIAL-DISTRIBUTION OF TROPOSPHERIC NITROUS-OXIDE, JOURNAL OF GEOPHYSICAL RESEARCH-OCEANS AND ATMOSPHERES 86: 7185 (1981).
YUNG, Y.L., ATMOSPHERIC BROMINE AND OZONE PERTURBATIONS IN THE LOWER STRATOSPHERE, JOURNAL OF THE ATMOSPHERIC SCIENCES 37: 339 (1980).
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Science
Volume 237 | Issue 4810
3 July 1987
3 July 1987
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1987 by the American Association for the Advancement of Science.
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Published in print: 3 July 1987
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