Environmental Science: A Global Concern   5/e   Cunningham/Saigo
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Chapter 17: Air, Climate, and Weather


Additional References

Chapter 17: Air, Climate, and Weather

Alvarez, W., et al. 1990. "What Caused the Mass Extinction?" Scientific American 263, no. 4:76. The debate over asteroids or volcanoes as the cause of extinction.

Arthur, M. A., and R. E. Garrison, eds. 1986. "Milankovitch Cycles through Geologic Time." Paleo-oceanography 1:369. A special section on global climate changes.

Broecker, W. S., and G. H. Denton. January 1990. "What Drives Glacial Cycles?" Scientific American 262, no. 1:49. A discussion of how changes in the earth's orbit could lead to massive reorganization of ocean-atmosphere circulation patterns that determine climate.

Davidson, Keay. 1996. "Winter in Paradise," Earth 5(1):20-23. During the Ice Age, the tropics may have cooled much more than we previously believed. How might man-made climate change affect these areas?

Fernau, M., et al. October 1993. "Review and Impacts of Climate Change Uncertainties." Futures 25, no. 8:850. Uncertainties about the amount and rate of change due to human activities hinder policymaking. This article analyzes the sources of these uncertainties and offers no-regrets measures that we could undertake now.

Graedel, T. E., and P. J. Crutzen. September 1989. "The Changing Atmosphere." Scientific American 261, no. 3:58. A good overview of the atmosphere and how greenhouse gases might affect it.

Graham, N. E., and W. B. White. June 1988. "The El Niño Cycle: A Natural Oscillation of the Pacific Ocean Atmospheric System." Science 240, no. 4857:1293. Proposes that ENSO cycles are an oscillating system regulated by baronic, subsurface Kelvin and Rosby waves.

Horgan, J. March 1993. "Antarctic Meltdown." Scientific American 268, no. 3:19. Although glacial ice melts faster in a warm climate, increased evaporation and precipitation replenish glaciers faster as well. Different speeds at which glaciers flow and calve off icebergs may have a strong impact on sea level.

Jones, P. D., and T. M. L. Wigley. August 1990. "Global Warming Trends." Scientific American 263, no. 2:84. Recent results of climate changes and how to interpret them.

Kerr, Richard A. (February) 1987. "Milankovitch Climate Cycles through the Ages." Science 235, no. 4792:973. Brief review of climate cycles.

Kunzig, R. April 1991. "Earth and Ice." Discover 12, no. 4:55. Proposes how fertilizing the ocean could stimulate phytoplankton growth and reduce atmospheric CO2.

Lindzen, R. S. March 1990. "A Skeptic Speaks Out." EPA Journal 16, no. 2:46. Criticism of climate models and climate change theories.

Minnis, P., et al. March 1993. "Radiative Climate Forcing by the Mount Pinatubo Eruption." Science 259:1411. High altitude volcanic aerosols increased albedo over both clear and cloudy areas as measured by the ERBE satellite.

Monserud, R. A., et al. September 1993. "Global Vegetation Change Predicted by the Modified Budyko Model." Climatic Change 25, no. 1:59. A technical analysis of possible vegetation changes with varying levels of global warming.

Oppenheimer, M., and R. H. Boyle. 1990. Dead Heat: The Race Against the Greenhouse Effect. New York: New Republic Books. A popular account of possible causes and effects of global climate change.

Ramage, C. S. June 1986. "El Niño." Scientific American 254, no. 6:76. A good description of atmospheric pressure anomalies in the equatorial Pacific and their effects on large-scale climate changes.

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