Investigating the origins and significance of low鈥恌requency modes of climate variability
Geophysical Research Letters 21:10 (1994) 883-886
Abstract:
An analysis of the 130鈥恲ear record of the Earth's global mean temperature reveals a significant warming trend and a residual consistent with an auto鈥恈orrelated (鈥渞ed鈥) noise process whose predictability decays with a timescale of two years. Thus global temperatures, in isolation, do not indicate oscillations at 95% confidence against a red noise null hypothesis. Weak signals identified in the global series can, however, be traced to significant sea surface temperature oscillations in the equatorial Atlantic (period 鈭10 years) and the El Ni帽o region of the Pacific (3鈥5 years). No robust evidence is found in this data for interdecadal oscillations, The 10鈥恲ear Atlantic oscillation corresponds to a pattern of temperature anomalies which has been associated with interannual variations in West African rainfall and in U.S. hurricane landfall frequency. Copyright 1994 by the American Geophysical Union.CLIMATE SENSITIVITY AND TROPICAL MOISTURE DISTRIBUTION
JOURNAL OF GEOPHYSICAL RESEARCH-ATMOSPHERES 99:D2 (1994) 3707-3716
GLOBAL CHANGE DETECTION
NATURE 370:6484 (1994) 24-25
SST measurements from ATSR on ESA's ERS-1 satellite-early results
Institute of Electrical and Electronics Engineers (IEEE) (1993) 155-156 vol.1
EMPIRICAL PARAMETERIZATION OF TROPICAL OCEAN ATMOSPHERE COUPLING - THE INVERSE GILL PROBLEM
JOURNAL OF CLIMATE 6:3 (1993) 509-530