โ Scribed by Parker, D. E.
No coin nor oath required. For personal study only.
Superposed-epoch analyses show statistically significant warming and cooling of the East Tropical Pacific Ocean a few seasons after major low-latitude and high-latitude volcanic eruptions respectively, confirming the results of Handler (1986a). The statistical significance ofthe results is confirmed by a Monte Carlo sampling technique which takes account of pre-eruption changes in the oceanic temperatures, and the results are only slightly sensitive to the selection of eruptions. Occasional sequences of extreme temperatures in the random samples underline the need for numerical modelling studies to complement the statistical investigations.
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Using rocketsonde-derived data for 17 years (1969-1985) the relationship between the Southern Oscillation (SO), sea surface temperature (SST) and temperature at the northern upper stratosphere-middle mesosphere is investigated. In the upper stratosphere-middle mesosphere region a strong correlation
aerosol Particles Are Ubiquitous In The Earth's Atmosphere And Are Central To Many Environmental Issues Such As Climate Change, Stratospheric Ozone Depletion And Air Quality. In Urban Environments, Aerosol Particles Can Affect Human Health Through Their Inhalation. Atmospheric Aerosols Origin
This paper examines the possibility of an association between winter (December-March) snowfall in New England and sea surface temperature anomalies (SSTAs) in the adjacent Atlantic Ocean. Regional snowfall indices for southern and northern New England were obtained by rotated principal components an