ENSO and ENSO-Related Predictability. Part II: Northern Hemisphere 700-mb Height Predictions Based on a Hybrid Coupled ENSO Model
Nicholas E. Graham, T. P. Barnett
Abstract
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Nicholas E. Graham, T. P. Barnett
Abstract
Open-access reader
Long-range sea surface temperature forecasts from two different coupled ocean-atmosphere models of the tropical Pacific are used in conjunction with statistical models relating winter Northern Hemisphere 700-mb height and tropical SST to forecast the former field at a lead time of two seasons in advance. The forecasts show considerable skill over large areas, with a regional distribution of predictive performance that is consistent with the observed contemporaneous relation between the two fields. Comparable skills for lead time of a year or more in advance seem likely.
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Long-range sea surface temperature forecasts from two different coupled ocean-atmosphere models of the tropical Pacific are used in conjunction with statistical models relating winter Northern Hemisphere 700-mb height and tropical SST to forecast the former field at a lead time of two seasons in advance. The forecasts show considerable skill over large areas, with a regional distribution of predictive performance that is consistent with the observed contemporaneous relation between the two fields. Comparable skills for lead time of a year or more in advance seem likely.
Key concepts: Predictability, Climatology, Northern Hemisphere, El Niño Southern Oscillation, Environmental science, Sea surface temperature, Forecast skill, Southern Hemisphere