Not exact matches
The research, an analysis of
sea salt sodium
levels in mountain ice cores,
finds that warming
sea surface temperatures in the tropical Pacific Ocean have intensified the Aleutian Low
pressure system that drives storm activity in the North Pacific.
Quadrelli and Wallace (2004)
found that many patterns of NH interannual variability can be reconstructed as linear combinations of the first two Empirical Orthogonal Functions (EOFs) of
sea level pressure (approximately the NAM and the PNA).
Indeed, Heyen et al., 1996 (Open access)
found a strong correlation between atmospheric
pressure and winter
sea levels in the Baltic Sea, and Bergant et al., 2005 (Open access) found strong correlations between monthly sea levels and atmospheric pressures along the Adriatic coast, particularly in the wint
sea levels in the Baltic
Sea, and Bergant et al., 2005 (Open access) found strong correlations between monthly sea levels and atmospheric pressures along the Adriatic coast, particularly in the wint
Sea, and Bergant et al., 2005 (Open access)
found strong correlations between monthly
sea levels and atmospheric pressures along the Adriatic coast, particularly in the wint
sea levels and atmospheric
pressures along the Adriatic coast, particularly in the winter.
I challege you to
find the
sea level data at UCB that haven't been corrected for basin movement, seaonality, salinity, barometric
pressure, etc..
The pair reported
finding a «strong» correlation between
sea -
level pressures, or wind speeds, and
sea - surface temperatures.
This is particularly
found in changes to the surface air temperature,
sea level pressure (Fig. 3), and 500 - hPa geopotential height fields.
The quasi-global
sea - surface temperature and quasi-global
sea -
level pressure fields are
found to be the most useful predictors.
Overall, we
find that anthropogenic greenhouse gases and sulphate aerosols have had a detectable influence on
sea -
level pressure over the second half of the twentieth century: this represents evidence of human influence on climate independent of measurements of temperature change.»