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2 Assessment of Changes in Relative Mean Sea Level
Pages 24-30

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From page 24...
... To estimate the significance of these processes also requires an estimate of future global warming, which in turn depends on future concentrations of "greenhouse gases and the sensitivity of the cInnate to changes in these concentrations. I,ong-term carbon clioxide monitoring stations are situated to minimize localized effects of industrialization.
From page 25...
... The pane] concluded: ewe have tried but have been unable to find any overlooked physical effect that could reduce the currently estimated global warming due to a doubling of CO2 to negligible proportions.
From page 26...
... Although they used a fairly sophisticated mode! for projecting global warmung and thermal expansion, they cautioned that the absence of glacial process models kept them from making accurate projections of snow and ice contributions to sea level.
From page 27...
... Revelle attributes 16 cm to other factors. TABLE 2-2 aTemporal Estimates of Future Sea Level Rise (in centimeters)
From page 28...
... Applying these values to an estimated temperature change of 3.5 ~ 2°C due to a doubling of greenhouse gases over the next century, the associated range in global mean sea level change is from 24 to 154 cm. All of the studies have focused on changes in the worId's average sea level.
From page 29...
... low YEAR 2100 FIGURE 2-2 Eustatic sea level rise scenario adopted in this report compared with other estimates. This component is presented in Figure 2-2 for the three scenarios considered, which results in eustatic components at the year 2100 of 0.5 m, 1.0 m, and 1.5 m, respectively.
From page 30...
... 0.8 Apra Harbor, Guam -2.8 Pensacola, Fla. 1.1 Wake Island -0.1 aThe eustatic component of sea level change has been treated as steady (1.2 mm/yr)


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