LATITUDE-DEPENDENT OSCILLATIONS IN GEOMAGNETIC FIELD INTENSITY AND ATMOSPHERIC CO2 LEVELS

Scott E McNeil

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LATITUDE-DEPENDENT OSCILLATIONS IN GEOMAGNETIC FIELD INTENSITY AND ATMOSPHERIC CO2 LEVELS

机译：地磁场强度和大气CO2水平的纬度依赖振荡

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Atmospheric CO 2 has a long-term, exponential increase in concentration as well as an annual oscillation. Observations reported here indicate that the intensity of the geomagnetic field (F) has annual trends similar to CO 2 's yearly component. The annual amplitudes of both F and CO 2 are dependent on latitude, and the increases in amplitude as a function of latitude are essentially identical for F and CO 2 . The interannual differences in F's amplitude also show a high correlation with the solar cycle. The analysis presented in this study suggests an association between the intensity of the geomagnetic field and atmospheric CO2 levels, either directly or through interaction with a common modulator.

机译：大气中的CO 2浓度长期呈指数增长，并且每年都有波动。此处报道的观察结果表明，地磁场（F）的强度具有类似于CO 2的年度成分的年度趋势。 F和CO 2的年振幅都取决于纬度，而振幅随纬度的增加对于F和CO 2基本上是相同的。 F振幅的年际差异也显示与太阳周期高度相关。这项研究中提出的分析表明，地磁场强度与大气CO2水平之间存在直接或通过与普通调制器相互作用的关联。

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《Canadian Journal of Pure and Applied Sciences》 |2011年第3期|共5页
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Scott E McNeil;
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LATITUDE-DEPENDENT OSCILLATIONS IN GEOMAGNETIC FIELD INTENSITY AND ATMOSPHERIC CO2 LEVELS

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