首页> 外文会议>Bioinformatics and Biomedical Engineering , 2009. ICBBE 2009 >The Research of the Trend between the Annual Maximum Sea Level and Southern Oscillation Index
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The Research of the Trend between the Annual Maximum Sea Level and Southern Oscillation Index

机译:年度最高海平面与南方涛动指数趋势的研究

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摘要

El Nino-Southern Oscillation is the strongest sea-weather interaction phenomena, which causes global climate change, and makes significant impact on sea level variation. The linear trend of the annual maximum sea level at Fremantle Port, Western Australia, related with time and Southern Oscillation index during 1897-1989 is analyzed by linear conditional quantile regression model. And the result is compared with that of the classical least square regression. The result shows that, under different quantiles, the linear trend of the annual maximum sea level related with time and Southern Oscillation Index is different, and quantile regression can provide much more information than the classical least square regression. So it is of great significant for prediction and prevention.
机译:El Nino-Southern Oscillation是最强烈的海-天气相互作用现象,它引起全球气候变化,并对海平面变化产生重大影响。通过线性条件分位数回归模型分析了西澳大利亚州弗里曼特尔港年度最高海平面与时间和南部涛动指数的线性趋势,该线性趋势与1897-1989年之间的时间和南方涛动指数有关。并将结果与​​经典最小二乘回归法进行比较。结果表明,在不同分位数下,年最大海平面与时间和南方涛动指数的线性趋势不同,分位数回归可以提供比经典最小二乘回归更多的信息。因此对预测和预防具有重要意义。

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