首页> 外文期刊>Journal of Climate >Predictors of tropical cyclone numbers and extreme hurricane intensities over the North Atlantic using generalized additive and linear models.
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Predictors of tropical cyclone numbers and extreme hurricane intensities over the North Atlantic using generalized additive and linear models.

机译:使用广义加性和线性模型预测北大西洋上空的热带气旋数量和极端飓风强度。

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摘要

Fluctuations of the annual number of tropical cyclones over the North Atlantic and of the energy dissipated by the most intense hurricane of a season are related to a variety of predictors [global temperature, SST and detrended SST, North Atlantic Oscillation (NAO), Southern Oscillation index (SOI)] using generalized additive and linear models. This study demonstrates that SST and SOI are predictors of interest. The SST is found to influence positively the annual number of tropical cyclones and the intensity of the most intense hurricanes. The use of specific additive models reveals nonlinearity in the responses to SOI that has to be taken into account using changepoint models. The long-term trend in SST is found to influence the annual number of tropical cyclones but does not add information for the prediction of the most intense hurricane intensity.
机译:北大西洋上空的热带气旋的年度数量的波动以及一个季节最强烈的飓风消散的能量的波动与各种预测因素有关[全球温度,海表温度和去趋势的海表温度,北大西洋涛动(NAO),南方涛动指数(SOI)]。这项研究表明,SST和SOI是感兴趣的预测因子。 SST被发现对每年的热带气旋数量和最强烈的飓风强度产生积极影响。特定添加剂模型的使用揭示了对SOI响应的非线性,必须使用变更点模型将其考虑在内。发现SST的长期趋势会影响热带气旋的年数量,但不会增加预测最强烈飓风强度的信息。

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