Climate change is a gradual and now inevitable event, but the effects of more frequent and more extreme weather events will be abrupt and acutely felt.
气候变化是逐步的，而且现在是不可避免的。但是，更频繁和更极端的天气事件的影响将是突发性的并将造成严重后果。
While it's not easy to attribute any individual event to climate change, it is clear that a hotter planet translates into a higher frequency of extreme weather events.
虽然不能把气候变化简单地归因于任何单个的原因，但是显而易见的是，一个更热的地球意味着极端天气事件会更加频繁。
So the more advanced analysis to extremely abnormal meteorological data should be carried out by complex quality control method in order to retain the fact of extreme weather or climate event.
因此，对于极端异常的气象资料，应进一步通过综合性质量控制，分析该资料正确与否，从而保留极端天气气候事件的事实。
New advances in extremes statistics are reviewed in this paper, with emphases on application to extreme weather and climate event research as well as in large-scale engineering design.
着重论述极值统计分布在极端天气气候事件和重大工程设计中的重要意义，综述该领域国内外研究进展。
New advances in extremes statistics are reviewed in this paper, with emphases on application to extreme weather and climate event research as well as in large-scale engineering design.
着重论述极值统计分布在极端天气气候事件和重大工程设计中的重要意义，综述该领域国内外研究进展。
应用推荐