1) short-term climate prediction
短期气候预测
1.
Experimental research has been made into short-term climate prediction of flood/drought in spring,monsoon and typhoon seasons and autumn and winter seasons.
利用最优子集、神经网络、EOF-CCA和均生函数4种常用统计方法,对福建春季、前汛期、后汛期和秋冬季进行年度、季度旱涝的短期气候预测试验,采用统一的评分标准评定。
2.
This is an overview paper on the short-term climate prediction studies made in the Insti tute of Atmospheric Physics (IAP) Chinese Academy of Sciences (CAS) in China over the past 10 years.
回顾了近年来我国短期气候预测研究的若干进展,主要是在中国科学院大气物理研究所完成的以气候模式为基础的短期气候预测方面工作。
3.
Guangxi short-term climate prediction and climate disaster monitor operation system contains three subsystems of database manager, climate disaster monitor and short-term climate prediction.
广西短期气候预测与气候灾害监测业务系统主要包括数据库管理、气候灾害监测、短期气候预测 3个子系统 ,集气候资料管理、气候灾害监测、短期气候预测等气候综合业务于一体。
2) short term climate prediction
短期气候预测
1.
And on the basis of this system,a series of short term climate prediction produced by dynamical climate model at timescale of monthly,seasonal and interannual has been launched into operation.
20年历史回报试验和1年多的试验性业务运行结果表明,该系统对东亚区域的季节预测具有较好的预测能力,其预测结果已经成为我国短期气候预测业务的重要参考信息。
4) Short-term climatic forecast
短期气候预测
1.
Present condition,problems and way out for short-term climatic forecast were analyzed according to methodology.
从方法论上分析了短期气候预测的现状、问题与出路。
5) short climate prediction
短期气候预测
1.
But the short climate prediction researches have not any successful stage in the past 100 years.
本文简短地比较了100a来短期天气预报和短期气候预测的发展道路。
2.
The several climate issues needed to be studied and solved urgently at present are the climate change and its effect on environment,especially on water resources, as well as short climate prediction and the establishment of its operational system.
提出现代气候观概念，并指出现代气候观包括气候系统观、资源观、环境观、变化观、层次观；新疆当前迫切需要研究解决的气候问题是新疆气候变化及其对环境特别是水资源的影响以及短期气候预测及其业务系统的建立。
6) Short forcast of climate
气候短期预测
补充资料：气候预测
| 气候预测 climate forecast 对某区域未来气候的预报。时效一般都在1年以上。气候预测和天气预报不同，后者是温度、降水等气象要素的具体预报；而前者是一定时期气象要素的统计量(如均值、极值)的预测。在制作气候预报时，大多沿用长期天气预报的某些原理和统计方法。要提高气候预报的精度，还需研究影响气候变化的各种因子，特别是气候系统(大气、海洋、大陆 、冰雪、生物圈等)内部各组成部分及其相互关系在气候变化中的贡献，不断改进气候模式。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条