气候突变

应用主分量分析、气候突变检验、墨西哥帽小波分析及谱分析等多种方法对宁波市1953~2003年的年降水量进行了时空特征分析。

Based on the 51-year annual precipitation data of Ningbo from 1953 to 2003 , a detailed analysis is performed by means of several diagnosis methods , including EOF , climatic abrupt change testing , Mexico hat wavelet and spectrum analysis .

研究表明，氧同位素记录除反映季风的强弱变化外，能更好地揭示H1，BA，YD以及全新世中9.1ka，8.2ka、4.6ka气候突变事件。

The study indicates that the oxygen isotope records , besides reflecting the variation of the monsoon intensity , can better reveal the abrupt change of climate during H1 , BA and YD as well as 9 100 a , 8 200 a and 4 600 a in Holocene .

CO2增加与气候突变时的参数关系及判据

Parametric Relation and Criterion of increase of CO_2 and Abrupt Climate Change

YoungerDryas气候突变事件及可能机理

The Younger Dryas abrupt climate event and its possible causes

CO2增加与气候突变关系的研究&超熵产生在一维变系数扩散自组织模式中的应用

On Relations Between Increase of CO 2 Concentration and Abrupt Climate Warming & Application of Excess Entropy Production Theory to One dimensional Nonlinear Self organized Climate Model with Varing Diffusion Coefficient

YoungerDryas（YD）气候突变事件是近两万年中一次全球性的气候急剧变冷事件。

The abrupt climatic change event - Younger Dryas ( YD ) marks a rapid decreasing in global temperature , with average temperature dropping .

把气候突变归纳为四类，即均值突变、变率突变、转折突变和翘翘板（seasaw）突变.并通过Mann-Kendall法的检测，发现在本世纪20年代经历了一次全球范围的气候突变。

Finally the Mann-Kendall rank statistical test is applied to detect the abrupt change in 1920 's on global scale .

古新世始新世最热事件（PETM，Paleocene-EoceneThermalMaximum）是发生在古新世始新世交界时的一次全球性的气候突变事件。的影响极大。

The Paleocene-Eocene Thermal Maximum ( PETM ) event is an abrupt climate change event that occurred at the Paleocene-Eocene boundary . The event led to a sudden reversal in ocean overturning along with an abrupt rise in sea surface salinity ( SSSs ) and atmospheric humidity .

结果表明：近55a来，燕山南麓夏季降水线性减少趋势显著，平均每10a年减少29mm，夏季降水在20世纪70年代末发生了一次气候突变。

The results showed that the summer rainfall showed decreasing tendency since 1980 , abrupt climate change taking place in 1996.The summer rainfall had obviously linear decreasing tendency , decreasing 29 mm per decade during the past 55 years .

从地球系统的观点看气候突变

To Understand Abrupt Climate Change from the Viewpoint of Earth System

小波气候突变的检测&应用范围及应注意的问题

Abrupt climate change detection using wavelet analysis : application and problems

气候突变，一些人伤风了。

The weather changed suddenly , many of us caught cold .

气候突变和全球增暖的区域响应研究；

Regional response study of climate jump and global warming ;

云南气象台站迁址造成的气候突变分析

The analysis of abrupt climate change caused by meteorological stations moving in Yunnan

气候突变及其研究进展

Climate abrupt change and the progress of its study

近44年临沂市气候突变特征分析

Analysis on Abrupt Climate Change During the Recent 44 Years in Linyi City

气候突变的定义和检测方法

The Definition and Detection of the Abrupt Climatic Change

周期2,3,5及其气候突变点预测

Period 2,3,5 and their prediction for climatic jump points

基于启发式分割算法的气候突变检测研究

Abrupt climate change detection based on heuristic segmentation algorithm

台风活动的气候突变

The jump of climate change of typhoon activities

北京地区15000年以来环境变迁中灾害性气候突变事件的讨论

Disastrous abrupt climate events of environment change in Beijing in recent 15 000 years

最低气温的变化还明显地存在着气候突变的特征；

Additionally , the change of minimum temperature has its climate sudden change characteristic .

大西洋热盐环流与气候突变

Atlantic Thermohaline Circulation and Abrupt Climate Changes

不同时间尺度下具有不同的冷暖结构和气候突变点。

Climate change exhibits different cold warm structures and abrupt points at different time scales .

结果表明，发生在70年代中后期的年代际气候突变是全球性的；

The results indicate that the interdecadal abrupt change of climate is significant and global .

t检验结果显示，气候突变大约发生在1980年前后。

The climate jump of dust storms in Tianjin is found around 1980 by t-test .

气候突变现象的研究

Studies on the Observed Abrupt Climatic Change

对气候突变的初步认识

The Primary Understanding of the Climatic Abruptness

由于气候突变，这艘船在圣诞节的第一天被困住了。

Durch einen pl ö tzlichen Wetterwechsel war das Schiff am ersten Weihnachtstag eingeschlossen worden .

末次冰期短尺度气候突变事件：西南地区石笋记录的证据

Short-Term Abrupt Climate Events of Last Glaciation : The Evidences from Stalagmite Records in Southwest China