interannual change 中文意思是什麼
-
3 ) the initial and final date of the rainband in middle and lower reaches of yangtze river have the obvious characteristic in interannual change in summer
3 ）初夏長江中下游雨帶的開始日、結束日都有明顯的年代際變化特徵。 -
The result also shows that the heat storage anomaly in the scs has an obvious long - term variability which is a stable interannual variability from 1992 to 1998, an abrupt change to a high stage in 1998 continuing till 2001, and a tendency to reduce after 2002
本文得到的結果還顯示南海熱含量異常具有明顯的長周期變化，表現為： 1992 ~ 1998年基本保持比較穩定的年際變化特徵， 1998年之後，熱含量出現明顯的躍變，這一躍變一直維持到2001年，在2002年開始出現熱含量的遞減趨勢。 -
Results show that the interdecadal anomalies are more significant in the variance of the system anomaly in the north pacific ( np ), and the interannual and interdecadal anomalies are about equivaleut in the tropical pacific ( tp ) ; the interdecadal change characters of the surface ( shallow ) layer of the ocean and the atmosphere aloft are unanimous in the same season and region, and their transition from a low mode to a high mode both occurred from the end of 1970s to the beginning of 1980s, with an exception for july in the np, which is related to the stability of the stratification of sea temperature within the sub - surface layer ; the interannual scale air - sea anomalies are associated with enso, is most typical for january, then july in the tp, followed by january in the np, and there is no visible relationship for july in the np
在海氣系統異常的方差構成中，北太平洋區域以年代際異常為主，熱帶太平洋區域年際和年代際異常相當；表（淺）層海洋與大氣的年代際變化特徵對同一季節、區域是一致的，且20世紀70年代後期到80年代初均發生由低模態向高模態的轉變；北太平洋區域的7月與此不同，這與該季節近表層海溫層結穩定有關；年際尺度的海、氣異常與enso有關，且以熱帶太平洋區域1月最典型， 7月次之，北太平洋區域1月再次之， 7月無明顯關系。 -
The trend of variation in the south region of jianghuai valleys is obvious in comparison with that in the north region, but tow regions have remarkable characteristics of interannual and interdecadal change in recent 50 years
（ 2 ）近50年來江淮地區5 7月降水都呈上升趨勢，均具有顯著的年代際變化特徵，但南區變化趨勢比北區明顯。 -
Based on the importance of heat flux variability to the earth ' s climate change and the dependence of the study about heat flux variability on the accuracy of heat flux data, this study will focus on the quality evaluation of heat flux datasets available and seasonal and interannual variability of latent and sensible heat fluxes in the tropical atlantic ocean
基於海表潛熱和感熱通量的時空變化在全球變化中的重要性和海表潛熱和感熱通量研究對熱通量資料產品精度的依賴性，本文重點就現有熱通量資料產品的質量和熱帶大西洋海表潛熱和感熱通量的季節和年際變化開展較深入的研究。 -
And for another, the correlation analysis between the real air temperature and the ncep atmosphere temperature and the analysis of interannual change show that the quality of ncep atmosphere temperature is useful in the study of climate abnormality
另外對實測氣溫和ncep大氣半球平均氣溫的相關分析和年際變化分析表明， ncep大氣溫度的質量對于氣候異常分析是可用的。 -
The frequency of the flood and drought has distinct interannual change, floods emergence more and more from 1980, especially in north, there are more and more droughts in north region and no flood from 1980. in autumn, there are least precipitation in south - west region and most precipitation in south - east region, the precipitation difference between them is exceeding 95 % significance level, the difference between them is most prominent in september
浙江秋季西南區降水最少，東南區最多，它們的差異已經超過0 . 05信度值，其中9月份降水的差別最明顯。另外，秋季3個區的平均降水量從9月到11月均表現為逐月減少的特徵。秋季旱澇頻率有明顯的年代際變化，秋季浙北區和東南區旱澇頻率都有減少的趨勢，而秋季西南區進入90年代后，乾旱的頻率明顯增加。 -
The results are as follows : i there were interannual change and chronological change of summer rainfall in north china
得出了如下的一些結論： （ 1 ）華北夏季降水有明顯的年際、年代際變化。 -
The importance of the interdecadal variation is similarly equal to that of interannual change in nespa variance constitution. 3 ) nespa is divided into 6 regions, and interdecadal variation is more significant in southeast than in northwest area
3 ）降水異常可劃分為6個主要異常區，其年代際變化的顯著性東南部（南、東、中區）高於西北部（西、北、西北區） 。 -
2 ) the appearance frequency of strong ssw event had obvious interannual change. from the 1970s to 1980s it happened frequently, average 1 times per year. but from the 1990s it happened less, 0. 42 times per year
2 ）強ssw事件發生頻數存在明顯年代際變化，上世紀70年代和80年代為高發階段，平均發生頻數為1 . 0次年， 90年代起為低發階段，發生頻數下降為0 . 42次年。
分享友人