NCEP/NCAR 再解析データと他の観測データから 1970 年から

NCEP/NCAR 再解析データと他の観測データから 1970 年から 1999 年まで MH と AH の年々 変動を調べた。MH の年々 変動はドメインを示す、AAO で高い南緯極低深まる MH の強度が強化されます。ENSO、エル ・ ニーニョが発生したときの AH の強度がひどくになるでしょう。相関分析とケーススタディを東アジアの夏の降雨量は密接と関連して MH AH を示しています。MH 北方春から夏に激化、揚子江流域から日本へ地域の多くの降雨量は対照的に、少ない降雨量は認めるとき南中国と台湾と地域のほとんどの東への西太平洋中緯度東アジアの。AH の東アジアにおける夏の降雨量に及ぼす水素と比較して、ローカライズされた領域に制限されます。AH の激化と南中国上多くの降雨量があります。本研究の結果は、AAO は東アジアの夏の降雨量に重要な役割を果たしている年々 変動の時間スケールでの強力な信号を示しています。この発見は本当の重要性の東アジア夏季モンスーンの年々 変動と中国における夏季降水量の予測の物理機構を明らかにします。

ผลลัพธ์ (อังกฤษ) 1:

From the NCEP Reanalysis data and other data from 1970 until 1999, AH and MH every year were examined. MH every year indicates the domain change is the MH deepens in AAO high southern latitude low strength. The intensity of ENSO, El Nino has occurred when AH day will be badly. Correlation analysis and case study of the East Asian summer rainfall is closely related to the MH AH. MH northern spring and intensified in the summer, finds more rainfall regions, as opposed to less rainfall to Japan from the Yangtze River basin in the West Pacific in latitude to the East most of southern China and Taiwan and regional East Asia. Limited to localized, compared with hydrogen on the AH East Asian summer rainfall areas. Intensification of the AH and South China on more rainfall. Results of this study plays an important role in East Asian summer rainfall is AAO year after year shows a strong signal in the time scale of change. Found this real importance of East Asia summer monsoon every year summer of fluctuations and Chinese physical mechanism of precipitation prediction will reveal.

ผลลัพธ์ (อังกฤษ) 2:

NCEP / NCAR reanalysis data from the other observation data from 1970 to 1999 I examined the interannual variability of the MH and AH. Interannual variability of MH indicates the domain, you are strengthening the strength of the high south latitude very low deepens MH in AAO. ENSO, the strength of the AH when the El Niño occurred will be badly. Summer rainfall of the correlation analysis and case studies East Asia shows the MH AH in conjunction with closely. Intensified from MH northern spring to summer, many of the region to Japan from the Yangtze River basin in rainfall contrast, less rainfall in South China and Taiwan and most of the mid-latitude East Asia in the Western Pacific to the east of the region when it finds. As compared with the hydrogen on the rainfall of the summer in East Asia of AH, and will be limited to localized area. There are intensified and South China on many of the rainfall of AH. The results of this study, AAO shows a strong signal in the time scale of variation from year to year, which plays an important role in the rainfall in the summer of East Asia. This finding reveals the interannual variability and the physical mechanism of prediction of summer precipitation in China of the real importance of the East Asian summer monsoon.

ผลลัพธ์ (อังกฤษ) 3:

And NCEP and NCAR reanalysis data from other observation data from 1970 to MH and interannual variability of the AH was investigated. In the domain of the interannual variability of the MH MH in high strength low latitude AAO deepens. ENSO the occurrence of El Nino AH strength. Correlation analysis of rainfall and the case study of the East Asian summer shows MH AH closely related. MH intensified from northern spring / summer,From the Yangtze River Basin, a lot of Japanese regional rainfall, in contrast to most of the East and the West Pacific region Taiwan latitude in South China and East Asia when a small amount of rainfall. And hydrogen on the summer rainfall in East Asia AH, localized in the region will be limited. Of AH and there are a lot of rainfall over South China. The results of this study have shown AAO signal of the East Asian summer rainfall plays an important role in interannual time scale.This discovery reveals the importance of summer precipitation of East Asian summer monsoon interannual variability and prediction in China.