| 1. | The distribution of the global dry and flood years takes on decadal character
旱涝年的分布有明显的年代际特征。 |
| 2. | The distribution of the global dry and flood years takes on decadal character
全球6 - 8月旱涝年的分布具有明显的年代际特征。 |
| 3. | We discussed the possible relation of the dry and flood years among the continents
指出了各个大区域6 - 8月的旱涝之间的相关联系。 |
| 4. | East asia north wind indexes in drought years are larger than in flood years on each levels
各层少雨年东亚北风指数都大于多雨年东亚北风指数。 |
| 5. | We also identify the dry and flood years for precipitation during june to august in north and south hemisphere
划分了南、北半球6 - 8月旱涝年。 |
| 6. | According normal divides and identifies the drought and flood years of large - scale areas for during march - may
按标准划分了各大尺度区域3 - 5月旱涝年并作了检验。 |
| 7. | We also identify the dry and flood years for precipitation during september to november in north and south hemisphere
划分并检验了南、北半球9 - 11月的旱、涝年。 |
| 8. | The results show that east asia north wind index in drought years is larger than that in flood years
计算结果表明：干旱年时的东亚北风指数大于多雨年时的东亚北风指数。 |
| 9. | A method is brought forth to identify the dry and flood years for precipitation during june to august in large scale area
，提出了大尺度区域6 - 8月旱涝年的划分和检验方法。 |
| 10. | We have used the method to identify the global dry and flood years for precipitation during september to november from 1948 to 2001
并划分和检验了1948 - 2001年全球9 - 11月的旱涝年。 |
