Real Time Forecast

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Verification

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File NameDate & Time
FV_2013_MISO.ppt September 29 2013 15:59:24. hrs
FV_2013_AAVE.ppt September 29 2013 15:59:24. hrs
FV_2013_Ani_Aug_Sep.ppt September 29 2013 15:59:24. hrs
FV_2013_Spatial_Aug_Sep.ppt September 29 2013 15:59:24. hrs
FV_2013_Ani_June_July.ppt September 14 2013 19:43:38. hrs
FV_2013_Spatial_June_July.ppt September 14 2013 19:20:46. hrs

Archive

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Archieval of Real Time Forecast

File NameDate & Time
ERPAS_Real-Time_Forecast_20140720.ppt July 21 2014 15:31:44. hrs
ERPAS_Real-Time_Forecast_20140715.ppt July 16 2014 15:51:44. hrs
ERPAS_Real-Time_Forecast_20140710.ppt July 11 2014 13:18:46. hrs
ERPAS_Real-Time_Forecast_20140705.ppt July 06 2014 12:19:54. hrs
ERPAS_Real-Time_Forecast_20140630_final.ppt July 01 2014 16:08:14. hrs
ERPAS_Real-Time_Forecast_20140625.ppt June 26 2014 13:53:11. hrs
ERPAS_Real-Time_Forecast_20140620.ppt June 21 2014 13:42:02. hrs
ERPAS_Real-Time_Forecast_20140615.ppt June 16 2014 18:08:40. hrs
ERPAS_Real-Time_Forecast_20140610.ppt June 11 2014 20:14:02. hrs
ERPAS_Real-Time_Forecast_20140605.ppt June 06 2014 19:00:32. hrs
ERPAS_Real-Time_Forecast_20140531.ppsx June 01 2014 13:39:24. hrs
ERPAS_Real-Time_Forecast_20140526.ppt May 27 2014 16:55:20. hrs
ERPAS_Real-Time_Forecast_20140521.ppt May 22 2014 19:08:22. hrs
ERPAS_Real-Time_Forecast_20140516.ppt May 20 2014 16:29:23. hrs

Archieval of Forecast Verification

File NameDate & Time
Verification_20140720.ppt July 21 2014 13:07:17. hrs
Verification_20140715.ppt July 16 2014 16:28:52. hrs
Verification_20140710.ppt July 11 2014 16:58:24. hrs
Verification_20140705.ppt July 06 2014 14:07:28. hrs
Verification_20140630.ppt July 01 2014 16:52:20. hrs
Verification_20140625.ppt June 26 2014 15:57:58. hrs
Verification_20140620.ppt June 21 2014 13:42:02. hrs
Verification_20140615.ppt June 16 2014 20:07:46. hrs
FV_2013_Spatial_June_July.ppt September 10 2013 16:30:28. hrs
FV_2013_Spatial_August_September.ppt September 10 2013 16:30:28. hrs

 

MISO

Monsoon is derived from an Arabic word that means seasons. The Indian summer monsoon (June-July-August-September; JJAS), which is also a part of the annually reversing wind system [Goswami 2005], is one of the most dynamic land-atmosphere-ocean coupled systems over the tropics [Webster et al. 1998] . Rainfall within the summer monsoon season is mainly punctuated by the northward propagating monsoon intraseasonal oscillations (MISOs) with timescales of 30-60 days [Yasunari 1979, 1980, 1981; Sikka and Gadgil 1980] that manifests as spells of heavy rainfall and periods of quiescent rainfall, instead of a continuous deluge.

These spells are termed as 'active' and 'break' spells respectively, which contribute to the sub-seasonal or intraseasonal variability (ISV) of the Indian summer monsoon. As the socio-economical growth of the Indian subcontinent is strongly interlaced with the summer monsoon rainfall, understanding the complex space–time characteristics of MISO, its realistic simulation and prediction at the extended range have received considerable attention in recent years