Extended range prediction (two to three weeks in advance) of Indian summer monsoon active (rainy) and break (dry) phases are of great importance for agricultural planning and water management. Using daily rainfall and circulation data for 23 years, a fundamental property of the monsoon intraseasonal oscillations (ISO's) is discovered and shown that the potential predictability limit (~20 days) of monsoon breaks is significantly higher than that for active conditions (~10 days). An empirical model for prediction of monsoon ISO's is then constructed and feasibility of useful prediction of monsoon breaks up to 18 days in advance is demonstrated
An ensemble prediction system (EPS) is devised for the extended range prediction (ERP) of monsoon in...
Ensembles of retrospective 2-month dynamical forecasts initiated on 1May are used to predict the ons...
The paper describes a probabilistic prediction scheme of the intraseasonal oscillation of Indian sum...
Extended range prediction (two to three weeks in advance) of Indian summer monsoon active (rainy) an...
Prediction of the duration of the Indian summer monsoon breaks is highly desirable. It will help in ...
An understanding of the limit on potential predictability is crucial for developing appropriate tool...
As the active and break phases of Indian monsoon are associated with different large scale backgroun...
Prediction of seasonal mean All India Rainfall (AIR) is useful during extreme monsoon years (drought...
Indian summer monsoon (ISM) is an important component of the tropical climate system, known for its...
In this article, we review the present status and problems and future prospects of long-range foreca...
This study examines the phase dependant temporal and spatial error evolution and prediction of activ...
A physically based empirical real-time forecasting strategy to predict the subseasonal variations of...
The day-to-day behavior of Indian summer monsoon rainfall (IMR) is associated with a hierarchy of qu...
The potential predictability of the monthly and seasonal means during the Northern Hemisphere summer...
This study analyses skill of an extended range prediction system to forecast Indian Summer Monsoon R...
An ensemble prediction system (EPS) is devised for the extended range prediction (ERP) of monsoon in...
Ensembles of retrospective 2-month dynamical forecasts initiated on 1May are used to predict the ons...
The paper describes a probabilistic prediction scheme of the intraseasonal oscillation of Indian sum...
Extended range prediction (two to three weeks in advance) of Indian summer monsoon active (rainy) an...
Prediction of the duration of the Indian summer monsoon breaks is highly desirable. It will help in ...
An understanding of the limit on potential predictability is crucial for developing appropriate tool...
As the active and break phases of Indian monsoon are associated with different large scale backgroun...
Prediction of seasonal mean All India Rainfall (AIR) is useful during extreme monsoon years (drought...
Indian summer monsoon (ISM) is an important component of the tropical climate system, known for its...
In this article, we review the present status and problems and future prospects of long-range foreca...
This study examines the phase dependant temporal and spatial error evolution and prediction of activ...
A physically based empirical real-time forecasting strategy to predict the subseasonal variations of...
The day-to-day behavior of Indian summer monsoon rainfall (IMR) is associated with a hierarchy of qu...
The potential predictability of the monthly and seasonal means during the Northern Hemisphere summer...
This study analyses skill of an extended range prediction system to forecast Indian Summer Monsoon R...
An ensemble prediction system (EPS) is devised for the extended range prediction (ERP) of monsoon in...
Ensembles of retrospective 2-month dynamical forecasts initiated on 1May are used to predict the ons...
The paper describes a probabilistic prediction scheme of the intraseasonal oscillation of Indian sum...