IMD monsoon 2017 forecast: Normal rain, fair distribution across India

IMD expects 96 per cent of long period average (LPA) in this monsoon season

Sanjeeb Mukherjee  |  New Delhi 

Labourers plant saplings in a paddy field on the outskirts of Bhubaneswar
Labourers plant saplings in a paddy field on the outskirts of Bhubaneswar

The Indian Meteorological Department (IMD) said in a statement on Tuesday that the country would receive "normal" monsoon, with a fair distribution of across major parts of country.

2017 will be qualitatively 96 percent of long-period average (LPA), with a model error of plus or minus 5 per cent, IMD said.


India Meteorological Department (IMD) Director General K J Ramesh said there would be good distribution of across the country. "The country will receive 96 per cent of Long Period Average," he said.

Although, Indian agriculture is gradually getting delinked from and the impact of a failed is not as severe as it has been in the past, but nonetheless the June to September rains are vital for farming as less than half of the total arable land in the country is under irrigation. 

Here are top highlights:

* IMD says India's 2017 southwest is likely to be normal, 96 per cent of long period average (LPA)

* Distribution and spatial breakup of rains to be normal: IMD

* Weak EL Nino and positive Indian Ocean Dipole combining to give a positive for India in 2017: IMD

* IMD says weak EL Nino and positive Indian Ocean Dipole combining to give a positive for India in 2017

* IMD predicts 96% of for the year 2017. 38% chances of near normal Good distribution of likely

* IMD says forecast is with a model error of plus and minus 5 per cent

* IMD says chances of El Nino developing has gone down from over 50 per cent to around 30 per cent in last few months


IMD will issue the update forecasts in early June, 2017as a part of the second stage long range forecast of Along with the update forecast, separate forecasts for the monthly (July and August) over the country as a whole and seasonal (June-September) over various geographical regions of India will also be issued. By that time, more
information on the evolution of El Nino and IOD will be available.

The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.

Anything between 96 and 104 per cent of the LPA is considered as "normal". Anything under 96 per cent is considered as "below normal" and 104-110 per cent of the LPA as "above normal".

Last year the IMD had predicted the rains to be above normal that is more than 106 per cent of the LPA, in its first forecast, while the actual rains turned out to around 97 per cent of the LPA as La Nina remained at neutral state.The forecast was with model error of plus and minus 5 per cent. 

LPA is average seasonal over the country in the last 50 years starting from 1951 and it is estimated to be 89 centimeters.  

is considered normal if during the June to September season is 96-104 per cent of the LPA. below 90 per cent of the average is considered as a deficient. between 96-104 per cent of LPA is normal and that between 105 to 110 per cent of LPA is 'above normal'. above 110 per cent of the average would mean an excessive  IMD issues its first forecast in the month of April which is subsequently updated in June.
 
The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.
 
The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.

IMD monsoon 2017 forecast: Normal rain, fair distribution across India

IMD expects 96 per cent of long period average (LPA) in this monsoon season

IMD expects 96 per cent of long period average (LPA) in this monsoon season
The Indian Meteorological Department (IMD) said in a statement on Tuesday that the country would receive "normal" monsoon, with a fair distribution of across major parts of country.

2017 will be qualitatively 96 percent of long-period average (LPA), with a model error of plus or minus 5 per cent, IMD said.

India Meteorological Department (IMD) Director General K J Ramesh said there would be good distribution of across the country. "The country will receive 96 per cent of Long Period Average," he said.

Although, Indian agriculture is gradually getting delinked from and the impact of a failed is not as severe as it has been in the past, but nonetheless the June to September rains are vital for farming as less than half of the total arable land in the country is under irrigation. 

Here are top highlights:

* IMD says India's 2017 southwest is likely to be normal, 96 per cent of long period average (LPA)

* Distribution and spatial breakup of rains to be normal: IMD

* Weak EL Nino and positive Indian Ocean Dipole combining to give a positive for India in 2017: IMD

* IMD says weak EL Nino and positive Indian Ocean Dipole combining to give a positive for India in 2017

* IMD predicts 96% of for the year 2017. 38% chances of near normal Good distribution of likely

* IMD says forecast is with a model error of plus and minus 5 per cent

* IMD says chances of El Nino developing has gone down from over 50 per cent to around 30 per cent in last few months




IMD will issue the update forecasts in early June, 2017as a part of the second stage long range forecast of Along with the update forecast, separate forecasts for the monthly (July and August) over the country as a whole and seasonal (June-September) over various geographical regions of India will also be issued. By that time, more
information on the evolution of El Nino and IOD will be available.

The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.

Anything between 96 and 104 per cent of the LPA is considered as "normal". Anything under 96 per cent is considered as "below normal" and 104-110 per cent of the LPA as "above normal".

Last year the IMD had predicted the rains to be above normal that is more than 106 per cent of the LPA, in its first forecast, while the actual rains turned out to around 97 per cent of the LPA as La Nina remained at neutral state.The forecast was with model error of plus and minus 5 per cent. 

LPA is average seasonal over the country in the last 50 years starting from 1951 and it is estimated to be 89 centimeters.  

is considered normal if during the June to September season is 96-104 per cent of the LPA. below 90 per cent of the average is considered as a deficient. between 96-104 per cent of LPA is normal and that between 105 to 110 per cent of LPA is 'above normal'. above 110 per cent of the average would mean an excessive  IMD issues its first forecast in the month of April which is subsequently updated in June.
 
The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.
 
The June to September months provide more than 70 per cent of the total annual precipitation that India gets.
El Nino is characterized by gradual warming of the sea surface temperature along the equatorial Pacific Ocean. It has an over-bearing impact on Indian rains and 80 per cent of El Nino years has seen below-normal rains in the country, while 60 per cent have been outright drought years.
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