QUARTERLY ACHIEVEMENTS OF INDIA METEOROLOGICAL DEPARTMENT...

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QUARTERLY ACHIEVEMENTS OF INDIA METEOROLOGICAL DEPARTMENT INDIA METEOROLOGICAL DEPARTMENT Volume : 1, No. 4, Oct - Dec 2010 1 OBJECTIVES OF MODERNISATION Modernisation of atmospheric observation & forecasting systems was initiated to improve the quality of meteorological services in the country with focus on the following: To enhance capabilities of observational systems To network all existing and new observational systems To enable reception, processing and archival in digital form To assimilate multi sector data in numerical models and prediction To ensure real-time dissemination of all processed information As a part of this and in keeping with the guidelines given by the Planning Commission, Secretary, MoES constituted an expert committee comprising of eminent scientists and experts in India under the chairmanship of Shri D. R. Sikka to specify the optimum requirements of the observational network required for Forecasting, Aviation Services, Agro-meteorology and human resource in the field of meteorology to provide a weather service of World Standard. The committee recommended the optimum observation network for IMD. REQUIREMENTS OF OPTIMUM OBSERVATION NETWORK Observation Instrument Optimum Number Number Available / Planned with other organization after phase-I Number remaining under Phase -II Automatic Rain Gauge 3600 1600 2000 Automatic Weather Station 1150 750 400 Doppler Weather Radar 68 34 34 Wind profiler 15 13 2 Aeronautical Instrumentation 50 26 24* Upgrade RS/RW 44 30 14 Upgraded Pilot Balloon 70 70 0 * May be procured under Aviation Scheme MODERNISATION OF IMD It was proposed to implement the complete modernisation in three phases. In the first phase, it was approved to develop a network with minimum and necessary observation system consisting of existing and new instruments, appropriate connectivity with a complete end-to-end forecasting system along with High Performance Computing (HPC) for receiving, processing and archiving information at IMD Headquarters as well as their dissemination in real time to the end users in digital form. In next phases further densification of the observation network is to be undertaken. The commissioning of Doppler Weather Radars will start from the first phase but all 55 DWRs will spill over to 12 th five year plan as Phase III. The Union Cabinet approved the implementation of Modernisation of observation and forecasting facilities of IMD (Phase I) on 13 th December 2007, (to improve the weather forecasting services in India) at an estimated cost of Rs.920.00 crores in two years. It has been further extended till March 2011 The Phase-I to be implemented in project mode and classified into broadly two groups: a) OBSERVATIONAL SYSTEMS 1. Doppler Weather Radars 2. GPS Radio Sonde Stations 3. New Optical Theodolites 4. Automatic Weather Stations and Rain Guages 5. Airport Met Systems 6. Wind Profiler 7. Lightening Detection 8. Indigenous development of Radio Sonde b) NETWORKING, ANAYLSIS, DISSEMENATION 1. AMSS 2. Forecasting & other systems of MFI 3. HPCS In this issue NWP (POLAR WRF/GFS/ HPCS) p5 NWP (WRF/Extended range forecast) p6 Forecasting & other systems of MFI p6 Information Technology: e-governance p7 Commonwealth Games p8 Volume : 1, No. 4, Oct - Dec 2010 INDIA METEOROLOGICAL DEPARTMENT 8 Editorial Board: Shri Satish Bhatia-Editor in Chief, Shri A.K. Singh Surface Instruments, Shri B. Arul M. Kannan- Radar, Shri Gajendra Kumar-Upper Air, Dr. D.R. Pattanaik-NWP, Shri Kuldeep Srivastava-GPS, Shri A.D. Tathe-IT, Shri Rahul Saxena Commonwealth Games, Shri A.K. Mitra-Satmet, Dr. Naresh Kumar- Forecasting Layout Designed by U.P. Singh, S.K. Das, Bharti Jha & Davinder Sharma India Meteorological Department, Mausam Bhawan, Lodi Road, New Delhi - 110 003 and Printed at ADGM(R), Pune Tel. : 43824276; Telefax : 91-11-24699216 & 91-11- 24623220 Modernization Phase I p1 Doppler Weather Radars p2 Upper Air Systems p3 Automatic Weather Stations and Rain Guages p3 PWS/ NWP p4 COMMONWEALTH GAMES FORECAST Using the WEB-GIS tools hourly AWS data received through IITM and hourly location specific forecast were ingested and put on the IMD’s website http://202.54.31.51/cwg2010/ . Both the forecasted and current values of the important Met parameters like Temperature, Relative Humidity and Wind speed & wind direction were simultaneously made available. The GTS- AWS data was decoded and put online along with WRF hourly forecast (00Utc run) for 31 stations in and around Delhi .Furthermore hourly forecast was also made available at each grid point of 3X3 kms resolution, for the Delhi and surrounding region. The whole process of information flow of AWS data from GTS network and model products generated is online and time scheduled to be updated after every one hour and 24 hours respectively Hourly Temperature profiles from WRF, for the month of October were generated . These profiles were generated directly using the netcdf output of the WRF model .The process has been automated using arcgis 9.1..Such hourly profiles for other met Parameters like rainfall can be generated as and when the model output is made available and would help to put the latest and current information online. Analyzing the warm and cold zones for Delhi and surrounding area can be studied using such profile. Plotting rainfall data along over Delhi would help us to study the impact of the rainfall event over various regions of Delhi

Transcript of QUARTERLY ACHIEVEMENTS OF INDIA METEOROLOGICAL DEPARTMENT...

Page 1: QUARTERLY ACHIEVEMENTS OF INDIA METEOROLOGICAL DEPARTMENT ...metnet.imd.gov.in/imdnews/imdmodvol14.pdf · OBSERVATIONAL SYSTEMS DOPPLER WEATHER RADARS New e as well as feeding into

QUARTERLY ACHIEVEMENTS OF

INDIA METEOROLOGICAL DEPARTMENT

INDIA METEOROLOGICAL DEPARTMENT

Volume : 1, No. 4, Oct - Dec 2010

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OBJECTIVES OF MODERNISATION Modernisation of atmospheric observation & forecasting systems was initiated to improve the quality of meteorological services in the country with focus on the following:

To enhance capabilities of observational systems To network all existing and new observational systems To enable reception, processing and archival in digital form To assimilate multi sector data in numerical models and

prediction To ensure real-time dissemination of all processed

information

As a part of this and in keeping with the guide–lines given by the Planning Commission, Secretary, MoES constituted an expert committee comprising of eminent scientists and experts in India under the chairmanship of Shri D. R. Sikka to specify the optimum requirements of the observational network required for Forecasting, Aviation Services, Agro-meteorology and human resource in the field of meteorology to provide a weather service of World Standard. The committee recommended the optimum observation network for IMD.

REQUIREMENTS OF OPTIMUM OBSERVATION NETWORK

Observation

Instrument

Optimum

Number

Number Available /

Planned with other

organization after

phase-I

Number

remaining

under Phase -II

Automatic Rain

Gauge 3600 1600 2000

Automatic

Weather Station 1150 750 400

Doppler Weather

Radar 68 34 34

Wind profiler 15 13 2

Aeronautical

Instrumentation 50 26 24*

Upgrade RS/RW 44 30 14

Upgraded

Pilot Balloon 70 70 0

* May be procured under Aviation Scheme

MODERNISATION OF IMD

It was proposed to implement the complete modernisation in three phases. In the first phase, it was approved to develop a network with minimum and necessary observation system consisting of existing and new instruments, appropriate connectivity with a complete end-to-end forecasting system along with High Performance Computing (HPC) for receiving, processing and archiving information at IMD Headquarters as well as their dissemination in real time to the end users in digital form. In next phases further densification of the observation network is to be undertaken. The commissioning of Doppler Weather Radars will start from the first phase but all 55 DWRs will spill over to 12

th five year plan as Phase III.

The Union Cabinet approved the implementation of Modernisation of observation and forecasting facilities of IMD (Phase – I) on 13

th December 2007, (to improve the weather

forecasting services in India) at an estimated cost of Rs.920.00 crores in two years. It has been further extended till March 2011 The Phase-I to be implemented in project mode and classified into broadly two groups: a) OBSERVATIONAL SYSTEMS

1. Doppler Weather Radars 2. GPS Radio Sonde Stations 3. New Optical Theodolites 4. Automatic Weather Stations and Rain Guages 5. Airport Met Systems 6. Wind Profiler 7. Lightening Detection 8. Indigenous development of Radio Sonde

b) NETWORKING, ANAYLSIS, DISSEMENATION 1. AMSS 2. Forecasting & other systems of MFI 3. HPCS

In this issue NWP (POLAR WRF/GFS/ HPCS) p5

NWP (WRF/Extended range forecast) p6 Forecasting & other systems of MFI p6 Information Technology: e-governance p7 Commonwealth Games p8

Volume : 1, No. 4, Oct - Dec 2010

INDIA METEOROLOGICAL DEPARTMENT

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Editorial Board: Shri Satish Bhatia-Editor in Chief, Shri A.K. Singh – Surface Instruments, Shri B. Arul M. Kannan- Radar, Shri Gajendra Kumar-Upper Air, Dr. D.R. Pattanaik-NWP, Shri Kuldeep Srivastava-GPS, Shri A.D. Tathe-IT,

Shri Rahul Saxena –Commonwealth Games, Shri A.K. Mitra-Satmet, Dr. Naresh Kumar- Forecasting

Layout Designed by

U.P. Singh, S.K. Das, Bharti Jha & Davinder Sharma

India Meteorological Department, Mausam Bhawan, Lodi Road, New Delhi - 110 003 and Printed at ADGM(R), Pune

Tel. : 43824276; Telefax : 91-11-24699216 & 91-11- 24623220

Modernization Phase – I p1

Doppler Weather Radars p2 Upper Air Systems p3 Automatic Weather Stations and Rain Guages p3 PWS/ NWP p4

COMMONWEALTH GAMES FORECAST

Using the WEB-GIS tools hourly AWS data received through IITM and hourly location specific forecast were ingested and put on the IMD’s website http://202.54.31.51/cwg2010/.

Both the forecasted and current values of the important Met parameters like Temperature, Relative Humidity and Wind speed & wind direction were simultaneously made available. The GTS- AWS data was decoded and put online along with WRF hourly forecast (00Utc run) for 31 stations in and around Delhi .Furthermore hourly forecast was also made available at each grid point of 3X3 kms resolution, for the Delhi and surrounding region. The whole process of information flow of AWS data from GTS network and model products generated is online and time scheduled to be updated after every one hour and 24 hours respectively

Hourly Temperature profiles from WRF, for the month of October were generated . These profiles were generated directly using the netcdf output of the WRF model .The process has been automated using arcgis 9.1..Such hourly profiles for other met Parameters like rainfall can be generated as and when the model output is made available and would help to put the latest and current information online. Analyzing the warm and cold zones for Delhi and surrounding area can be studied using such profile. Plotting rainfall data along over Delhi would help us to study the impact of the rainfall event over various regions of Delhi

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Volume : 1, No. 4, Oct - Dec 2010

OBSERVATIONAL SYSTEMS

DOPPLER WEATHER RADARS

Installation completed Sites

Radar installation is complete in Mumbai, Agarthala and Nagpur. These locations will be commissioned shortly after undergoing Site Tests.

Installation completed Sites

Bhuj Patna Mohanbari The process of precise alignment during the installation determines the smooth operational capablities and in turn life of mechanical hardware. The installation is divided atleast in three stages for customarary procedures and phased evaluation. Photographs above indicates installation progress at Bhuj, Patna, and Mohanbari

Status of remaining sites The status of the remaining radar locations are: Patiala & Lucknow –Radar Installation in progress; Kochi - Ceiling work Terrace casting and equipment room finishing kept on hold in view of MoD’s advice for the following Paradip, Karaikal, Goa.

CWG-2010 Operational Nowcasting

First Doppler Weather Radar installed at Palam-Delhi, under modernization gave intensive support for the CWG – 2010. The data was used in real time analysis / nowcast as well as feeding into regional high resolution models (ARPS) and automated nowcasting tools (WDSS-II & SWIRLS). The figure aside shows the maual analysis performed during a discipating cell passage over Delhi on 7th October 2010.

During the entire event of the cumulus cell

passage, the radar was operated in a

different suitable scan tested prior, for a

detailed analysis.

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Volume : 1, No. 4, Oct - Dec 2010

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INFORMATION TECHNOLOGY : e-GOVERNENCE An centralized e-governance Intra-IMD portal named METNET, completed two years on 27th July 2010. The site statistics shows the increase trend in of use by IMD Officials all over the country for numerous applications on office matters, development, implementation and management. New e-governance projects launched and additions to the existing ones are summarized in the following tables New E-Governance Projects on METNET : during September – December 2010 :

Projects Remarks

1

METNET Instant Messenger

An Intra-IMD facility for IMD Officials to communicate and exchange

documents among themselves related to the office matters.

Launched on 15rd

November

2010

2

'मौसम मंच : Weather Discussion Forum'

For open discussion on the weather products, analysis, inference and forecasts

everyday, which assist the forecasters of IMD.

Launched on 23rd

November

2010

3

IMD Foundation Day

To provide all offices and employees, the information related to the celebration

of IMD Foundation Day. This is a single point of access for the distribution of

the media files the event.

Launched on 12th

December

2010

4

IMD Centralized E-Administration Support System

This is an online e-Service Book application for management of personal

records of the officials, generation of reports of all sorts of admin matters. Customized and ready for

implementation, Will be

launched by the respective units

with appropriate training 4

IMD DakIA : Centralized Dak Inventory Application

The application is an online inventory system for the management and

keeping electronic records of the correspondences by and to the offices of

IMD. It also generates Dak / Dispatch Numbers and auto-tracking of in and

out letters.

5 IMD AWAS

An Online Guest House Booking and Allotment System

Implementation through Guest

House In-Charge

Additions on METNET during September – December 2010 :

Sl # Additions

1 Started auto-managed display of ‘आज का हहन्दी शब्द्‘ on the portal for the cause of ‘राष्ट्रभाषा प्रचार’.

2 Started auto-managed display of ‘Thought for the day’ on the portal for the noble cause of fostering ethics in the

office environment through the inspirational quotes of the great personalities.

3 The publication ‘मौसम मंजूषा (वषष- 2010, अंक- 15)’ and ‘मौसम ववज्ञान शब्ददावली ‘ were made available to

facilitate and promote usage of Hindi in day-to-day office matters.

4 Facility to upload Seniority Lists created for E-I, E-II and E-III Units of HQ.

5 Facility to display the Salary Particulars when the pay bills are prepared on NIC’s Comp DDO Package.

6 Facility of management of 6th

floor Mausam Bhavan Conference Hall Bookings under DGM Secretariat Diary.

7 Creation of Biometric Data and other details for JRF and Research Scientists.

8 Version 2 of File Tracking System launched.

9 Online Applications for Radar Training.

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Volume : 1, No. 4, Oct - Dec 2010

Training

A training module was organized at Hyderabad during 06th to 10th December to selected officials of IMD, IAF, Navy, Research Institutes etc., enabling for the immediate use of the data and products generated by the Meteorological Radar Network.

UPPER AIR SYSTEMS

Ascents with the GPS radiosonde have been resumed at Thiruvananthapuram, Chennai, Portblair, Mohanbari, Goa, Visakhapatnam, Hyderabad & Srinagar.

Trial ascents of the indigenously developed Radiotheodolite have been successfully completed.

GPS radiosonde along with ground system has also

been developed indigenously and test ascents have been completed. Tenders are being invited for manufacturing of different assemblies of GPS radiosonde, to induct into the operational network.

Approach for the project “Establishment of 5

Electronic Optical Theodolites” is being changed to explore the better options.

IMD MK-V Intercomparison Ground System Antenna,

GPS Radiosonde Receiver

AUTOMATIC WEATHER STATIONS AND RAIN GUAGES

AWS and ARG Installations

A uniform gridded observation is a requirement for better model forecasts, the automated systems can be installed in a uniform grid enabling for a better numerical model ingest, 550 Numbers of AWS and 1350 ARGS were to be installed. The installed locations are provied in the MAP as a red dotted overlay. Tabular details of installations made in each state is also provided

Installed AWS (550 Project)

Installed ARGs (1350 Project)

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Volume : 1, No. 4, Oct - Dec 2010

Location Specific Forecasts for major Airports based on WRF-VAR implemented

Extended range forecast for Commonwealth Games (CWG) opening

After the delay withdrawal of monsoon 2010 from northwest India (with a delay of nearly 4 weeks as the normal date of withdrawal from extreme western parts of Rajasthan is 1 September), the subsequent most important event for which the weather forecasting was required was for the opening event of Commonwealth Games (CWG) in Delhi. The opening ceremony of CWG was held on 3rd October and it continued during the period from 3-14 October, 2010. The operational extended range forecasts generated on 23rd September, 2010 and valid for the period from 27 Sep to 3rd October as given here indicated a dry weather over Delhi and surrounding area during the period from 27 Sep to 3rd October, which indicated a good weather conditions during the CWG opening ceremony.

Multimode forecast (based on 23 September) rainfall anomaly (mm/day) for days 5-11 and valid for 27 September to 3rd October, 2010.

Forecasting & other systems of MFI

MFI Administration Advanced training was conducted at Delhi HQ from 25/10 to 29/10/2010. SYNERGIE Administration Advanced training was conducted at Delhi HQ from 15/11 to 19/11/2010 Integration training of MFI systems was conducted at Delhi HQ from 22/11 to 26/11/2010.

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Volume : 1, No. 4, Oct - Dec 2010

APRS

Polar WRF to predict weather conditions over Antarctica (Maitri) implemented

MSL Plot

2m Relative Humidity

Snowfall Plot

2m Temp & Winds

Maitri Meteogram

Online GFS verification system is implemented

Procurement of New FTP Server & Status of HPCS

The High Performance Computing System (HPCS) at IMD HQ and high end servers at other centres in India except Pune are fully functional. Installation of HPCS in Pune will be done after the installation of Chillar plant. The computer centre at IMD Delhi is in the process of procuring a dedicated FTP-server with firewall and Storage for data transfer from other centres in India and abroad to this centre. The NWP centre at IMD Delhi is also in the process of procurement and installation of video wall at NWP division.

Process is also initiated at the NWP Centre for Augmentation/Installation of monitoring system for different electrical installations including PACs & servers under HPCS.

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Volume : 1, No. 4, Oct - Dec 2010

The latest statistics of the number of stations state wise is provided below :

List of AWS Installed till 31st December 2010

State AWS Installed

Andhra Pradesh 22

Bihar 27

Chatishgadh 18

Delhi 12

Gujarat 26

Haryana 26

Himachal Pradesh 22

Madhya Pradesh 48

Maharashtra, Goa &Daman 38

Orissa 30

Punjab 24

Rajasthan 25

Tamil Nadu 17

Uttar Pradesh 37

Uttarakhand 12

Karnataka 12

Kerala 10

Assam 4

Total 410

List of ARG Installed till 31st December 2010

State ARG Installed

Goa 5

Maharashtra 70

Gujarat 66

Orissa 177

Madhya Pradesh 12

Himachal Pradesh 26

Total 356

NWP Launching of new operational NWP Products in IMD web site

Nowcast System and venue specific forecasts based on meso-scale model with the assimilation of Delhi Doppler Weather Radar Observation was implemented to support weather forecast system for Delhi Commonwealth Games 2010.

Meteograms CWG Venues & Location Specific

WRF-VAR -- 3 Km Resolution

WDSS11

Delhi PP

SWIRLS

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