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                  Central Water and Power Research Station
CWPRS
(Since 1916)
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Government Of India
Ministry Of Jal Shakti
Department of Water Resources, River Development and Ganga Rejuvenation

Central Water and Power Research Station

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प्रवेश संरक्षण
प्रवेश संरक्षण
  1. Home
  2. Disciplines
  3. River Engineering
  4. Hydro-meteorology(HMET)

Disciplines

River Engineering -
  • River Hydraulics (RH)
  • Bridge Engineering (BE)
  • Hydro-meteorology(HMET)
River and Reservoir Systems Modelling +
  • Hydraulic Analysis and Prototype Testing
  • River Rejuvenation
  • Canal Automation and Measurement
  • Disaster Management Planning
Reservoir and Appurtenant Structures +
  • Spillways and Energy Dissipators
  • Control Structures and Water Conductor Systems
Coastal and Offshore Engineering +
  • Ports and Harbours
  • Mathematical Modelling Centre
  • Coastal Hydraulic Structures
  • Coastal Data Centre
Foundation & Structures +
  • Geotechnical Engineering (Rock Mechanics)
  • Geotechnical Engineering (Soil)
  • Structural Modelling and Analysis
  • Concrete Technology
Applied Earth Sciences +
  • Engineering Seismology
  • Vibration Technology
  • Geophysics
  • Isotope Hydrology
Instrumentation, Calibration & Testing Services +
  • Hyd. Instrumentation
  • Dam Instrumentation
  • Hydraulic Machinery, Cavitation & Instrumentation
  • Current Meter Calibration
  • Ingress Protection Testing Laboratory

Research Highlights

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ON-SITE CALIBRATION OF FLOWMETERS AT AJMER, RAJASTHAN FOR M/S NS INSTRUMENTS AND CONTROLS, NEW DELHI

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DESK STUDIES FOR THE DESIGN OF COASTAL PROTECTION MEASURE FOR FISHERMAN COLONY NEAR SHIVSHASTRI NAGAR AT CUFF PARADE, COLABA, MUMBAI, MAHARASHTRA

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PARALLEL SEISMIC TEST AT UPSTREAM AND DOWNSTREAM SECANT PILES OF SUNDILLA BARRAGE OF KALESWARAM LIFT IRRIGATION SCHEME (KLIS), TELANGANA

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HYDRODYNAMICS AND OPTIMIZATION OF DREDGED DISPOSAL LOCATION FOR THE PROPOSED PORT AT MACHILIPATNAM, KRISHNA DISTRICT, ANDHRA PRADESH

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SITE INSPECTION OF EARTHEN DAMS OF RELAMPADU AND MUCHONIPALLY BALANCING RESERVOIRS, TELANGANA

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PHYSICAL MODEL STUDIES FOR STUDYING WAVE TRANQUILLITY ASPECTS INSIDE HARBOUR BASIN FOR DEVELOPMENT OF EASTERN BREAKWATER AND JETTY AT PORBANDAR, GUJARAT

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DESK STUDIES FOR DESIGN OF COASTAL PROTECTION WORK AT VILLAGES UMARASADI, MACHHIWAAD, AND KOLAK, TAL. PARDI, DIST. VALSAD, GUJARAT

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DESK STUDIES FOR DESIGN OF COASTAL PROTECTION WORKS AT HAJI ALI DARGAH, WORLI AND GEETANAGAR, MUMBAI

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PHYSICAL MODEL STUDIES FOR PROPOSED BARRAGE ACROSS RIVER TAPI IN RUNDH - BHATHA, SURAT, GUJARAT

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SEDMENTATION STUDIES FOR RIVER UMIEW, MEGHALAYA

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The hydrological re-assessment involves evaluating water flow and flood risks for the 198 km new railway line project from Indore to Budhni in Madhya Pradesh, aimed at enhancing rail connectivity under the National Infrastructure Pipeline.

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Geotechnical analysis to recommend measures for reducing seepage and enhancing stability of the Telewadi earthen dam, addressing safety concerns through soil and foundation assessments.

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Geophysical surveys using seismic tomography and electrical resistivity to identify and map weak or distressed areas in the Kalwande Dam structure for targeted repairs.

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Numerical modeling to assess structural integrity and safety of the pump house at the tailing dam of NMDC's iron ore beneficiation plant in Bacheli, Chhattisgarh.

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In-situ permeability testing to evaluate foundation seepage risks and propose mitigation strategies for the Kadaknathwadi storage tank in Dharashiv district.

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Mathematical modeling using HEC-RAS to determine hydraulic parameters for designing effective flood protection walls along the Tapi River in Surat to mitigate urban flooding.

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Desk-based analysis for planning coastal protection structures at Dabhari Beach to prevent erosion and support tourism and industrial development in the Olpad taluka area.

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Geotechnical evaluation to propose seepage control and stability enhancements for the Nive earthen dam, ensuring long-term safety through soil mechanics analysis.

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MATHEMATICAL MODEL STUDIES TO ROUTE THE FLOOD THROUGH THE PROPOSED BRIDGE BELOW THE PROPOSED EXPANSION OF KANGRA AIRPORT RUNWAY ACROSS RIVER MANJHI/SARAH KHAD AND TO EVOLVING SUITABLE RIVER TRAINING WORKS FOR MANJHI/ SARAH KHAD IN SHAHPUR, DIST. KANGRA, HIMACHAL PRADESH

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BATHYMETRY SURVEY OF THE PLUNGE POOL AREA AND EXTRACTION OF PROFILES OF THE PLUNGE POOL BOTTOM OF SRISAILAM DAM, A.P.

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DESK & WAVE FLUME STUDIES FOR THE DESIGN CROSS SECTION OF BREAKWATER EXTENSION OF WESTERN BREAKWATER (250 M) FOR THE DEVELOPMENT OF FISHING HARBOUR AT VIZHINJAM, KERALA

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ESTIMATION OF SAFE CHARGE WEIGHT PER DELAY BY CONDUCTING TRIAL BLAST FIELD INVESTIGATIONS FOR EXCAVATION OF HARD ROCK DURING CONSTRUCTION OF POWER HOUSE BY BLASTING OPERATIONS AT BHIVPURI HEP, MAHARASHTRA

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MATHEMATICAL MODEL STUDIES TO ASSESS HYDRODYNAMICS, SEDIMENTATION, WAVE TRANQUILLITY AND EFFECT OF WAVE DISTURBANCE ON THE PROPOSED DOCKS/BERTHS DURING SHIP NAVIGATION IN THE CHANNEL FOR PROPOSED MASTER PLAN 2047 FOR THE PARADIP PORT, ODISHA

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MATHEMATICAL MODEL STUDIES FOR TIDAL HYDRODYNAMICS & SILTATION FOR THE DEVELOPMENT OF PROPOSED RECLAMATION & LNG BERTH AT JAWAHAR DWEEP IN MUMBAI HARBOUR

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MATHEMATICAL MODEL STUDIES FOR HYDRODYNAMICS AND SEDIMENTATION FOR DEVELOPMENT OF FISHING HARBOUR, PASSENGER JETTY, COASTAL CARGO BERTH AND BERTHS FOR INDIAN NAVY AND INDIAN COAST GUARD AT VASCO BAY

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MATHEMATICAL MODEL STUDIES FOR HYDRODYNAMICS AND SEDIMENTATION FOR BANK EROSION PROTECTION MEASURES FOR ONGC PIPELINE IN GODAVARI RIVER, NEAR KAKINADA, ANDHRA PRADESH

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ANALYSIS AND INTERPRETATION OF INSTRUMENTATION DATA OF POWR HOUSE FOR THE PERIOD JANUARY 2023 TO DECEMBER 2024, INDIRA SAGAR H.E. PROJECT, M.P

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MATHEMATICAL MODEL STUDIES FOR HYDRODYNAMICS & SILTATION FOR DEVELOPMENT OF INTERNATIONAL CONTAINER TRANSSHIPMENT PORT (ICTP) AT GALATHEA BAY, A&N ISLANDS

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About us Facilities Projects Publications Work Force Gallery

                                                                              Training to Field engineers of Gujarat by CWPRS Scientists
                                                                              Training to Field engineers of Maharashtra by CWPRS Scientists
                                                                              Visit to AWS by Joint Secretary
                                                                              Air temperature sensor
                                                                              Automatic weather Station at CWPRS
                                                                              Environmental Chamber for air temperature and relative humidity sensor calibration
                                                                              Field calibarator for meteorological sensors
                                                                              Temperature sensor
                                                                              Tipping Bucket Rain gauge Calibrator

Hydrometeorology division (HMET) is mandated to carry out studies related to hydrometeorology, hydrology, water resources and applied statistics.In its early stages, the division made significant strides in the water resources sector by pioneering an innovative electrical analogy approach in offering solutions forprobable maximum flood estimation, seepage, subsurface flows and flood routing. With the advent of computer technology, the division seamlessly transitioned to incorporating advanced mathematical modeling techniques and developed some specific model tailored to water resource applications.

The division is also engaged in the research projects related to extreme value analysis of meteorological parameters, estimation of design flood discharge, flood frequency analysis, assessment of water availability, low-flow analysis, rating curve analysis. The division is involved in data analysis of various projects catering to hydrology as well as hydraulic modeling by adopting stochastic, probabilistic approaches and optimization techniques.

HMET has ventured into surface weather data collection by establishing Automatic Weather Station (AWS) and testing and calibration sensors at CWPRS campus under National Hydrology project and also has been disseminating the real time data. Along with this, the scientists of this division have been involved in training more than 1000 personnel in the field of AWS and sensor calibration through national and international workshops.

Broad areas of expertise

  • Collection, processing and analysis of hydro-meteorological data (i.e. rainfall, temperature, wind, evaporation, stream flow, etc.)
  • Review of design flood for minor and major dams using suitable rainfall-runoff models
  • Hydrodynamic modeling for prediction of high flood levels in river network, backwater studies and preparation of inundation maps
  • Evaluation of low-flows using statistical approach
  • Assessment of water availability
  • Estimation of sediment yield and sediment rate
  • Area drainage studies and determination of safe grade elevation
  • Optimization of rain gauge and stream gauge networks
  • Testing and calibration of meteorological sensors

Significant Contributions

  • The division has been hosting website www.hydromet.cwprs.co.in for real-time weather data visualisation, graphical data analysis, and historical data base management for seamless access from any part of the world.
  • The division has contributed in framing the terms of references for Real time stream flow forecasting (RTSFF) and reservoir operation system (ROS) for Indira Sagar project and Omkareshwar project in the Narmada Basin
  • Significant studies of this division include area drainage studies for BARC, NTPC, TPCIL, Tata Power, backwater studies for Padalse weir, Tapi river and Pranahita river, flood estimation studies of Ghaggar, Sutlej, Chenab, Poonch river, hydrological assessment for linear waterways for railway line project between Araria and Galgalia, Bihar.

                                                                              Training to Field engineers of Gujarat by CWPRS Scientists
                                                                              Training to Field engineers of Maharashtra by CWPRS Scientists
                                                                              Visit to AWS by Joint Secretary
                                                                              Air temperature sensor
                                                                              Automatic weather Station at CWPRS
                                                                              Environmental Chamber for air temperature and relative humidity sensor calibration
                                                                              Field calibarator for meteorological sensors
                                                                              Temperature sensor
                                                                              Tipping Bucket Rain gauge Calibrator

Automatic Weather Station - The parameters measured are Rainfall, Air temperature, Air pressure, Relative humidity, Solar radiation, Wind speed and direction

Testing and calibration laboratories of following meteorological sensors under National Hydrology project

  • Air temperature Sensors calibration in liquid bath
  • Combined Air temperature and Reactive humidity sensors in high stability chamber
  • Air pressure sensors calibration in built in highly stable air pressure generator
  • Calibration of Tipping bucket rain gauge through variable rain intensities simulation
  • Exclusive Air Temperature Sensor Calibrator
  • Field Calibrator for meteorological sensors
  • Environmental Chamber for calibration of  digital and manuals sensors

Serial No. Title of the Projects Client/Sponsoring Agency
1 Vetting of Studies on Hydrology and Hydraulics of Aji River for River Front Development Project of RMC at Rajkot, Gujarat RMC, Rajkot
2 Framing of Terms of Reference for Development And Implementation of a System for Real Time Stream Flow Forecasting and Reservoir Operation System for Indrasagar and Omkareshwar Reservoirs in Narmada Basin Project, Madhya Pradesh NHDC, Bhopal
3 Hydrological Studies for the Proposed River Front Development Along River Howrah in Agartala, Tripura ASCL, Agartala
4 Desk Studies for Flood Estimation and Evaporation Losses for River Rejuvenation and Development Plan for Pawana and Indrayani River in PCMC, Maharashtra HCPDPM
5 Mathematical Model Studies For Evolving Suitable Flood Protection Works Along River Beas and Its Tributaries from Palchan to Aut, Himachal Pradesh WRD, Kullu
6 Desk Studies on Estimation of Flood at Various Railway Bridges on Daund-Kalburgi Doubling Line Project for Rail Vikas Nigam Limited, Central Railway, Mumbai, Maharashtra RVNL, Central Railway, Mumbai
7 Mathematical Model Studies to Safely Pass Flood in River Ghaggar in the States of Haryana and Punjab WRD, Chandigarh
8 Mathematical Model Studies for Evolving Flood Protection Measures along Sutlej River and Its Tributaries In Tehsil Pooh, District  Kinnaur, Himachal Pradesh WRD,

Pooh
9 Mathematical Model Studies for Evolving Suitable Flood Management / Anti Erosion Measures along River Chenab, Jammu & Kashmir FCD, Akhnoor
10 Backwater Studies and Preparation of Inundation Maps of Padalse Weir on Tapi River, Maharashtra. WRD, Jalgaon
11 Identification and Selection of Rain Gauge and Stream Gauge Sites for Development of Early Flood Warning System for Rammam (Stage-III) Project, District Darjeeling, West Bengal NTPC
12 Desk studies on hydrological re-assessment for various bridges locations in the newly proposed Araria-Gagalia BG railway line for Northeast Frontier Railway, Bihar. NEFR
13 Studies for Rehabilitation of Embankment on Miraj – Kolhapur Railway Line Near Bridge No. 36/1 on Panchganga River, Maharashtra Central Railway, Pune

  • Archana S. Shinde., Srishailam C., Vivekanandan N. and Patil. R. G.” Development of Flood Hydrograph for the Tributaries of River Sutlej Using Synthetic Unit Hydrograph Approach”, 8th International R&D Conference, 08-09 February, 2024.
  • Srishailam C., Vivekanandan N. and Patil R. G.”Trend Analysis of Panchganga Catchment Rainfall by Statistical Approach”, 28th International Conference (Hydro-2023), 21-23 December 2023.
  • Archana S. Shinde., Vivekanandan N., Srishailam C and Patil R.G. “Estimation of Design Flood for the Ungauged Catchments of River Sutlej Using SUH Approach”, 28th International Conference (Hydro-2023), 21-23 December 2023.          
  • Dorle P.K., Annapurna Patra and Ranade S.D. “Real Time Data Communication System for Automatic Weather Station”, 28th International Conference (Hydro-2023), 21-23 December 2023.          
  • Srishailam .C., Vivekanandan.N., Patra Annapurna and Patil.R.G. “Estimation of Peak Flood Discharge for Daund-Kalaburagi Railway line Doubling Project, Central Railway, Mumbai”, 28th International Conference (Hydro-2023), 21-23 December 2023.     
  • Vivekanandan.N., Srishailam.C and Patil R. G. “Intercomparison of rainfall estimates of three distributions for computation of PFD using Rational formula and SUH approach” Journal of Civil Engineering and Urbanism(2023), 13(1), pp.10-17 
  • Vivekanandan.N., Srishailam .C. and Patil.R.G. “Intercomparison of Estimators of Seven Probability  Distributions for Assessment of Peak Flood Discharge”, 7th India Water Week (IWW-2022), 1-5 November, 2022.
  • Archana S. Shinde., Vivekanandan.N., Srishailam.C and Patil R. G. “Estimation of Peak Flood Discharge for Ungauged Catchments of River Beas, Himachal Pradesh Using Rational Formula and GIS Based Synthetic Unit Hydrograph Approach”, CBIP Water & Energy International Journal (2022), 65 (4), pp.6-16
  • Vivekanandan.N., Srishailam.C and Patil R. G. “Intercomparison of Estimates of Reference Evapotranspiration of Surat Region of Gujarat, India”, Journal of Civil Engineering and Urbanism (2022), 12(3), pp.44-50
  • Vivekanandan.N., Srishailam .C. and Patil.R.G. “A Study on Comparison of Probability Distributions for Rainfall Intensity-Duration-Frequency Analysis”, 1st Inter-national conference on Sustainable Development in Civil and Electrical Engineering, 17-19 December 2021.
  • Vivekanandan.N., Srishailam .C. and Patil.R.G. “Inter-comparison of MoM, MLM and LMO estimators of Probability Distribution for Assessment of Extreme Rainfall”, 26th International conference (Hydro-2021), 23-25 December 2021.
  • Vivekanandan.N., Ghule Aayushi  and Darade Vaishnavi “Prediction of Seasonal and Annual Rainfall for Pune and Mahabaleshwar Regions using ANN and Regression Approaches”, 26th International conference (Hydro-2021), 23-25 December 2021.
  • Vivekanandan.N., Srishailam .C. and Patil.R.G. “Rainfall Intensity-Duration-Frequency Analysis for North Region of Raigad District, Maharashtra”, 4th Indian National Ground Water Conference, 2021.
  • Vivekanandan N. and  Srishailam C. “Selection of Best Fit Probability Distribution for Extreme Value Analysis of Rainfall”, CBIP Water and Energy International Journal(2021), 63 (10), pp. 13-19.
  • Srishailam.C., Vivekanandan.N. and Jagtap R.S. “Estimation of Peak Flood for Ungauged Catchments using EVA of Rainfall and SUH Approach”, 2nd International Conference on Sustainable Water Management, 6-8 November 2019.
  • Srishailam.C., Vivekanandan.N., Archana S. Shinde and Jagtap R.S “Impact Assessment of Bunds in the Upstream Reaches of Belpada Creek by using Hydraulic Modeling” 6th India Water Week,
  • Thorat Atharvi., Srishailam. C., Nalawade Akshay.,Gore Sahil. and Lunawat Sanket. “Estimation of Hydrological and Hydraulics Parameters for Bridge Design”, International Research Journal of Engineering and Technology (2019), 6 (3), pp. 5039-5043.
  • Bharadwaj R.S., Thube A.D., Vivekanandan N. and Srishailam C. “Intercomparison of Estimators of Gumbel Distribution using Goodness-of-Fit Tests for Estimation of Extreme Rainfall”, International Journal of Scientific Research in Civil Engineering(2019), 3(3), pp. 38-46.
  • Bharadwaj R.S., Thube A.D., Vivekanandan N. and Srishailam C. “A Comparative Study on Estimation of Peak Flood Discharge using MoM and LMO Estimators of Probability Distributions”, International Journal of Emerging Engineering Research and Technology (2019),7 (4), pp. 4-10.
  • Annapurna Patra., Ramesh C.and Vivekanandan N. “Use of Catchment Physiographic Factors in Selection of Design Storm and its Effect on Floods Estimated for Ungauged Catchments” (2019), Civil Engineering Research Journal, 9 (2), pp. 70-76

Serial No. Name Designation Email Id Phone Number
1 Shri C. Srishailam Scientist-D srishailam[dot]c[at]cwprs[dot]gov[dot]in 0202410-3279
2 Dr. (Mrs.) Annapurna Patra Scientist 'D' annapurna[dot]p[at]cwprs[dot]gov[dot]in 0202410-3273
3 Shri N. Vivekanandan Scientist-C vivek[dot]n[at]cwprs[dot]gov[dot]in 0202410-3367
4 Shri Azharuddin G. Golandaj Scientist-B golandaj[dot]ag[at]cwprs[dot]gov[dot]in 0202410-3251
5 Mrs. Archana S. Shinde ARO archana[dot]s[at]cwprs[dot]gov[dot]in 0202410-3273
6 Mrs. Manasi M. Mulay RA mulay[dot]manasim[at]cwprs[dot]gov[dot]in 0202410-3496
7 Shri Ujjal Chowdhury RA ujjal[dot]c[at]cwprs[dot]gov[dot]in 0202410-3251
8 Shri Pintu Kumar RA pintu[dot]kumar1994[at]cwprs[dot]gov[dot]in 0202410-3282
9 Shri Subash Patel LA-II subhash[dot]patel92[at]cwprs[dot]gov[dot]in 0202410-3346
10 Shri Hemant Kumar Meena LA-II hemantk[dot]meena58[at]cwprs[dot]gov[dot]in 0202410-3251
11 Shri Sandeep Yadav MTS sandeeps[dot]yadav[at]cwprs[dot]gov[dot]in 0202410-3251
12 Shri Atish Deepankar MTS atish[dot]deepankar[at]cwprs[dot]gov[dot]in 0202410-3346

                                                                              Training to Field engineers of Gujarat by CWPRS Scientists

Training to Field engineers of Gujarat by CWPRS Scientists

                                                                              Training to Field engineers of Maharashtra by CWPRS Scientists

Training to Field engineers of Maharashtra by CWPRS Scientists

                                                                              Visit to AWS by Joint Secretary

Visit to AWS by Joint Secretary

                                                                              Air temperature sensor

Air temperature sensor

                                                                              Automatic weather Station at CWPRS

Automatic weather Station at CWPRS

                                                                              Environmental Chamber for air temperature and relative humidity sensor calibration

Environmental Chamber for air temperature and relative humidity sensor calibration

                                                                              Field calibarator for meteorological sensors

Field calibarator for meteorological sensors

                                                                              Temperature sensor

Temperature sensor

                                                                              Tipping Bucket Rain gauge Calibrator

Tipping Bucket Rain gauge Calibrator

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