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Projects@Centre for Atmospheric Sciences

Sponsored Research Projects:

  • Mathematical Modeling of the Dispersion of Air Pollutants Relevant to Indian Conditions.
  • Modeling and Analysis of Boundary Layer Process in Wind Conditions.
  • Carrying Capacity Study of Teesta Basin in Sikkim.
  • Study of Air-Sea Interaction Process Over India Seas during South-West and North-East Monsoons.
  • Atmospheric Numerical Prediction with IRS-P4 Satellite Inputs: Medium Range Analysis Forecast System.
  • Study on Monsoon Dynamics, Energetics and Variability.
  • Large Scale Weather and Climate Systems Over Glacier Basins of the Eastern and Western Himalayas.
  • Interaction of Air-Sea Fluxes and Marine Boundary Layer Processes in Triggering Convection Activity Over Indian Seas using BOBMEX and INDOEX Data Sets.
  • Non-Hydrostatic Nested Grid Meso-Scale Model (VRMM) for Monsoon Systems.
  • Development of Numerical Models for Circulation, Mixing, Salinity Intrusion and Pollutants.
  • Dispersal in Estuaries and Coastal Waters.
  • Climate Modeling Using PARAM 10000.
  • Two Dimensional Parallelisation of NCMRWFT126 Weather Model.
  • Role of Snow in the Prediction of Seasonal Mean Monsoon Rainfall: Modeling Studies.
  • Modeling Water Quality and Phytoplankton Production in Chilka Lagoon.
  • Effects of Wall Movement/Wall Absorption or Reaction on Fluid Flows.
  • Modeling the Effect of Environmental Factors on the Water Quality and Aquaculture Production of Fresh Water Ponds.
  • Development and Evaluation of an Integrated Forecast Platform Involving VRMM and VRAM (Component III).
  • Development of Completed Ocean-Atmosphere General Circulation Model for Monsoon Climate.
  • Non-Hydrostatic Verted Grid Mesoscale Model (VRMM) for Monsoon Systems (Component I of NMIILI Project).
  • Adoption Development and Evaluation of Variable Resolution AGCM (VRAM) for the Monsoon Region (Component II).
  • Aerosols and Indian Monsoons.
  • Development of Data Assimilation and Forecasting of Horizontal and Vertical Structure of Currents, Temperature and Salinity in the Indian Seas.
  • Development of a Coupled Ocean-atmospheric Model for Prediction of Tropical Cyclones and Associated Surges.
  • Development of Regional Wave Prediction Model for Indian Seas.
  • To Study the Role of the Himalayas in Deterministic Prediction of Large Scale Weather Pattern Over North India with High Resolution LAM.
  • Intensive Course on Use of Statistical Methods in Weather Analysis and Prediction.
  • Numerical Modeling of the Atmospheric Forcings due to Tropical Cyclones for Storm Surge Prediction.
  • Understanding and Parameterization of Land Surface Processes in Monsoon Simulation Studies.
  • Land-Atmosphere-Ocean Interactions at Different Scales in the Monsoonal Region: Process Identification and Process Modelling.
  • Preparation of Weather Summary for INDOEX-IFP99.
  • Modelling Monsoon Circulation.
  • Observational Studies and Mathematical Modelling.
  • Atmospheric Dispersion Studies in Tropical Environment.
  • Acid Rain Potential in Asia.
  • Atmospheric Dispersion Modelling for Air Quality Assessment in Coastal Environment.
  • Development of a Forecast Analysis System for Upper Ocean Temperature in the Seas Around India.
  • Development of an Operational Software for Prediction of Coastal Flooding Due to Sea Level Rise and Storm Surges along the South Andhra Coast: Phase-I.
  • Mapping of Coastal Inundation Due to Storm Surges in the Bay of Bengal.
  • Atmospheric and Oceanic Modelling in Relation to Asian Summer Monsoon Part I: Atmospheric Modelling. (Indo-U.S. Collaboration) Sponsored by NRL, US Navy.
  • Development of Numerical Storm Surge Prediction Model for Operational Implementation at ODAPS Centres of DOD.
  • Study of Land Surface Process.
  • Carrying Capacity of National Capital Region.
  • National Resource Accounting of Yamuna River Sub-basin.
  • Boundary Layer Structure and Environmental Studies.
  • Numerical Modeling of Salinity Instrution in Hooghly Estuary Response of Summer Monsoon to Indian Ocean.
  • Numerical Simulation of Biosphere-Atmosphere Interactive Processes for Climate Studies.
  • Interaction Between Orography and Physical Parameterisation Schemes in a Numerical Model and its Influence in Forecasting Large Scale Features of Monsoon.
  • Carrying Capacity of National Capital Region.
  • National Resource Accounting of Yamuna River Sub-basin.
  • Indo-UK Project "Atmospheric Features".
  • Four-Dimensional Variational Assimilation.
  • Modernisation of Atmospheric Science Laboratory.
  • Structures of the Stable Boundary Layer and its Implications in Transport and Diffusion of Air Pollutants under Weak Wind Conditions.
  • Study of Interannual Variability of Surface Fields with Special Reference to Indian Ocean.
  • Interaction Between Orography and Physical Parameterisation Schemes in a Numerical Model.
  • Climate Modeling Using PARAM 9000.
  • Development of Optimised Parallel Climate Model based on of NCMRWF Operational Model.
  • The Himalayan Environment.
  • Effect of Realistic Snow Cover on Indian Summer Monsoon: Numerical Experiments with Regional Model.
  • Development of an Optimized Atmospheric GCM for Sensitivity Studies on Monsoon Climate.
  • To Develop Fine Mesh Regional Atmospheric Prediction Model for Short Range Numerical Weather Forecasting over India and its Neighborhood.
  • Boundary Layer Studies.
  • Model Dynamics.
  • Initialisation in Tropics and Convection Parameterisation.
  • Orography Inclusion in NWP Models.
  • Objective Analysis and Opium Interpolation.
  • To Develop a Regional Atmospheric Prediction Model for Short Range Weather Forecasting Over India and its Neighborhood: Phase - II (High Resolution Model).
  • Development of Statistical Dynamical Model for Local Weather Prediction over North West India for Operational Use in IAF.
  • Modelling of Monsoon Circulation.
  • Study of boundary Layer Processes Associated with Specific Weather Events over the Monsoon Trough Region (Phase - II of MONTBLEX Modelling Programme).
  • Atmospheric and Ocean Modelling in Relation to Asian Summer Monsoon, Part-I: Atmospheric Modelling.
  • Atmospheric and Ocean Modelling in Relation to Asian Summer Monsoon, Part-II: Oceanic Modelling.
  • A Study of Severe Weather Phenomenon Over the Glacier Basins of Western Himalaya During Winter Season.
  • Model Development for the Prediction of Upwelling (Downwelling) and Frontal Regions Over Continental Shelf of Indian Seas.
  • Development of Numerical Models for Circulation, Mixing, Salinity Intrusion and Pollutant Dispersal in Estuaries and Coastal Waters.
  • Wave Prediction Modelling for Indian Seas Using IRS-P4 Data.
  • Parameterisation of Biosphere-Atmosphere Interactive Processes in a State-of-the-Art GCM in the Perspective of Indian Summer Monsoon.
Consultancy Assignments :

  • To Study Characteristics of Weather Features and Associated Precipitation of Snow and Avalanche Study Establishment (SASE).
  • Assessment of Climate Change Scenario in India and Mitigation Policies.
  • Development of Long-Term Hazard Planning, Management and Vulnerability Reduction Action Plan in respect of Cyclones.
  • Air Quality Monitoring/Modelling of Badarpur Thermal Power Station.
  • Air Dispersion Modelling.
  • Providing Model Compted Storm Surges for Orissa Coast.
  • Parallelisation of T80 Model on Parallel Processing System.
  • Ambient Air Quality Assessment through Atmospheric Dispersion Modelling of CS2 and H2S from Grasilene Division, Kumarpatanam, Karnataka.
  • Ambient Air Quality Assessment through Atmospheric Dispersion Modelling of CS2 and H2S from VFY Manufacturing Plant of Century Rayon, Shahad (Kalyan), Maharashtra.
  • Environmental Impact Assessment (Air Quality) of Proposed 500 MW Thermal Power Plant in Chittorgarh, Rajasthan.
  • Estimating Vulnerable Zones for Risk Assessment of Multiple Chlorine Storage at Matsya Ind. Area, Alwar (Raj.)

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