1. Upper Troposphere/Lower Stratosphere
1. Upper Troposphere/Lower Stratosphere
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Focused Convection Permitting Scale Modelling (ICON-CLM) Research over The Himalayan Mountain Range and Tibetan Plateau Region
Focused Convection Permitting Scale Modelling (ICON-CLM) Research over The Himalayan Mountain Range and Tibetan Plateau Region
The Tropopause Region in a Changing Atmosphere
The Tropopause Region in a Changing Atmosphere
2. Convection-Permitting Scale Climate Simulation
2. Convection-Permitting Scale Climate Simulation
CORDEX-FPS: CPTP is high-resolution climate modeling focusing on mesoscale convective systems and associated precipitation over the Third Pole region. WCRP-CORDEX endorsed it as a Flagship Pilot Study (FPS) in 2019.
CORDEX-FPS: CPTP is high-resolution climate modeling focusing on mesoscale convective systems and associated precipitation over the Third Pole region. WCRP-CORDEX endorsed it as a Flagship Pilot Study (FPS) in 2019.
CPTP, The Convection-Permitting Third Pole
CPTP, The Convection-Permitting Third Pole
3. Artificial Intelligence
3. Artificial Intelligence
Continual Artificial Intelligence Models for Atmospheric Convection (CAIMAN) in Subtropical Regions aims to revolutionize our understanding of atmospheric convection.
Continual Artificial Intelligence Models for Atmospheric Convection (CAIMAN) in Subtropical Regions aims to revolutionize our understanding of atmospheric convection.
Continual A.I. Models for Atmospheric Convection
Continual A.I. Models for Atmospheric Convection
4. GNSS Radio Occultation
4. GNSS Radio Occultation
Due to a lack of sounding data in the Himalayan region, we are using the Global Navigation Satellite System-Radio Occultation (GNSS-RO) to understand changes in vertical profile during extreme events—validation and data assimilation of RO data for high-resolution model simulation over the mountain terrain of the Himalayas.
1. CAWSES
1. CAWSES
CAWSES-IIG
CAWSES-IIG
Analysis of long-term solar weather and changes in the geomagnetic observation over the Indian region at the Indian Institute of Geomagnetism.
2. CAUSALITY
2. CAUSALITY
ENSO causality to precipitation
ENSO causality to precipitation
Precipitation variability on different time scales exhibits recurring patterns and quasi-oscillatory phenomena. Climate ENSO oscillations to precipitation have been analyzed over India and China (Asian Monsoon).
3. Carbonaceous aerosols from Biomass burning
3. Carbonaceous aerosols from Biomass burning
Carbonaceous aerosols from open biomass burning
Carbonaceous aerosols from open biomass burning
Study of carbonaceous aerosol (CA) emissions from open biomass burning over South Asia; Vertical and horizontal distribution of CAs from open biomass burning; Impact of CAs on radiative forcing and meteorological parameters quantified
4. WRF-Chem setup over the Himalayan region
4. WRF-Chem setup over the Himalayan region
Systematic evaluation of WRF-Chem
Systematic evaluation of WRF-Chem
The model can capture the seasonal trend over coasts and plains with the same parameterization and emission inventory set. In contrast, central Himalayan cities show an inverted trend during pre-monsoon and monsoon.
5. Clean Air Action Plan
5. Clean Air Action Plan
Creating Construction Emission Inventory
Creating Construction Emission Inventory
Under the Surat Clean Air Action Plan at WRI-India, we worked along with a construction data set to understand the emissions related to various types of construction in the Gujarat state of India.
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