Yi Ming
Leader, Division of Atmospheric Physics
NOAA/GFDL
Princeton University, 201 Forrestal Rd.
Princeton, NJ 08542
Email: Yi.Ming@noaa.gov
Phone: 609-452-5338
Fax: 609-987-5063
Biographical Sketch
Curriculum Vitae
Google Scholar
Research Interests
- Regional hydroclimate variability and change
- Climate dynamics
- Atmospheric physics/modeling
Published Papers
Recent Papers
Idealized Monsoon and Theory
COVID-19
An Idealized Moist Model with Realistic Radiative Transfer
- The role of water vapor feedback in ITCZ shift (J. of Climate)
- Monsoon low pressure system like variability (to be submitted to J. of Climate)
Radiative-Convective Equilibrium
Aerosol Absorption and Tropical Cyclones
Sahel Rainfall Change
- A moist static energy budget-based analysis of the Sahel rainfall response to uniform oceanic warming (J. of Climate)
- Further analysis (J. of Climate)
Climate Response to Early Holocene Orbital Forcing
Aerosol Absorption and Extratropical Circulation
Dynamics of South Asian Monsoon Low-Pressure Systems (Depressions)
- Moist and moist static energy budgets (J. of Atmospheric Sciences)
- Theory (J. of Atmospheric Sciences)
An Idealized Model of Passive Water Vapor and Clouds
East Asian Monsoon Change
Tropical Tropopause Layer under Warming
Arctic Haze
Energy Flux Perturbation
Lower Stratospheric Circulation
Forced Changes in Tropical Circulation and Stability
Surface Dimming over East Asia
Indian Monsoon
- Local vs. Remote Aerosol Impacts (GRL)
- Earlier Onset of the South Asian Monsoon (GRL)
- Role of Land Processes (Climate Dynamics)
- Model Precipitation Bias over the Equatorial Indian Ocean (Climate Dynamics)
Radiative Forcing
Climate Sensitivity
Geoengineering
A “Trilogy” on Aerosol-induced Circulation Changes
- Tropical Circulation (J. Climate)
- Weakening of the South Asian monsoon (Science)
- Boreal Winter Extratropical Circulation (J. Climate)
Climate Impacts of Absorbing Aerosols
Research Interests
- Aerosol physics and chemistry
- Aerosol-cloud-climate interactions
- Anthropogenic and natural climate forcings
- Global and regional climate change
Teaching
- AOS 527: Atmospheric Radiative Transfer
- AOS 580: Aerosol, Cloud and Climate Change