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"I am always doing what I cannot do yet, in order to learn how to do it"
-Vincent Van Gogh

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Current Projects

 
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Estimates of PM2.5 concentration and chemical composition by application of KORUS-AQ High Spectral Resolution Lidar retrievals and CATCH algorithm<more info>

 


 
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Particle Turbulent Flux Retrievals Through Novel Remotely Sensing Methodology<more info>

 


 
EPA

Mapping Urban Emissions of Sub-10 nm Particles using a Mobile Platform <more info>

 


 
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Development of a new methodology for particle turbulent flux retrievals using remote sensing techniques <more info>

 


 
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Size-resolved Eddy-Covariance Particle Flux Measurement during the TRACER Campaign <more info>

 


 
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Improving The Accuracy Of Ground-level Fine Aerosol Concentration Estimates By Using Novel Remote Sensing Techniques<more info>

 


 
 

Completed Projects

 
     
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Iron at the Air-Sea Interface <more info>

 


 
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Investigation of the Toxicity of Sub-10 Nanometer Particles on Bacterial Cells from Airborne Samples at Low Mass Concentration <more info>

 


 
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EAGER: Exploring the Ground-level and Elevated Sources of New Particle Formation Using Aerosol Size- and Hygroscopicity-resolved Turbulent Flux Measurement Technique<more info>

 


 
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ARM Field Campaign(AFC07015) Turbulent Flux Measurements of the Residual Layer Nucleation Particles <more info>

 


 
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Analysis of HSRL Marine Aerosol and Phytoplankton Backscatter Collated During SABOR<more info>

 


 
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Measurements of size-resolved sub-micron sea spray particle flux onboard Hi'ialakai<more info>

 


 
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New Constraints on Size-resolved Submicron Sea-salt Particle Production from Ocean Breaking Waves <more info>

  • Research Website
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    US-Georgia Higher Education Alliance <more info>

     


     
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    Quantifying the Effects of Anthropogenic Emissions on Bioavailable Iron Production in Mineral Dust Particles

     


     
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    Effect of Terrestrial and Marine Organic Aerosol on Regional and Global Climate: Model Development, Application, and Verification with Satellite Data <more info>

     


     
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    Atmospheric Transport and Photo-chemical Transformation of Iron: Model Development, Application, and Verification with Surface and Satellite Data <more info>


     
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    Development of a new MS program: Climate Change and Sustainable Development with the Emphasis on the Southern Caucasus <more info>


     
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    Quantitative Assessments of Radiative and Optical Properties of Marine Biogenic Aerosol <more info>


     
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    Defining the Role of Ocean Biology and Organic Matter in the Sea Surface Microlayer and Underlying Water to Marine Cloud Properties and Global Climate


     
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    Defining the Roles of Dust Mineralogy and Biogenic Ligands in the Marine Iron Mobilization


     
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    EPA National Network for Environmental Management Studies Fellowship Program


     
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    Exploring the Interactions between Ocean Productivity, Cloud Properties and Climate