Contents
Keynote Address
Dr. LaToya Miles
Session One
Emissions and Deposition in a Changing Chemical Climate
Session Two
Advances in Atmospheric Deposition Monitoring
Session Three
Atmospheric Deposition Effects in Aquatic and Terrestrial Ecosystem
Session Four
Global Atmospheric Mercury Assessment
Session Five
Advances in Mercury Monitoring and Research
Session Six
Advances in Measurement Model Fusion
Session Seven
Critical Loads of Atmospheric Deposition
Session Seven
Atmospheric Deposition and a Changing Society
Session 6: Advances in Measurement Model Fusion
Moderator: Donna SchwedeSession Video
On model-data fusion approaches for wet deposition in North America
Alain Robichaud, Environment and Climate Change CanadaAbstract
An Updated Global Model for Terrestrial-Atmospheric Hg Exchange and Storage in Soils
Benjamin Geyman, Harvard UniversityAbstract
TDep Measurement Model Fusion (MMF) method to fuse modeled and measured air quality data to estimate total deposition with Python geoprocessing
Shih Ying Chang, Sonoma Technology, Inc.Abstract
Estimation of ammonia and nitrous oxide emissions from turfgrass systems using a dynamic chamber method and a biogeochemical modeling framework
Alberth Nahas, Department of Marine, Earth, and Atmospheric Sciences, North Carolina State UniversityAbstract
An application of machine learning to determine critical loads of nitrogen and sulfur in forest ecosystems in the U.S.
Nathan R. Pavlovic, Sonoma Technology, IncAbstract
Modeled Exceedances of Critical Loads for Total Nitrogen and Sulfur Deposition
Krish Vijayaraghavan, RambollAbstract