Contents
Session One
International atmospheric, deposition, and climate monitoring and models
Session Two
Measurements and models of wet and dry atmospheric deposition
Session Three
Agricultural emissions and atmospheric deposition
Session Four
Mercury deposition and ecosystem effects
Session Five
Critical Loads of mercury and nitrogen
Session Six
Urban air chemistry and deposition
Poster Session
Spatial Variability in Ozone and CO2 Flux during the Front Range Air Pollution and Photochemistry Experiment
Berkeley Almand-Hunter, University of Colorado at BoulderAbstract
Champaign-Urbana Transect Ambient Ammonia Study
Sybil Anderson, NADP, Illinois State Water Survey; Prairie Research Institute, University of IllinoisAbstract
Increasing Spatial and Temporal Resolution of Gaseous Ammonia Emissions from Chemical Fertilizer Usage
Srinidhi Balasubramanian, University of Illinois at Urbana ChampaignAbstract
Factors Influencing Long-Term Nitrogen Storage In Soils
Andrew Bingham, National Park ServiceAbstract
Nitrogen Deposition: Trends and Impacts in the Greater Yellowstone Area
Tamara Blett, National Park ServiceAbstract
Atmospheric Mercury Trends in Western Maryland: 1996 – 2013
Mark Castro, Appalachian LaboratoryAbstract
Mapping atmospheric deposition of nitrogen and sulfur in Rocky Mountain National Park, USA using ion-exchange resin collectors
David Clow, USGSAbstract
Chemical Speciation Network Spatial and Temporal Trends in Sulfur/Sulfate Ratio
Tracy Dombek, RTI InternationalAbstract
Preliminary Results from the Weather Research and Forecasting Model over Midwest USA
Kan Fu, Civil and Environmental Engineering, University of Illinois at Urbana-Champaign, IllinoisAbstract Presentation
Uncertainties of gaseous oxidized mercury measurements: Ambient air concentration and dry deposition
Jiaoyan Huang,Abstract
CASTNET 'Small Footprint Filter Pack' Only Sites
Selma Isil, AMEC, Inc.Abstract
Land Cover at National Atmospheric Deposition Sites derived from the National Land Cover Database
Dennis Jackson, Savannah River National LaboratoryAbstract Presentation
Establish National Atmospheric Deposition Program Sites at Historically Black Colleges & Universities
Dennis Jackson, Savannah River National LaboratoryAbstract Presentation
Speciated Atmospheric Mercury Measurements: Challenges and Opportunities
Winston Luke, NOAA/Air Resources LaboratoryAbstract
Recent trends in stream nitrate export in the Colorado Front Range and the role of atmospheric deposition
Alisa Mast, U.S. Geological SurveyAbstract
Speciated Reactive Nitrogen Measurements Using Chemiluminescence
Kevin Mishoe, AMEC Environment & Infrastructure, Inc.Abstract
Linking abiotic to biotic: servicewide baseline data for mercury in national parks
Sarah Nelson, University of MaineAbstract Presentation
Tekran Mercury Speciation intercomparison at Horicon Marsh, Wisconsin
Mark Olson, NADP Program OfficeAbstract Presentation
National Atmospheric Deposition Programs Atmospheric Mercury Network (AMNet): Dry Deposition of Mercury
Mark Olson, NADP Program OfficeAbstract Presentation
Monitoring air quality and nutrient deposition in the Forest Service Class I Wilderness areas.
Pamela Padgett, USDA Forest ServiceAbstract
A new uncertainty framework for critical loads in the US
Linda Pardo, USDA Forest ServiceAbstract
Variations in Background NH3 Concentrations in Agricultural Regions within the United States
Austin Pearson, Purdue University-Department of AgronomyAbstract
A preliminary design for an urban network in NADP
Richard Pouyat, U.S. Forest ServiceAbstract
Building Tribal Partnerships with Low Cost Small-footprint Ambient Monitoring Sites
Melissa Puchalski, US EPAAbstract
Laboratory and Field Measurements of the Suppression of Ammonia Volatilization from Surface Applied Urea Using A New Urease Inhibitor Formulation
Wayne Robarge, NC State UniversityAbstract
The effect of abiotic modifying factors on critical loads of N: species specific tables
Molly J. Robin-Abbott, EBSER, USFSAbstract
CASTNET’s NOy Monitoring Network
Christopher Rogers, AMEC Environment & Infrastructure, Inc.Abstract
The Asia-Pacific Mercury Monitoring Network (APMMN):
Regional cooperation to track the atmospheric transport and deposition of mercury
Abstract
INTEGRATING PLANT RESPONSES TO SOIL CHEMISTRY AT A CONTINENTAL-SCALE
Erica Smithwick, The Pennsylvania State UniversityAbstract
Wet Deposition of Carbon Aerosols: Lessons Learned from a Field Study
Alexander Torres, University of IllinoisAbstract
Atmospheric Ammonia Diurnal Variation in an Urban Environment: Case Study Results for São Paulo, Brazil
Marcelo Vieira-Filho, Departamento de Ciências Atmosféricas, Instituto de Astronomia, Geofísica e Ciências Atmosféricas da Universidade de São PauloAbstract
Evaluation of precipitation collection methods for analysis of bulk soluble organic nitrogen
John Walker, US EPAAbstract
Determination of Total Dissolved Nitrogen (TDN) in AIRMoN Wet Deposition Samples
Annette Wells, NADP/CALAbstract
Proposal for a Tritium Wet-Deposition Network for the National Atmospheric Deposition Program
Gregory Wetherbee, USGSAbstract