Temporal and spatial assessment of gaseous elemental mercury concentrations and emissions at contaminated sites using active and passive measurements
David S McLagan , Stefan Osterwalder , Harald Biester
Environmental Research Communications 3 ( 5) 051004
2021
Identifying and evaluating urban mercury emission sources through passive sampler-based mapping of atmospheric concentrations
David S McLagan , Batual Abdul Hussain , Haiyong Huang , Ying D Lei
Environmental Research Letters 13 ( 7) 074008
10
2018
Arctic mercury cycling
Ashu Dastoor , Hélène Angot , Johannes Bieser , Jesper H Christensen
Nature Reviews Earth \& Environment 3 ( 4) 270 -286
21
2022
Applying Passive Air Sampling and Isotopic Characterization to Assess Spatial Variability of Gaseous Elemental Mercury across Ontario, Canada
Natalie Szponar , Yushan Su , Geoff Stupple , David S McLagan
Journal of Geophysical Research: Atmospheres 128 ( 3) e2022JD037361
2023
Characterization and quantification of atmospheric mercury sources using passive air samplers. Case study: Abbadia San Salvatore Mercury Mine
David S McLagan , Fabrizio Monaci , Haiyong Huang , Ying Duan Lei
A Passive Air Sampler for Precise, Spatially Distributed Atmospheric Gaseous Mercury Monitoring and Source Characterization 121 -121
2018
Appendix E Supporting information for: Characterization and quantification of atmospheric mercury sources using passive air samplers. Case study: Abbadia San Salvatore Mercury Mine
David S McLagan , Fabrizio Monaci , Haiyong Huang , Ying Duan Lei
A Passive Air Sampler for Precise, Spatially Distributed Atmospheric Gaseous Mercury Monitoring and Source Characterization 244 -244
2018
Mapping gaseous mercury concentrations and predicting emissions at a decommissioned mine in Italy using passive air samplers (PASs)
David S McLagan , F Monaci , CPJ Mitchell , H Huang
Internal tree cycling and atmospheric archiving of mercury: examination with concentration and stable isotope analyses
David S McLagan , Harald Biester , Tomas Navrátil , Stephan M Kraemer
Biogeosciences 19 ( 17) 4415 -4429
13
2022
Mercury isotope fractionation during dark abiotic reduction of Hg (II) by dissolved, surface-bound, and structural Fe (II)
Lorenz Schwab , Niklas Gallati , Sofie M Reiter , Richard L Kimber
Environmental Science & Technology 57 ( 40) 15243 -15254
8
2023
Large extent of mercury stable isotope fractionation in contaminated stream sediments induced by changes of mercury binding forms
Lorenz Schwab , Florian M Rothe , David S McLagan , Alexandra Alten
Frontiers in Environmental Chemistry 3 1058890 -1058890
2
2022
Organic matters, but inorganic matters too: column examination of elevated mercury sorption on low organic matter aquifer material using concentrations and stable isotope ratios
David S McLagan , Carina Esser , Lorenz Schwab , Jan G Wiederhold
SOIL 10 ( 1) 77 -92
1
2024
Organic matters, but inorganic matters too: column examination of elevated mercury sorption on low organic matter aquifer material using concentrations and stable isotope ratios
David S McLagan , Carina Esser , Lorenz Schwab , Jan G Wiederhold
EGUsphere 2023 1 -23
2023
Rückverfolgung von Quecksilberquellen und Umwandlungsprozessen mittels stabiler Quecksilberisotopen
Lorenz Schwab , Florian M Rothe , David S McLagan , Alexandra Alten
Tagungsband Umwelt 2023
2023
Kinetic versus Equilibrium Mercury Isotope Effects During Homogenous and Surface Catalyzed Mercury (II) Reduction by Iron (II)
Lorenz Schwab , Niklas Gallati , David S McLagan , Harald Biester
2022 Goldschmidt Conference
2022
How Hg isotope source signatures can be overprinted by biogeochemical processes in the subsurface of contaminated legacy sites
Lorenz Schwab , David S McLagan , Lu Chen , Jan Pietrucha
EGU General Assembly Conference Abstracts EGU22 -8538
2022
Experimental determination of kinetic mercury isotope fractionation during reduction of Hg (II) by dissolved Fe (II) and Fe (II)-bearing minerals
Lorenz Schwab , Niklas Gallati , David S McLagan , Stephan M Kraemer
Goldschmidt2021• Virtual• 4-9 July
2021
High mercury sorption in low organic matter aquifer material using column experiments.
David S McLagan , Carina Esser , Lorenz Schwab , Jan Pietrucha
Goldschmidt2021• Virtual• 4-9 July
Appendix B Supporting information for: Application of sodium carbonate prevents sulphur poisoning of catalysts in automated total mercury analysis.
David S McLagan , Haiyong Huang , Ying Duan Lei , Frank Wania
A Passive Air Sampler for Precise, Spatially Distributed Atmospheric Gaseous Mercury Monitoring and Source Characterization 202 -202
2018
Appendix C Supporting information for: The effects of meteorological parameters and diffusive barrier reuse on the sampling rate of a passive air sampler for gaseous mercury
David S McLagan , Carl PJ Mitchell , Haiyong Huang , Batual Abdul Hussain
A Passive Air Sampler for Precise, Spatially Distributed Atmospheric Gaseous Mercury Monitoring and Source Characterization 10 206 -206
2018
Appendix D Supporting information for: Global evaluation and calibration of a passive air sampler for gaseous mercury
David S McLagan , Carl PJ Mitchell , Alexandra Steffen , Hayley Hung
A Passive Air Sampler for Precise, Spatially Distributed Atmospheric Gaseous Mercury Monitoring and Source Characterization 218 -218
2018