Evans, Professor Mathew John

Professor

Address

University of York

Wolfson Atmospheric Chemistry Laboratory

Department of Chemistry

University of York

Heslington

York

YO10 5DD

 
ORCID
https://orcid.org/0000-0003-4775-032X
email
+44 190 432 4188  
Website
https://www.york.ac.uk/chemistry/research/wacl/  
Picture of Professor Mathew John Evans

Publications

  • Rowlinson Matthew J.; Carpenter Lucy Jane; Evans Mathew J.; Lee J. D.; Andersen Simone T.; Sherwen Tomás; Callaghan Anna B.; Sommariva Roberto; Bloss William; Hou Siqi; Crilley Leigh R.; Pfeilsticker Klaus; Weyland Benjamin; Ryerson Thomas B.; Veres P.R.; Campuzano-Jost P.; Guo Hongyu; Nault Benjamin A.; Jimenez Jose L.; Fomba Khanneh Wadinga; Observations of tropospheric HONO are incompatible with understanding of atmospheric chemistry. [doi:10.5194/egusphere-2025-830] Feb 2025
  • Rowlinson Matthew J.; Carpenter Lucy Jane; Evans Mathew J.; Lee J. D.; Andersen Simone T.; Sherwen Tomás; Callaghan Anna B.; Sommariva Roberto; Bloss William; Hou Siqi; Crilley Leigh R.; Pfeilsticker Klaus; Weyland Benjamin; Ryerson Thomas B.; Veres P.R.; Campuzano-Jost P.; Guo Hongyu; Nault Benjamin A.; Jimenez Jose L.; Fomba Khanneh Wadinga; Supplementary material to “Observations of tropospheric HONO are incompatible with understanding of atmospheric chemistry”. [doi:10.5194/egusphere-2025-830-supplement] Feb 2025
  • Schill Gregory P.; Froyd Karl D.; Murphy Daniel M.; Williamson Christina J.; Brock Charles; Sherwen Tomás; Evans Mathew J.; Ray Eric A.; Apel Eric C.; Hornbrook Rebecca; Hills Alan J.; Peischl Jeff; Ryerson Thomas B.; Thompson Chelsea; Bourgeois Ilann; Blake Donald R.; DiGangi Joshua P.; Diskin Glenn S.; Widespread trace bromine and iodine in remote tropospheric non-sea-salt aerosols. Atmospheric Chemistry And Physics, 25 (1) , 45–71, [doi:10.5194/acp-25-45-2025] Jan 2025
  • Carpenter Lucy Jane; Callaghan Anna; Chance Rosie; Evans Mathew J.; Lee J. D.; Read Katie; Rowlinson Matthew J.; Shaw Marvin; Sherwen Tomás; Andersen Simone T.; Tinel Liselotte; Plane John; Discovering global-scale processes in the marine atmosphere. [doi:10.5194/egusphere-egu24-11717] Nov 2024
  • Pound Ryan J.; Brown Lucy V.; Evans Mathew J.; Carpenter Lucy Jane; An improved estimate of inorganic iodine emissions from the ocean using a coupled surface microlayer box model. Atmospheric Chemistry And Physics, 24 (17) , 9899–9921, [doi:10.5194/acp-24-9899-2024] Sep 2024
  • Rowlinson Matthew J.; Evans Mathew J.; Carpenter Lucy Jane; Read Katie A.; Punjabi Shalini; Adedeji Adedayo; Fakes Luke; Lewis Ally; Richmond Ben; Passant Neil; Murrells Tim; Henderson Barron; Bates Kelvin H.; Helmig Detlev; Revising VOC emissions speciation improves the simulation of global background ethane and propane. Atmospheric Chemistry And Physics, 24 (14) , 8317–8342, [doi:10.5194/acp-24-8317-2024] Jul 2024
  • Schill Gregory P.; Froyd Karl D.; Murphy Daniel M.; Williamson Christina J.; Brock Charles; Sherwen Tomás; Evans Mathew J.; Ray Eric A.; Apel Eric C.; Hornbrook Rebecca; Hills Alan J.; Peischl Jeff; Ryerson Thomas B.; Thompson Chelsea; Bourgeois Ilann; Blake Donald R.; DiGangi Joshua P.; Diskin Glenn S.; Non-sea-salt aerosols that contain trace bromine and iodine are widespread in the remote troposphere. [doi:10.5194/egusphere-2024-1399] Jun 2024
  • Silva Sam J.; Evans Mathew J.; Artificial Intelligence and Machine Learning in Atmospheric Chemistry. Acs Es&Amp;T Air, 1 (5) , 330–331, [doi:10.1021/acsestair.4c00075] Apr 2024
  • Silva Sam J.; Evans Mathew J.; Artificial Intelligence and Machine Learning in Atmospheric Chemistry. Acs Es&Amp;T Air, 1 (5) , 330–331, [doi:10.1021/acsestair.4c00075] Apr 2024
  • Lade Rachel E.; Blitz Mark A.; Rowlinson Matthew; Evans Mathew J.; Seakins Paul W.; Stone Daniel; Kinetics of the reactions of the Criegee intermediate CH2OO with water vapour: experimental measurements as a function of temperature and global atmospheric modelling. Environmental Science: Atmospheres, 4 (11) , 1294–1308, [doi:10.1039/d4ea00097h] 2024
  • Bates Kelvin H.; Evans M. J.; Henderson Barron; Jacob D. J.; Impacts of updated reaction kinetics on the global GEOS-Chem simulation of atmospheric chemistry. Geoscientific Model Development, 17 (4) , 1511--1524, [doi:10.5194/gmd-17-1511-2024] 2024
  • Pound Ryan J.; Brown Lucy V.; Evans Mathew J.; Carpenter Lucy Jane; An improved estimate of inorganic iodine emissions from the ocean using a coupled surface microlayer box model. [doi:10.5194/egusphere-2023-2447] Nov 2023
  • Adedeji Adedayo R.; Andrews Stephen J.; Rowlinson Matthew J.; Evans Mathew J.; Lewis Alastair C.; Hashimoto Shigeru; Mukai Hitoshi; Tanimoto Hiroshi; Tohjima Yasunori; Saito Takuya; Measurement report: Assessment of Asian emissions of ethane and propane with a chemistry transport model based on observations from the island of Hateruma. Atmospheric Chemistry And Physics, 23 (16) , 9229–9244, [doi:10.5194/acp-23-9229-2023] Aug 2023
  • Bates Kelvin; Evans Mathew J.; Henderson Barron; Jacob Daniel; Supplementary material to “Impacts of updated reaction kinetics on the global GEOS-Chem simulation of atmospheric chemistry”. [doi:10.5194/egusphere-2023-1374-supplement] Aug 2023
  • Bates Kelvin; Evans Mathew J.; Henderson Barron; Jacob Daniel; Impacts of updated reaction kinetics on the global GEOS-Chem simulation of atmospheric chemistry. [doi:10.5194/egusphere-2023-1374] Aug 2023
  • Pound Ryan J.; Durcan D. P.; Evans Mathew J.; Carpenter Lucy Jane; Comparing the Importance of Iodine and Isoprene on Tropospheric Photochemistry. Geophysical Research Letters, 50 (8) , [doi:10.1029/2022gl100997] Apr 2023
  • Pound Ryan J.; Durcan D. P.; Evans Mathew J.; Carpenter Lucy Jane; Comparing the Importance of Iodine and Isoprene on Tropospheric Photochemistry. Geophysical Research Letters, 50 (8) , [doi:10.1029/2022gl100997] Apr 2023
  • Pound Ryan J.; Durcan D. P.; Evans Mathew J.; Carpenter Lucy Jane; Comparing the Importance of Iodine and Isoprene on Tropospheric Photochemistry. Geophysical Research Letters, 50 (8) , [doi:10.1029/2022gl100997] Apr 2023
  • Shah Viral; Jacob Daniel J.; Dang Ruijun; Lamsal Lok N.; Strode Sarah A.; Steenrod Stephen D.; Boersma K. Folkert; Eastham Sebastian D.; Fritz Thibaud M.; Thompson Chelsea; Peischl Jeff; Bourgeois Ilann; Pollack Ilana B.; Nault Benjamin A.; Cohen R. C.; Campuzano-Jost P.; Jimenez Jose L.; Andersen Simone T.; Carpenter Lucy Jane; Sherwen Tomás; Evans Mathew J.; Nitrogen oxides in the free troposphere: implications for tropospheric oxidants and the interpretation of satellite NO2 measurements. Atmospheric Chemistry And Physics, 23 (2) , 1227–1257, [doi:10.5194/acp-23-1227-2023] Jan 2023
  • Adedeji Adedayo Rasak; Andrews Stephen Joseph; Rowlinson Matthew J.; Evans Mathew J.; Lewis Alastair Charles; Hashimoto Shigeru; Mukai Hitoshi; Tanimoto Hiroshi; Tohjima Yasunori; Saito Takuya; Measurement report: Assessment of Asian emissions of ethane, propane, carbon monoxide, and NOx based on observations from the island of Hateruma. [doi:10.5194/acp-2022-703] Nov 2022
  • Edwards Pete; Evans Mathew J.; Commane R.; Ingram T.; Stone D.; Mahajan A. S.; Oetjen H.; Dorsey James R.; Hopkins J. R.; Lee J. D.; Moller S. J.; Leigh R.; Plane J. M. C.; Carpenter L. J.; Heard D. E.; Hydrogen oxide photochemistry in the northern Canadian spring time boundary layer. Journal Of Geophysical Research, 116, D22306, [doi:10.1029/2011jd016390] NOV 22 2011 2011
  • Pound Ryan J.; Evans Mathew J.; Carpenter Lucy Jane; Comparing the importance of iodine and isoprene on tropospheric photochemistry. [doi:10.1002/essoar.10512298.1] Sep 2022
  • Ivatt Peter D.; Evans Mathew J.; Lewis Alastair C.; Suppression of surface ozone by an aerosol-inhibited photochemical ozone regime. Nature Geoscience, 15 (7) , 536--540, [doi:10.1038/s41561-022-00972-9] Jul 2022
  • Archibald A. T.; Collins W.; Evans Mathew J.; Griffiths Paul; O'Connor Fiona; Wild Oliver; Young Paul J.; Ace in the hole or a house of cards: Will a DeCK experiment help atmospheric chemistry?. [doi:10.5194/egusphere-egu22-9442] Mar 2022
  • Bates Kelvin H.; Jacob Daniel J.; Li Ke; Ivatt Peter D.; Evans Mathew J.; Yan Yingying; Lin Jintai; Development and evaluation of a new compact mechanism for aromatic oxidation in atmospheric models. Atmospheric Chemistry And Physics, 21 (24) , 18351--18374, [doi:10.5194/acp-21-18351-2021] Dec 2021
  • kelly jamie; Ivatt Peter D.; Evans Mathew J.; Kroll Jesse H.; Hrdina Amy; kohale ishwar N; white forest M; Engelward Bevin P; Selin Noelle Eckley; Global Cancer Risk From Unregulated Polycyclic Aromatic Hydrocarbons. {Geohealth}, 5 (9) , [doi:10.1029/2021gh000401] Sep 2021
  • Wang Xuan; Jacob Daniel J.; Downs William; Zhai Shuting; Zhu Lei; Shah Viral; Holmes Christopher D.; Sherwen Tomás; Alexander Becky; Evans Mathew J.; Eastham Sebastian D.; Neuman J. Andrew; Veres P.R.; Koenig Theodore K.; Volkamer Rainer; Huey Gregory L.; Bannan Thomas J.; Percival Carl J.; Lee Ben H.; Thornton Joel A.; Global tropospheric halogen (Cl, Br, I) chemistry and its impact on oxidants. Atmospheric Chemistry And Physics, 21 (18) , 13973--13996, [doi:10.5194/acp-21-13973-2021] Sep 2021
  • Zhai Shuting; Wang Xuan; McConnell Joseph R.; Geng Lei; Cole‐Dai Jihong; Sigl Michael; Chellman Nathan; Sherwen Tomás; Pound Ryan J.; Fujita Koji; Hattori Shohei; Moch Jonathan M.; Zhu Lei; Evans Mathew J.; Legrand Michel; Liu Pengfei; Pasteris Daniel; Chan Yuk‐Chun; Murray Lee T.; Alexander Becky; Anthropogenic Impacts on Tropospheric Reactive Chlorine Since the Preindustrial. Geophysical Research Letters, 48 (14) , [doi:10.1029/2021gl093808] Jul 2021
  • Bates Kelvin; Jacob Daniel; Li Ke; ivatt peter; Evans Mathew J.; Yan Yingying; Lin Jintai; Development and evaluation of a new compact mechanism for aromatic oxidation in atmospheric models. [doi:10.5194/acp-2021-605] Jul 2021
  • Bates Kelvin; Jacob Daniel; Li Ke; ivatt peter; Evans Mathew J.; Yan Yingying; Lin Jintai; Supplementary material to "Development and evaluation of a new compact mechanism for aromatic oxidation in atmospheric models". [doi:10.5194/acp-2021-605-supplement] Jul 2021
  • Wang Xuan; Jacob Daniel J.; Downs William; Zhai Shuting; Zhu Lei; Shah Viral; Holmes Christopher D.; Sherwen Tomás; Alexander Becky; Evans Mathew J.; Eastham Sebastian D.; Neuman J. Andrew; Veres P.R.; Koenig Theodore K.; Volkamer Rainer; Huey Gregory L.; Bannan Thomas J.; Percival Carl J.; Lee Ben H.; Thornton Joel A.; Global tropospheric halogen (Cl, Br, I) chemistry and its impact on oxidants. [doi:10.5194/acp-2021-441] Jun 2021
  • Wang Xuan; Jacob Daniel J.; Downs William; Zhai Shuting; Zhu Lei; Shah Viral; Holmes Christopher D.; Sherwen Tomás; Alexander Becky; Evans Mathew J.; Eastham Sebastian D.; Neuman J. Andrew; Veres P.R.; Koenig Theodore K.; Volkamer Rainer; Huey Gregory L.; Bannan Thomas J.; Percival Carl J.; Lee Ben H.; Thornton Joel A.; Supplementary material to "Global tropospheric halogen (Cl, Br, I) chemistry and its impact on oxidants". [doi:10.5194/acp-2021-441-supplement] Jun 2021
  • Wang Xiaolin; Fu Tzung-May; Zhang Lin; Cao Hansen; Zhang Qiang; Ma Hanchen; Shen Lu; Evans Mathew J.; Ivatt Peter D.; Lu Xiao; Chen Youfan; Zhang Lijuan; Feng Xu; Yang Xin; Zhu Lei; Henze Daven K.; Sensitivities of Ozone Air Pollution in the Beijing–Tianjin–Hebei Area to Local and Upwind Precursor Emissions Using Adjoint Modeling. Environmental Science {\&} Technology, 55 (9) , 5752--5762, [doi:10.1021/acs.est.1c00131] Apr 2021
  • Carpenter Lucy J.; Chance Rosie J.; Sherwen Tomás; Adams Thomas J.; Ball Stephen M.; Evans Mathew J.; Hepach Helmke; Hollis Lloyd D. J.; Hughes Claire; Jickells Timothy D.; Mahajan Anoop; Stevens David P.; Tinel Liselotte; Wadley Martin R.; Marine iodine emissions in a changing world. Proceedings Of The Royal Society A: Mathematical, Physical And Engineering Sciences, 477 (2247) , 20200824, [doi:10.1098/rspa.2020.0824] Mar 2021
  • Keller Christoph A.; Evans Mathew J.; Knowland K. Emma; Hasenkopf Christa A.; Modekurty Sruti; Lucchesi Robert A.; Oda Tomohiro; Franca Bruno B.; Mandarino Felipe C.; Díaz Suárez M. Valeria; Ryan Robert G.; Fakes Luke H.; Pawson Steven; Global impact of COVID-19 restrictions on the surface concentrations of nitrogen dioxide and ozone. Atmospheric Chemistry And Physics, 21 (5) , 3555--3592, [doi:10.5194/acp-21-3555-2021] Mar 2021
  • kelly jamie; ivatt peter; Evans Mathew J.; Kroll Jesse; Hrdina Amy; kohale ishwar N; white forest M; Engelward Bevin P; Selin Noelle Eckley; Global Cancer Risk from Unregulated Polycyclic Aromatic Hydrocarbons. [doi:10.1002/essoar.10506200.1] Feb 2021
  • Newland Mike J.; Bryant Daniel J.; Dunmore R.; Bannan Thomas J.; Acton W. Joe F.; Langford Ben; Hopkins J. R.; Squires Freja; Dixon William; Drysdale Will; Ivatt Peter D.; Evans Mathew J.; Edwards Peter M.; Whalley Lisa K.; Heard Dwayne E.; Slater Eloise J.; Woodward-Massey Robert; Ye Chunxiang; Mehra Archit; Worrall Stephen D.; Bacak Asan; Coe Hugh; Percival Carl J.; Hewitt Nick; Lee J. D.; Cui Tianqu; Surratt Jason D.; Wang Xinming; Lewis Alastair C.; Rickard Andrew R.; Hamilton Jacqueline F.; Low-NO atmospheric oxidation pathways in a polluted megacity. Atmospheric Chemistry And Physics, 21 (3) , 1613--1625, [doi:10.5194/acp-21-1613-2021] Feb 2021
  • Silva Sam J.; Burrows Susannah M.; Evans Mathew J.; Halappanavar Mahantesh; A Graph Theoretical Intercomparison of Atmospheric Chemical Mechanisms. Geophysical Research Letters, 48 (1) , [doi:10.1029/2020gl090481] Jan 2021
  • Keller Christoph A.; Evans Mathew J.; Knowland K. Emma; Hasenkopf Christa A.; Modekurty Sruti; Lucchesi Robert A.; Oda Tomohiro; Franca Bruno B.; Mandarino Felipe C.; Díaz Suárez M. Valeria; Ryan Robert G.; Fakes Luke H.; Pawson Steven; Global Impact of COVID-19 Restrictions on the Surface Concentrations of Nitrogen Dioxide and Ozone. [doi:10.5194/acp-2020-685] Sep 2020
  • Forster Piers M.; Forster Harriet I.; Evans Mathew J.; Gidden Matthew J.; Jones Chris D.; Keller Christoph A.; Lamboll Robin D.; Quéré Corinne Le; Rogelj Joeri; Rosen Deborah; Schleussner Carl-Friedrich; Richardson Thomas B.; Smith Christopher J.; Turnock Steven T.; Current and future global climate impacts resulting from COVID-19. Nature Climate Change, 10 (10) , 913--919, [doi:10.1038/s41558-020-0883-0] Aug 2020
  • Forster Piers M.; Forster Harriet I.; Evans Mathew J.; Gidden Matthew J.; Jones Chris D.; Keller Christoph A.; Lamboll Robin D.; Quéré Corinne Le; Rogelj Joeri; Rosen Deborah; Schleussner Carl-Friedrich; Richardson Thomas B.; Smith Christopher J.; Turnock Steven T.; Publisher Correction: Current and future global climate impacts resulting from COVID-19. Nature Climate Change, 10 (10) , 971--971, [doi:10.1038/s41558-020-0904-z] Aug 2020
  • Ivatt Peter D.; Evans Mathew J.; Improving the prediction of an atmospheric chemistry transport model using gradient-boosted regression trees. Atmospheric Chemistry And Physics, 20 (13) , 8063--8082, [doi:10.5194/acp-20-8063-2020] Jul 2020
  • Travis Katherine R.; Heald Colette L.; Allen Hannah M.; Apel Eric C.; Arnold Stephen R.; Blake Donald R.; Brune William H.; Chen Xin; Commane Roisin; Crounse J. D.; Daube Bruce C.; Diskin Glenn S.; Elkins James W.; Evans Mathew J.; Hall Samuel R.; Hintsa Eric; Hornbrook Rebecca; Kasibhatla Prasad; Kim Michelle J.; Luo Gan; McKain Kathryn; Millet D.B.; Moore Fred L.; Peischl Jeffrey; Ryerson Thomas B.; Sherwen Tomás; Thames Alexander B.; Ullmann Kirk; Wang Xuan; Wennberg P. O.; Wolfe Glenn M.; Yu Fangqun; Constraining remote oxidation capacity with ATom observations. Atmospheric Chemistry And Physics, 20 (13) , 7753--7781, [doi:10.5194/acp-20-7753-2020] Jul 2020
  • Huang Jiayue; Jaeglé Lyatt; Chen Qianjie; Alexander Becky; Sherwen Tomás; Evans Mathew J.; Theys Nicolas; Choi Sungyeon; Evaluating the impact of blowing-snow sea salt aerosol on springtime BrO and O₃ in the Arctic. Atmospheric Chemistry And Physics, 20 (12) , 7335--7358, [doi:10.5194/acp-20-7335-2020] Jun 2020
  • Pound Ryan J.; Sherwen Tomás; Helmig Detlev; Carpenter Lucy J.; Evans Mathew J.; Influences of oceanic ozone deposition on tropospheric photochemistry. Atmospheric Chemistry And Physics, 20 (7) , 4227--4239, [doi:10.5194/acp-20-4227-2020] Apr 2020
  • Alexander Becky; Sherwen Tomás; Holmes Christopher D.; Fisher Jenny A.; Chen Qianjie; Evans Mathew J.; Kasibhatla Prasad; Global inorganic nitrate production mechanisms: comparison of a global model with nitrate isotope observations. Atmospheric Chemistry And Physics, 20 (6) , 3859--3877, [doi:10.5194/acp-20-3859-2020] Mar 2020
  • Evans Mathew J.; Review of Griffiths et al., Tropospheric ozone in CMIP6 simulations.. [doi:10.5194/acp-2019-1216-rc1] Mar 2020
  • Horowitz Hannah M.; Holmes Christopher D.; Wright Alicia; Sherwen Tomás; Wang Xuan; Evans Mathew J.; Huang Jiayue; Jaeglé Lyatt; Chen Qianjie; Zhai Shuting; Alexander Becky; Effects of Sea Salt Aerosol Emissions for Marine Cloud Brightening on Atmospheric Chemistry: Implications for Radiative Forcing. Geophysical Research Letters, 47 (4) , [doi:10.1029/2019gl085838] Feb 2020
  • Newland Mike J.; Bryant Daniel J.; Dunmore R.; Bannan Thomas J.; Acton W. Joe F.; Langford Ben; Hopkins J. R.; Squires Freya A.; Dixon William; Drysdale Will; Ivatt Peter D.; Evans Mathew J.; Edwards Peter M.; Whalley Lisa K.; Heard Dwayne E.; Slater Eloise J.; Woodward-Massey Robert; Ye Chunxiang; Mehra Archit; Worrall Stephen D.; Bacak Asan; Coe Hugh; Percival Carl J.; Hewitt C. Nicholas; Lee J. D.; Cui Tianqu; Surratt Jason D.; Wang Xinming; Lewis Alastair C.; Rickard Andrew R.; Hamilton Jacqueline F.; Rainforest-like Atmospheric Chemistry in a Polluted Megacity. [doi:10.5194/acp-2020-35] Feb 2020
  • Newland Mike J.; Bryant Daniel J.; Dunmore R.; Bannan Thomas J.; Acton W. Joe F.; Langford Ben; Hopkins J. R.; Squires Freya A.; Dixon William; Drysdale Will; Ivatt Peter D.; Evans Mathew J.; Edwards Peter M.; Whalley Lisa K.; Heard Dwayne E.; Slater Eloise J.; Woodward-Massey Robert; Ye Chunxiang; Mehra Archit; Worrall Stephen D.; Bacak Asan; Coe Hugh; Percival Carl J.; Hewitt C. Nicholas; Lee J. D.; Cui Tianqu; Surratt Jason D.; Wang Xinming; Lewis Alastair C.; Rickard Andrew R.; Hamilton Jacqueline F.; Supplementary material to \"Rainforest-like Atmospheric Chemistry in a Polluted Megacity\". [doi:10.5194/acp-2020-35-supplement] Feb 2020
  • Huang Jiayue; Jaeglé Lyatt; Chen Qianjie; Alexander Becky; Sherwen Tomás; Evans Mathew J.; Theys Nicolas; Choi Sungyeon; Evaluating the impact of blowing snow sea salt aerosol on springtime BrO and O₃ in the Arctic. [doi:10.5194/acp-2019-1094] Jan 2020
  • Huang Jiayue; Jaeglé Lyatt; Chen Qianjie; Alexander Becky; Sherwen Tomás; Evans Mathew J.; Theys Nicolas; Choi Sungyeon; Supplementary material to \"Evaluating the impact of blowing snow sea salt aerosol on springtime BrO and O₃ in the Arctic\". [doi:10.5194/acp-2019-1094-supplement] Jan 2020
  • Haslett Sophie L.; Taylor Jonathan; Evans Mathew J.; Morris Eleanor; Vogel Bernhard; Dajuma Alima; Brito Joel; Batenburg Anneke M.; Borrmann Stephan; Schneider Johannes; Schulz Christiane; Denjean Cyrielle; Bourrianne Thierry; Knippertz Peter; Dupuy Régis; Schwarzenböck Alfons; Sauer Daniel; Flamant Cyrille; Dorsey James; Crawford Ian; Coe Hugh; Remote biomass burning dominates southern West African air pollution during the monsoon. Atmospheric Chemistry And Physics, 19 (24) , 15217--15234, [doi:10.5194/acp-19-15217-2019] Dec 2019
  • Pound Ryan J.; Sherwen Tomás; Helmig Detlev; Carpenter Lucy J.; Evans Mathew J.; Influences of oceanic ozone deposition on tropospheric photochemistry. [doi:10.5194/acp-2019-1043] Nov 2019
  • Ivatt Peter D.; Evans Mathew J.; Improving the prediction of an atmospheric chemistry transport model using gradient boosted regression trees. [doi:10.5194/acp-2019-753] Oct 2019
  • Rap A.; Scott C. E.; Reddington C. L.; Mercado L.; Ellis R. J.; Garraway S.; Evans Mathew J.; Beerling D. J.; MacKenzie A. R.; Hewitt C. N.; Spracklen D. V.; Reply to: Complexities between plants and the atmosphere. Nature Geoscience, 12 (9) , 695--695, [doi:10.1038/s41561-019-0437-0] Aug 2019
  • Sherwen Tomás; Chance Rosie J.; Tinel Liselotte; Ellis Daniel; Evans Mathew J.; Carpenter Lucy J.; A machine-learning-based global sea-surface iodide distribution. Earth System Science Data, 11 (3) , 1239--1262, [doi:10.5194/essd-11-1239-2019] Aug 2019
  • Lutsch Erik; Strong Kimberly; Jones Dylan B.A.; Ortega Ivan; Hannigan James W.; Dammers Enrico; Shephard Mark W.; Morris Eleanor; Murphy Killian; Evans Mathew J.; Parrington Mark; Whitburn Simon; Van Damme Martin; Clarisse Lieven; Coheur Pierre‐Francois; Clerbaux Cathy; Croft Betty; Martin Randall V.; Pierce Jeffrey R.; Fisher Jenny A.; Unprecedented atmospheric ammonia concentrations detected in the high Arctic from the 2017 Canadian wildfires. Journal Of Geophysical Research: Atmospheres [doi:10.1029/2019jd030419] Jul 2019
  • Zhu Lei; Jacob Daniel J.; Eastham Sebastian D.; Sulprizio Melissa P.; Wang Xuan; Sherwen Tomás; Evans Mathew J.; Chen Qianjie; Alexander Becky; Koenig Theodore K.; Volkamer Rainer; Huey Gregory L.; Le Breton Michael; Bannan Thomas J.; Percival Carl J.; Effect of sea salt aerosol on tropospheric bromine chemistry. Atmospheric Chemistry And Physics, 19 (9) , 6497--6507, [doi:10.5194/acp-19-6497-2019] May 2019
  • Alexander Becky; Sherwen Tomás; Holmes Christopher D.; Fisher Jenny A.; Chen Qianjie; Evans Mathew J.; Kasibhatla Prasad; Global inorganic nitrate production mechanisms: Comparison of a global model with nitrate isotope observations. Atmospheric Chemistry And Physics Discussions 1--36, [doi:10.5194/acp-2019-422] May 2019
  • Alexander Becky; Sherwen Tomás; Holmes Christopher D.; Fisher Jenny A.; Chen Qianjie; Evans Mathew J.; Kasibhatla Prasad; Supplementary material to \"Global inorganic nitrate production mechanisms: Comparison of a global model with nitrate isotope observations\". [doi:10.5194/acp-2019-422-supplement] May 2019
  • Haslett Sophie L.; Taylor Jonathan; Evans Mathew J.; Morris Eleanor; Vogel Bernhard; Dajuma Alima; Brito Joel; Batenburg Anneke M.; Borrmann Stephan; Schneider Johannes; Schulz Christiane; Denjean Cyrielle; Bourrianne Thierry; Knippertz Peter; Dupuy Régis; Schwarzenböck Alfons; Sauer Daniel; Flamant Cyrille; Dorsey James; Crawford Ian; Coe Hugh; Remote biomass burning dominates southern West African air pollution during the monsoon. Atmospheric Chemistry And Physics Discussions 1--23, [doi:10.5194/acp-2019-38] Apr 2019
  • Wang Xuan; Jacob Daniel J.; Eastham Sebastian D.; Sulprizio Melissa P.; Zhu Lei; Chen Qianjie; Alexander Becky; Sherwen Tomás; Evans Mathew J.; Lee Ben H.; Haskins Jessica D.; Lopez-Hilfiker Felipe D.; Thornton Joel A.; Huey Gregory L.; Liao Hong; The role of chlorine in global tropospheric chemistry. Atmospheric Chemistry And Physics, 19 (6) , 3981--4003, [doi:10.5194/acp-19-3981-2019] Mar 2019
  • Sherwen Tomás; Chance Rosie J.; Tinel Liselotte; Ellis Daniel; Evans Mathew J.; Carpenter Lucy J.; A machine learning based global sea-surface iodide distribution. Earth System Science Data Discussions 1--40, [doi:10.5194/essd-2019-40] Mar 2019
  • Keller Christoph A.; Evans Mathew J.; Application of random forest regression to the calculation of gas-phase chemistry within the GEOS-Chem chemistry model v10. Geoscientific Model Development, 12 (3) , 1209--1225, [doi:10.5194/gmd-12-1209-2019] Mar 2019
  • Pacifico Federica; Delon Claire; Jambert Corinne; Durand Pierre; Morris Eleanor; Evans Mathew J.; Lohou Fabienne; Derrien Solène; Donnou Venance H. E.; Houeto Arnaud V.; Reinares Martinez Irene; Brilouet Pierre-Etienne; Measurements of nitric oxide and ammonia soil fluxes from a wet savanna ecosystem site in West Africa during the DACCIWA field campaign. Atmospheric Chemistry And Physics, 19 (4) , 2299--2325, [doi:10.5194/acp-19-2299-2019] Feb 2019
  • Smith Kate R.; Edwards Pete; Ivatt Peter D.; Lee James D.; Squires Freya; Dai Chengliang; Peltier Richard E.; Evans Mathew J.; Sun Yele; Lewis Alastair C.; An improved low-power measurement of ambient NO₂ and O₃ combining electrochemical sensor clusters and machine learning. Atmospheric Measurement Techniques, 12 (2) , 1325--1336, [doi:10.5194/amt-12-1325-2019] Feb 2019
  • Hu Lu; Keller Christoph A.; Long Michael S.; Sherwen Tomás; Auer Benjamin; da Silva Arlindo; Nielsen Jon E.; Pawson Steven; Thompson Matthew A.; Trayanov Atanas L.; Travis Katherine R.; Grange Stuart K.; Evans Mathew J.; Jacob Daniel J.; Global simulation of tropospheric chemistry at 12.5\ km resolution: performance and evaluation of the GEOS-Chem chemical module (v10-1) within the NASA GEOS Earth system model (GEOS-5 ESM). Geoscientific Model Development, 11 (11) , 4603--4620, [doi:10.5194/gmd-11-4603-2018] Nov 2018
  • Zhu Lei; Jacob Daniel J.; Eastham Sebastian D.; Sulprizio Melissa P.; Wang Xuan; Sherwen Tomás; Evans Mathew J.; Chen Qianjie; Alexander Becky; Koenig Theodore K.; Volkamer Rainer; Huey Gregory L.; Le Breton Michael; Bannan Thomas J.; Percival Carl J.; Effect of sea-salt aerosol on tropospheric bromine chemistry. Atmospheric Chemistry And Physics Discussions 1--17, [doi:10.5194/acp-2018-1239] Nov 2018
  • Keller Christoph A.; Evans Mathew J.; Application of random forest regression to the calculation of gas-phase chemistry within the GEOS-Chem chemistry model v10. Geoscientific Model Development Discussions 1--25, [doi:10.5194/gmd-2018-229] Oct 2018
  • Wang Xuan; Jacob Daniel J.; Eastham Sebastian D.; Sulprizio Melissa P.; Zhu Lei; Chen Qianjie; Alexander Becky; Sherwen Tomás; Evans Mathew J.; Lee Ben H.; Haskins Jessica D.; Lopez-Hilfiker Felipe D.; Thornton Joel A.; Huey Gregory L.; Liao Hong; The role of chlorine in tropospheric chemistry. Atmospheric Chemistry And Physics Discussions 1--40, [doi:10.5194/acp-2018-1088] Oct 2018
  • Chen Qianjie; Sherwen Tomás; Evans Mathew J.; Alexander Becky; DMS oxidation and sulfur aerosol formation in the marine troposphere: a focus on reactive halogen and multiphase chemistry. Atmospheric Chemistry And Physics, 18 (18) , 13617--13637, [doi:10.5194/acp-18-13617-2018] Sep 2018
  • Smith Kate R.; Edwards Peter M.; Ivatt Peter D.; Lee James D.; Squires Freya; Dai Chengliang; Peltier Richard E.; Evans Mathew J.; Lewis Alastair C.; An improved low power measurement of ambient NO₂ and O₃ combining electrochemical sensor clusters and machine learning. Atmospheric Measurement Techniques Discussions 1--21, [doi:10.5194/amt-2018-285] Sep 2018
  • Kasibhatla Prasad; Sherwen Tomás; Evans Mathew J.; Carpenter Lucy J.; Reed Chris; Alexander Becky; Chen Qianjie; Sulprizio Melissa P.; Lee James D.; Read Katie A.; Bloss William; Crilley Leigh R.; Keene William C.; Pszenny Alexander A. P.; Hodzic Alma; Global impact of nitrate photolysis in sea-salt aerosol on NOₓ, OH, and O₃ in the marine boundary layer. Atmospheric Chemistry And Physics, 18 (15) , 11185--11203, [doi:10.5194/acp-18-11185-2018] Aug 2018
  • Sommariva Roberto; Hollis Lloyd D. J.; Sherwen Tomás; Baker Alex R.; Ball Stephen M.; Bandy Brian J.; Bell Thomas G.; Chowdhury Mohammad N.; Cordell Rebecca L.; Evans Mathew J.; Lee James D.; Reed Chris; Reeves Claire E.; Roberts James M.; Yang Mingxi; Monks Paul S.; Seasonal and geographical variability of nitryl chloride and its precursors in Northern Europe. Atmospheric Science Letters, 19 (8) , e844, [doi:10.1002/asl.844] Aug 2018
  • Rap A.; Scott C. E.; Reddington C. L.; Mercado L.; Ellis R. J.; Garraway S.; Evans Mathew J.; Beerling D. J.; MacKenzie A. R.; Hewitt C. N.; Spracklen D. V.; Enhanced global primary production by biogenic aerosol via diffuse radiation fertilization. Nature Geoscience, 11 (9) , 640--644, [doi:10.1038/s41561-018-0208-3] Aug 2018
  • Silvern R. F.; Jacob D. J.; Travis K. R.; Sherwen T.; Evans Mathew J.; Cohen R. C.; Laughner J. L.; Hall S. R.; Ullmann K.; Crounse J. D.; Wennberg P. O.; Peischl J.; Pollack I. B.; Observed NO/NO2 Ratios in the Upper Troposphere Imply Errors in NO-NO2 -O3 Cycling Kinetics or an Unaccounted NOx Reservoir. Geophysical Research Letters, 45 (9) , 4466--4474, [doi:10.1029/2018gl077728] May 2018
  • Newland Mike J.; Rickard Andrew R.; Sherwen Tomás; Evans Mathew J.; Vereecken Luc; Muñoz Amalia; Ródenas Milagros; Bloss William J.; The atmospheric impacts of monoterpene ozonolysis on global stabilised Criegee intermediate budgets and SO₂ oxidation: experiment, theory and modelling. Atmospheric Chemistry And Physics, 18 (8) , 6095--6120, [doi:10.5194/acp-18-6095-2018] May 2018
  • Chen Qianjie; Sherwen Tomás; Evans Mathew J.; Alexander Becky; DMS oxidation and sulfur aerosol formation in the marine troposphere: a focus on reactive halogen and multiphase chemistry. Atmospheric Chemistry And Physics Discussions 1--32, [doi:10.5194/acp-2018-410] May 2018
  • Kasibhatla Prasad; Sherwen Tomás; Evans Mathew J.; Carpenter Lucy J.; Reed Chris; Alexander Becky; Chen Qianjie; Sulprizio Melissa; Lee James D.; Read Katie A.; Bloss William; Crilley Leigh R.; Keene William C.; Pszenny Alex A. P.; Hodzic Alma; Global impact of nitrate photolysis in sea-salt aerosol on NOₓ, OH, and O₃ in the marine boundary layer. Atmospheric Chemistry And Physics Discussions 1--31, [doi:10.5194/acp-2018-303] May 2018
  • Hu Lu; Keller Christoph A.; Long Michael S.; Sherwen Tomás; Auer Benjamin; da Silva Arlindo; Nielsen Jon E.; Pawson Steven; Thompson Matthew A.; Trayanov Atanas L.; Travis Katherine R.; Grange Stuart K.; Evans Mathew J.; Jacob Daniel J.; Global simulation of tropospheric chemistry at 12.5\ km resolution: performance and evaluation of the GEOS-Chem chemical module (v10-1) within the NASA GEOS Earth System Model (GEOS-5 ESM). Geoscientific Model Development Discussions 1--32, [doi:10.5194/gmd-2018-111] May 2018
  • Kasibhatla Prasad; Sherwen Tomás; Evans Mathew J.; Carpenter Lucy J.; Reed Chris; Alexander Becky; Chen Qianjie; Sulprizio Melissa; Lee James D.; Read Katie A.; Bloss William; Crilley Leigh; Keene William C.; Pszenny Alex A. P.; Hodzic Alma; Global impact of nitrate photolysis in sea-salt aerosol on NOₓ, OH, and O₃ in the marine boundary layer. [doi:10.5194/acp-2018-303-supplement] May 2018
  • Stone Daniel; Sherwen Tomás; Evans Mathew J.; Vaughan Stewart; Ingham Trevor; Whalley Lisa K.; Edwards Peter M.; Read Katie A.; Lee James D.; Moller Sarah J.; Carpenter Lucy J.; Lewis Alastair C.; Heard Dwayne E.; Impacts of bromine and iodine chemistry on tropospheric OH and HO₂: comparing observations with box and global model perspectives. Atmospheric Chemistry And Physics, 18 (5) , 3541--3561, [doi:10.5194/acp-18-3541-2018] Mar 2018
  • Pacifico Federica; Delon Claire; Jambert Corinne; Durand Pierre; Morris Eleanor; Evans Mathew J.; Lohou Fabienne; Derrien Solène; Donnou Venance H. E.; Houeto Arnaud V.; Reinares Martinez Irene; Brilouet Pierre-Etienne; Measurements of nitric oxide and ammonia soil fluxes from a wet savanna ecosystem site in West Africa during the DACCIWA field campaign. Atmospheric Chemistry And Physics Discussions 1--37, [doi:10.5194/acp-2017-1198] Mar 2018
  • Flamant C.; Knippertz P.; Fink A. H.; Akpo A.; Brooks B.; Chiu C. J.; Coe H.; Danuor S.; Evans M.; Jegede O.; Kalthoff N.; Konaré A.; Liousse C.; Lohou F.; Mari C.; Schlager H.; Schwarzenboeck A.; Adler B.; Amekudzi L.; Aryee J.; Ayoola M.; Batenburg A. M.; Bessardon G.; Borrmann S.; Brito J.; Bower K.; Burnet F.; Catoire V.; Colomb A.; Denjean C.; Fosu-Amankwah K.; Hill P. G.; Lee J.; Lothon M.; Maranan M.; Marsham J.; Meynadier R.; Ngamini J. -B.; Rosenberg P.; Sauer D.; Smith V.; Stratmann G.; Taylor J. W.; Voigt C.; Yoboué V.; The Dynamics–Aerosol–Chemistry–Cloud Interactions in West Africa Field Campaign: Overview and Research Highlights. Bulletin Of The American Meteorological Society, 99 (1) , 83-104, [doi:10.1175/bams-d-16-0256.1] 2018
  • Newland Mike J.; Rickard Andrew R.; Sherwen Tomás; Evans Mathew J.; Vereecken Luc; Muñoz Amalia; Ródenas Milagros; Bloss William J.; The atmospheric impacts of monoterpene ozonolysis on global stabilised Criegee intermediate budgets and SO₂ oxidation: experiment, theory and modelling. Atmospheric Chemistry And Physics Discussions 1--65, [doi:10.5194/acp-2017-1095] Dec 2017
  • Newsome Ben; Evans Mathew J.; Impact of uncertainties in inorganic chemical rate constants on tropospheric composition and ozone radiative forcing. Atmospheric Chemistry And Physics, 17 (23) , 14333--14352, [doi:10.5194/acp-17-14333-2017] Dec 2017
  • Newland Mike J.; Rickard Andrew R.; Sherwen Tomás; Evans Mathew J.; Vereecken Luc; Muñoz Amalia; Ródenas Milagros; Bloss William J.; The atmospheric impacts of monoterpene ozonolysis on global stabilised Criegee intermediate budgets and SO₂ oxidation: experiment, theory and modelling. [doi:10.5194/acp-2017-1095-supplement] Dec 2017
  • Edwards Peter M.; Evans Mathew J.; A new diagnostic for tropospheric ozone production. Atmospheric Chemistry And Physics, 17 (22) , 13669--13680, [doi:10.5194/acp-17-13669-2017] Nov 2017
  • Stone Daniel; Sherwen Tomás; Evans Mathew J.; Vaughan Stewart; Ingham Trevor; Whalley Lisa K.; Edwards Peter M.; Read Katie A.; Lee James D.; Moller Sarah J.; Carpenter Lucy J.; Lewis Alastair C.; Heard Dwayne E.; Impacts of bromine and iodine chemistry on tropospheric OH and HO₂: Comparing observations with box and global model perspectives. Atmospheric Chemistry And Physics Discussions 1--39, [doi:10.5194/acp-2017-892] Oct 2017
  • Stone Daniel; Sherwen Tomás; Evans Mathew J.; Vaughan Stewart; Ingham Trevor; Whalley Lisa K.; Edwards Peter M.; Read Katie A.; Lee James D.; Moller S. J.; Carpenter Lucy J.; Lewis Alastair C.; Heard Dwayne E.; Impacts of bromine and iodine chemistry on tropospheric OH and HO₂: Comparing observations with box and global model perspectives. [doi:10.5194/acp-2017-892-supplement] Oct 2017
  • Knippertz Peter; Fink Andreas H.; Deroubaix Adrien; Morris Eleanor; Tocquer Flore; Evans Mathew J.; Flamant Cyrille; Gaetani Marco; Lavaysse Christophe; Mari Celine; Marsham John H.; Meynadier Rémi; Affo-Dogo Abalo; Bahaga Titike; Brosse Fabien; Deetz Konrad; Guebsi Ridha; Latifou Issaou; Maranan Marlon; Rosenberg Philip D.; Schlueter Andreas; A meteorological and chemical overview of the DACCIWA field campaign in West Africa in June—July 2016. Atmospheric Chemistry And Physics, 17 (17) , 10893--10918, [doi:10.5194/acp-17-10893-2017] Sep 2017
  • Evans Mathew J.; Impact of uncertainties in inorganic chemical rate constants on tropospheric composition and ozone radiative forcing. [doi:10.5194/acp-2017-12-ac1] Sep 2017
  • Koenig Theodore K.; Volkamer Rainer; Baidar Sunil; Dix Barbara; Wang Siyuan; Anderson Daniel C.; Salawitch Ross J.; Wales Pamela A.; Cuevas Carlos A.; Fernandez Rafael P.; Saiz-Lopez Alfonso; Evans Mathew J.; Sherwen Tomás; Jacob Daniel J.; Schmidt Johan; Kinnison Douglas; Lamarque Jean-Francois; Apel Eric C.; Bresch James C.; Campos Teresa; Flocke Frank M.; Hall Samuel R.; Honomichl Shawn B.; Hornbrook Rebecca; Jensen Jørgen B.; Lueb Richard; Montzka Denise D.; Pan Laura L.; Reeves J. Michael; Schauffler Sue M.; Ullmann Kirk; Weinheimer Andrew J.; Atlas Elliot L.; Donets Valeria; Navarro Maria A.; Riemer Daniel; Blake Nicola J.; Chen Dexian; Huey L. Gregory; Tanner David J.; Hanisco Thomas F.; Wolfe Glenn M.; BrO and inferred BrY profiles over the western Pacific: relevance of inorganic bromine sources and a BrY minimum in the aged tropical tropopause layer. Atmospheric Chemistry And Physics Discussions 1--46, [doi:10.5194/acp-2017-572] Jul 2017
  • Edwards Peter M.; Evans Mathew J.; A new diagnostic for tropospheric ozone production. Atmospheric Chemistry And Physics Discussions 1–23, [doi:10.5194/acp-2017-378] Jun 2017
  • Edwards Peter M.; Evans Mathew J.; A new diagnostic for tropospheric ozone production. [doi:10.5194/acp-2017-378-supplement] Jun 2017
  • Knippertz Peter; Fink Andreas H.; Deroubaix Adrien; Morris Eleanor; Tocquer Flore; Evans Mathew J.; Flamant Cyrille; Gaetani Marco; Lavaysse Christophe; Mari Celine; Marsham John H.; Meynadier Rémi; Affo-Dogo Abalo; Bahaga Titike; Brosse Fabien; Deetz Konrad; Guebsi Ridha; Latifou Issaou; Maranan Marlon; Rosenberg Philip D.; Schlueter Andreas; A meteorological and chemical overview of the DACCIWA field campaign in West Africa in June—July 2016. Atmospheric Chemistry And Physics Discussions 1--45, [doi:10.5194/acp-2017-345] May 2017
  • Knippertz Peter; Fink Andreas H.; Deroubaix Adrien; Morris Eleanor; Tocquer Flore; Evans Mathew J.; Flamant Cyrille; Gaetani Marco; Lavaysse Christophe; Mari Celine; Marsham John H.; Meynadier Rémi; Affo-Dogo Abalo; Bahaga Titike; Brosse Fabien; Deetz Konrad; Guebsi Ridha; Latifou Issaou; Maranan Marlon; Rosenberg Phil D.; Schlueter Andreas; A meteorological and chemical overview of the DACCIWA field campaign in West Africa in June–July 2016. [doi:10.5194/acp-2017-345-supplement] May 2017
  • Abbott B. P.; Abbott R.; Abbott T. D.; Abernathy M. R.; Acernese F.; Ackley K.; Adams C.; Adams T.; Addesso P.; Adhikari R. X.; Adya V. B.; Affeldt C.; Agathos M.; Agatsuma K.; Aggarwal N.; Aguiar O. D.; Aiello L.; Ain A.; Ajith P.; Allen B.; Allocca A.; Altin P. A.; Ananyeva A.; Anderson S. B.; Anderson W. G.; Appert S.; Arai K.; Araya M. C.; Areeda J. S.; Arnaud N.; Arun K. G.; Ascenzi S.; Ashton G.; Ast M.; Aston S. M.; Astone P.; Aufmuth P.; Aulbert C.; Avila-Alvarez A.; Babak S.; Bacon P.; Bader M. K. M.; Baker P. T.; Baldaccini F.; Ballardin G.; Ballmer S. W.; Barayoga J. C.; Barclay S. E.; Barish B. C.; Barker D.; Barone F.; Barr B.; Barsotti L.; Barsuglia M.; Barta D.; Bartlett J.; Bartos I.; Bassiri R.; Basti A.; Batch J. C.; Baune C.; Bavigadda V.; Bazzan M.; Bécsy B.; Beer C.; Bejger M.; Belahcene I.; Belgin M.; Bell A. S.; Berger B. K.; Bergmann G.; Berry C. P. L.; Bersanetti D.; Bertolini A.; Betzwieser J.; Bhagwat S.; Bhandare R.; Bilenko I. A.; Billingsley G.; Billman C. R.; Birch J.; Birney R.; Birnholtz O.; Biscans S.; Bisht A.; Bitossi M.; Biwer C.; Bizouard M. A.; Blackburn J. K.; Blackman J.; Blair C. D.; Blair D. G.; Blair R. M.; Bloemen S.; Bock O.; Boer M.; Bogaert G.; Bohe A.; Bondu F.; Bonnand R.; Boom B. A.; Bork R.; Boschi V.; Bose S.; Bouffanais Y.; Bozzi A.; Bradaschia C.; Brady P. R.; Braginsky V. B.; Branchesi M.; Brau J. E.; Briant T.; Brillet A.; Brinkmann M.; Brisson V.; Brockill P.; Broida J. E.; Brooks A. F.; Brown D. A.; Brown D. D.; Brown N. M.; Brunett S.; Buchanan C. C.; Buikema A.; Bulik T.; Bulten H. J.; Buonanno A.; Buskulic D.; Buy C.; Byer R. L.; Cabero M.; Cadonati L.; Cagnoli G.; Cahillane C.; Bustillo J. Calderón; Callister T. A.; Calloni E.; Camp J. B.; Canepa M.; Cannon K. C.; Cao H.; Cao J.; Capano C. D.; Capocasa E.; Carbognani F.; Caride S.; Diaz J. Casanueva; Casentini C.; Caudill S.; Cavaglià M.; Cavalier F.; Cavalieri R.; Cella G.; Cepeda C. B.; Baiardi L. Cerboni; Cerretani G.; Cesarini E.; Chamberlin S. J.; Chan M.; Chao S.; Charlton P.; Chassande-Mottin E.; Cheeseboro B. D.; Chen H. Y.; Chen Y.; Cheng H.-P.; Chincarini A.; Chiummo A.; Chmiel T.; Cho H. S.; Cho M.; Chow J. H.; Christensen N.; Chu Q.; Chua A. J. K.; Chua S.; Chung S.; Ciani G.; Clara F.; Clark J. A.; Cleva F.; Cocchieri C.; Coccia E.; Cohadon P.-F.; Colla A.; Collette C. G.; Cominsky L.; Constancio M.; Conti L.; Cooper S. J.; Corbitt T. R.; Cornish N.; Corsi A.; Cortese S.; Costa C. A.; Coughlin M. W.; Coughlin S. B.; Coulon J.-P.; Countryman S. T.; Couvares P.; Covas P. B.; Cowan E. E.; Coward D. M.; Cowart M. J.; Coyne D. C.; Coyne R.; Creighton J. D. E.; Creighton T. D.; Cripe J.; Crowder S. G.; Cullen T. J.; Cumming A.; Cunningham L.; Cuoco E.; Canton T. Dal; Dálya G.; Danilishin S. L.; D’Antonio S.; Danzmann K.; Dasgupta A.; Costa C. F. Da Silva; Dattilo V.; Dave I.; Davier M.; Davies G. S.; Davis D.; Daw E. J.; Day B.; Day R.; De S.; DeBra D.; Debreczeni G.; Degallaix J.; Laurentis M. De; Deléglise S.; Pozzo W. Del; Denker T.; Dent T.; Dergachev V.; Rosa R. De; DeRosa R. T.; DeSalvo R.; Devenson J.; Devine R. C.; Dhurandhar S.; Díaz M. C.; Fiore L. Di; Giovanni M. Di; Girolamo T. Di; Lieto A. Di; Pace S. Di; Palma I. Di; Virgilio A. Di; Doctor Z.; Dolique V.; Donovan F.; Dooley K. L.; Doravari S.; Dorrington I.; Douglas R.; Álvarez M. Dovale; Downes T. P.; Drago M.; Drever R. W. P.; Driggers J. C.; Du Z.; Ducrot M.; Dwyer S. E.; Edo T. B.; Edwards M. C.; Effler A.; Eggenstein H.-B.; Ehrens P.; Eichholz J.; Eikenberry S. S.; Eisenstein R. A.; Essick R. C.; Etienne Z.; Etzel T.; Evans M.; Evans T. M.; Everett R.; Factourovich M.; Fafone V.; Fair H.; Fairhurst S.; Fan X.; Farinon S.; Farr B.; Farr W. M.; Fauchon-Jones E. J.; Favata M.; Fays M.; Fehrmann H.; Fejer M. M.; Galiana A. Fernández; Ferrante I.; Ferreira E. C.; Ferrini F.; Fidecaro F.; Fiori I.; Fiorucci D.; Fisher R. P.; Flaminio R.; Fletcher M.; Fong H.; Forsyth S. S.; Fournier J.-D.; Frasca S.; Frasconi F.; Frei Z.; Freise A.; Frey R.; Frey V.; Fries E. M.; Fritschel P.; Frolov V. V.; Fulda P.; Fyffe M.; Gabbard H.; Gadre B. U.; Gaebel S. M.; Gair J. R.; Gammaitoni L.; Gaonkar S. G.; Garufi F.; Gaur G.; Gayathri V.; Gehrels N.; Gemme G.; Genin E.; Gennai A.; George J.; Gergely L.; Germain V.; Ghonge S.; Ghosh Abhirup; Ghosh A.; Ghosh Archisman; Ghosh S.; Giaime J. A.; Giardina K. D.; Giazotto A.; Gill K.; Glaefke A.; Goetz E.; Goetz R.; Gondan L.; González G.; Castro J. M. Gonzalez; Gopakumar A.; Gorodetsky M. L.; Gossan S. E.; Gosselin M.; Gouaty R.; Grado A.; Graef C.; Granata M.; Grant A.; Gras S.; Gray C.; Greco G.; Green A. C.; Groot P.; Grote H.; Grunewald S.; Guidi G. M.; Guo X.; Gupta A.; Gupta M. K.; Gushwa K. E.; Gustafson E. K.; Gustafson R.; Hacker J. J.; Hall B. R.; Hall E. D.; Hammond G.; Haney M.; Hanke M. M.; Hanks J.; Hanna C.; Hanson J.; Hardwick T.; Harms J.; Harry G. M.; Harry I. W.; Hart M. J.; Hartman M. T.; Haster C.-J.; Haughian K.; Healy J.; Heidmann A.; Heintze M. C.; Heitmann H.; Hello P.; Hemming G.; Hendry M.; Heng I. S.; Hennig J.; Henry J.; Heptonstall A. W.; Heurs M.; Hild S.; Hoak D.; Hofman D.; Holt K.; Holz D. E.; Hopkins P.; Hough J.; Houston E. A.; Howell E. J.; Hu Y. M.; Huerta E. A.; Huet D.; Hughey B.; Husa S.; Huttner S. H.; Huynh-Dinh T.; Indik N.; Ingram D. R.; Inta R.; Isa H. N.; Isac J.-M.; Isi M.; Isogai T.; Iyer B. R.; Izumi K.; Jacqmin T.; Jani K.; Jaranowski P.; Jawahar S.; Jiménez-Forteza F.; Johnson W. W.; Jones D. I.; Jones R.; Jonker R. J. G.; Ju L.; Junker J.; Kalaghatgi C. V.; Kalogera V.; Kandhasamy S.; Kang G.; Kanner J. B.; Karki S.; Karvinen K. S.; Kasprzack M.; Katsavounidis E.; Katzman W.; Kaufer S.; Kaur T.; Kawabe K.; Kéfélian F.; Keitel D.; Kelley D. B.; Kennedy R.; Key J. S.; Khalili F. Y.; Khan I.; Khan S.; Khan Z.; Khazanov E. A.; Kijbunchoo N.; Kim Chunglee; Kim J. C.; Kim Whansun; Kim W.; Kim Y.-M.; Kimbrell S. J.; King E. J.; King P. J.; Kirchhoff R.; Kissel J. S.; Klein B.; Kleybolte L.; Klimenko S.; Koch P.; Koehlenbeck S. M.; Koley S.; Kondrashov V.; Kontos A.; Korobko M.; Korth W. Z.; Kowalska I.; Kozak D. B.; Krämer C.; Kringel V.; Krishnan B.; Królak A.; Kuehn G.; Kumar P.; Kumar R.; Kuo L.; Kutynia A.; Lackey B. D.; Landry M.; Lang R. N.; Lange J.; Lantz B.; Lanza R. K.; Lartaux-Vollard A.; Lasky P. D.; Laxen M.; Lazzarini A.; Lazzaro C.; Leaci P.; Leavey S.; Lebigot E. O.; Lee C. H.; Lee H. K.; Lee H. M.; Lee K.; Lehmann J.; Lenon A.; Leonardi M.; Leong J. R.; Leroy N.; Letendre N.; Levin Y.; Li T. G. F.; Libson A.; Littenberg T. B.; Liu J.; Lockerbie N. A.; Lombardi A. L.; London L. T.; Lord J. E.; Lorenzini M.; Loriette V.; Lormand M.; Losurdo G.; Lough J. D.; Lovelace G.; Lück H.; Lundgren A. P.; Lynch R.; Ma Y.; Macfoy S.; Machenschalk B.; MacInnis M.; Macleod D. M.; Magaña-Sandoval F.; Majorana E.; Maksimovic I.; Malvezzi V.; Man N.; Mandic V.; Mangano V.; Mansell G. L.; Manske M.; Mantovani M.; Marchesoni F.; Marion F.; Márka S.; Márka Z.; Markosyan A. S.; Maros E.; Martelli F.; Martellini L.; Martin I. W.; Martynov D. V.; Mason K.; Masserot A.; Massinger T. J.; Masso-Reid M.; Mastrogiovanni S.; Matichard F.; Matone L.; Mavalvala N.; Mazumder N.; McCarthy R.; McClelland D. E.; McCormick S.; McGrath C.; McGuire S. C.; McIntyre G.; McIver J.; McManus D. J.; McRae T.; McWilliams S. T.; Meacher D.; Meadors G. D.; Meidam J.; Melatos A.; Mendell G.; Mendoza-Gandara D.; Mercer R. A.; Merilh E. L.; Merzougui M.; Meshkov S.; Messenger C.; Messick C.; Metzdorff R.; Meyers P. M.; Mezzani F.; Miao H.; Michel C.; Middleton H.; Mikhailov E. E.; Milano L.; Miller A. L.; Miller A.; Miller B. B.; Miller J.; Millhouse M.; Minenkov Y.; Ming J.; Mirshekari S.; Mishra C.; Mitra S.; Mitrofanov V. P.; Mitselmakher G.; Mittleman R.; Moggi A.; Mohan M.; Mohapatra S. R. P.; Montani M.; Moore B. C.; Moore C. J.; Moraru D.; Moreno G.; Morriss S. R.; Mours B.; Mow-Lowry C. M.; Mueller G.; Muir A. W.; Mukherjee Arunava; Mukherjee D.; Mukherjee S.; Mukund N.; Mullavey A.; Munch J.; Muniz E. A. M.; Murray P. G.; Mytidis A.; Napier K.; Nardecchia I.; Naticchioni L.; Nelemans G.; Nelson T. J. N.; Neri M.; Nery M.; Neunzert A.; Newport J. M.; Newton G.; Nguyen T. T.; Nielsen A. B.; Nissanke S.; Nitz A.; Noack A.; Nocera F.; Nolting D.; Normandin M. E. N.; Nuttall L. K.; Oberling J.; Ochsner E.; Oelker E.; Ogin G. H.; Oh J. J.; Oh S. H.; Ohme F.; Oliver M.; Oppermann P.; Oram Richard J.; O’Reilly B.; O’Shaughnessy R.; Ottaway D. J.; Overmier H.; Owen B. J.; Pace A. E.; Page J.; Pai A.; Pai S. A.; Palamos J. R.; Palashov O.; Palomba C.; Pal-Singh A.; Pan H.; Pankow C.; Pannarale F.; Pant B. C.; Paoletti F.; Paoli A.; Papa M. A.; Paris H. R.; Parker W.; Pascucci D.; Pasqualetti A.; Passaquieti R.; Passuello D.; Patricelli B.; Pearlstone B. L.; Pedraza M.; Pedurand R.; Pekowsky L.; Pele A.; Penn S.; Perez C. J.; Perreca A.; Perri L. M.; Pfeiffer H. P.; Phelps M.; Piccinni O. J.; Pichot M.; Piergiovanni F.; Pierro V.; Pillant G.; Pinard L.; Pinto I. M.; Pitkin M.; Poe M.; Poggiani R.; Popolizio P.; Post A.; Powell J.; Prasad J.; Pratt J. W. W.; Predoi V.; Prestegard T.; Prijatelj M.; Principe M.; Privitera S.; Prodi G. A.; Prokhorov L. G.; Puncken O.; Punturo M.; Puppo P.; Pürrer M.; Qi H.; Qin J.; Qiu S.; Quetschke V.; Quintero E. A.; Quitzow-James R.; Raab F. J.; Rabeling D. S.; Radkins H.; Raffai P.; Raja S.; Rajan C.; Rakhmanov M.; Rapagnani P.; Raymond V.; Razzano M.; Re V.; Read J.; Regimbau T.; Rei L.; Reid S.; Reitze D. H.; Rew H.; Reyes S. D.; Rhoades E.; Ricci F.; Riles K.; Rizzo M.; Robertson N. A.; Robie R.; Robinet F.; Rocchi A.; Rolland L.; Rollins J. G.; Roma V. J.; Romano R.; Romie J. H.; Rosińska D.; Rowan S.; Rüdiger A.; Ruggi P.; Ryan K.; Sachdev S.; Sadecki T.; Sadeghian L.; Sakellariadou M.; Salconi L.; Saleem M.; Salemi F.; Samajdar A.; Sammut L.; Sampson L. M.; Sanchez E. J.; Sandberg V.; Sanders J. R.; Sassolas B.; Sathyaprakash B. S.; Saulson P. R.; Sauter O.; Savage R. L.; Sawadsky A.; Schale P.; Scheuer J.; Schmidt E.; Schmidt J.; Schmidt P.; Schnabel R.; Schofield R. M. S.; Schönbeck A.; Schreiber E.; Schuette D.; Schwalbe S. G.; Scott J.; Scott S. M.; Sellers D.; Sengupta A. S.; Sentenac D.; Sequino V.; Sergeev A.; Setyawati Y.; Shaddock D. A.; Shaffer T. J.; Shahriar M. S.; Shapiro B.; Shawhan P.; Sheperd A.; Shoemaker D. H.; Shoemaker D. M.; Siellez K.; Siemens X.; Sieniawska M.; Sigg D.; Silva A. D.; Singer A.; Singer L. P.; Singh A.; Singh R.; Singhal A.; Sintes A. M.; Slagmolen B. J. J.; Smith B.; Smith J. R.; Smith R. J. E.; Son E. J.; Sorazu B.; Sorrentino F.; Souradeep T.; Spencer A. P.; Srivastava A. K.; Staley A.; Steinke M.; Steinlechner J.; Steinlechner S.; Steinmeyer D.; Stephens B. C.; Stevenson S. P.; Stone R.; Strain K. A.; Straniero N.; Stratta G.; Strigin S. E.; Sturani R.; Stuver A. L.; Summerscales T. Z.; Sun L.; Sunil S.; Sutton P. J.; Swinkels B. L.; Szczepańczyk M. J.; Szolgyen A.; Tacca M.; Talukder D.; Tanner D. B.; Tápai M.; Taracchini A.; Taylor R.; Theeg T.; Thomas E. G.; Thomas M.; Thomas P.; Thorne K. A.; Thrane E.; Tippens T.; Tiwari S.; Tiwari V.; Tokmakov K. V.; Toland K.; Tomlinson C.; Tonelli M.; Tornasi Z.; Torrie C. I.; Töyrä D.; Travasso F.; Traylor G.; Trifirò D.; Trinastic J.; Tringali M. C.; Trozzo L.; Tse M.; Tso R.; Turconi M.; Tuyenbayev D.; Ugolini D.; Unnikrishnan C. S.; Urban A. L.; Usman S. A.; Vahlbruch H.; Vajente G.; Valdes G.; Bakel N. van; Beuzekom M. van; Brand J. F. J. van den; Broeck C. Van Den; Vander-Hyde D. C.; Schaaf L. van der; Heijningen J. V. van; Veggel A. A. van; Vardaro M.; Varma V.; Vass S.; Vasuth M.; Vecchio A.; Vedovato G.; Veitch J.; Veitch P. J.; Venkateswara K.; Venugopalan G.; Verkindt D.; Vetrano F.; Viceré A.; Viets A. D.; Vinciguerra S.; Vine D. J.; Vinet J.-Y.; Vitale S.; Vo T.; Vocca H.; Vorvick C.; Voss D. V.; Vousden W. D.; Vyatchanin S. P.; Wade A. R.; Wade L. E.; Wade M.; Walker M.; Wallace L.; Walsh S.; Wang G.; Wang H.; Wang M.; Wang Y.; Ward R. L.; Warner J.; Was M.; Watchi J.; Weaver B.; Wei L.-W.; Weinert M.; Weinstein A. J.; Weiss R.; Wen L.; Weßels P.; Westphal T.; Wette K.; Whelan J. T.; Whiting B. F.; Whittle C.; Williams D.; Williams R. D.; Williamson A. R.; Willis J. L.; Willke B.; Wimmer M. H.; Winkler W.; Wipf C. C.; Wittel H.; Woan G.; Woehler J.; Worden J.; Wright J. L.; Wu D. S.; Wu G.; Yam W.; Yamamoto H.; Yancey C. C.; Yap M. J.; Yu Hang; Yu Haocun; Yvert M.; Zadrożny A.; Zangrando L.; Zanolin M.; Zendri J.-P.; Zevin M.; Zhang L.; Zhang M.; Zhang T.; Zhang Y.; Zhao C.; Zhou M.; Zhou Z.; Zhu X. J.; Zucker M. E.; Zweizig J.; Aptekar R. L.; Frederiks D. D.; Golenetskii S. V.; Golovin D. V.; Hurley K.; Litvak M. L.; Mitrofanov I. G.; Rau A.; Sanin A. B.; Svinkin D. S.; Kienlin A. von; Zhang X.; Collaboration The LIGO Scientific Collaboration and the Virgo; Collaboration) (The IPN; Search for Gravitational Waves Associated with Gamma-Ray Bursts during the First Advanced LIGO Observing Run and Implications for the Origin of GRB 150906B. The Astrophysical Journal, 841 (2) , 89, [doi:10.3847/1538-4357/aa6c47] May 2017
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  • Schmidt J. A.; Jacob D. J.; Horowitz H. M.; Hu L.; Sherwen Tomás; Evans M. J.; Liang Q.; Suleiman R. M.; Oram David E.; Le Breton M.; Percival C. J.; Wang S.; Dix B.; Volkamer R.; Modeling the observed tropospheric BrO background: Importance of multiphase chemistry and implications for ozone, OH, and mercury. Journal Of Geophysical Research, 121 (19) , 11,819–11,835, [doi:10.1002/2015jd024229] Oct 2016
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Physical Review D, 93 (12) , [doi:10.1103/physrevd.93.122003] Jun 2016
  • Ridley D. A.; Heald C. L.; Pierce J. R.; Evans M. J.; Toward resolution-independent dust emissions in global models: Impacts on the seasonal and spatial distribution of dust. Geophysical Research Letters, 40 (11) , 2873--2877, [doi:10.1002/grl.50409] JUN 16 2013 2013
  • Gressent Alicia; Sauvage Bastien; Cariolle Daniel; Evans Mathew J.; Leriche Maud; Mari Celine; Thouret Valérie; Modeling lightning-NOₓ chemistry on a sub-grid scale in a global chemical transport model. Atmospheric Chemistry And Physics, 16 (9) , 5867--5889, [doi:10.5194/acp-16-5867-2016] May 2016
  • Sherwen T.; Schmidt J. A.; Evans Mathew J.; Carpenter L. J.; Großmann K.; Eastham S. D.; Jacob D. J.; Dix B.; Koenig T. K.; Sinreich R.; Ortega I.; Volkamer R.; Saiz-Lopez A.; Prados-Roman C.; Mahajan A. S.; Ordóñez C.; Global impacts of tropospheric halogens (Cl, Br, I) on oxidants and composition in GEOS-Chem. Atmospheric Chemistry And Physics Discussions 1--52, [doi:10.5194/acp-2016-424] May 2016
  • Reed Chris; Evans Mathew J.; Di Carlo Piero; Lee James D.; Carpenter Lucy J.; Interferences in photolytic NO2 measurements: explanation for an apparent missing oxidant?. Atmospheric Chemistry And Physics, 16 (7) , 4707–4724, [doi:10.5194/acp-16-4707-2016] Apr 2016
  • Winiberg Frank A. F.; Dillon Terry J.; Orr Stephanie C.; Groß Christoph B. M; Bejan Iustinian; Brumby Charlotte A.; Evans Mathew J.; Smith Shona C.; Heard Dwayne E.; Seakins Paul W.; Direct measurements of OH and other product yields from the HO₂  + CH₃C(O)O₂ reaction. Atmospheric Chemistry And Physics, 16 (6) , 4023--4042, [doi:10.5194/acp-16-4023-2016] Mar 2016
  • Bowdalo Dene R.; Evans Mathew J.; Sofen Eric D.; Spectral analysis of atmospheric composition: application to surface ozone model-measurement comparisons. Atmospheric Chemistry And Physics Discussions 1--24, [doi:10.5194/acp-2016-172] Mar 2016
  • Sofen E. D.; Bowdalo D.; Evans Mathew J.; How to most effectively expand the global surface ozone observing network. Atmospheric Chemistry And Physics, 16 (3) , 1445--1457, [doi:10.5194/acp-16-1445-2016] Feb 2016
  • Sherwen Tomás; Evans M. J.; Carpenter L. J.; Andrews S. J.; Lidster R. T.; Dix B.; Koenig T. K.; Sinreich R.; Ortega I.; Volkamer R.; Saiz-Lopez A.; Prados-Roman C.; Mahajan A. S.; Ordóñez C.; Iodine's impact on tropospheric oxidants: a global model study in GEOS-Chem. Atmospheric Chemistry And Physics, 16 (2) , 1161--1186, [doi:10.5194/acp-16-1161-2016] Feb 2016
  • Sofen E. D.; Bowdalo D.; Evans M. J.; Apadula F.; Bonasoni P.; Cupeiro M.; Ellul R.; Galbally I. E.; Girgzdiene R.; Luppo S.; Mimouni M.; Nahas A. C.; Saliba M.; TORSETH K; Gridded global surface ozone metrics for atmospheric chemistry model evaluation. Earth System Science Data, 8 (1) , 41--59, [doi:10.5194/essd-8-41-2016] Feb 2016
  • Dunmore Rachel E.; Whalley Lisa K.; Sherwen T; Evans Mathew J.; Heard Dwayne E.; Hopkins James R.; Lee James D.; Lewis Alastair C.; Lidster Richard T.; Rickard Andrew R.; Hamilton Jacqueline F.; Atmospheric ethanol in London and the potential impacts of future fuel formulations. Faraday Discuss., 189, 105–120, [doi:10.1039/c5fd00190k] 2016
  • Bowdalo Dene R.; Evans Mathew J.; Sofen Eric D.; Spectral analysis of atmospheric composition: Application to surface ozone model-measurement comparisons. Atmospheric Chemistry And Physics, 16 (13) , 8295--8308, [doi:10.5194/acp-16-8295-2016] 2016
  • Sherwen Tomás; Evans M. J.; Carpenter L. J.; Schmidt J. A.; Mickely L. J.; Halogen chemistry reduces tropospheric O₃ radiative forcing. Atmospheric Chemistry And Physics Discussions 1--18, [doi:10.5194/acp-2016-688] 2016
  • Sherwen Tomás; Schmidt J. A.; Evans M. J.; Carpenter L. J.; Grossman N.; Eastham S. D.; Jacob D. J.; Dix B.; Koenig T. K.; Sinreich R.; Ortega P.; Volkamer R.; Saiz-Lopez A.; Prados-Roman C.; Mahajan A. S.; Ordóñez C.; Global impacts of tropospheric halogens (Cl, Br, I) on oxidants and composition in GEOS-Chem. Atmospheric Chemistry And Physics 1--52, [doi:10.5194/acp-16-12239-2016] 2016
  • Gressent A.; Sauvage B.; Cariolle D.; Evans Mathew J.; Leriche M.; Mari C.; Thouret V.; Modeling lightning-NOx chemistry at sub-grid scale in a global chemical transport model. Atmospheric Chemistry And Physics Discussions, 15 (23) , 34091--34147, [doi:10.5194/acpd-15-34091-2015] Dec 2015
  • Sofen E. D.; Evans M. J.; Lewis Alastair C.; Updated ozone absorption cross section will reduce air quality compliance. Atmospheric Chemistry And Physics, 15 (23) , 13627–13632, [doi:10.5194/acp-15-13627-2015] Dec 2015
  • Winiberg F. A. F.; Dillon T. J.; Orr S. C.; Groß C. B. M; Bejan I.; Brumby C. A.; Evans Mathew J.; Smith S. C.; Heard D. E.; Seakins P. W.; Direct measurements of OH and other product yields from the HO₂ + CH₃C(O)O₂ reaction. Atmospheric Chemistry And Physics Discussions, 15 (20) , 28815--28866, [doi:10.5194/acpd-15-28815-2015] Oct 2015
  • Reed Chris; Evans Mathew J.; Di Carlo P.; Lee J. D.; Carpenter L. J.; Interferences in photolytic NO₂ measurements: explanation for an apparent missing oxidant?. Atmospheric Chemistry And Physics Discussions, 15 (20) , 28699--28747, [doi:10.5194/acpd-15-28699-2015] Oct 2015
  • Dunmore R. E.; Hopkins J. R.; Lidster R. T.; Lee J. D.; Evans M. J.; Rickard A. R.; Lewis Alastair C.; Hamilton J. F.; Diesel-related hydrocarbons can dominate gas phase reactive carbon in megacities. Atmospheric Chemistry And Physics, 15 (17) , 9983–9996, [doi:10.5194/acp-15-9983-2015] Sep 2015
  • Sherwen T.; Evans Mathew J.; Carpenter L. J.; Andrews S. J.; Lidster R. T.; Dix B.; Koenig T. K.; Volkamer R.; Saiz-Lopez A.; Prados-Roman C.; Mahajan A. S.; Ordóñez C.; Iodine's impact on tropospheric oxidants: a global model study in GEOS-Chem. Atmospheric Chemistry And Physics Discussions, 15 (15) , 20957--21023, [doi:10.5194/acpd-15-20957-2015] Aug 2015
  • Sofen E. D.; Evans Mathew J.; Lewis Alastair C.; Updated ozone absorption cross section will reduce air quality compliance. Atmospheric Chemistry And Physics Discussions, 15 (14) , 19537--19551, [doi:10.5194/acpd-15-19537-2015] Jul 2015
  • Wang Siyuan; Schmidt Johan A.; Baidar Sunil; Coburn Sean; Dix Barbara; Koenig Theodore K.; Apel Eric; Bowdalo Dene; Campos Teresa L.; Eloranta Ed; Evans Mathew J.; DiGangi Joshua P.; Zondlo Mark A.; Gao Ru-Shan; Haggerty Julie A.; Hall Samuel R.; Hornbrook Rebecca S.; Jacob Daniel; Morley Bruce; Pierce Bradley; Reeves Mike; Romashkin Pavel; ter Schure Arnout; Volkamer Rainer; Active and widespread halogen chemistry in the tropical and subtropical free troposphere. Proc Natl Acad Sci Usa, 112 (30) , 9281–9286, [doi:10.1073/pnas.1505142112] Jun 2015
  • Dunmore R. E.; Hopkins J. R.; Lidster R. T.; Lee J. D.; Evans Mathew J.; Rickard A. R.; Lewis A. C.; Hamilton J. F.; Diesel-related hydrocarbons can dominate gas phase reactive carbon in megacities. Atmospheric Chemistry And Physics Discussions, 15 (6) , 9541--9571, [doi:10.5194/acpd-15-9541-2015] Mar 2015
  • Dunmore R.; Hopkins J. R.; Lidster R. T.; Lee J. D.; Evans Mathew J.; Rickard A. R.; Lewis A. C.; Hamilton J. F.; Supplementary material to "Diesel-related hydrocarbons can dominate gas phase reactive carbon in megacities". [doi:10.5194/acpd-15-9541-2015-supplement] Mar 2015
  • Whalley L. K.; Stone D.; George I. J.; Mertes S.; van Pinxteren D.; Tilgner A.; Herrmann H.; Evans M. J.; Heard D. E.; The influence of clouds on radical concentrations: observations and modelling studies of HOx during the Hill Cap Cloud Thuringia (HCCT) campaign in 2010. Atmospheric Chemistry And Physics, 15 (6) , 3289–3301, [doi:10.5194/acp-15-3289-2015] 2015
  • Walker H. M.; Stone D.; Ingham T.; Vaughan S.; Cain M.; Jones R. L.; Kennedy O. J.; McLeod M.; Ouyang B.; Pyle J; Bauguitte S.; Bandy B.; Forster G.; Evans M. J.; Hamilton J. F.; Hopkins J. R.; Lee J. D.; Lewis Alastair C.; Lidster R. T.; Punjabi S.; Morgan W. T.; Heard D. E.; Night-time measurements of HOx during the RONOCO project and analysis of the sources of HO2. Atmospheric Chemistry And Physics, 15 (14) , 8179–8200, [doi:10.5194/acp-15-8179-2015] 2015
  • LIGO Scientific Collaboration Virgo Collaboration; Collaboration IPN; Aasi J.; Abbott B.  P.; Abbott R.; Abbott T.; Abernathy M.  R.; Acernese F.; Ackley K.; Adams C.; Adams T.; Addesso P.; Adhikari R.  X.; Affeldt C.; Agathos M.; Aggarwal N.; Aguiar O.  D.; Ajith P.; Alemic A.; Allen B.; Allocca A.; Amariutei D.; Andersen M.; Anderson R.  A.; Anderson S.  B.; Anderson W.  G.; Arai K.; Araya M.  C.; Arceneaux C.; Areeda J.  S.; Ast S.; Aston S.  M.; Astone P.; Aufmuth P.; Augustus H.; Aulbert C.; Aylott B.  E.; Babak S.; Baker P.  T.; Ballardin G.; Ballmer S.  W.; Barayoga J.  C.; Barbet M.; Barish B.  C.; Barker D.; Barone F.; Barr B.; Barsotti L.; Barsuglia M.; Barton M.  A.; Bartos I.; Bassiri R.; Basti A.; Batch J.  C.; Bauchrowitz J.; Bauer Th.  S.; Baune C.; Bavigadda V.; Behnke B.; Bejger M.; Beker M.  G.; Belczynski C.; Bell A.  S.; Bell C.; Bergmann G.; Bersanetti D.; Bertolini A.; Betzwieser J.; Bilenko I.  A.; Billingsley G.; Birch J.; Biscans S.; Bitossi M.; Biwer C.; Bizouard M.  A.; Black E.; Blackburn J.  K.; Blackburn L.; Blair D.; Bloemen S.; Bock O.; Bodiya T.  P.; Boer M.; Bogaert G.; Bogan C.; Bond C.; Bondu F.; Bonelli L.; Bonnand R.; Bork R.; Born M.; Boschi V.; Bose Sukanta; Bosi L.; Bradaschia C.; Brady P.  R.; Braginsky V.  B.; Branchesi M.; Brau J.  E.; Briant T.; Bridges D.  O.; Brillet A.; Brinkmann M.; Brisson V.; Brooks A.  F.; Brown D.  A.; Brown D.  D.; Brückner F.; Buchman S.; Buikema A.; Bulik T.; Bulten H.  J.; Buonanno A.; Burman R.; Buskulic D.; Buy C.; Cadonati L.; Cagnoli G.; Calderón Bustillo J.; Calloni E.; Camp J.  B.; Campsie P.; Cannon K.  C.; Canuel B.; Cao J.; Capano C.  D.; Carbognani F.; Carbone L.; Caride S.; Castaldi G.; Caudill S.; Cavaglià M.; Cavalier F.; Cavalieri R.; Celerier C.; Cella G.; Cepeda C.; Cesarini E.; Chakraborty R.; Chalermsongsak T.; Chamberlin S.  J.; Chao S.; Charlton P.; Chassande-Mottin E.; Chen X.; Chen Y.; Chincarini A.; Chiummo A.; Cho H.  S.; Cho M.; Chow J.  H.; Christensen N.; Chu Q.; Chua S. S. Y.; Chung S.; Ciani G.; Clara F.; Clark D.  E.; Clark J.  A.; Clayton J.  H.; Cleva F.; Coccia E.; Cohadon P. -F.; Colla A.; Collette C.; Colombini M.; Cominsky L.; Constancio M.; Conte A.; Cook D.; Corbitt T.  R.; Cornish N.; Corsi A.; Costa C.  A.; Coughlin M.  W.; Coulon J. -P.; Countryman S.; Couvares P.; Coward D.  M.; Cowart M.  J.; Coyne D.  C.; Coyne R.; Craig K.; Creighton J.  D.  E.; Croce R.  P.; Crowder S.  G.; Cumming A.; Cunningham L.; Cuoco E.; Cutler C.; Dahl K.; Dal Canton T.; Damjanic M.; Danilishin S.  L.; D’Antonio S.; Danzmann K.; Dattilo V.; Daveloza H.; Davier M.; Davies G.  S.; Daw E.  J.; Day R.; Dayanga T.; DeBra D.; Debreczeni G.; Degallaix J.; Deléglise S.; Del Pozzo W.; Denker T.; Dent T.; Dereli H.; Dergachev V.; De Rosa R.; DeRosa R.  T.; DeSalvo R.; Dhurandhar S.; Díaz M.; Dickson J.; Di Fiore L.; Di Lieto A.; Di Palma I.; Di Virgilio A.; Dolique V.; Dominguez E.; Donovan F.; Dooley K.  L.; Doravari S.; Douglas R.; Downes T.  P.; Drago M.; Drever R.  W.  P.; Driggers J.  C.; Du Z.; Ducrot M.; Dwyer S.; Eberle T.; Edo T.; Edwards M.; Effler A.; Eggenstein H. -B.; Ehrens P.; Eichholz J.; Eikenberry S.  S.; Endrőczi G.; Essick R.; Etzel T.; Evans M.; Evans T.; Factourovich M.; Fafone V.; Fairhurst S.; Fan X.; Fang Q.; Farinon S.; Farr B.; Farr W.  M.; Favata M.; Fazi D.; Fehrmann H.; Fejer M.  M.; Feldbaum D.; Feroz F.; Ferrante I.; Ferreira E.  C.; Ferrini F.; Fidecaro F.; Finn L.  S.; Fiori I.; Fisher R.  P.; Flaminio R.; Fournier J. -D.; Franco S.; Frasca S.; Frasconi M. and Frei F. and Frede; Search for Gravitational Waves Associated with γ-ray Bursts Detected by the Interplanetary Network. Physical Review Letters, Phys. Rev. Lett., Prl, 113 (1) , 011102, [doi:10.1103/PhysRevLett.113.011102] Jun 2014
  • Stone D.; Evans M. J.; Walker H.; Ingham T.; Vaughan S.; Ouyang B.; Kennedy O. J.; McLeod M. W.; Jones R. L.; Hopkins J.; Punjabi S.; Lidster R.; Hamilton J. F.; Lee J. D.; Lewis Alastair C.; Carpenter L. J.; Forster G.; Oram David E.; Reeves C. E.; Bauguitte S.; Morgan W.; Coe H.; Aruffo E.; Dari-Salisburgo C.; Giammaria F.; Di Carlo P.; Heard D. E.; Radical chemistry at night: comparisons between observed and modelled HOx, NO3 and N2O5 during the RONOCO project. Atmospheric Chemistry And Physics, 14 (3) , 1299–1321, [doi:10.5194/acp-14-1299-2014] 2014
  • Edwards P. M.; Evans Mathew J.; Heard Dwayne E.; Hopkins J. R.; Ingham T.; Jones C.; Lee J. D.; Lewis A. C.; Moller S. J.; Stone D.; Whalley L. K.; OH reactivity in a South East Asian Tropical rainforest during the Oxidant and Particle Photochemical Processes (OP3) project. Atmospheric Chemistry And Physics Discussions, 13 (2) , 5233--5278, [doi:10.5194/acpd-13-5233-2013] Feb 2013
  • Edwards Pete; Evans Mathew J.; Furneaux K. L.; Hopkins J. R.; Ingham Trevor; Jones C. E.; Lee J. D.; Lewis Alastair C.; Moller S. J.; Stone D.; Whalley L. K.; Heard D. E.; OH reactivity in a South East Asian Tropical rainforest during the Oxidant and Particle Photochemical Processes (OP3) project,. Atmospheric Chemistry And Physics, 13, 9497-9514, [doi:10.5194/acp-13-9497-2013] 2013
  • Pierce J. R.; Evans M. J.; Scott C. E.; D'Andrea S. D.; Farmer D. K.; Swietlicki E.; Spracklen D. V.; Weak global sensitivity of cloud condensation nuclei and the aerosol indirect effect to Criegee + SO2 chemistry. Atmospheric Chemistry And Physics, 13 (6) , 3163--3176, [doi:10.5194/acp-13-3163-2013] 2013 2013
  • Lewis Alastair C.; Evans M. J.; Hopkins J. R.; Punjabi S.; Read K. A.; Purvis R. M.; Andrews S. J.; Moller S. J.; Carpenter L. J.; Lee J. D.; Rickard A. R.; Palmer P. I.; Parrington M.; The influence of biomass burning on the global distribution of selected non-methane organic compounds. Atmospheric Chemistry And Physics, 13 (2) , [doi:10.5194/acp-13-851-2013] 2013
  • Abadie J.; Abbott B. P.; Abbott R.; Abbott T. D.; Abernathy M.; Accadia T.; Acernese F.; Adams C.; Adhikari R. X.; Affeldt C.; Agathos M.; Agatsuma K.; Ajith P.; Allen B.; Ceron E. Amador; Amariutei D.; Anderson S. B.; Anderson W. G.; Arai K.; Arain M. A.; Araya M. C.; Aston S. M.; Astone P.; Atkinson D.; Aufmuth P.; Aulbert C.; Aylott B. E.; Babak S.; Baker P.; Ballardin G.; Ballmer S.; Barayoga J. C. B.; Barker D.; Barone F.; Barr B.; Barsotti L.; Barsuglia M.; Barton M. A.; Bartos I.; Bassiri R.; Bastarrika M.; Basti A.; Batch J.; Bauchrowitz J.; Bauer Th. S.; Bebronne M.; Beck D.; Behnke B.; Bejger M.; Beker M. G.; Bell A. S.; Belopolski I.; Benacquista M.; Berliner J. M.; Bertolini A.; Betzwieser J.; Beveridge N.; Beyersdorf P. T.; Bilenko I. A.; Billingsley G.; Birch J.; Biswas R.; Bitossi M.; Bizouard M. A.; Black E.; Blackburn J. K.; Blackburn L.; Blair D.; Bland B.; Blom M.; Bock O.; Bodiya T. P.; Bogan C.; Bondarescu R.; Bondu F.; Bonelli L.; Bonnand R.; Bork R.; Born M.; Boschi V.; Bose S.; Bosi L.; Bouhou B.; Braccini S.; Bradaschia C.; Brady P. R.; Braginsky V. B.; Branchesi M.; Brau J. E.; Breyer J.; Briant T.; Bridges D. O.; Brillet A.; Brinkmann M.; Brisson V.; Britzger M.; Brooks A. F.; Brown D. A.; Bulik T.; Bulten H. J.; Buonanno A.; Burguet-Castell J.; Buskulic D.; Buy C.; Byer R. L.; Cadonati L.; Calloni E.; Camp J. B.; Campsie P.; Cannizzo J.; Cannon K.; Canuel B.; Cao J.; Capano C. D.; Carbognani F.; Carbone L.; Caride S.; Caudill S.; Cavaglià M.; Cavalier F.; Cavalieri R.; Cella G.; Cepeda C.; Cesarini E.; Chaibi O.; Chalermsongsak T.; Charlton P.; Chassande-Mottin E.; Chelkowski S.; Chen W.; Chen X.; Chen Y.; Chincarini A.; Chiummo A.; Cho H. S.; Chow J.; Christensen N.; Chua S. S. Y.; Chung C. T. Y.; Chung S.; Ciani G.; Clara F.; Clark D. E.; Clark J.; Clayton J. H.; Cleva F.; Coccia E.; Cohadon P.-F.; Colacino C. N.; Colas J.; Colla A.; Colombini M.; Conte A.; Conte R.; Cook D.; Corbitt T. R.; Cordier M.; Cornish N.; Corsi A.; Costa C. A.; Coughlin M.; Coulon J.-P.; Couvares P.; Coward D. M.; Cowart M.; Coyne D. C.; Creighton J. D. E.; Creighton T. D.; Cruise A. M.; Cumming A.; Cunningham L.; Cuoco E.; Cutler R. M.; Dahl K.; Danilishin S. L.; Dannenberg R.; D'Antonio S.; Danzmann K.; Dattilo V.; Daudert B.; Daveloza H.; Davier M.; Daw E. J.; Day R.; Dayanga T.; De Rosa R.; DeBra D.; Debreczeni G.; Degallaix J.; Del Pozzo W.; del Prete M.; Dent T.; Dergachev V.; DeRosa R.; DeSalvo R.; Dhurandhar S.; Di Fiore L.; Di Lieto A.; Di Palma I.; Di Paolo Emilio M.; Di Virgilio A.; Díaz M.; Dietz A.; Donovan F.; Dooley K. L.; Drago M.; Drever R. W. P.; Driggers J. C.; Du Z.; Dumas J.-C.; Dwyer S.; Eberle T.; Edgar M.; Edwards M.; Effler A.; Ehrens P.; Endrőczi G.; Engel R.; Etzel T.; Evans K.; Evans M.; Evans T.; Factourovich M.; Fafone V.; Fairhurst S.; Fan Y.; Farr B. F.; Fazi D.; Fehrmann H.; Feldbaum D.; Feroz F.; Ferrante I.; Fidecaro F.; Finn L. S.; Fiori I.; Fisher R. P.; Flaminio R.; Flanigan M.; Foley S.; Forsi E.; Forte L. A.; Fotopoulos N.; Fournier J.-D.; Franc J.; Franco S.; Frasca S.; Frasconi F.; Frede M.; Frei M.; Frei Z.; Freise A.; Frey R.; Fricke T. T.; Friedrich D.; Fritschel P.; Frolov V. V.; Fujimoto M.-K.; Fulda P. J.; Fyffe M.; Gair J.; Galimberti M.; Gammaitoni L.; Garcia J.; Garufi F.; Gáspár M. E.; Gehrels N.; Gemme G.; Geng R.; Genin E.; Gennai A.; Gergely L. Á.; Ghosh S.; Giaime J. A.; Giampanis S.; Giardina K. D.; Giazotto A.; Gil-Casanova S.; Gill C.; Gleason J.; Goetz E.; Goggin L. M.; González G.; Gorodetsky M. L.; Goßler S.; Gouaty R.; Graef C.; Graff P. B.; Granata M.; Grant A.; Gras S.; Gray C.; Gray N.; Greenhalgh R. J. S.; Gretarsson A. M.; Greverie C.; Grosso R.; Grote H.; Grunewald S.; Guidi G. M.; Guido C.; Gupta R.; Gustafson E. K.; Gustafson R.; Ha T.; Hallam J. M.; Hammer D.; Hammond G.; Hanks J.; Hanna C.; Hanson J.; Hardt A.; Harms J.; Harry G. M.; Harry I. W.; Harstad E. D.; Hartman M. T.; Haughian K.; Hayama K.; Hayau J.-F.; Heefner J.; Heidmann A.; Heintze M. C.; Heitmann H.; Hello P.; Hendry M. A.; Heng I. S.; Heptonstall A. W.; Herrera V.; Hewitson M.; Hild S.; Hoak D.; Hodge K. A.; Holt K.; Holtrop M.; Hong T.; Hooper S.; Hosken D. J.; Hough J.; Howell E. J.; Hughey B.; Husa S.; Huttner S. H.; Huynh-Dinh T.; Ingram D. R.; Inta R.; Isogai T.; Ivanov A.; Izumi K.; Jacobson M.; James E.; Jang Y. J.; Jaranowski P.; Jesse E.; Johnson W. W.; Jones D. I.; Jones G.; Jones R.; Jonker R. J. G.; Ju L.; Kalmus P.; Kalogera V.; Kandhasamy S.; Kang G.; Kanner J. B.; Kasturi R.; Katsavounidis E.; Katzman W.; Kaufer H.; Kawabe K.; Kawamura S.; Kawazoe F.; Kelley D.; Kells W.; Keppel D. G.; Keresztes Z.; Khalaidovski A.; Khalili F. Y.; Khazanov E. A.; Kim B. K.; Kim C.; Kim H.; Kim K.; Kim N.; Kim Y. M.; King P. J.; Kinzel D. L.; Kissel J. S.; Klimenko S.; Kokeyama K.; Kondrashov V.; Koranda S.; Korth W. Z.; Kowalska I.; Kozak D.; Kranz O.; Kringel V.; Krishnamurthy S.; Krishnan B.; Królak A.; Kuehn G.; Kumar P.; Kumar R.; Kwee P.; Lam P. K.; Landry M.; Lantz B.; Lastzka N.; Lawrie C.; Lazzarini A.; Leaci P.; Lee C. H.; Lee H. K.; Lee H. M.; Leong J. R.; Leonor I.; Leroy N.; Letendre N.; Li J.; Li T. G. F.; Liguori N.; Lindquist P. E.; Liu Y.; Liu Z.; Lockerbie N. A.; Lodhia D.; Lorenzini M.; Loriette V.; Lormand M.; Losurdo G.; Lough J.; Luan J.; Lubinski M.; Lück H.; Lundgren A. P.; Macdonald E.; Machenschalk B.; MacInnis M.; Macleod D. M.; Mageswaran M.; Mailand K.; Majorana E.; Maksimovic I.; Malvezzi V.; Man N.; Mandel I.; Mandic V.; Mantovani M.; Marandi A.; Marchesoni F.; Marion F.; Márka S.; Márka Z.; Markosyan A.; Maros E.; Marque J.; Martelli F.; Martin I. W.; Martin R. M.; Marx J. N.; Mason K.; Masserot A.; Matichard F.; Matone L.; Matzner R. A.; Mavalvala N.; Mazzolo G.; McCarthy R.; McClelland D. E.; McGuire S. C.; McIntyre G.; McIver J.; McKechan D. J. A.; McWilliams S.; Meadors G. D.; Mehmet M.; Meier T.; Melatos A.; Melissinos A. C.; Mendell G.; Mercer R. A.; Meshkov S.; Messenger C.; Meyer M. S.; Miao H.; Michel C.; Milano L.; Miller J.; Minenkov Y.; Mitrofanov V. P.; Mitselmakher G.; Mittleman R.; Miyakawa O.; Moe B.; Mohan M.; Mohanty S. D.; Mohapatra S. R. P.; Moraru D.; Moreno G.; Morgado N.; Morgia A.; Mori T.; Morriss S. R.; Mosca S.; Mossavi K.; Mours B.; Mow-Lowry C. M.; Mueller C. L.; Mueller G.; Mukherjee S.; Mullavey A.; Müller-Ebhardt H.; Munch J.; Murphy D.; Murray P. G.; Mytidis A.; Nash T.; Naticchioni L.; Necula V.; Nelson J.; Neri I.; Newton G.; Nguyen T.; Nishizawa A.; Nitz A.; Nocera F.; Nolting D.; Normandin M. E.; Nuttall L.; Ochsner E.; O'Dell J.; Oelker E.; Ogin G. H.; Oh J. J.; Oh S. H.; O'Reilly B.; O'Shaughnessy R.; Osthelder C.; Ott C. D.; Ottaway D. J.; Ottens R. S.; Overmier H.; Owen B. J.; Page A.; Palladino L.; Palomba C.; Pan Y.; Pankow C.; Paoletti F.; Paoletti R.; Papa M. A.; Parisi M.; Pasqualetti A.; Passaquieti R.; Passuello D.; Patel P.; Pedraza M.; Peiris P.; Pekowsky L.; Penn S.; Perreca A.; Persichetti G.; Phelps M.; Pichot M.; Pickenpack M.; Piergiovanni F.; Pietka M.; Pinard L.; Pinto I. M.; Pitkin M.; Pletsch H. J.; Plissi M. V.; Poggiani R.; Pöld J.; Postiglione F.; Prato M.; Predoi V.; Prestegard T.; Price L. R.; Prijatelj M.; Principe M.; Privitera S.; Prix R.; Prodi G. A.; Prokhorov L. G.; Puncken O.; Punturo M.; Puppo P.; Quetschke V.; Quitzow-James R.; Raab F. J.; Rabeling D. S.; Rácz I.; Radkins H.; Raffai P.; Rakhmanov M.; Rankins B.; Rapagnani P.; Raymond V.; Re V.; Redwine K.; Reed C. M.; Reed T.; Regimbau T.; Reid S.; Reitze D. H.; Ricci F.; Riesen R.; Riles K.; Robertson N. A.; Robinet F.; Robinson C.; Robinson E. L.; Rocchi A.; Roddy S.; Rodriguez C.; Rodruck M.; Rolland L.; Rollins J. G.; Romano J. D.; Romano R.; Romie J. H.; Rosińska D.; Röver C.; Rowan S.; Rüdiger A.; Ruggi P.; Ryan K.; Sainathan P.; Salemi F.; Sammut L.; Sandberg V.; Sannibale V.; Santamaría L.; Santiago-Prieto I.; Santostasi G.; Sassolas B.; Sathyaprakash B. S.; Sato S.; Saulson P. R.; Savage R. L.; Schilling R.; Schnabel R.; Schofield R. M. S.; Schreiber E.; Schulz B.; Schutz B. F.; Schwinberg P.; Scott J.; Scott S. M.; Seifert F.; Sellers D.; Sentenac D.; Sergeev A.; Shaddock D. A.; Shaltev M.; Shapiro B.; Shawhan P.; Shoemaker D. H.; Sibley A.; Siemens X.; Sigg D.; Singer A.; Singer L.; Sintes A. M.; Skelton G. R.; Slagmolen B. J. J.; Slutsky J.; Smith J. R.; Smith M. R.; Smith R. J. E.; Smith-Lefebvre N. D.; Somiya K.; Sorazu B.; Soto J.; Speirits F. C.; Sperandio L.; Stefszky M.; Stein A. J.; Stein L. C.; Steinert E.; Steinlechner J.; Steinlechner S.; Steplewski S.; Stochino A.; Stone R.; Strain K. A.; Strigin S. E.; Stroeer A. S.; Sturani R.; Stuver A. L.; Summerscales T. Z.; Sung M.; Susmithan S.; Sutton P. J.; Swinkels B.; Tacca M.; Taffarello L.; Talukder D.; Tanner D. B.; Tarabrin S. P.; Taylor J. R.; Taylor R.; ter Braack A. P. M.; Thomas P.; Thorne K. A.; Thorne K. S.; Thrane E.; Thüring A.; Tokmakov K. V.; Tomlinson C.; Toncelli A.; Tonelli M.; Torre O.; Torres C.; Torrie C. I.; Tournefier E.; Tucker E.; Travasso F.; Traylor G.; Tseng K.; Ugolini D.; Vahlbruch H.; Vajente G.; van den Brand J. F. J.; Van Den Broeck C.; van der Putten S.; van Veggel A. A.; Vass S.; Vasuth M.; Vaulin R.; Vavoulidis M.; Vecchio A.; Vedovato G.; Veitch J.; Veitch P. J.; Veltkamp C.; Verkindt D.; Vetrano F.; Viceré A.; Villar A. E.; Vinet J.-Y.; Vitale S.; Vocca H.; Vorvick C.; Vyatchanin S. P.; Wade A.; Wade L.; Wade M.; Waldman S. J.; Wallace L.; Wan Y.; Wang M.; Wang X.; Wang Z.; Wanner A.; Ward R. L.; Was M.; Weinert M.; Weinstein A. J.; Weiss R.; Wen L.; Wessels P.; West M.; Westphal T.; Wette K.; Whelan J. T.; Whitcomb S. E.; White D. J.; Whiting B. F.; Wilkinson C.; Willems P. A.; Williams L.; Williams R.; Willke B.; Winkelmann L.; Winkler W.; Wipf C. C.; Wiseman A. G.; Wittel H.; Woan G.; Wooley R.; Worden J.; Yakushin I.; Yamamoto H.; Yamamoto K.; Yancey C. C.; Yang H.; Yeaton-Massey D.; Yoshida S.; Yu P.; Yvert M.; Zadrożny A.; Zanolin M.; Zendri J.-P.; Zhang F.; Zhang L.; Zhang W.; Zhao C.; Zotov N.; Zucker M. E.; Zweizig J.; Briggs M. S.; Connaughton V.; Hurley K. C.; Jenke P. A.; von Kienlin A.; Rau A.; Zhang X.-L.; Collaboration The LIGO Scientific Collaboration and the Virgo; SEARCH FOR GRAVITATIONAL WAVES ASSOCIATED WITH GAMMA-RAY BURSTS DURING LIGO SCIENCE RUN 6 AND VIRGO SCIENCE RUNS 2 AND 3. The Astrophysical Journal, 760 (1) , 12, [doi:10.1088/0004-637x/760/1/12] Oct 2012
  • Vaughan S.; Ingham Trevor; Whalley L. K.; Stone Daniel; Evans Mathew J.; Read K. A.; J. D. Lee; Moller S. J.; Carpenter L. J.; Lewis Alastair C.; Fleming Z. L.; Heard D. E.; Seasonal Observations Of OH And HO2 In The Remote Tropical Marine Boundary Layer. Atmospheric Chemistry And Physics, 12, 2149-2172, 2012
  • Vaughan S.; Ingram T.; Whalley L. K.; Stone D.; Evans Mathew J.; Read K. A.; Lee J. D.; Moller S. J.; Carpenter L. J.; Lewis Alastair C.; Fleming Z. L.; Heard D. E.; Seasonal observations of OH and HO2 in the remote tropical marine. Atmospheric Chemistry And Physics, 12, 2149-2172, [doi:10.5194/acp-12-2149-2012] 2012
  • Lewis Alastair C.; Evans Mathew J.; Hopkins J. R.; Punjabi S.; Read K. A.; Andrews S. J.; Purvis R. M.; Moller S. J.; The Influence of Boreal Forest Fires on the Global Distribution of Non-Methan Hydrocarbons. Atmospheric Chemistry And Physics Discussions, 12, 23433-23469, 2012
  • Bauguitte S. J. -B.; Bloss W. J.; Evans Mathew J.; Salmon R. A.; Anderson P. S.; Jones A. E.; Lee J. D.; Saiz-Lopez A.; Roscoe H. K.; Wolff E. W.; Plane J. M. C.; (ed: Sturges W. T.; ) Summertime NOx measurements during the CHABLIS campaign: can source and sink estimates unravel observed diurnal cycles?. Atmospheric Chemistry And Physics, 12, 989-1002, [doi:10.5194/acp-12-989-2012] Jan 2012
  • Parralla JP.; Jacob D. J.; Liang Q; Zhang Y.; Mickley LJ; Miller B.; Evans Mathew J.; Yang X.; Pyle J. A.; Theys N; Van Roozendael M.; Tropospheric bromine chemistry: implications for present and pre-industrial ozone and mercury. Atmospheric Chemistry And Physics, 12, 6723–6740, [doi:10.5194/acp-12-6723-2012] 2012
  • Stone D.; Evans Mathew J.; Edwards Pete; Commane R.; Ingram T.; Rickard A. R.; Brookes D. M.; Hopkins J. R.; Leigh R. J.; Lewis Alastair C.; Monks P. S.; Oram David E.; Reeves C. E.; Stewart D.; Heard D. E.; Isoprene oxidation mechanisms: measurements and modelling of OH and HO2 over a South-East Asian tropical rainforest during the OP3 field campaign. Atmospheric Chemistry And Physics, 11 (13) , 6749--6771, Jul 2011
  • Stone D.; Evans M. J.; Edwards Pete; Commane R.; Ingham T.; Rickard A. R.; Brookes D. M.; Hopkins J.; Leigh R. J.; Lewis Alastair C.; Monks P. S.; Oram David E.; Reeves C. E.; Stewart D.; Heard D. E.; Isoprene oxidation mechanisms: measurements and modelling of OH and HO₂ over a South-East Asian tropical rainforest during the OP3 field campaign. Atmospheric Chemistry And Physics, 11 (13) , 6749--6771, [doi:10.5194/acp-11-6749-2011] Jul 2011
  • Mari C. H.; Reeves C. E.; Law K. S.; Ancellet G.; Andres-Hernandez M. D.; Barret B; Bechara J.; Borbon A.; Bouarar I; Cairo F.; Commane R.; Delon C.; Evans Mathew J.; Fierli F.; Floquet C.; Galy-Lacaux C.; Heard D. E.; Homan C. D.; Ingram T.; Larsen N; Lewis Alastair C.; Liousse C.; Murphy J. G.; Orlandi E.; Oram David E.; Saunois M.; Serca D.; Stewart D. J.; Stone D.; Thouret V.; Velthoven P. v.; Williams J. E.; Atmospheric composition of west africa: Highlights from the amma international program. Atmospheric Science Letters, 11, 13--18, [doi:10.1002/asl.289] 2011
  • Spracklen D. V.; Jimenez J. L.; Carslaw Kenneth S.; Worsnop D. R.; Evans Mathew J.; Mann G. W.; Zhang Q.; Canagaratna M. R.; Allan James Donald; Coe H; McFiggans G.; Rap A.; Forster P.; Aerosol mass spectrometer constraint on the global secondary organic aerosol budget. Atmospheric Chemistry And Physics, 11 (23) , 12109-12136, 2011
  • Mari Céline H.; Reeves C. E.; Law Katherine S.; Ancellet Gérard; Borbon Agnès; Commane Roisin; Evans Mathew J.; Floquet C. F. A.; Heard D. E.; Ingham Trevor; Larsen Niels; Lewis Alastair C.; Liousse C; Murphy Jennifer G.; Orlandi E.; Oram David E.; Saunois M.; Serça Dominique; Stewart David J.; Stone Daniel; Thouret V.; Williams J. E.; Atmospheric Composition of West Africa – Highlights From the AMMA International Programme. Atmospheric Science Letters, 12, 13-19, 2011
  • Stone Daniel; Evans Mathew J.; Edwards Pete; Ingham Trevor; Rickard A. R.; Brookes D. M.; Hopkins J. R.; Leigh R. J.; Lewis Alastair C.; Monks P. S.; Oram David E.; Reeves C. E.; Stewart D. J.; Heard D. E.; Isoprene Oxidation Mechanisms: Measurements And Modelling Of OH and HO2 Over A South-East Asian Tropical Rainforest During The OP3 Field Campaign. Atmospheric Chemistry And Physics, 11, 6749-6771, 2011
  • Whalley L. K.; Edwards Pete; Furneaux K. L.; Goddard Andrew; Ingham Trevor; Evans Mathew J.; Stone Daniel; Hopkins J. R.; JONES C; Karunaharan A; Lee J. D.; Lewis Alastair C.; Monks P. S.; Moller S. J.; Heard D. E.; Quantifying The Magnitude Of A Missing Hydroxyl Radical Source In A Tropical Rainforest. Atmospheric Chemistry And Physics, 11, 7223-7233, 2011
  • Whalley L. K.; Edwards Pete; Furneaux K. L.; Goddard A.; Ingram T.; Evans Mathew J.; Stone D.; Hopkins J. R.; Jones C. E.; Karunaharan A.; Lee J. D.; Lewis Alastair C.; Monks P. S.; Moller S. J.; Heard D. E.; Quantifying the magnitude of a missing hydroxyl radical source in a tropical rainforest. Atmospheric Chemistry And Physics, 11 (14) , 7223--7233, [doi:10.5194/acp-11-7223-2011] 2011 2011
  • MacKenzie A. R.; Langford B; Pugh T. A. M.; Robinson N.; Misztal P; Heard D. E.; Lee J. D.; Lewis Alastair C.; Jones C. E.; Hopkins J. R.; Phillips G.; Monks P. S.; Karunaharan A; Hornsby K; Nicolas-Perea V; Coe H; Gabey A. M.; Gallagher Martin; Whalley L. K.; Edwards Pete; Evans Mathew J.; Stone D; Ingram T.; Commane R.; Furneaux K. L.; McQuaid J. B.; Nemitz E; seng Y. K.; Fowler D; Pyle J. A.; Hewitt C. N.; The atmospheric chemistry of trace gases and particulate matter emitted by different land uses in Borneo. Philosophical Transactions Of The Royal Society B: Biological Sciences, 366 (1582) , 3177-3195, [doi:10.1098/rstb.2011.0053] 2011
  • MacKenzie AR; Langford B; Pugh Thomas A. M.; Robinson N.; Misztal P. K.; Heard D. E.; J. D. Lee; Lewis Alastair C.; JONES C; Hopkins J. R.; Phillips GJ; Monks P. S.; Karunaharan A; Hornsby K. E.; Nicolas-Perea V; Coe H; Gabey A. M.; Gallagher Martin; Whalley L. K.; Edwards Pete; Evans Mathew J.; Stone Daniel; Ingham Trevor; Commane Roisin; K. L. Furneaux; McQuaid James B.; Nemitz E. G.; seng N. K.; Fowler D; Pyle J. A.; Hewitt C. Nicholas; The Atmospheric Chemistry Of Trace Gases And Particulate Matter Emitted By Different Land Uses In Borneo. Philosophical Transactions Of The Royal Society B: Biological Sciences, 366, 3177-3195, 2011
  • Carpenter L. J.; Fleming Z. L.; Read K. A.; Lee J. D.; Moller S. J.; Hopkins J. R.; Purvis R. M.; Lewis Alastair C.; Muller K; Fomba K. Wadinga; Tegen I.; A. Wiedensohler; MULLER T; Niedermeier N.; Achterberg E. P.; Patey M. D.; Kozlova E. A.; Heimann M.; Heard D. E.; J. M. C. Plane; Mahajan A. S.; Oetjen H; Ingram T.; Stone Daniel; Whalley L. K.; Evans Mathew J.; Leigh R. J.; Monks P. S.; Karunaharan A; Vaughan S.; Tschritter J.; Platt U.; Balbo J.; Friess U.; Holla R.; S Lampel; Yilmaz M.; Mendes L. M.; Lopez H.; Faria Bruno V. E.; Manning A. J.; Wallace D. W. R.; Seasonal Characteristics Of Tropical Marine Boundary Layer Air Measured At The Cape Verde Atmospheric Observatory. Journal Of Atmospheric Chemistry, 67, 87-140, 2011
  • Carpenter L. J.; Fleming Z. L.; Read K. A.; Lee J. D.; Moller S. J.; Hopkins J. R.; Purvis R. M.; Lewis Alastair C.; Mueller K.; Heinold B.; Herrmann H.; Fomba K. Wadinga; van Pinxteren D.; Mueller C.; Tegen I.; Wiedensohler A.; Mueller T.; Niedermeier N.; Achterberg E. P.; Patey M. D.; Kozlova E. A.; Heimann M.; Heard D. E.; Plane J. M. C.; Mahajan A.; Oetjen H.; Ingram T.; Stone D.; Whalley L. K.; Evans Mathew J.; Pilling M. J.; Leigh R. J.; Monks P. S.; Karunaharan A.; Vaughan S.; Arnold S. R.; Tschritter J.; Poehler D.; Friess U.; Holla R.; Mendes L. M.; Lopez H.; Faria B.; Manning A. J.; Wallace D. W. R.; Seasonal characteristics of tropical marine boundary layer air measured at the Cape Verde Atmospheric Observatory. Journal Of Atmospheric Chemistry, 67 (2-3) , 87--140, [doi:10.1007/s10874-011-9206-1] DEC 2010 2010
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A.; Budzyński R.; Bulik T.; Bullington A.; Bulten H. J.; Buonanno A.; Burguet-Castell J.; Burmeister O.; Buskulic D.; Buy C.; Byer R. L.; Cadonati L.; Cagnoli G.; Cain J.; Calloni E.; Camp J. B.; Campagna E.; Cannizzo J.; Cannon K. C.; Canuel B.; Cao J.; Capano C. D.; Carbognani F.; Cardenas L.; Caudill S.; Cavaglià M.; Cavalier F.; Cavalieri R.; Cella G.; Cepeda C.; Cesarini E.; Chalermsongsak T.; Chalkley E.; Charlton P.; Chassande-Mottin E.; Chatterji S.; Chelkowski S.; Chen Y.; Chincarini A.; Christensen N.; Chua S. S. Y.; Chung C. T. Y.; Clark D.; Clark J.; Clayton J. H.; Cleva F.; Coccia E.; Colacino C. N.; Colas J.; Colla A.; Colombini M.; Conte R.; Cook D.; Corbitt T. R. C.; Cornish N.; Corsi A.; Coulon J.-P.; Coward D.; Coyne D. C.; Creighton J. D. E.; Creighton T. D.; Cruise A. M.; Culter R. M.; Cumming A.; Cunningham L.; Cuoco E.; Dahl K.; Danilishin S. L.; D’Antonio S.; Danzmann K.; Dattilo V.; Daudert B.; Davier M.; Davies G.; Daw E. 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K.; Landry M.; Lang M.; Lantz B.; Lastzka N.; Lazzarini A.; Leaci P.; Lei M.; Leindecker N.; Leonor I.; Leroy N.; Letendre N.; Li T. G. F.; Lin H.; Lindquist P. E.; Littenberg T. B.; Lockerbie N. A.; Lodhia D.; Lorenzini M.; Loriette V.; Lormand M.; Losurdo G.; Lu P.; Lubinski M.; Lucianetti A.; Lück H.; Lundgren A.; Machenschalk B.; MacInnis M.; Mageswaran M.; Mailand K.; Majorana E.; Mak C.; Maksimovic I.; Man N.; Mandel I.; Mandic V.; Mantovani M.; Marchesoni F.; Marion F.; Márka S.; Márka Z.; Markosyan A.; Markowitz J.; Maros E.; Marque J.; Martelli F.; Martin I. W.; Martin R. M.; Marx J. N.; Mason K.; Masserot A.; Matichard F.; Matone L.; Matzner R. A.; Mavalvala N.; McCarthy R.; McClelland D. E.; McGuire S. C.; McIntyre G.; McKechan D. J. A.; Mehmet M.; Melatos A.; Melissinos A. C.; Mendell G.; Menéndez D. F.; Mercer R. A.; Merill L.; Meshkov S.; Messenger C.; Meyer M. S.; Miao H.; Michel C.; Milano L.; Miller J.; Minenkov Y.; Mino Y.; Mitra S.; Mitrofanov V. 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A.; Prokhorov L.; Puncken O.; Punturo M.; Puppo P.; Quetschke V.; Raab F. J.; Rabeling D. S.; Radkins H.; Raffai P.; Raics Z.; Rakhmanov M.; Rapagnani P.; Raymond V.; Re V.; Reed C. M.; Reed T.; Regimbau T.; Rehbein H.; Reid S.; Reitze D. H.; Ricci F.; Riesen R.; Riles K.; Roberts P.; Robertson N. A.; Robinet F.; Robinson C.; Robinson E. L.; Rocchi A.; Roddy S.; Röver C.; Rolland L.; Rollins J.; Romano J. D.; Romano R.; Romie J. H.; Rosińska D.; Rowan S.; Rüdiger A.; Ruggi P.; Ryan K.; Sakata S.; Salemi F.; Sammut L.; de la Jordana L. Sancho; Sandberg V.; Sannibale V.; Santamaría L.; Santostasi G.; Saraf S.; Sarin P.; Sassolas B.; Sathyaprakash B. S.; Sato S.; Satterthwaite M.; Saulson P. R.; Savage R.; Schilling R.; Schnabel R.; Schofield R.; Schulz B.; Schutz B. F.; Schwinberg P.; Scott J.; Scott S. M.; Searle A. C.; Seifert F.; Sellers D.; Sengupta A. S.; Sentenac D.; Sergeev A.; Shapiro B.; Shawhan P.; Shoemaker D. H.; Sibley A.; Siemens X.; Sigg D.; Sintes A. M.; Skelton G.; Slagmolen B. J. J.; Slutsky J.; Smith J. R.; Smith M. R.; Smith N. D.; Somiya K.; Sorazu B.; Stein A. J.; Stein L. C.; Steplewski S.; Stochino A.; Stone R.; Strain K. A.; Strigin S.; Stroeer A.; Sturani R.; Stuver A. L.; Summerscales T. Z.; Sung M.; Susmithan S.; Sutton P. J.; Swinkels B.; Szokoly G. P.; Talukder D.; Tanner D. B.; Tarabrin S. P.; Taylor J. R.; Taylor R.; Thorne K. A.; Thorne K. S.; Thüring A.; Titsler C.; Tokmakov K. V.; Toncelli A.; Tonelli M.; Torres C.; Torrie C. I.; Tournefier E.; Travasso F.; Traylor G.; Trias M.; Trummer J.; Turner L.; Ugolini D.; Urbanek K.; Vahlbruch H.; Vajente G.; Vallisneri M.; van den Brand J. F. J.; Van Den Broeck C.; van der Putten S.; van der Sluys M. V.; Vass S.; Vaulin R.; Vavoulidis M.; Vecchio A.; Vedovato G.; van Veggel A. A.; Veitch J.; Veitch P. J.; Veltkamp C.; Verkindt D.; Vetrano F.; Viceré A.; Villar A.; Vinet J.-Y.; Vocca H.; Vorvick C.; Vyachanin S. P.; Waldman S. J.; Wallace L.; Wanner A.; Ward R. L.; Was M.; Wei P.; Weinert M.; Weinstein A. J.; Weiss R.; Wen L.; Wen S.; Wessels P.; West M.; Westphal T.; Wette K.; Whelan J. T.; Whitcomb S. E.; Whiting B. F.; Wilkinson C.; Willems P. A.; Williams H. R.; Williams L.; Willke B.; Wilmut I.; Winkelmann L.; Winkler W.; Wipf C. C.; Wiseman A. G.; Woan G.; Wooley R.; Worden J.; Yakushin I.; Yamamoto H.; Yamamoto K.; Yeaton-Massey D.; Yoshida S.; Yu P. P.; Yvert M.; Zanolin M.; Zhang L.; Zhang Z.; Zhao C.; Zotov N.; Zucker M. E.; Zweizig J.; The LIGO Scientific Collaboration & The Virgo Collaboration; SEARCH FOR GRAVITATIONAL-WAVE INSPIRAL SIGNALS ASSOCIATED WITH SHORT GAMMA-RAY BURSTS DURING LIGO'S FIFTH AND VIRGO'S FIRST SCIENCE RUN. The Astrophysical Journal, 715 (2) , 1453--1461, [doi:10.1088/0004-637x/715/2/1453] May 2010
  • Andres-Hernandez M. D.; Stone D.; Brookes D. M.; Commane R.; Reeves C. E.; Huntrieser H.; Heard D. E.; Monks P. S.; Burrows J. P.; Schlager H.; Kartal D.; Evans Mathew J.; Floquet C. F. A.; Ingram T.; Methven J.; Parker A. E.; Peroxy radical partitioning during the AMMA radical intercomparison exercise. Atmospheric Chemistry And Physics, 10 (21) , 10621--10638, [doi:10.5194/acp-10-10621-2010] 2010
  • Lee J. D.; McFiggans G.; Baker A. R.; Ball S. M.; Benton A. K.; Carpenter L. J.; Commane R.; Finley B. D.; Evans Mathew J.; Fuentes E.; Furneaux K.; Goddard A.; Good N.; Hamilton J. F.; Heard D. E.; Herrmann H.; Hollingsworth A.; Hopkins J. R.; Ingram T.; Irwin M.; Jones C. E.; Jones R. L.; Keene W. C.; Lawler M. J.; Lehmann S.; Lewis Alastair C.; Long M. S.; Mahajan AS; Methven J.; Moller S. J.; Müller K.; Müller T.; Niedermeier N.; O'Doherty S; Oetjen H.; Plane J. M. C.; Pszenny A. A. P.; Read K. A.; Saiz-Lopez A; Saltzman E. S.; Sander R.; von Glasow R.; Whalley L. K.; Wiedensohler A.; Young D; Allan James Donald; Reactive Halogens in the Marine Boundary Layer (RHaMBLe): the tropical North Atlantic experiments. Atmospheric Chemistry And Physics, 10 (3) , 1031-1055, [doi:10.5194/acp-10-1031-2010] 2010
  • Commane R.; Floquet C. F. A.; Ingram T.; Stone D.; Evans Mathew J.; Heard D. E.; Observations of OH and HO2 radicals over West Africa. Atmospheric Chemistry And Physics, 10 (18) , 8783--8801, [doi:10.5194/acp-10-8783-2010] 2010
  • Stone Daniel; Evans Mathew J.; Commane Roisin; Ingham Trevor; Floquet C. F. A.; McQuaid James B.; Brookes D. M.; Monks P. S.; Purvis R. M.; Hamilton J. F.; Hopkins J. R.; Lee J. D.; Lewis Alastair C.; Stewart David J.; Murphy Jennifer G.; Mills G; Oram David E.; Reeves C. E.; Heard D. E.; HOx observations over West Africa during AMMA: impact of isoprene and NOx. Atmospheric Chemistry And Physics, 10, 1555-1576, 2010
  • Hewitt C. N.; Lee J. D.; MacKenzie A. R.; Barkley M. P.; Carslaw N.; Carver Glenn D.; Chappell N. A.; Commane R.; Davies F; Davison B.; Di Carlo P; Di Marco C. F.; Dorsey James R.; Edwards Pete; Evans Mathew J.; Fowler D; Furneaux K. L.; Gallagher Martin; Guenther A.; Heard D. E.; Helfter C.; Hopkins J. R.; Ingram T.; Irwin M.; Jones C.; Karunaharan A.; Langford B; Lewis Alastair C.; Lim S. F.; MacDonald S. M.; Mahajan A. S.; Malpass S.; McFiggans G.; Mills G.; Misztal P; Moller S. J.; Monks P. S.; Nemitz E.; Nicolas-Perea V.; Oetjen H.; Oram David E.; Palmer P. I.; Phillips G. J.; Pike R.; Plane J. M. C.; Pugh T.; Pyle J. A.; Reeves C. E.; Robinson N. H.; Stewart D.; Stone D.; Whalley L. K.; Yang X.; Overview: oxidant and particle photochemical processes above a south-east Asian tropical rainforest (the OP3 project): introduction, rationale, location characteristics and tools. Atmospheric Chemistry And Physics, 10 (1) , 169--199, [doi:10.5194/acp-10-169-2010] 2010
  • Stone D.; Evans Mathew J.; Commane R.; Ingram T.; Floquet C. F. A.; McQuaid J. B.; Brookes D. M.; Monks P. S.; Purvis R. M.; Hamilton J. F.; Hopkins J. R.; Lee J. D.; Lewis Alastair C.; Stewart D.; Murphy J. G.; Mills G.; Oram David E.; Reeves C. E.; Heard D. E.; HOx observations over West Africa during AMMA: impact of isoprene and NOx. Atmospheric Chemistry And Physics, 10 (19) , 9415--9429, [doi:10.5194/acp-10-9415-2010] 2010
  • Hewitt C. N.; Lee J. D.; MacKenzie A. R.; Barkley M. P.; Carslaw N.; Carver G. D.; Chappell N. A.; Coe H.; Collier C.; Commane R.; Davies F.; Davison B.; DiCarlo P.; Di Marco C. F.; Dorsey J. R.; Edwards Pete; Evans M. J.; Fowler D.; Furneaux K. L.; Gallagher M.; Guenther A.; Heard D. E.; Helfter C.; Hopkins J.; Ingham T.; Irwin M.; Jones C.; Karunaharan A.; Langford B.; Lewis A. C.; Lim S. F.; MacDonald S. M.; Mahajan A. S.; Malpass S.; McFiggans G.; Mills G.; Misztal P.; Moller S.; Monks P. S.; Nemitz E.; Nicolas-Perea V.; Oetjen H.; Oram David E.; Palmer P. I.; Phillips G. J.; Pike R.; Plane J. M. C.; Pugh T.; Pyle J. A.; Reeves C. E.; Robinson N. H.; Stewart D.; Stone D.; Whalley L. K.; Yang X.; Corrigendum to "Overview: oxidant and particle photochemical processes above a south-east Asian tropical rainforest (the OP3 project): introduction, rationale, location characteristics and tools" published in Atmos. Chem. Phys., 10, 169–199, 2010. Atmospheric Chemistry And Physics, 10 (2) , 563--563, [doi:10.5194/acp-10-563-2010] Jan 2010
  • Hewitt C. N.; Lee J. D.; MacKenzie A. R.; Barkley M. P.; Carslaw N.; Carver G. D.; Chappell N. A.; Coe H.; Collier C.; Commane R.; Davies F.; Davison B.; DiCarlo P.; Di Marco C. F.; Dorsey J. R.; Edwards P. M.; Evans M. J.; Fowler D.; Furneaux K. L.; Gallagher M.; Guenther A.; Heard D. E.; Helfter C.; Hopkins J.; Ingham T.; Irwin M.; Jones C.; Karunaharan A.; Langford B.; Lewis A. C.; Lim S. F.; MacDonald S. M.; Mahajan A. S.; Malpass S.; McFiggans G.; Mills G.; Misztal P.; Moller S.; Monks P. S.; Nemitz E.; Nicolas-Perea V.; Oetjen H.; Oram David E.; Palmer P. I.; Phillips G. J.; Pike R.; Plane J. M. C.; Pugh T.; Pyle J. A.; Reeves C. E.; Robinson N. H.; Stewart D.; Stone D.; Whalley L. K.; Yang X.; Erratum: Overview: Oxidant and particle photochemical processes above a south-east Asian tropical rainforest (the OP3 project): Introduction, rationale, location characteristics and tools (Atmospheric Chemistry and Physics (2010) 10 (169-199)). Atmospheric Chemistry And Physics, 10 (2) , 2010
  • Hewitt C. N.; Lee J. D.; MacKenzie A. R.; Barkley M. P.; Carslaw N.; Carver G. D.; Chappell N. A.; Coe H.; Collier C.; Commane R.; Davies F.; Davison B.; DiCarlo P.; Di Marco C. F.; Dorsey J. R.; Edwards P. M.; Evans M. J.; Fowler D.; Furneaux K. L.; Gallagher M.; Guenther A.; Heard D. E.; Helfter C.; Hopkins J.; Ingham T.; Irwin M.; Jones C.; Karunaharan A.; Langford B.; Lewis A. C.; Lim S. F.; MacDonald S. M.; Mahajan A. S.; Malpass S.; McFiggans G.; Mills G.; Misztal P.; Moller S.; Monks P. S.; Nemitz E.; Nicolas-Perea V.; Oetjen H.; Oram David E.; Palmer P. I.; Phillips G. J.; Pike R.; C. Plane J. M.; Pugh T.; Pyle J. A.; Reeves C. E.; Robinson N. H.; Stewart D.; Stone D.; Whalley L. K.; Yin X.; Overview: Oxidant and particle photochemical processes above a south-east Asian tropical rainforest (the OP3 project): Introduction, rationale, location characteristics and tools. Atmospheric Chemistry And Physics, 10 (1) , 169-199, 2010
  • Lee J. D.; McFiggans G.; Allan James Donald; Baker A. R.; Ball S. M.; Benton A. K.; Carpenter L. J.; Commane R.; Finley B. D.; Evans Mathew J.; Fuentes E.; Furneaux K.; Goddard A.; Good N.; Hamilton J. F.; Heard D. E.; Herrmann H.; Hollingsworth A.; Hopkins J. R.; Ingram T.; Irwin M.; Jones C. E.; Jones R. L.; Keene W. C.; Lawler M. J.; Lehmann S.; Lewis Alastair C.; Long M. S.; Mahajan AS; Methven J.; Moller S. J.; Müller K.; Müller T.; Niedermeier N.; O'Doherty S; Oetjen H.; Plane J. M. C.; Pszenny A. A. P.; Read K. A.; Saiz-Lopez A; Saltzman E. S.; Sander R.; von Glasow R.; Whalley L. K.; Wiedensohler A; Young D; Reactive Halogens in the Marine Boundary Layer (RHaMBLe): the tropical North Atlantic experiments. Atmospheric Chemistry And Physics Discussions, 9 (5) , 21717--21783, [doi:10.5194/acpd-9-21717-2009] 2009
  • Hewitt C. N.; MacKenzie A. R.; Di Carlo P; Di Marco C. F.; Dorsey James R.; Evans Mathew J.; Fowler D; Gallagher Martin; Hopkins J. R.; Jones C. E.; Langford B; Lee J. D.; Lewis Alastair C.; Lim S. F.; McQuaid J.; Misztal P; Moller S. J.; Monks P. S.; Nemitz E; Oram David E.; Owen S. M.; Phillips G. J.; Pugh T. A. M.; Pyle J. A.; Reeves C. E.; Ryder J; Siong J; Skiba U; Stewart D. J.; Nitrogen management is essential to prevent tropical oil palm plantations from causing ground-level ozone pollution}. Proceedings Of The National Academy Of Sciences Of The United States Of America, 106 (44) , 18447-18451, [doi:10.1073/pnas.0907541106] 2009
  • Hopkins J. R.; Evans Mathew J.; Lee J. D.; Lewis Alastair C.; Marsham J. H.; McQuaid JB; Parker D. J.; Stewart DJ; Reeves C. E.; Purvis R. M.; Direct estimates of emissions from the megacity of Lagos. Atmospheric Chemistry And Physics, 9, 8471--8477, [doi:10.5194/acp-9-8471-2009] 2009
  • Charlton-Perez C. L.; Evans Mathew J.; Marsham J. H.; Esler J. G.; The impact of resolution on ship plume simulations with NO(x) chemistry. Atmospheric Chemistry And Physics, 9 (19) , 7505--7518, 2009 2009
  • Hewitt C. N.; MacKenzie A. R.; Di Carlo P.; Di Marco C. F.; Dorsey J. R.; Evans M.; Fowler D.; Gallagher M. W.; Hopkins J. R.; Jones C. E.; Langford B.; Lee J. D.; Lewis A. C.; Lim S. F.; McQuaid J.; Misztal P.; Moller S. J.; Monks P. S.; Nemitz E.; Oram David E.; Owen S. M.; Phillips G. J.; Pugh T. A. M.; Pyle J. A.; Reeves C. E.; Ryder J.; Siong J.; Skiba U.; Stewart D. J.; Nitrogen management is essential to prevent tropical oil palm plantations from causing ground-level ozone pollution. Proceedings Of The National Academy Of Sciences Of The United States Of America, 106 (44) , 18447-18451, 2009
  • Read K. A.; Mahajan A. S.; Carpenter L. J.; Evans Mathew J.; Faria B. V. E.; Heard D. E.; Hopkins J. R.; Lee J. D.; Moller S. J.; Lewis Alastair C.; Mendes L.; McQuaid J. B.; Oetjen H.; Saiz-Lopez A.; Pilling M. J.; Plane J. M. C.; Extensive halogen-mediated ozone destruction over the tropical Atlantic Ocean. Nature, 453 (7199) , 1232--1235, [doi:10.1038/nature07035] 2008
  • Arnold S. R.; Methven J.; Evans Mathew J.; Chipperfield Martyn P.; Lewis Alastair C.; Hopkins J. R.; McQuaid J. B.; Watson N; Purvis R. M.; Lee J. D.; Atlas E. L.; Blake D. R.; Rappenglueck B; Statistical inference of OH concentrations and air mass dilution rates from successive observations of nonmethane hydrocarbons in single air masses. Journal Of Geophysical Research, 112 (D10) , [doi:10.1029/2006JD007594] 2007
  • Lewis Alastair C.; Evans Mathew J.; Methven J.; Watson N.; Lee J. D.; Hopkins J. R.; Purvis R. M.; Arnold S. R.; McQuaid J. B.; Whalley L. K.; Pilling M. J.; Heard D. E.; Monks P. S.; Parker A. E.; Reeves C. E.; Oram David E.; Mills G.; Bandy Brian J.; Stewart D.; Coe H; Williams P.; Crosier J.; Chemical composition observed over the mid-Atlantic and the detection of pollution signatures far from source regions. Journal Of Geophysical Research, 112 (D10) , [doi:10.1029/2006jd007584] 2007
  • Walker SJ; Evans Mathew J.; Jackson A. V.; Steinbacher M; Zellweger C; McQuaid J. B.; Processes controlling the concentration of hydroperoxides at Jungfraujoch Observatory, Switzerland. Atmospheric Chemistry And Physics [doi:10.5194/acp-6-5525-2006] Dec 2006
  • Methven J.; Arnold SR; Stohl A; Evans Mathew J.; Avery MA; Law KS; Lewis Alastair C.; Monks P. S.; Parrish DD; Reeves C. E.; Schlager H; Atlas E; Blake DR; Coe H; Crosier J.; Flocke F; Holloway JS; McQuaid J. B.; Hopkins J. R.; Purvis R. M.; Rappenglueck B; Singh HB; Watson N; Whalley L. K.; Williams P. I.; Establishing Lagrangian connections between observations within air masses crossing the Atlantic during the International Consortium for Atmospheric Research on Transport and Transformation experiment. Journal Of Geophysical Research, 111 (d23) , pp.D23S62, [doi:10.1029/2006JD007540] 2006
  • Bloss W. J.; Evans Mathew J.; Lee J. D.; Sommariva R; Heard D. E.; Pilling M. J.; The oxidative capacity of the troposphere: Coupling of field measurements of OH and a global chemistry transport model. Faraday Discussions, 130, 425--436, [doi:10.1039/b419090d] 2005
  • Reeves C. E.; Penkett S. A.; Bauguitte S. J. -B.; Law K. S.; Evans Mathew J.; Bandy Brian J.; Monks P. S.; Edwards G. D.; Phillips G.; Barjat H.; Kent J.; Dewey K.; Schmitgen S.; Kley D.; Potential for photochemical ozone formation in the troposphere over the North Atlantic as derived from aircraft observations during ACSOE. Journal Of Geophysical Research, 107 (D23) , [doi:10.1029/2002jd002415] 2002
  • Esler JG; Tan DGH; Haynes PH; Evans Mathew J.; Law KS; Plantevin PH; Pyle J. A.; Stratosphere-troposphere exchange: Chemical sensitivity to mixing. Journal Of Geophysical Research, 106, 4717--4731, [doi:10.1029/2000JD900405] Mar 2001
  • Methven J.; Evans Mathew J.; Simmonds Peter; Spain Gerard; Estimating relationships between air mass origin and chemical composition. Journal Of Geophysical Research, 106 (D5) , 5005--5019, [doi:10.1029/2000JD900694] 2001
  • Evans Mathew J.; Shallcross DE; Law KS; Wild JOF; Simmonds PG; Spain TG; Berrisford Paul; Methven J.; Lewis Alastair C.; McQuaid J. B.; Pilling MJ; Bandy Brian J.; Penkett SA; Pyle J. A.; Evaluation of a Lagrangian box model using field measurements from EASE (Eastern Atlantic Summer Experiment) 1996. Atmospheric Environment, 34 (23) , 3843--3863, [doi:10.1016/S1352-2310(00)00184-9] 2000
  • Bassford MR; Nickless G; Simmonds PG; Lewis Alastair C.; Pilling MJ; Evans Mathew J.; The concurrent observation of methyl iodide and dimethyl sulphide in marine air; implications for sources of atmospheric methyl iodide. Atmospheric Environment, 33 (15) , 2373-2383, [doi:10.1016/S1352-2310(98)00403-8] 1999