Springer Proceedings in Complexity

Part I Air quality and human health.- Use of air quality modeling results in health effects research; A. Russell et al.- 2 Air quality effects on human health; J. Brandt et al.- 3 Development of model-based air pollution exposure metrics for use in epidemiologic studies; V. Isakova et al.- 4 Improved spatiotemporal air pollutant mixture characterization for health studies; H.A. Holmes et al.- 5 Advances in linked air quality, farm management and biogeochemistry models to address bidirectional ammonia flux in CMAQ; E.J. Cooter et al.- 6 A temporal NOx emissions trading system: case study of US power plants; S. Morteza Mesbah et al.- 7 Source attribution of attainment and exposure-based ozone metrics in North America; A. Pappin, A. Hakami.- 8 CASTNET methodology for modeling dry and total deposition; C.M. Rogers et al.- 9 ACCEPTED: an Assessment of Changing Conditions, Environmental Policies, Time-activities, Exposure and Disease; A. Delcloo et al.- Part II Climate change and air quality.- 10 Studying aerosol-cloud-climate interactions over East Asia using WRF/Chem; Y. Zhang et al.- 11Investigation of trends in aerosol direct radiative effects over North America using a coupled meteorology-chemistry model; R. Mathur et al.-12 Future year air quality change due to growth in aircraft emissions and changes in climate; S. Arunachalam et al.- Part III Aerosols in the atmosphere.- 13 The use of a Non Negative Matrix Factorization method combined to PM2.5 chemical data for a source apportionment study in different environments; A. Kfoury et al.- 14 On the interplay between upper and ground levels dynamics and chemistry in determining the surface aerosol budget; G. Curci et al.- 15 Modeling of aerosol indirect effects with WRF/Chem over Europe; P. Tuccella et al.- 16 The influence of cloud chemical processes on the formation of secondary particulate matter; R. Schroedner et al.- 17 An improved volatility basis set for modeling organic aerosol in both CAMx and CMAQ; B.Koo et al.- 18 Issues related to on/offline meteorological and atmospheric chemistry model coupling; J. Kushta et al.- 19 Increases in wintertime oxidation capacity counteract the success of emission reduction measures in Europe with respect to secondary inorganic aerosols; D. Brunner et al.- 20 Investigating the contribution of biogenic emissions to the formation of secondary pollutants in Portugal; O. Tchepel et al.- 21 Modelling aerosol-cloud-meteorology interaction: a case study with a fully coupled air quality model (GEM-MACH); W. Gong et al.- 22 Evaluation of cloud chemistry mechanism towards laboratory experiments; Y. Long et al.- 23 Effects of surf zone sea-spray particles on aerosol concentration in coastal area; G. Tedeschi, J. Piazzola.- 24 Novel pathways to form secondary organic aerosols: glyoxal SOA in WRF/Chem; C. Knote et al.- 25 Modeling seasonal changes in organic aerosol composition at the puy de Dome (France); C. Barbet et al.- 26 Using WRF-CMAQ air quality modelling system to estimate BaP concentrations over Zaragoza (Spain); R. San Jose et al.- 27 The POAEMM project: prediction of spatial and temporal variation of marine aerosols in coastal area; G. Tedeschi et al.- 28 An integrated Weather and Sea State Forecasting system for the Arabian Peninsula (WASSF); J. Al Qahtani et al.- 29 Modelling past and future changes in secondary inorganic aerosol concentrations in the UK; R. Ots et al.- Part IV Regional and intercontinental modeling.- 30 Modelling the impact of energy transitions on air quality and source receptor relations; C. Hendriks et al.- 31 Impact of mercury chemistry on regional concentration and deposition patterns; J. Bieser et al.- 32 A multiscale modeling study to assess impacts of full-flight aircraft emissions on upper troposphere and surface air quality; L. P. Vennam et al.- 33 Relevance of photolysis frequencies calculation aspects to the ozone concentration simulation; M. Uphoff et al.- 34 Air pollution in China in January 2013; V. Matthias et al.- 35 Impact on Ontario's air quality due to changes in North American emission from 2005 to 2020; A. Chtcherbakov et al.- 36 Modelling the concentration and deposition of heavy metals in the UK; A. Dore et al.- 37 A process analysis of the impact of air-quality/weather feedbacks using GEM-MACH; P. A. Makar et al.- 38 Analog-based postprocessing methods for air quality forecasting; L. Delle Monache et al.- 39 Comparing different modeling approaches in obtaining regional scale concentration maps; B. Maiheu et al.- 40 Impact of RACM2, halogen chemistry, and updated ozone deposition velocity on hemispheric ozone predictions; G.Sarwar et al.-41 A global wildfire emission and atmospheric composition: refinement of the Integrated System For Wild-Land Fires IS4FIRES; J. Soares et al.- 42 The regional LOTOS-EUROS model on tour; R. Timmermans et al.- 43 The incorporation of the US national emission inventory into version 2 of the Hemispheric Transport of Air Pollutants inventory; G. Pouliot et al.- 44 Impact of vertical and horizontal resolutions on chemistry transport modeling; B. Bessagnet et al. 45 A model study on the effects of emission reductions on European air quality between 1990 and 2020; S. Aksoyoglu, A.S.H. Prevot.- 46 Analysis and modelling of ambient air toxics pollutants in Canada with Environment Canada AURAMS model; J. Chen et al.- 47 Investigating the coherence between a global and a limited area model for dust particle production and distribution in N. Africa; M. Astitha et al.- 48 Effects of future ship emissions in the North Sea on air quality; A. Aulinger et al.- 49 Temporally and spatially resolved air pollution in Georgia using fused ambient monitor data and chemical transport model results; S.A. Sororian et al.- 50 Maritime sector emissions contribution to the particulate matter pollution in a Mediterranean city-port: A modeling approach; A. Poupkou et al.- 51 Application and evaluation of the high-resolution regional scale FRAME model for calculation of ammonia and ammonium air concentrations for Poland for the years 2002-2008; M. Kryza et al.- 52 Regional transports of atmospheric NOx and HNO3 over Cape Town; B.J. Abiodun et al.- 53 The impact of transboundary transport of air pollutants on air quality in the United Kingdom and Poland; M. Werner et al.- Part V Local and urban scale modeling.- 54 A 40-year history of a simple urban dispersion model and its evaluation; S. Hanna.- 55 Assessment of the effect of multiscale interactions on the atmospheric flow and the dispersion of air pollution in the city of Paris; P. Barmpas et al.- 56 PAHs modelling over urban area of Rome: integration of models results with experimental data; C. Gariazzo et al.- 57 Modelling the effects of urban morphology, traffic and pedestrian dynamics on students' exposure to air pollution; J. H. Amorim et al.- 58 LES of advective and turbulent passive scalar fluxes in a street intersection; V. Fuka et al.- 59 Two-phase accidental dense gas releases simulations with the Lagrangian particle model Microspray; L. Mortarini et al.- 60 Modeling of the Urban Heat Island and its effect on air quality using WRF/WRF-Chem - Assessment of mitigation strategies for a central European city; J. Fallmann et al.- 61 Assessment of three dynamical urban climate downscaling methods; R. Hamdi et al.- 62 Validating the RIO-IFDM street canyon coupling over Antwerp, Belgium; W. Lefebvre et al.- 63 The influence of the changing NOx-split for compliance to the European limit values in urban areas; W. Lefebvre et al.- 64 Evaluation of air pollution models for their use in emergency response tools in built environments: the 'Michelstadt' case study in COST ES1006 ACTION; B. Leitl et al.- 65 Development of a numerical prediction model system for the assessment of the air quality in Budapest; Z. Ferenczi et al.- 66 Analysis of the differences between pollution levels into a new and an old district of a big city using dispersion simulations at microscale; G. Tinarelli et al.- 67 Water Tank Simulation of a dense fluid release; L. Mortarini et al.- 68 The porosity concept applied to urban canopy improves the results of Gaussian dispersion modelling of traffic-dominated emissions; M. Kaasik et al.- 69 An evaluation of the box model estimating carbon monoxide concentration in the city of Caracas, Venezuela; A. S. D'Anna et al.- 70 Implications of vegetation on pollutant dispersion in an idealized urban neighborhood; C. Gromke, B.Blocken.- Part VI Model assessment and verification.- 71 Dynamic evaluation of the CMAQv5.0 modeling system: Assessing the model's ability to simulate ozone changes due to NOx emission reductions; K. M. Foley et al.- 72 Evaluation of a chemical data assimilation system; J.D. Silver et al.- 73 Resolving and quantifying ozone contributions from boundary conditions within regional models; G. Yarwood et al.- 74 E pluribus unum: KZ filters and Ensemble Air Quality modeling; S. Galmarini et al.- 75 Air quality model evaluation using Gaussian process modelling and empirical orthogonal function decomposition; T. Shi et al.- 76 AQMEII Phase 2: Overview and WRF-CMAQ Application over North America; C. Hogrefe et al.-77 Modelling UK Air Quality for AQMEII2 with the Online Forecast Model AQUM; L. Davis et al.- 78 Model inter-comparison study between NMMB/BSC-CTM and Enviro-HIRLAM on-line systems contributing to the AQMEII-Phase2 initiative; A. Badia et al.- 79 Can we explain the observed decrease in secondary inorganic aerosol and its precursors between 1990 and 2009 over Europe using LOTOS-EUROS?; S. Banzhaf et al.- 80 Application and evaluation of high-resolution WRF-CMAQ with simple urban parameterization; J. Pleim et al.- 81 A one year evaluation of the CTM CHIMERE using SURFEX/TEB within the high resolution NWP models ALARO and ALADIN for Belgium; A. Delcloo et al.- 82 Application of performance indicators based on observation un-certainty to evaluate a Europe-wide model simulation at urban scale; P. Thunis et al.- 83 Multi-model ensembles: how many models do we need?; E. Solazzo, S.Galmarini.- 84 Diagnostic evaluation of NOx emission upgrade on air quality forecast; L. Pan et al.- 85 Presentation and validation of a new building downwash model; W. Lefebvre et al.- 86 Boundary-layer and air quality study at "Station Nord" in Greenland; E. Batchvarova et al.- 87 Evaluation of mesoscale model profiles against consecutive radiosounding data during the Sofia 2003 Experiment; H. Kirova et al.- 88 The use of a mesoscale modeling system together with surface and upper observational data to estimate hourly benzene impacts in a mountainous coastal area; V. Valdenebro et al.- 89 A sensitivity analysis of the WRF model to shortwave radiation schemes for air quality purposes and evaluation with observational data; K. Walaszek et al.- 90 Comparing WRF PBL schemes with experimental data over Northern Italy; A. Balzarini et al.- 91 Surface ozone variability in synoptic pattern perspectives; H.C. Kim et al.- 92 WRF-Chem model sensitivity analysis to chemical mechanism choice; A. Balzarini et al.- Part VII Data assimilation and air quality forecasting.- 93 Assimilation of satellite oceanic and atmospheric products to improve emission forecasting; D.Q. Tong et al.- 94 Assimilation and forecasting fine aerosols over North America in summer 2012; M. Pagowski, G.A. Grell.- 95 Evaluating the vertical distribution of ozone and its relationship to pollution events in air quality models using satellite data; J. L. Neu et al.- 96 Building and testing atmospheric chemistry reanalysis modeling system; T. Chai et al.- 97 Intensive campaigns supported by air quality forecasting capability to identify chemical and atmospheric regimes susceptible to standard violations; P. Lee et al.- 98 Modeling of air pollution over the Ganges basin and north-west Bay of Bengal in the early post-monsoon season using the NASA GEOS-5 model; P. Kishcha et al.- 99 The impact of a wildland fire on air pollution concentrations using WRF/Chem/Fire: An application over Murcia (Spain); R. San Jose et al.- 100 Assimilation of PM ground measurements: looking for optimal settings for the PM forecasts; A.Segers et al.- 101 Spatial and temporal extension of a novel hybrid source apportionment model; C. Ivey et al.- 102 Application of data assimilation to the UK Air Quality Forecast; A.Fraser et al.- 103 Improvements to the regional deterministic air quality analysis system for ozone and PM2.5 at the surface at the Canadian Meteorological Center; Y.Zaitseva et al.- 104 Current and future developments in numerical air quality forecasting in Canada; S. Menard et al.