MARC Record from marc_columbia

LEADER: 20142cam a2200433 a 4500
001 7897210
005 20221201042945.0
008 100111t20102010flua b 001 0 eng
010 $a 2009053436
015 $aGBB000873$2bnb
016 7 $a015453488$2Uk
019 $a297146638
020 $a9781439809624 (hard back : alk. paper)
020 $a1439809623 (hard back : alk. paper)
029 1 $aCDX$b9482955
035 $a(OCoLC)ocn495596573
035 $a(OCoLC)495596573$z(OCoLC)297146638
035 $a(NNC)7897210
035 $a7897210
040 $aDLC$cDLC$dYDX$dBTCTA$dUKM$dYDXCP$dCDX$dNNC-M$dOrLoB-B
050 00 $aRA576$b.A49 2010
082 00 $a363.739/2$222
245 00 $aAir pollution :$bhealth and environmental impacts /$cedited by Bhola R. Gurjar, Luisa T. Molina, Chandra S.P. Ojha ; foreword by Mario J. Molina.
260 $aBoca Raton, FL :$bCRC Press,$c[2010], ©2010.
300 $axxiii, 532 pages :$billustrations ;$c25 cm
336 $atext$btxt$2rdacontent
337 $aunmediated$bn$2rdamedia
504 $aIncludes bibliographical references and index.
505 00 $gChapter 1.$tAir Pollution: Health and Environmental Concerns /$rChandra S.P. Ojha -- $gSECTION I.$tAir Pollution Monitoring and Modeling -- $gChapter 2.$tAir Pollution Monitoring and Source Characterization /$rBhola R. Gurjar -- $g2.1.$tIntroduction -- $g2.2.$tObjectives of Air Pollution Monitoring -- $g2.3.$tSample Collection -- $g2.3.1.$tSelection of Contaminants for Air Quality Monitoring -- $g2.3.2.$tSelection of Monitoring Sites -- $g2.3.3.$tEquipment Maintenance and Inspection -- $g2.3.4.$tData Validation and Interpretation -- $g2.4.$tSelection of Monitoring Methods -- $g2.4.1.$tHigh-Precision Instrumental Methods -- $g2.4.2.$tLower-Level Instrumental Methods -- $g2.4.3.$tManual Particulate Methods -- $g2.4.4.$tManual Wet-Chemical Methods -- $g2.4.5.$tPassive Monitoring Methods -- $g2.5.$tCommon Monitoring Methods for SOx9 NOx9 and PM -- $g2.5.1.$tMonitoring of Gaseous Sulfur and Nitrogen Compounds -- $g2.5.2.$tMeasurment of PM -- $g2.5.2.1.$tDirect Mass Measurement Techniques -- $g2.5.2.2.$tIndirect Mass Measurement Techniques -- $g2.6.$tSource Apportionment and Characterization -- $g2.6.1.$tEnrichment Factor (EF) Analysis -- $g2.6.2.$tCMB Methods -- $g2.6.3.$tMultivariate Receptor Models -- $g2.6.3.1.$tCluster Analysis -- $g2.6.3.2.$tFactor Analysis, PCA, and PMF -- $g2.6.3.3.$tTarget Transformation Factor Analysis -- $g2.6.3.4.$tMultiple Linear Regression -- $g2.7.$tSummary -- $tReferences -- $gChapter 3.$tAir Pollution Modeling: Theory and Application /$rWenfang Lei -- $g3.1.$tIntroduction -- $g3.2.$tAtmospheric Dispersion Basics -- $g3.3.$tDispersion Modeling and Types of Dispersion Models -- $g3.3.1.$tBox Model -- $g3.3.2.$tGaussian Plume Model -- $g3.3.3.$tGaussian Puff Model -- $g3.3.4.$tLagrangian Model -- $g3.3.5.$tEulerian Model -- $g3.3.6.$tCFD Model -- $g3.4.$tCommercial and Open Source Software -- $g3.4.1.$tSoftware Excluding Aerosol Dynamics -- $g3.4.1.1.$tBox Models -- $g3.4.1.2.$tGaussian Models -- $g3.4.1.3.$tLagrangian/Eulerian Models -- $g3.4.1.4.$tCFD Models -- $g3.4.2.$tModels/Software Including Aerosol Dynamics -- $g3.4.2.1.$tEulerian and Lagrangian Models -- $g3.5.$tStatistical/Probabilistic Air Quality Models -- $g3.5.1.$tArtificial Neural Network Models -- $g3.5.2.$tFuzzy Logic-Based Modeling -- $g3.5.3.$tRanking of Models -- $g3.5.4.$tEstablishment of Membership Functions for Premise Variable -- $g3.5.5.$tFuzzy Inference -- $g3.5.6.$tSelection of an Appropriate Modeling Scheme -- $g3.5.7.$tTime Series Analysis -- $g3.5.8.$tMethodology of Time Series Modeling -- $g3.5.9.$tPreparation and Preliminary Investigation of Data -- $g3.5.10.$tCorrelogram Analysis -- $g3.5.11.$tModel Identification Process -- $g3.5.12.$tEstimation of Parameters -- $g3.5.13.$tApplication of Time Series Analysis -- $g3.6.$tCase Studies -- $g3.6.1.$tDeterministic Modeling -- $g3.6.1.1.$tUsing CALMET+CALPUFF to Define Geographical Extension of Nonattainment Areas -- $g3.6.1.2.$tUsing WRF-Chem for Regional Modeling of Ozone in Chile -- $g3.6.1.3.$tDeterministic Air Quality Forecasting in Chile -- $g3.6.1.4.$tRegional Air Quality Forecasting in Support of VOCALS Campaign -- $g3.6.1.5.$tInverse Modeling of Emissions Inventories in Asia During Trace-P Campaign -- $g3.6.2.$tMethodology for Urban Health Impacts Analysis -- $g3.6.3.$tStatistical Model Case Studies -- $g3.6.3.1.$tLinear Regression Models in Santiago, Chile -- $g3.6.3.2.$tApplication of ANN: A Case Study from Delhi -- $g3.7.$tSummary -- $tReferences -- $gSECTION II.$tAir Pollution and Health Effects -- $gChapter 4.$tIndoor Air Pollution and Health Effects /$rMukesh Khar -- $g4.1.$tIntroduction -- $g4.1.1.$tIndian Perspective -- $g4.2.$tIndoor Air Pollution: Their Sources and Causes -- $g4.2.1.$tParameters of IAQ -- $g4.2.2.$tVentilation and IAQ -- $g4.2.3.$tSick Building Syndrome -- $g4.3.$tInvestigating IAQ Problems -- $g4.3.1.$tSampling/Monitoring and Modeling of Indoor Air Pollutant -- $g4.4.$tIndoor Air Pollution and Health Effects -- $g4.4.1.$tDisproportionate Impacts on Children and Women -- $g4.4.2.$tIAQ and Health Effects: Indian Estimates -- $g4.5.$tIndoor Air Pollution Control -- $tReferences -- $gChapter 5.$tEffects of Indoor Air Pollution from Biomass Fuel Use on Women's Health in India /$rManas Ranjan Ray -- $g5.1.$tIntroduction -- $g5.1.1.$tBiomass Use in Indian Subcontinent -- $g5.1.2.$tIAP from Biomass Burning -- $g5.1.3.$tHealth Impact of Biomass Smoke Exposure: Excess Morbidity and Mortality -- $g5.1.4.$tScope of the Work and Objective of the Study -- $g5.2.$tStudy Protocol -- $g5.2.1.$tSubjects -- $g5.2.2.$tEvluation of Respiratory Health -- $g5.2.3.$tMeasurement of IAP -- $g5.2.4.$tHematological Assays -- $g5.2.5.$tReproductive Toxicity of Biomass Smoke Exposures -- $g5.2.6.$tGenotoxicity and Antioxidant Defense -- $g5.2.7.$tQuestionnaire Survey for Neurobehavioral Problems -- $g5.3.$tSalient Findings -- $g5.3.1.$tParticulate Pollution in Cooking Areas -- $g5.3.2.$tEffects on Respiratory Health -- $g5.3.2.1.$tRise in Respiratory Symptoms -- $g5.3.2.2.$tAsthma -- $g5.3.2.3.$tReduction in Lung Function -- $g5.3.2.4.$tAdverse Cellular Lung Reaction -- $g5.3.2.5.$tRise in COPD -- $g5.3.3.$tHematological, Immunological, and Cardiovascular Changes -- $g5.3.4.$tAdverse Effects on Female Reproductive System -- $g5.3.4.1.$tAlternations in Menstrual Cycle Length -- $g5.3.4.2.$tSpontaneous Abortion -- $g5.3.4.3.$tLow Birth Weight and Stillbirth -- $g5.3.5.$tDepletion of Antioxidant Defense -- $g5.3.6.$tGenotoxicity and Careinogenic Changes -- $g5.3.6.1.$tChromosomal Breakage -- $g5.3.6.2.$tDNA Damage -- $g5.3.6.3.$tCancer Risk -- $g5.3.7.$tDepression and Other Neurobehavioral Changes -- $g5.3.7.1.$tChanges in Neurotransmitter Level -- $g5.4.$tConclusion -- $tAcknowledgments -- $tReferences -- $gChapter 6.$tHealth Effects of Urban Air Pollution in India /$rTwisha Lahiri -- $g6.1.$tIntroduction -- $g6.1.1.$tAir Pollution Scenario in Indian Cities -- $g6.1.2.$tSources of Air Pollution in Urban India -- $g6.1.3.$tAir Pollution from Vehicular Sources -- $g6.1.3.1.$tExponential Growth in the Number of Motor Vehicles -- $g6.1.3.2.$tTraffic Congestion and Low Traffic Speed -- $g6.1.3.3.$tPoor Fuel Quality and Adulteration -- $g6.1.3.4.$tPoor Vehicle Maintenance -- $g6.1.4.$tIndustrial Emissions -- $g6.1.5.$tEmissions from Domestic Sources -- $g6.2.$tConstituents of Polluted Air -- $g6.2.1.$tParticulate Matter: The Major Toxic Component of Urban Air -- $g6.2.2.$tCoarse Particles (PM10) -- $g6.2.3.$tAccumulation Mode or Fine Particles (PM2.5) -- $g6.2.4.$tNuclei Mode or Ultrafine Particles -- $g6.2.5.$tSO2 and NOx -- $g6.2.6.$tCarbon Monoxide -- $g6.2.7.$tPolycyclic Aromatic Hydrocarbons -- $g6.2.8.$tVolatile Organic Compounds -- $g6.2.9.$tAir Toxics of Biological Origin -- $g6.3.$tHealth Effects of Air Pollution -- $g6.3.1.$tExcess Mortality -- $g6.3.2.$tIncreased Morbidity -- $g6.3.3.$tAdditive and Synergistic Effects of Airborne Pollutants -- $g6.4.$tMaterials and Methods -- $g6.5.$tSalient Findings -- $g6.5.1.$tEffects on Respiratory Health -- $g6.5.1.1.$tRise in the Prevalence of Respiratory Symptoms -- $g6.5.1.2.$tRise in Bronchial Asthma -- $g6.5.1.3.$tReduction of Lung Function -- $g6.5.1.4.$tRise in COPD Prevalence -- $g6.5.1.5.$tAdverse Cellular Lung Response -- $g6.5.1.6.$tAirway Inflammation -- $g6.5.1.7.$tChanges in Alveolar Macrophages, the First Line of Cellular Lung Defense -- $g6.5.1.8.$tCovert Pulmonary Hemorrhage -- $g6.5.1.9.$tUpregulation of Elastase Activity -- $g6.5.1.10.$tTNF-α, iNOS, and p53 Overexpression, AM Apoptosis -- $g6.6.$tSystemic Effects of Air Pollution in Urban India -- $g6.6.1.$tCardiovascular Changes -- $g6.6.2.$tHypertension -- $g6.6.2.1.$tAir Pollution and Other Risk Factors for Hypertension -- $g6.6.3.$tRelationship between Blood Pressure and Lung Function -- $g6.6.4.$tMechanism of Cardiovascular Effects of Air Pollution: Upregulation of Platelet Activity -- $g6.6.5.$tHematological and Immunological Changes -- $g6.6.6.$tMetabolic Changes -- $g6.6.6.1.$tLiver Function -- $g6.6.6.2.$tKidney Function -- $g6.6.7.$tNeurotoxicity of Air Pollution -- $g6.6.8.$tChange in Antioxidant Status --
505 80 $g6.6.8.1.$tDepletion of SOD and Total Antioxidant Status -- $g6.6.9.$tGenotoxic Effects of Air Pollution -- $g6.6.9.1.$tMicronucleus Formation and Other Nuclear Anomalies -- $g6.6.9.2.$tBenzene Exposure and Genotoxic Changes -- $g6.6.10.$tAir Pollution and Cancer -- $g6.7.$tConclusion -- $tAcknowledgments -- $tReferences -- $gChapter 7.$tAir Pollutants Exposure and Health Effects during the Milagro-MCMA2006 Campaign /$rEliseo Cantellano -- $g7.1.$tIntroduction -- $g7.2.$tAir-Pollution-Related Health Effects in MCMA -- $g7.3.$tHigh-Risk Populations -- $g7.4.$tThe MCMA-2006 Campaign -- $g7.4.1.$tOzone -- $g7.4.2.$tPM2.5 -- $g7.4.3.$tUF Particles -- $g7.4.4.$tEndotoxins -- $g7.4.5.$tFungi -- $g7.4.6.$tVOCs -- $g7.4.7.$tCarbon Monoxide -- $g7.4.8.$tRespiratory and Olfactory Condition -- $g7.4.9.$tOxidative Stress in Children -- $g7.4.10.$tOxidative Stress in Adults -- $g7.4.11.$tCytokines -- $g7.5.$tConclusions -- $tAcknowledgments -- $tReferences -- $gChapter 8.$tPolycyclic Aromatic Hydrocarbons: Sources, Distribution, Health Implications /$rAnita Lakhani -- $g8.1.$tIntroduction -- $g8.1.1.$tStructure and Properties -- $g8.2.$tFormation and Sources -- $g8.2.1.$tSources -- $g8.2.1.1.$tNatural Sources -- $g8.2.1.2.$tAnthropogenic Sources -- $g8.3.$tChemical Transformations -- $g8.3.1.$tNonphotochemical Degradation -- $g8.4.$tEnvironmental Significance of PAHs and Their Effects on Human Health -- $g8.5.$tToxicokinetics -- $g8.6.$tStructure-Activity Relationship -- $g8.7.$tHealth Impacts -- $g8.7.1.$tRisk Characterization -- $g8.7.2.$tMutagenicity Assays -- $g8.8.$tStandard Limits for PAH in the Air -- $g8.9.$tControl Measures -- $g8.10.$tSummary -- $tAcknowledgments -- $tReferences -- $gChapter 9.$tCellular Mechanisms behind Particulate Matter Air Pollution-Related Health Effects /$rAlvaro R. Osornio-Vargas -- $g9.1.$tIntroduction -- $g9.2.$tPulmonary Effects of PM -- $g9.3.$tTranslocatio of PM -- $g9.4.$tExtrapulmonary Effects Induced by PM -- $g9.5.$tOxidative Stress Induced by PM -- $g9.6.$tCarcinogenic Responses Induced by PM -- $g9.7.$tConclusions, Controversies, and Future Directions -- $g9.8.$tConcluding Points -- $tAcknowledgments -- $tReferences -- $gSECTION III.$tHealth Risk Assessment and Management -- $gChapter 10.$tEmission of Airborne Particulate Matter in Indoor Environments: Exposure and Risk Assessment /$rSathrugnan Karthikeyan -- $g10.1.$tIntroduction -- $g10.2.$tObjectives -- $g10.3.$tCase Study 1 (Controlled Experiments) -- $g10.3.1.$tSampling Site -- $g10.3.2.$tSample Collection -- $g10.3.3.$tResults and Discussion (Case Study 1) -- $g10.3.3.1.$tNumber Concentration of Particles -- $g10.3.3.2.$tHealth Risk Assessment -- $g10.4.$tCase Study 2 (Real-World Environment) -- $g10.4.1.$tDescription of Sampling Sites -- $g10.4.2.$tSample Collection -- $g10.4.3.$tExtraction and Chemical Analyses -- $g10.4.4.$tResults and Discussion (Case Study 2) -- $g10.4.4.1.$tMass Concentrations of PM2.5 and PAHs -- $g10.4.4.2.$tHealth Risk Assessment -- $g10.5.$tConclusions -- $tAcknowledgments -- $tReferences -- $gChapter 11.$tEstimation of Health Impacts due to PM10 in Major Indian Cities /$rSanjeev K. Goyal -- $g11.1.$tIntroduction -- $g11.2.$tStandards for PM10 and its Status in Major Indian Cities -- $g11.3.$tEstimation of Health Impacts due to PM10 -- $g11.3.1.$tMethodologies -- $g11.3.2.$tEstimated Health Impacts for Major Indian Cities -- $g11.3.3.$tEconomic Valuation of the Health Impacts -- $g11.3.4.$tUncertainty in Health Impact Assessment -- $g11.4.$tSummary -- $tReferences -- $gChapter 12.$tHealth Risk Assessment and Management for Air Toxics in Indian Environment /$rBhola R. Gurjar -- $g12.1.$tIntroduction -- $g12.2.$tAcute Risk -- $g12.2.1.$tModel Formulation and Validation -- $g12.2.2.$tEstimation of Vulnerable Zones -- $g12.2.3.$tUser-Oriented Results -- $g12.3.$tChronic Risk -- $g12.3.1.$tCadmium -- $g12.3.2.$tChromium -- $g12.3.3.$tNickel -- $g12.4.$tIntegrated Risk Analysis Using Both Acute and Chronic Risk: Case Studies -- $g12.5.$tCurrent Status and Limitation of Risk Assessment Techniques -- $g12.6.$tConclusions -- $tReferences -- $gSECTION IV.$tAir Quality Management: Techniques and Policy Aspects -- $gChapter 13.$tThe Economics of Air Pollution: Theories, Valuation Methods, and Policy Aspects /$rDilek Demirbas -- $g13.1.$tIntroduction: Environmental Degradation, Health Effects of Air Pollution, and Neoclassical Environmental Economics -- $g13.2.$tTheoretical Basis of Neoclassical Environmental Economics -- $g13.2.1.$tUtilitarianism -- $g13.2.2.$tNeoclassical Efficiency -- $g13.2.3.$tWelfare Economics -- $g13.2.4.$tConclusion-I -- $g13.3.$tEconomic Valuation Approaches within Neoclassical Environmental Economics: Measuring the Intensity of Individual Wants and the Assessment of Health Impacts of Air Pollution -- $g13.3.1.$tWTP Approach -- $g13.3.2.$tHuman Capital Approach -- $g13.3.3.$tEconomics of Abatement -- $g13.3.4.$tConclusion-II -- $g13.4.$tCBA within Neoclassical Environmental Economics: Measuring and Comparing the Individual Preferences for Environmental Decision Making and the Health Impacts of Air Pollution -- $g13.4.1.$tRationality of CBA -- $g13.4.2.$tStructure of CBA -- $g13.4.3.$tTechnical Conceptual Framework for CBA -- $g13.4.4.$tProblems with CBA -- $g13.4.5.$tConclusion-III -- $g13.5.$tAlternative Approaches to the Neoclassical Environmental Economic View -- $g13.5.1.$tAustrian Economic Theory -- $g13.5.2.$tGreen Economics -- $g13.5.3.$tEcological Economics -- $g13.5.4.$tConclusion-IV -- $g13.6.$tConclusion: What Must the Role of Economics be to Eliminate Air Pollution in the Future? -- $tReferences -- $gChapter 14.$tElements of Air Quality Management: Atmospheric Science Tools for Developing Effective Policy /$rLorraine Craig -- $g14.1.$tIntroduction -- $g14.2.$tAir Pollution's Effect on Human Health -- $g14.2.1.$tBrief Review of the Evidence -- $g14.3.$tAQ Management Framework -- $g14.4.$tAQ Models and Emission Inventories -- $g14.4.1.$tApplications of Models for AQ Management -- $g14.4.2.$tTechnical Issues and Uncertainties to Consider in AQ Modeling -- $g14.4.3.$tJudging a Model's Accuracy, Sensitivity, and Uncertainty -- $g14.4.4.$tGenerating Emission Inventories -- $g14.4.4.1.$tCosts of Emission Inventory Development and Improvement -- $g14.4.4.2.$tWeaknesses of Current Emission Inventories -- $g14.4.4.3.$tEvaluating Uncertainty in Emission Estimates -- $g14.5.$tReview of Best Practice for Using Models for AQ Management -- $g14.5.1.$tModel Verification and Model Evaluation -- $g14.5.2.$tModel Applications -- $g14.6.$tAQ Measurements -- $g14.6.1.$tAssessing Health Effects -- $g14.6.2.$tObtaining Representative Ambient Measurements -- $g14.6.3.$tTracking Progress -- $g14.6.4.$tUse of Measurements in Model Development -- $g14.6.5.$tPublic Information -- $g14.7.$tTechnical Issues in Establishing a Measurement Program -- $g14.7.1.$tWhat to Measure and How Often -- $g14.7.2.$tSiting Criteria and Where to Measure -- $g14.7.3.$tQuality Assurance -- $g14.7.4.$tData Archiving and Reporting -- $g14.8.$tNew Directions in the Application of Measurements and Models -- $g14.9.$tSummary -- $tReferences -- $gSECTION V.$tEnvironmental Impacts of Air Pollution -- $gChapter 15.$tAssessing Ground-Level Ozone (O3) Impacts to Crops in Parts of Asia and Southern Africa: The Regional Air Pollution in Developing Countries (RAPIDC) Crops Project /$rD. Perera -- $g15.1.$tIntroduction -- $g15.2.$tThe RAPIDC Crops Program -- $g15.2.1.$tThe APCEN Network -- $g15.2.2.$tProvisional Risk Assessment Modeling and Mapping -- $g15.2.2.1.$tProvisional Risk Assessment for South Asia -- $g15.2.2.2.$tProvisional Risk Assessment for South East Asia -- $g15.2.2.3.$tProvisional Risk Assessment for Southern Africa -- $g15.2.3.$tBiomonitoring and Chemical Protectant Studies in South Asia and Southern Africa -- $g15.2.3.1.$tThe Clover Clone Biomonitoring Method -- $g15.2.3.2.$tThe EDU Chemical Protectant Study -- $g15.2.3.3.$tOther Risk Assessment Techniques -- $g15.3.$tConclusions -- $tAcknowledgments -- $tReferences --
505 80 $gChapter 16.$tImpacts of Air Pollution on the Ecosystem and Human Health: A Sustainability Perspective /$rNaela Costica -- $g16.1.$tEcosystems, Society, and Economy -- $g16.2.$tEnvironmentally Conscious Development: How to Fathom the Causes and Effects of Air Pollution -- $g16.3.$tEnvironmentally Conscious Development: Natural Capital is Irreplaceable -- $g16.4.$tEnvironmentally Conscious Development: The Carrying Capacity and the Ecological Footprint -- $g16.5.$tCO2 Emissions and Climate Change: Risks to Ecosystems and Human Health and Welfare -- $g16.6.$tAir Pollution and UV Radiation: Risks to Ecosystems and Human Health -- $g16.7.$tAir Pollution and Acid Depositions: Risks to Ecosystems and Human Health -- $g16.8.$tAir Pollution: Combined Effects on Ecosystems and Human Health -- $g16.9.$tEnvironmentally Conscious Development: The Quest for Environmental Science and Technology -- $g16.10.$tEnvironmentally Conscious Development: The Quest for Ecological Economics -- $g16.11.$tEnvironmentally Conscious Development: The Quest for EE -- $tReferences -- $gChapter 17.$tRegional and Global Environmental Issues of Air Pollution /$rBhola R. Gurjar -- $g17.1.$tIntroduction -- $g17.2.$tSources and Transport of Atmospheric Pollutants -- $g17.3.$tImpacts of Air Pollution -- $g17.4.$tVisibility Impairment and Regional Haze -- $g17.5.$tRegional Ecosystem Impacts -- $g17.5.1.$tAcid and Fixed Nitrogen Deposition -- $g17.5.2.$tPhotochemical Oxidant Damage -- $g17.5.3.$tEffects of PM on Photosynthetically Active Radiation -- $g17.6.$tRegional Climate Change -- $g17.6.1.$tEffects of PM on Sunshine Duration and Temperature -- $g17.6.2.$tEffects of PM on Precipitation and Clouds -- $g17.7.$tLong-Range Transport of Air Pollutants -- $g17.8.$tGlobal Climate Change -- $g17.8.1.$tEarth's Climate System -- $g17.8.2.$tGreenhouse Effect -- $g17.8.3.$tClimatic Impacts of Air Pollutants -- $g17.8.4.$tImpacts of Climate Change -- $g17.8.5.$tAir Quality: Climate Change Interlinkage -- $g17.8.6.$tAtmospheric Brown Cloud: Long-Range Pollutant Transport and Climate Change -- $g17.9.$tStratospheric Ozone Depletion -- $g17.9.1.$tMontreal Protocol -- $g17.10.$tFuture Outlook: Challenges and Opportunities -- $tReferences.
650 0 $aAir$xPollution$xHealth aspects.$0http://id.loc.gov/authorities/subjects/sh2009114564
650 0 $aAir$xPollution$xEnvironmental aspects.
650 12 $aAir Pollution.$0https://id.nlm.nih.gov/mesh/D000397
650 22 $aEnvironment.$0https://id.nlm.nih.gov/mesh/D004777
700 1 $aGurjar, B. R.$0http://id.loc.gov/authorities/names/no99021988
700 1 $aMolina, Luisa T.$0http://id.loc.gov/authorities/names/nb2002018876
700 1 $aOjha, C. Shekhar P.$0http://id.loc.gov/authorities/names/n2003012713
852 00 $boff,hsl$hRA576$i.A49 2010