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Air Pollution Control and Sustainable Development

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Titel: Air Pollution Control and Sustainable Development
Autoren: Yang, Weixin, Yuan, Guanghui, Yang, Yunpeng
Verlagsinformationen: MDPI AG, 2024.
Publikationsjahr: 2024
Schlagwörter: ozone depletion, on-road vehicle emissions, big-data intelligent system, air conditioning, quasi-natural experiment, spatial autocorrelation, environmental regulations, PM2.5 concentration, financial globalization, economic development quality, defossilization, atrial fibrillation, economic growth rate, complex topography, early warning, sustainable development, reduce pollution and carbon emissions, indoor environmental quality, spatiotemporal characteristics, comprehensive evaluation model, road traffic, source apportionment, GIS, policy evaluation, PtX, halogenated gases, spatial spillover, climate change, machine learning, fine particulate matter, structural equations, green technology innovation, China, dynamic association, load capacity factor, apartment ventilation, backward trajectory analysis, PM2.5, QAP (quadratic assignment procedure), empirical orthogonal function, Logarithmic Mean Divisia Index, global research trend, SEM-EDS, bibliometric analysis, hyperfine modelling, population mobility, silence zone area, pollution control policy, TOPSIS, quadrilateral game, second-hand car, fossil fuel, continuous wavelet transform, carbon peak, traffic monitoring, carbon carriers, evaluation index system, multiple regression, biomass, evolutionary game, nitrogen oxides (NOx), urban land use, evaporative cooler, mechanical ventilation systems, CO2 concentration, e-commerce platforms, sustainable development goals, sensitivity, renewable energy, population exposure to air pollutant, coupled relationship, BTH (Beijing–Tianjin–Hebei), SCI-Expanded database, urban air quality, emission sources, resource-saving and environment-friendly society, bibliometrics, haze pollution, Iberian Peninsula, random forests, pollution source, ddc:320, air pollution, sustainable construction, consumer trust, bituminous coal, CiteSpace, digital economy, NH3 adsorption, environmental management, cyclone separator, biological methods, urea-SCR, peer effect, volatile organic compounds, pollution perception, PSCF, minimum ventilation level, NH3 slip, zero-out, construction industry, embodied carbon, urban agglomeration of atmospheric pollution transmission channel, spatial wind weight matrix, air quality, transmission pathways, zero-carbon campus, backward trajectory, linear regression, export trade, synergistic effects, GDP per capita, Korea housing, carbon tax, noise, clustering analysis, King Abdulaziz University, atmospheric circulation, urban form, O3, real-time visualization, industrial structure, urbanization, scientometrics, binary logistic model, PM10, CWT, environmental factors, risk perception, difference-in-differences, wood-burning stoves, sustainable energy, green hydrogen, V-SPA, environmental sustainability, GWR, green development, pressure drop, air pollution concentration, ecological degradation, decarbonization, spatial heterogeneity, carbon neutrality, spatiotemporal variation, joint governance region, Hurst index, design mobile laboratory campaign, monitoring, numerical simulation, healthy living environment, Lanzhou City, aerosols, collection efficiency, regional differences, diesel engine
Beschreibung: The following topical collection, entitled "Air Pollution Control and Sustainable Development: Innovative Methods and Policy Implications," focuses on the intersection of innovative methods of air quality management and the pursuit of sustainable development. This topical collection brings together pioneering research that explores how innovative methods, such as advanced data-driven modeling and geographically weighted regression, can inform and shape effective policies for air pollution control. The studies presented span various regions and contexts, from urban form analysis in China's cities to source contribution assessments in the Iberian Peninsula, highlighting the global relevance of these issues. By emphasizing the critical role of policy in driving sustainable solutions, it offers insights into how technological advancements and regulatory frameworks can work together to address the pressing challenges of air pollution. It is an essential resource for those seeking to understand and implement strategies that not only control pollution but also support broader sustainability goals, making significant contributions to the field of environmental management.
Publikationsart: Book
Sprache: English
DOI: 10.3390/books978-3-7258-2044-3
Zugangs-URL: https://hdl.handle.net/10419/321943
Rights: CC BY
Dokumentencode: edsair.doi.dedup.....cee24d79b1be59973594c6808cd290e1
Datenbank: OpenAIRE
Beschreibung
Abstract:The following topical collection, entitled "Air Pollution Control and Sustainable Development: Innovative Methods and Policy Implications," focuses on the intersection of innovative methods of air quality management and the pursuit of sustainable development. This topical collection brings together pioneering research that explores how innovative methods, such as advanced data-driven modeling and geographically weighted regression, can inform and shape effective policies for air pollution control. The studies presented span various regions and contexts, from urban form analysis in China's cities to source contribution assessments in the Iberian Peninsula, highlighting the global relevance of these issues. By emphasizing the critical role of policy in driving sustainable solutions, it offers insights into how technological advancements and regulatory frameworks can work together to address the pressing challenges of air pollution. It is an essential resource for those seeking to understand and implement strategies that not only control pollution but also support broader sustainability goals, making significant contributions to the field of environmental management.
DOI:10.3390/books978-3-7258-2044-3