Air Pollution Control and Sustainable Development

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.

MoreLess

Year of publication:	2024
Other Persons:	Yang, Weixin (contributor) ; Yuan, Guanghui (contributor) ; Yang, Yunpeng (contributor)
Publisher:	Basel : MDPI - Multidisciplinary Digital Publishing Institute
Subject:	haze pollution \| economic development quality \| environmental management \| PM2.5 concentration \| evolutionary game \| quadrilateral game \| air pollution \| pollution control policy \| PM2.5 \| spatiotemporal variation \| empirical orthogonal function \| continuous wavelet transform \| backward trajectory analysis \| joint governance region \| atrial fibrillation \| environmental factors \| binary logistic model \| sustainable development \| early warning \| design mobile laboratory campaign \| air pollution concentration \| population exposure to air pollutant \| air quality \| spatiotemporal characteristics \| urban land use \| coupled relationship \| Lanzhou City \| economic growth rate \| GDP per capita \| China \| digital economy \| industrial structure \| spatial spillover \| noise \| silence zone area \| GIS \| linear regression \| mechanical ventilation systems \| minimum ventilation level \| Korea housing \| CO2 concentration \| apartment ventilation \| construction industry \| sustainable development goals \| sustainable construction \| healthy living environment \| King Abdulaziz University \| GWR \| zero-carbon campus \| spatial heterogeneity \| O3 \| transmission pathways \| backward trajectory \| PSCF \| CWT \| global research trend \| SCI-Expanded database \| scientometrics \| halogenated gases \| climate change \| ozone depletion \| environmental regulations \| green technology innovation \| regional differences \| difference-in-differences \| urban form \| urbanization \| spatial autocorrelation \| sensitivity \| aerosols \| zero-out \| Iberian Peninsula \| carbon peak \| carbon neutrality \| export trade \| embodied carbon \| Logarithmic Mean Divisia Index \| random forests \| atmospheric circulation \| machine learning \| complex topography \| big-data intelligent system \| on-road vehicle emissions \| traffic monitoring \| hyperfine modelling \| real-time visualization \| decarbonization \| bituminous coal \| pollution source \| monitoring \| road traffic \| urban agglomeration of atmospheric pollution transmission channel \| dynamic association \| QAP (quadratic assignment procedure) \| BTH (Beijing–Tianjin–Hebei) \| spatial wind weight matrix \| cyclone separator \| bibliometric analysis \| collection efficiency \| numerical simulation \| pressure drop \| resource-saving and environment-friendly society \| Hurst index \| green development \| evaluation index system \| comprehensive evaluation model \| V-SPA \| TOPSIS \| second-hand car \| e-commerce platforms \| consumer trust \| structural equations \| multiple regression \| volatile organic compounds \| biological methods \| bibliometrics \| CiteSpace \| clustering analysis \| population mobility \| urban air quality \| quasi-natural experiment \| load capacity factor \| fossil fuel \| ecological degradation \| financial globalization \| renewable energy \| urea-SCR \| diesel engine \| NH3 adsorption \| NH3 slip \| nitrogen oxides (NOx) \| evaporative cooler \| fine particulate matter \| indoor environmental quality \| air conditioning \| carbon tax \| reduce pollution and carbon emissions \| synergistic effects \| policy evaluation \| PM10 \| SEM-EDS \| source apportionment \| emission sources \| environmental sustainability \| peer effect \| sustainable energy \| wood-burning stoves \| risk perception \| pollution perception \| carbon carriers \| defossilization \| green hydrogen \| PtX \| biomass

More details

Type of publication:	Book / Working Paper
Language:	English
ISBN:	978-3-7258-2044-3
Other identifiers:	10.3390/books978-3-7258-2044-3 [DOI] hdl:10419/321943 [Handle]
Source:	EconStor

Persistent link: https://www.econbiz.de/10015427693