Science of the Total Environment Special Issue
Air Quality in China: Current and Emerging Challenges
Preface
In this context, it is our pleasure to present the Science of the Total Environment (STOTEN) Special Issue (SI) focused on: Air Quality in China: Current and Emerging Challenges.
The SI holistically encompassing all the angles of air pollution in China, their impacts and mitigation, is a gold mine of information. We trust that our readers will find this volume not only interesting, but inspiring in further work in pursuit of good air quality in China and beyond.
The SI is a fruit of collaboration between Chinese and Australian scientists working together under the umbrella of the Australia-China Centre on Air Quality Science and Management (ACC-AQSM). We would like to acknowledge the support of the institutions constituting the ACC-AQSM, which make our work and collaboration possible. In China: Chinese Research Academy of Environmental Science, East China University of Science and Technology, Fudan University, Hong Kong City University, Hong Kong Polytechnic University, Hong Kong University, Hong Kong University of Science and Technology, Peking University, Shanghai Academy of Environmental Sciences and Tsinghua University. In Australia: CSIRO, Curtin University, Queensland University of Technology, University of New South Wales, and University of Sydney. We would also like to thank Ms. Chantal Labbe for her assistance with managing the Special Issue.
The SI papers are available online to download from the STOTEN website.
Guest Editors for the SI:
Professor Lidia Morawska
Queensland University of Technology, Brisbane, Australia
Professor Jianmin Chen
Fudan University, Shanghai, China
Professor Tao Wang
Hong Kong Polytechnic University, Hong Kong, China
Professor Tong Zhu
Peking University, Beijing, China
Table of Contents
1) Primary pollution sources and their impacts on air quality
A Review of Biomass Burning: Emissions and impacts on air quality, health and climate in China.
Jianmin Chen (FDU)*, Chunlin Lin (FDU), Zoran Ristovski (QUT), Andelija Milic (QUT), Yuantong Gu (QUT), Mohammad S. Islam (QUT), Shuxiao Wang (TU), Jiming Hao (TU), Hefeng Zhang (CRAES), Congrong He (QUT), Hai Guo (HK PolyU), Hongbo Fu (FDU), Branka Miljevic (QUT), Lidia Morawska (QUT), Phong Thai (QUT), Yun Fat Nicky Lam (HK CityU), Gavin Pereira (CU), Aijun Ding (NJU), Xin Huang (Nanjing U), Umesh C. Dumka (ARIOS), Science of the Total Environment, 579: 1000-1034, 2017.
Shipping emissions and their impacts on air quality in China.
Yan Zhang (FDU)*, Xin Yang (FDU), Richard Brown (QUT), Liping Yang (QUT), Lidia Morawska (QUT), Zoran Ristovski (QUT), Qingyan Fu (SEMC), Cheng Hiang (SAES), Science of the Total Environment, 581-582: 186-198, 2017.
On-road vehicle emissions and their control in China: A review and outlook.
Ye Wu (TU)*, Shaojun Zhang (CRAES), Jiming Hao (TU), Huan Liu (TU), Xiaomeng Wu (TU), Jingnan Hu (CREAS), Michael Walsh (ICCT), Timothy J. Wallington (Ford Motor Company), K. Max Zhang (Cornell U), Svetlana Stevanovic (QUT), Science of the Total Environment, 574: 332-349, 2017.
Role of Chinese Cooking Emissions on Ambient Air Quality and Human Health.
Lina Wang (ECUST)*, Zhiyuan Xiang (ECUST), Svetlana Stevanovic (QUT), Zoran Ristovski (QUT), Jun Gao (Tongji U) Hongli Wang (SAES), Ly Li (SAES), Science of the Total Environment, 589: 173-181, 2017.
Tropospheric Volatile Organic Compounds in China.
Hai Guo (HK PolyU)*, Z.H. Ling (Sun Yat-sen U), H.R. Cheng (Wuhan U), Isobel Simpson (U California at Urvine), X.P. Lyu (HK PolyU), X.M. Wang (Guangzhou Institute of Geochemistry, CAS), M. Shao (PKU), H.X. Lu (HK PolyU), Godwin Ayoko (QUT), Yangli Zhang (Guangzhou Institute of Geochemistry, CAS), S.M. Saunders (UWA), Sean H.M. Lam (Pacific Environment), Jia-Lin Wang (NCU Taiwan), Don Blake (U California at Urvine), Science of the Total Environment, 574: 1021-1043, 2017.
Review of Receptor-based Source Apportionment Research of Fine Particulate Matter and Its Challenges in China.
Yanjun Zhang (PKU), Jing Cai (PKU), Shuxiao Wang (TU), Kebin He (TU), Mei Zheng (PKU)*, Science of the Total Environment, 586: 917-929, 2017.
Temporal variations and source apportionment of Hulis-C in PM5 in urban Shanghai.
Mengfei Zhao (ECUST), Ting Qiao (ECUST), Yulan Li (CAS), Xiaoxing Tang (CAS), Guangli Xiu (ECUST), Jianzhen Yu (HKUST)*, Science of the Total Environment, 571: 18-26, 2016.
Atmospheric speciation in Shanghai, China.
Lian Duan (ECUST), Xiaohao Wang (SEMC), Dongfang Qang (SEMC), Yusen Duan (SEMC), Na Cheng (ECUST), Guangli Xiu (ECUST)*, Science of the Total Environments, 578: 460-468, 2016.
Atmospheric PAHs in North China: Spatial distribution and sources.
Yanjun Zhang (PKU), Yan Lin (PKU), Jing Cai (PKU), Yue Liu (PKU), Linan Hong (PKU), Momei Qin (PKU), Yifan Zhao (PKU), Jin Ma (CRAES) Xuesong Wang (PKU), Tong Zhu (PKU), Xinghua Qiu (PKU), Mei Zheng (PKU)*, Science of the Total Environment, 565: 994-1000, 2016.
Air pollutant emission from the underestimated households’ coal consumption source in China.
Miaomiao Cheng (CRAES)*, Guorui Zhi (CRAES), Wei Tang (CRAES), Shijie Liu (CRAES), Hongyan Dang (CRAES), Zheng Guo (NSMC), Jinhong Du (CRAES), Xiaohui Du (CRAES) Weiqi Zhang (CRAES), Yujie Zhang (CRAES), Fan Meng (CRAES), Science of the Total Environment, 580: 641-650, 2017.
A Synchronous observation of enhanced aerosol and NO2 over Beijing, China, in winter 2015.
Zhenyi Chen (CAS)*, Cheng Liu (USTC, CAS), Wenqing Liu (CAS), Tsianshu Zhang (CAS), Jin Xu (CAS), Science of the Total Environment, 575: 429-436, 2016.
Ecological geochemical assessment and source identification of trace elements in atmospheric deposition of an emerging industrial area: Beibu Gulf Economic Zone.
Cong Zhong (Guangxi Teachers Education U, Ministry of Education), Zhongfang Yang (China U of Geosciences)*, Wei Jiang (Guangxi University)*, Baoqing Hu (Guangxi Teachers Education U, Ministry of Education), Qingye Hou (China U of Geosciences), Tao Yu (China U of Geosciences), Jie Li (Guangxi Geological Survey), Science of the Total Environment, 573: 1519-1526, 2016.
Daily Estimation of Ground-Level PM5 Concentrations at 4 km Resolution over Beijing-Tianjin-Hebei by Fusing MODIS AOD and Ground Observations.
Baolei Lv (TU), Yongtao Hu (Georgia Institute of Technology), Howard H. Chang (Emory University), Armistead G. Russell (Georgia Institute of Technology)*, Jun Cai (TU, Joint Center for Global Change Studies), Bing Xu (TU, Joint Center for Global Change Studies), Yuqi Bai (TU, Joint Center for Global Change Studies)*, Science of the Total Environment, 508: 235-244, 2017.
Chemical characterization of humic-like substances (HULIS) in PM5 in Lanzhou, China.
Jihua Tan (UCAS, TU, CAS), Ping Xiang (UCAS, CAS), Xueming Zhou (UCAS, CAS), Jingchun Duan (CRAES, TU)*, Yongliang Ma (TU), Kebin He (TU), Yan Chen (TU), Jianzhen Yu (HKUST), Xavier Querol (IDÆA), Science of the Total Environment, 573: 1481-1490, 2016.
Investigation of Diverse Bacteria in Cloud Water at Mt. Tai, China.
Caihong Xu (Shandong U), Min Wei (Shandong U), Jianmin Chen (FDU)*, Xiao Sui (Shandong U), Chao Zhu (Shandong U), Jiarong Li (Shandong U) , Lulu Zheng (FDU), Guodong Sui (FDU), Weijun Li (Shandong U), Wenxing Wang (Shandong U), Qingzhu Zhang (Shandong U), Abdelwahid Mellouki (FDU), Science of the Total Environment, 508: 258-265, 2017.
Seasonal variation of particle-induced oxidative potential of airborne particulate matter in Beijing.
Longyi Shao (China U of Mining and Technology, Beijing)*, Ying Hu (China U of Mining and Technology, Beijing), Rongrong Shen (IMK-IFU, KIT), Klaus Schäfer (IMK-IFU, KIT), Jing Wang (China U of Mining and Technology, Beijing), Jianying Wang (China U of Mining and Technology, Beijing), Jürgen Schnelle-Kreis (Cooperation Group Comprehensive Molecular Analytics, Germany, HICE), Ralf Zimmermann (U of Rostock, Cooperation Group Comprehensive Molecular Analytics, Germany, HICE), Kelly BéruBé (HICE), Peter Suppan (IMK-IFU, KIT), Science of the Total Environment, 579: 1152-1160, 2017.
Bacterial Characterization in Ambient Submicron Particles during Severe Haze Episodes at Ji’nan, China.
Caihong Xu (Shandong U), Min Wei (Shandong U), Jianmin Chen (FDU)*, Xinfeng Wang (Shandong U), Chao Zhu (Shandong U), Jiarong Li (Shandong U), Lulu Zheng (FDU), Guodong Sui (FDU), Weijun Li (Shandong U), Wenxing Wang (Shandong U), Qingzhu Zhang (Shandong U) , Abdelwahid Mellouki (Shandong U), Science of the Total Environment: Special Issue on Air Quality in China: Current and Emerging Challenges, 580: 188-196, 2017.
Local and regional contributions to fine particulate matter in Beijing during heavy haze episodes.
Yangjun Wang (SU),Shengwei Bao (SU), Shuxiao Wang (TU)*, Xiang Shi (SU), Yongtao Hu (IGT), Jiandong Wang (TU), Bin Zhao (TU), Jingkun Jiang (TU), Mei Zheng (PKU), Minghong Wu (SU), Armistead G. Russell (IGT), Yuhang Wang (IGT), Jiming Hao (TU), Science of the Total Environment, 580: 283-296, 2017.
Quantifying the relationship between visibility degradation and PM5 constituents at a suburban site in Hong Kong: Differentiating contributions from hydrophilic and hydrophobic organic compounds.
Yugen Li (HKUST), Hilda X. H. Huang (HKUST), Stephen M. Griffith (HKUST), Cheng Wu (HKUST), Alexis K. H. Lau (HKUST), Jian Zhen Yu (HKUST)*, Science of the Total Environment, 575: 1571-1571, 2017.
Seasonal contributions to size-resolved n-alkanes (C8–C40) in the Shanghai atmosphere from regional anthropogenic activities and terrestrial plant waxes.
Yan Lyu (FDU), Tingting Xu (FDU), Xin Yang (FDU), Jianmin Chen (FDU), Tiantao Cheng (FDU)*, Xiang Li (FDU)*, Science of the Total Environment, 579: 1918-1928, 2017.
The oxidative potential of PM5 exposures from indoor and outdoor sources in rural China.
Matthew H. Secrest (McGill U), James J. Schauer (U of Wisconsin), Ellison M. Carter (U of Minnesota), Alexandra M. Lai (U of Wisconsin), Yuqin Wang (UCAS), Ming Shan (TU), Xudong Yang (TU), Yuanxun Zhang (UCAS), Jill Baumgartner (McGill U)*, Science of the Total Environment, 571: 1477-1489, 2016.
Sources and Spatial Distribution of Particulate Polycyclic Aromatic Hydrocarbons in Shanghai, China.
Yue Liu (PKU), Caiqing Yan (PKU), Xiang Ding (CAS), Xinming Wang (CAS), Qingyan Fu (SEMC), Qianbiao Zhao (SEMC), Yihua Zhang (SEMC), Yusen Duan (SEMC), Xinghua Qiu (PKU), Mei Zheng (PKU)*, Science of the Total Environment, 584-585: 307-317, 2017.
2) Dynamic processes: secondary formation and transformations
Particulate matter pollution over China and the effects of control policies.
Jiandong Wang (TU), Bin Zhao (U California), Shuxiao Wang (TU)*, Fumo Yang (CAS), Jia Xing (TU), Lidia Morawska (QUT), Aijun Ding (Nanjing U), Markku Kulmala (U Helsinki), Veli-Matti Kerminen (U Helsinki), Joni Kujansuu (U Helsinki), Zifa Wang (CAS), Dian Ding (TU) Xiaoye Zhang (CAS), Huanbo Wang (CAS), Mi Tian (CAS), Tuukka Petäjä (U Helsinki), Jingkun Jiang (TU), Jiming Hao (TU), Science of the Total Environment, 584-585: 426-447, 2017.
New particle formation in China: current knowledge and further directions.
Zhibin Wang (PKU), Zhijun Wu (PKU), Dingli Yue (PKU), Dongjie Shang (PKU), Song Guo , (PKU) Junying Sun (CAMS), Aijun Ding (Nanjing U), Lin Wang FDU), Jingkun Jiang TU), Hai Guo (HK PolyU), Jian Gao (CRAES), Hing Cho Cheung (Academia Sinica), Lidia Morawska (QUT), Melita Keywood (CSIRO), Min Hu (PKU)*, Science of the Total Environment, 577: 258-266, 2016.
Ozone pollution in China: A review of concentrations, meteorological influences, chemical precursors, and effects.
Tao Wang (HK PolyU)*, Likun Xue (Shandong U), Peter Brimblecombe (HK CityU), Yun Fat Nicky Lam (HK CityU), Li Ly (SAES), Li Zhang (HK PolyU), Science of the Total Environment, 575: 1582-1596, 2016.
Formation, Features and Controlling Strategies of Severe Haze-Fog Pollutions in China.
Hongbo Fu (FDU), Jianmin Chen (FDU)*, Science of the Total Environment, 578: 121-138, 2017.
Intense secondary aerosol formation due to strong atmospheric photochemical reactions in summer: observations at a rural site in eastern Yangtze River Delta of China.
Dongfang Wang (FDU, SEMC), Bin Zhou (FDU, FU), Qingyan Fu (SEMC)*, Qianbiao Zhao (FDU, SEMC), Qi Zhang (FDU, U of California), Jianmin Chen (FDU), Xin Yang (FDU), Yusen Duan (SEMC), Juan Li (SEMC), Science of the Total Environment, 571: 1454-1466, 2016.
Emission characteristics of volatile organic compounds and their secondary organic aerosol formation potentials from a petroleum refinery in Pearl River Delta, China.
Zhijuan Zhang (JNU), Hao Wang (JNU), Dan Cheng (JNU), Qinqin Li (JNU), Phong Thai (QUT, Daocheng Gong (JNU), Yang Li (JNU), Chunlin Zhang (JNU), Yinggang Gu (JNU), Lei Zhou, (JNU), Lidia Morawska (QUT), Boguang Wang (JNU)*, Science of the Total Environment, 584-585: 1162-1174, 2017.
The contributions of biomass burning to primary and secondary organics: a case study in Pearl River Delta (PRD), China.
BaoLin Wang (PKU), Ying Liu (PKU), Min Shao (PKU)*, SiHua Lu (PKU), Ming Wang (PKU), Bin Yuan (PKU), ZhaoHeng Gong (PKU Shenzhen Graduate School), LingYan He (PKU), LiMin Zeng (PKU), Min Hu (PKU), YuanHang Zhang (PKU), Science of the Total Environment, 569-570: 548-556, 2016.
Variations of fine particle physiochemical properties during a heavy haze episode in the winter of Beijing.
Hongya Niu (PKU, Hebei U of Engineering), Wei Hu (PKU, Prefectural U of Kumamoto), Daizhou Zhang (Prefectural U of Kumamoto), Zhijun Wu (PKU), Song Guo (PKU), Wei Pian (Hebei U of Engineering), Wenjing Cheng (Hebei U of Engineering), Min Hu (PKU)*, Science of the Total Environment, 571: 103-109, 2016.
Highly time-resolved characterization of water-soluble inorganic ions in PM5 in a humid and acidic area in southwestern China.
Mi Tian (CAS), HuanBo Wang (CAS), Yang Chen (CAS), Leiming Zhang (Environment Canada), Guangming Shi (CAS), Yuan Liu (CAS), JiaYan Yu (Chongqing EMC), ChongZhi Zhai (Chongqing EMC), Jun Wang (Chongqing EMC), FuMo Yang (CAS)*, Science of the Total Environment, 580: 224-234, 2017.
3) Indoor air its relationship with outdoor air
Impacts of Household Coal and Biomass Combustion on Indoor and Ambient Air Quality in China: Current Status and Implication.
Qing Li (TU), Jingkun Jiang (TU)*, Shuxiao Wang (TU), Krassi Rumchev (CU), Ryan Mead-Hunter (CU), Lidia Morawska (QUT), Jiming Hao (TU), Science of the Total Environment, 576: 347-361, 2017.
Indoor air pollutants, ventilation rate determinants and potential control strategies in Chinese dwellings: A literature review.
Wei Ye (Tongji U), Xu Zhang (Tongji U)*, Jun Gao (Tongji U), Xiang Zhou (Tongji U), Xing Su (Tongji U), Science of the Total Environment, 586: 696-729, 2017.
Indoor formaldehyde concentrations in urban China: Preliminary study of some important influencing factors.
Shaodan Huang (TU), Weijuan Wei (TU), Louise B. Weschler (TU), Tunga Salthammer (Fraunhofer WKI), Haidong Kan (FDU), Yinping Zhang (TU)*, Science of the Total Environment, 590-591: 394-405, 2017.
Granulometric and magnetic properties of deposited particles in the Beijing subway and the implications for air quality management.
Guipeng Cui (PKU)*, Liping Zhou (PKU), John Dearing (U of Southampton), Science of the Total Environment, 568:1059-1068, 2016.
4) Health
Biomarkers of the health outcomes associated with ambient particulate matter exposure.
Lixin Yang (CRAES)*, Xiang-Yu Hou (QUT), Yongjie Wei (CRAES), Phong Thai (QUT), Fahe Chai (CRAES), Science of the Total Environment, 579: 1446-1459, 2017.
Haze, public health and mitigation measures in China: a review of the current evidence for further policy response.
Jinghong Gao (CCDC), Alistair Woodward (U Auckland), Sotiris Vardoulakis (Public Health England), Sari Kovats (LSHTM), Paul Wilkinson (LSHTM), Liping Li (Shantou U Medical College), Lei Xu (CCSC), Jing Li (CCSC), Jun Yang (CCDC), Jing Li (CCDC), Lina Cao (CCDC), Xiaobo Liu (CCDC), Haixia Wu (CCSC), Qiyong Liu (CCDC)*, Science of the Total Environment, 578: 148-157, 2017.
Modification of the effects of air pollutants on mortality by temperature: a systematic review and meta-analysis.
Jing Li (CCDC), Alistair J. Woodward (U of Auckland), Xiang-Yu Hou (QUT), Tong Zhu (PKU), Jinlang Zhang (CRAES), Helen Brown (CU), Jun Yang (CCDC), Rennie Qin (U of Auckland), Jinghong Gao (CCDC), Shaohua Gu (CCDC), Jing Li (CCDC), Lei Xu (CCDSC), Xiaobo Liu (CCSC), Qiyong Liu (CCDC)*, Science of the Total Environment, 575: 1556-1570, 2017.
The burden of lung cancer mortality attributable to fine particles in China.
Yuming Guo (UQ)*, Hongmei Zeng (CAMS), Rongshou Zheng (CAMS), Shanshan Li (UQ), Gavin Pereira (CU), Qiyong Liu (CCDC), Wanqing Chen (CAMS), Rachel Huxley (CU), Science of the Total Environment, 579: 1460-1466, 2017.
The association between ambient air pollution and selected adverse pregnancy outcomes in China: A systematic review.
Milena Jacobs (CU), Guicheng Zhang (CU), Shu Chen (CU), Ben Mullins (CU), Michelle Bell (Yale), Lan Jin (Yale), Yuming Guo (UQ), Rachel Huxley (CU), Gavin Pereira (CU)*, Science of the Total Environment, 579: 1179-1192, 2017.
Estimating adult mortality attributable to PM5 exposure in China with assimilated PM2.5 concentrations based on ground monitoring network.
Jun Lui (PKU), Yiqun Han (PKU), Xiao Tang (CAS), Jiang Zhu (CAS)*, Tong Zhu (PKU)*, Science of the Total Environment, 568: 1253, 1262, 2016.
Association Between Size-segregated Particles in Ambient Air and Acute Respiratory Inflammation.
Yiqun Han (PKU), Tong Zhu (PKU)*, Tianjia Guan (PKU), Yi Zhu (PKU), Jun Liu (PKU), Yunfang Ji (CDCPHD), Shuna Gao (CDCPHD), Fei Wang (CDCPHD), Huimin Lu (CDCPHD), Wei Huang (PKU), Science of the Total Environment, 565: 412-419, 2016.
Estimating years of life lost from cardiovascular mortality related to air pollution in Guangzhou, China.
Jun Yang (CCDC), Chun-Quan Ou (Southern Medical U), Yu-Feng Song (Guangdong No. 2 Provincial People’s Hospital), Li Li (Southern Medical U), Ping-Yan Chen (Southern Medical U), Qiyong Liu (CCDC)*, Science of the Total Environment, 573: 1566-1572, 2016.
The interactive effects between high temperature and air pollution on mortality: a time-series analysis in Hefei, China.
Rennie Xinrui Qin (U Auckland), Changchun Xiao (Heifi CDCP), Yibin Zhu (Heifi CDCP), Jing Li (CCDC), Jun Yang (CCDC), Shaohua Gu (CCDC), Junrui Xia (Heifi CDCP), Bin Su (Heifi CDCP), Qiyong Liu (CCDC)*, Alistair Woodward (U Auckland), Science of the Total Environment, 575: 1530-1537, 2017.
Associations of Gestational and Early Life Exposures to Ambient Air Pollution with Childhood Atopic Eczema in Shanghai, China.
Wei Liu (USST)*, Jiao Cai (UUST), Chen Huang (USST), Yu Hu (Tongji U), Qingyan Fu (SEMC), Zhijun Zou (USST), Chanjuan Sun (USST), Li Shen (R&B Technology Shanghai), Xueying Wang (USST), Jun Pan (SEMC), Yanmin Huang (SEMC), Jing Chang (USST, SJU), Zhuohui Zhao (FDU), Yuexia Sun (Tianjin U), Jan Sundell (USST, TU), Science of the Total Environment, 572: 34-42, 2016.
VOC characteristics and inhalation health risks in newly renovated residences in Shanghai, China.
Haixia Dai (FDU)*, Shengao Jing (SAES), Hongli Wang (SAES), Yingge Ma (SAES), Li Li (SAES), Weimin Song (FDU), Haidong Kan (FDU), Science of the Total Environment, 577: 73-83, 2016.
Impacts of low socioeconomic status and polycyclic aromatic hydrocarbons exposure on lung function among a community-based Chinese population.
Jian Hou (Tongji Medical College, Huazhong UST), Huizhen Sun (Tongji Medical College, Huazhong UST), Jixuan Ma (Tongji Medical College, Huazhong UST), Yun Zhou (Tongji Medical College, Huazhong UST), Lili Xiao (Tongji Medical College, Huazhong UST), Tian Xu (Tongji Medical College, Huazhong UST), Juan Cheng (Tongji Medical College, Huazhong UST), Weihong Chen (Tongji Medical College, Huazhong UST ), Jing Yuan (Tongji Medical College, Huazhong UST)*, Science of the Total Environment, 574: 1095-1103, 2017.
Health Risk Assessment and Personal Exposure 1 to Volatile Organic Compounds (VOCs) in Metro Carriages – a case study in Shanghai, China.
Yu Gong (Tongji U), Yijie Wei (Tongji U), Jinghui Cheng (Tongji U), Tianyao Jiang (Tongji U), Ling Chen (Tongji U), Bin Xu (Tongji U)*, Science of the Total Environment, 574: 1432-1438, 2017.
5) Mitigation: New technologies, policies and strategies
Relative Impact of Emissions Controls and Meteorology on Air Pollution Mitigation Associated with the Asia-Pacific Economic Cooperation (APEC) Conference in Beijing, China.
Yuqin Wang (U of CAS), Yang Zhang(U of CAS), James Jay Schauer (U of Wisconsin-Madison), Benjamin de Foy (Saint Louis U), Bo Guo (Shandong U), Yuanxun, Zhang (U of CAS)*, Science of the Total Environment, 571: 1467-1476, 2016.
Assessment of regional air quality resulting from emission control in the Pearl Delta River Delta region, southern China.
N. Wang (Institute of Tropical and Marine Meteorology, Guangzhou)*, X.J. Deng (Institute of Tropical and Marine Meteorology, Guangzhou), X.P. Lyu (HK PolyU), T. Deng (Institute of Tropical and Marine Meteorology, Guangzhou), Y. Li (HKUST), C.Q. Yin (Institute of Tropical and Marine Meteorology, Guangzhou), S.Q. Wang (Zhuhai Meteorological Bureau), Science of the Total Environment, 573: 1554-1565, 2016.
The impact of the “Air Pollution Prevention and Control Action Plan” on PM5 concentrations in Jing-Jin-Ji region during 2012-2020.
Siyi Cai (TU), Yangjun Wang (SU), Bin Zhao (U California), Shuxiao Wang (TU)*, Xing Chang (TU), Jiming Hao (TU), Science of the Total Environment, 580: 197-209, 2017.
STOTEN 特刊
整体环境科学特刊
中国空气质量：当前和新的挑战
前言
在这方面，我们很高兴介绍STOTEN特刊（SI），重点关注：中国空气质量：当前和新的挑战。
SI全面涵盖中国空气污染的所有角度，影响和减缓研究，是信息的金矿。我们相信读者会发现这不仅有趣，而且在进一步提升中国及其他地区空气质量方面将发挥作用。
SI是澳大利亚 – 中国空气质量管理中心（ACC-AQSM）双方科学家合作的成果。感谢ACC-AQSM机构的支持，使双方协作成为可能。包括中国：华中科技大学，华东理工大学，复旦大学，香港城市大学，香港理工大学，香港大学，香港科技大学，北京大学，上海环境科学研究院与清华大学。以及澳大利亚：CSIRO，科廷大学，昆士兰科技大学，新南威尔士大学和悉尼大学。同时感谢Chantal Labbe女士在管理上的协助。
SI论文可从STOTEN 网站在线下载。
SI客座编辑：
Lidia Morawska教授
澳大利亚，布里斯班，昆士兰科技大学
Jianmin Chen 教授
中国，上海，复旦大学
Tao Wang教授
中国，香港，香港理工大学
Tong Zhu教授
中国，北京，北京大学
Table of Contents目录
1)主要污染源及其对空气质量的影响
生物质燃烧评述：排放和对中国空气质量，健康和气候的影响。
Jianmin Chen (FDU)*, Chunlin Lin (FDU), Zoran Ristovski (QUT), Andelija Milic (QUT), Yuantong Gu (QUT), Mohammad S. Islam (QUT), Shuxiao Wang (TU), Jiming Hao (TU), Hefeng Zhang (CRAES), Congrong He (QUT), Hai Guo (HK PolyU), Hongbo Fu (FDU), Branka Miljevic (QUT), Lidia Morawska (QUT), Phong Thai (QUT), Yun Fat Nicky Lam (HK CityU), Gavin Pereira (CU), Aijun Ding (NJU), Xin Huang (南京大学), Umesh C. Dumka (ARIOS), 总体环境科学， 579: 1000-1034, 2017.
船舶排放及其对中国空气质量的影响。
Yan Zhang (FDU)*, Xin Yang (FDU), Richard Brown (QUT), Liping Yang (QUT), Lidia Morawska (QUT), Zoran Ristovski (QUT), Qingyan Fu (SEMC), Cheng Hiang (SAES), 总体环境科学， 581-582: 186-198, 2017.
道路车辆排放及其在中国的控制：综述与展望。
Ye Wu (TU)*, Shaojun Zhang (CRAES), Jiming Hao (TU), Huan Liu (TU), Xiaomeng Wu (TU), Jingnan Hu (CREAS), Michael Walsh (ICCT), Timothy J. Wallington (Ford Motor Company), K. Max Zhang (Cornell U), Svetlana Stevanovic (QUT), 总体环境科学， 574: 332-349, 2017.
中国烹饪排放对环境空气质量和人类健康的效应。
Lina Wang (ECUST)*, Zhiyuan Xiang (ECUST), Svetlana Stevanovic (QUT), Zoran Ristovski (QUT), Jun Gao (同济大学) Hongli Wang (SAES), Ly Li (SAES), 总体环境科学， 589: 173-181, 2017.
中国对流层挥发性有机化合物。
Hai Guo (HK PolyU)*, Z.H. Ling (Sun Yat-sen U), H.R. Cheng (Wuhan U), Isobel Simpson (U California at Urvine), X.P. Lyu (HK PolyU), X.M. Wang (Guangzhou Institute of Geochemistry, CAS), M. Shao (PKU), H.X. Lu (HK PolyU), Godwin Ayoko (QUT), Yangli Zhang (Guangzhou Institute of Geochemistry, CAS), S.M. Saunders (UWA), Sean H.M. Lam (Pacific Environment), Jia-Lin Wang (NCU Taiwan), Don Blake (U California at Urvine), 总体环境科学， 574: 1021-1043, 2017.
基于受体的细颗粒物分析研究及其在中国的挑战。
Yanjun Zhang (PKU), Jing Cai (PKU), Shuxiao Wang (TU), Kebin He (TU), Mei Zheng (PKU)*, 总体环境科学， 586: 917-929, 2017.
上海城市PM5中Hulis-C的时间变化和源分配。
Mengfei Zhao (ECUST), Ting Qiao (ECUST), Yulan Li (CAS), Xiaoxing Tang (CAS), Guangli Xiu (ECUST), Jianzhen Yu (HKUST)*, 总体环境科学， 571: 18-26, 2016.
中国上海的大气形态。
Lian Duan (ECUST), Xiaohao Wang (SEMC), Dongfang Qang (SEMC), Yusen Duan (SEMC), Na Cheng (ECUST), Guangli Xiu (ECUST)*, Science of the Total Environments, 578: 460-468, 2016.
华北地区大气多环芳烃：空间分布与来源。
Yanjun Zhang (PKU), Yan Lin (PKU), Jing Cai (PKU), Yue Liu (PKU), Linan Hong (PKU), Momei Qin (PKU), Yifan Zhao (PKU), Jin Ma (CRAES) Xuesong Wang (PKU), Tong Zhu (PKU), Xinghua Qiu (PKU), Mei Zheng (PKU)*, 总体环境科学， 565: 994-1000, 2016.
低估的中国家庭煤炭源的空气污染物排放。
Miaomiao Cheng (CRAES)*, Guorui Zhi (CRAES), Wei Tang (CRAES), Shijie Liu (CRAES), Hongyan Dang (CRAES), Zheng Guo (NSMC), Jinhong Du (CRAES), Xiaohui Du (CRAES) Weiqi Zhang (CRAES), Yujie Zhang (CRAES), Fan Meng (CRAES), 总体环境科学， 580: 641-650, 2017.
中国北京2015年冬季加强气溶胶和NO2的同步观测
Zhenyi Chen (CAS)*, Cheng Liu (USTC, CAS), Wenqing Liu (CAS), Tsianshu Zhang (CAS), Jin Xu (CAS), 总体环境科学， 575: 429-436, 2016.
新兴工业区大气沉积中微量元素的生态地球化学评价和来源鉴定：北部湾经济区。
Cong Zhong (广西师范教育部，教育系), Zhongfang Yang (中国地质大学)*, Wei Jiang (广西大学)*, Baoqing Hu (广西师范大学，师范系), Qingye Hou (中国地质大学), Tao Yu (中国地质大学), Jie Li (广西地质局), 总体环境科学， 573: 1519-1526, 2016.
融合MODIS AOD和地面观测，对北京 – 天津 – 河北4公里分辨率的地面PM5浓度进行每日估算。
Baolei Lv (TU), Yongtao Hu (佐治亚理工学院), Howard H. Chang (埃默里大学), Armistead G. Russell (佐治亚理工学院)*, Jun Cai (TU, 全球变化研究联合中心), Bing Xu (TU, 全球变化研究联合中心), Yuqi Bai (TU, 全球变化研究联合中心)*, 总体环境科学， 508: 235-244, 2017.
中国兰州PM5中腐殖质物质（HULIS）的化学特征。
Jihua Tan (UCAS, TU, CAS), Ping Xiang (UCAS, CAS), Xueming Zhou (UCAS, CAS), Jingchun Duan (CRAES, TU)*, Yongliang Ma (TU), Kebin He (TU), Yan Chen (TU), Jianzhen Yu (HKUST), Xavier Querol (IDÆA), 总体环境科学， 573: 1481-1490, 2016.
中国泰山云水相中多种细菌的研究。
Caihong Xu (山东大学), Min Wei (山东大学), Jianmin Chen (FDU)*, Xiao Sui (山东大学), Chao Zhu (山东大学), Jiarong Li (山东大学) , Lulu Zheng (FDU), Guodong Sui (FDU), Weijun Li (山东大学), Wenxing Wang (山东大学), Qingzhu Zhang (山东大学), Abdelwahid Mellouki (FDU), 总体环境科学， 508: 258-265, 2017.
北京空气诱导氧化潜能颗粒物颗粒的季节变化。
Longyi Shao (中国矿业技术学院，北京)*, Ying Hu (中国矿业技术学院，北京), Rongrong Shen (IMK-IFU, KIT), Klaus Schäfer (IMK-IFU, KIT), Jing Wang (中国矿业技术学院，北京), Jianying Wang (中国矿业技术学院，北京), Jürgen Schnelle-Kreis (Cooperation Group Comprehensive Molecular Analytics, Germany, HICE), Ralf Zimmermann (U of Rostock, Cooperation Group Comprehensive Molecular Analytics, Germany, HICE), Kelly BéruBé (HICE), Peter Suppan (IMK-IFU, KIT), 总体环境科学， 579: 1152-1160, 2017.
中国济南严重阴霾事件中环境亚微米颗粒细菌表征。
Caihong Xu (山东大学), Min Wei (山东大学), Jianmin Chen (FDU)*, Xinfeng Wang (山东大学), Chao Zhu (山东大学), Jiarong Li (山东大学), Lulu Zheng (FDU), Guodong Sui (FDU), Weijun Li (山东大学), Wenxing Wang (山东大学), Qingzhu Zhang (山东大学) , Abdelwahid Mellouki (山东大学), 总体环境科学：中国空气质量当前和新兴挑战， 580: 188-196, 2017.
北京地区重度阴霾事件中细颗粒物的贡献。
Yangjun Wang (SU),Shengwei Bao (SU), Shuxiao Wang (TU)*, Xiang Shi (SU), Yongtao Hu (IGT), Jiandong Wang (TU), Bin Zhao (TU), Jingkun Jiang (TU), Mei Zheng (PKU), Minghong Wu (SU), Armistead G. Russell (IGT), Yuhang Wang (IGT), Jiming Hao (TU), 总体环境科学， 580: 283-296, 2017.
量化香港郊区可见度降低与PM5成分之间的关系：亲水和疏水有机化合物贡献区分。Yugen Li (HKUST), Hilda X. H. Huang (HKUST), Stephen M. Griffith (HKUST), Cheng Wu (HKUST), Alexis K. H. Lau (HKUST), Jian Zhen Yu (HKUST)*, 总体环境科学， 575: 1571-1571, 2017.
上海大气中区域人为活动和陆地植物季节性贡献对分解正烷烃（C8-C40）的影响。
Yan Lyu (FDU), Tingting Xu (FDU), Xin Yang (FDU), Jianmin Chen (FDU), Tiantao Cheng (FDU)*, Xiang Li (FDU)*, 总体环境科学， 579: 1918-1928, 2017.
中国农村室内和室外PM5暴露的氧化潜力。
Matthew H. Secrest (McGill U), James J. Schauer (U of Wisconsin), Ellison M. Carter (U of Minnesota), Alexandra M. Lai (U of Wisconsin), Yuqin Wang (UCAS), Ming Shan (TU), Xudong Yang (TU), Yuanxun Zhang (UCAS), Jill Baumgartner (McGill U)*, 总体环境科学， 571: 1477-1489, 2016.
中国上海颗粒多环芳烃的来源和空间分布。
Yue Liu (PKU), Caiqing Yan (PKU), Xiang Ding (CAS), Xinming Wang (CAS), Qingyan Fu (SEMC), Qianbiao Zhao (SEMC), Yihua Zhang (SEMC), Yusen Duan (SEMC), Xinghua Qiu (PKU), Mei Zheng (PKU)*, 总体环境科学， 584-585: 307-317, 2017.
2) 动态过程：二次生成和转换
中国的颗粒物污染和对控制政策的影响。
Jiandong Wang (TU), Bin Zhao (U California), Shuxiao Wang (TU)*, Fumo Yang (CAS), Jia Xing (TU), Lidia Morawska (QUT), Aijun Ding (南京大学), Markku Kulmala (U Helsinki), Veli-Matti Kerminen (U Helsinki), Joni Kujansuu (U Helsinki), Zifa Wang (CAS), Dian Ding (TU) Xiaoye Zhang (CAS), Huanbo Wang (CAS), Mi Tian (CAS), Tuukka Petäjä (U Helsinki), Jingkun Jiang (TU), Jiming Hao (TU), 总体环境科学， 584-585: 426-447, 2017.
中国新型颗粒物生成：当前进展和进一步的研究方向。
Zhibin Wang (PKU), Zhijun Wu (PKU), Dingli Yue (PKU), Dongjie Shang (PKU), Song Guo , (PKU) Junying Sun (CAMS), Aijun Ding (南京大学), Lin Wang FDU), Jingkun Jiang TU), Hai Guo (HK PolyU), Jian Gao (CRAES), Hing Cho Cheung (Academia Sinica), Lidia Morawska (QUT), Melita Keywood (CSIRO), Min Hu (PKU)*, 总体环境科学， 577: 258-266, 2016.
中国的臭氧污染：浓度，气象影响，化学前体和影响综述。
Tao Wang (HK PolyU)*, Likun Xue (山东大学), Peter Brimblecombe (HK CityU), Yun Fat Nicky Lam (HK CityU), Li Ly (SAES), Li Zhang (HK PolyU), 总体环境科学， 575: 1582-1596, 2016.
中国严重雾霾污染的形成特征和控制策略。
Hongbo Fu (FDU), Jianmin Chen (FDU)*, 总体环境科学， 578: 121-138, 2017.
夏季大气强烈光化学反应加强二次气溶胶形成：中国长江三角洲农村地区观测。
Dongfang Wang (FDU, SEMC), Bin Zhou (FDU, FU), Qingyan Fu (SEMC)*, Qianbiao Zhao (FDU, SEMC), Qi Zhang (FDU, U of California), Jianmin Chen (FDU), Xin Yang (FDU), Yusen Duan (SEMC), Juan Li (SEMC), 总体环境科学， 571: 1454-1466, 2016.
中国珠江三角洲炼油厂挥发性有机化合物的排放特征及其二次有机气溶胶形成潜力。
Zhijuan Zhang (JNU), Hao Wang (JNU), Dan Cheng (JNU), Qinqin Li (JNU), Phong Thai (QUT, Daocheng Gong (JNU), Yang Li (JNU), Chunlin Zhang (JNU), Yinggang Gu (JNU), Lei Zhou, (JNU), Lidia Morawska (QUT), Boguang Wang (JNU)*, 总体环境科学， 584-585: 1162-1174, 2017.
生物质燃烧对初级和次级有机物的贡献：中国珠三角（PRD）的案例研究。
BaoLin Wang (PKU), Ying Liu (PKU), Min Shao (PKU)*, SiHua Lu (PKU), Ming Wang (PKU), Bin Yuan (PKU), ZhaoHeng Gong (PKU Shenzhen Graduate School), LingYan He (PKU), LiMin Zeng (PKU), Min Hu (PKU), YuanHang Zhang (PKU), 总体环境科学， 569-570: 548-556, 2016.
北京冬季重阴霾事件中细颗粒物理化学性质的变化。
Hongya Niu (PKU, 河北工程大学), Wei Hu (PKU, 熊本县大学), Daizhou Zhang (熊本县大学), Zhijun Wu (PKU), Song Guo (PKU), Wei Pian (河北工程大学), Wenjing Cheng (河北工程大学), Min Hu (PKU)*, 总体环境科学， 571: 103-109, 2016.
西南地区湿润和酸性地区PM5中水溶性无机离子的高度时间分辨表征。
Mi Tian (CAS), HuanBo Wang (CAS), Yang Chen (CAS), Leiming Zhang (加拿大环境), Guangming Shi (CAS), Yuan Liu (CAS), JiaYan Yu (重庆 EMC), ChongZhi Zhai (重庆 EMC), Jun Wang (重庆 EMC), FuMo Yang (CAS)*, 总体环境科学， 580: 224-234, 2017.
3)室内空气及与室外空气的联系
家用煤炭和生物质燃烧对中国室内空气质量的影响：现状及意义。
Qing Li (TU), Jingkun Jiang (TU)*, Shuxiao Wang (TU), Krassi Rumchev (CU), Ryan Mead-Hunter (CU), Lidia Morawska (QUT), Jiming Hao (TU), 总体环境科学， 576: 347-361, 2017.
中国住宅室内空气污染物，通风率决定因素及潜在控制策略：文献综述。
Wei Ye (同济大学), Xu Zhang (同济大学)*, Jun Gao (同济大学), Xiang Zhou (同济大学), Xing Su (同济大学), 总体环境科学， 586: 696-729, 2017.
中国城市室内甲醛浓度：初步研究的一些重要影响因素。
Shaodan Huang (TU), Weijuan Wei (TU), Louise B. Weschler (TU), Tunga Salthammer (Fraunhofer WKI), Haidong Kan (FDU), Yinping Zhang (TU)*, 总体环境科学， 590-591: 394-405, 2017.
北京地铁沉积颗粒的粒度和磁性以及空气质量管理的影响。
Guipeng Cui (PKU)*, Liping Zhou (PKU), John Dearing (U of Southampton), 总体环境科学， 568:1059-1068, 2016.
4) 健康
与环境颗粒物暴露相关的健康关联的生物标志物。
Lixin Yang (CRAES)*, Xiang-Yu Hou (QUT), Yongjie Wei (CRAES), Phong Thai (QUT), Fahe Chai (CRAES), 总体环境科学， 579: 1446-1459, 2017.
中国阴霾，公共卫生和改善措施：回顾目前进一步应对政策的证据。
Jinghong Gao (CCDC), Alistair Woodward (U Auckland), Sotiris Vardoulakis (Public Health England), Sari Kovats (LSHTM), Paul Wilkinson (LSHTM), Liping Li (汕头医学院), Lei Xu (CCSC), Jing Li (CCSC), Jun Yang (CCDC), Jing Li (CCDC), Lina Cao (CCDC), Xiaobo Liu (CCDC), Haixia Wu (CCSC), Qiyong Liu (CCDC)*, 总体环境科学， 578: 148-157, 2017.
空气污染物按温度对死亡率的影响修正：系统评价和元分析。
Jing Li (CCDC), Alistair J. Woodward (U of Auckland), Xiang-Yu Hou (QUT), Tong Zhu (PKU), Jinlang Zhang (CRAES), Helen Brown (CU), Jun Yang (CCDC), Rennie Qin (U of Auckland), Jinghong Gao (CCDC), Shaohua Gu (CCDC), Jing Li (CCDC), Lei Xu (CCDSC), Xiaobo Liu (CCSC), Qiyong Liu (CCDC)*, 总体环境科学， 575: 1556-1570, 2017.
中国细颗粒对肺癌死亡率的影响。
Yuming Guo (UQ)*, Hongmei Zeng (CAMS), Rongshou Zheng (CAMS), Shanshan Li (UQ), Gavin Pereira (CU), Qiyong Liu (CCDC), Wanqing Chen (CAMS), Rachel Huxley (CU), 总体环境科学， 579: 1460-1466, 2017.
中国环境空气污染与特定不良妊娠结果间的关系：系统综述。
Milena Jacobs (CU), Guicheng Zhang (CU), Shu Chen (CU), Ben Mullins (CU), Michelle Bell (Yale), Lan Jin (Yale), Yuming Guo (UQ), Rachel Huxley (CU), Gavin Pereira (CU)*, 总体环境科学， 579: 1179-1192, 2017.
根据地面监测网络测得的PM2.5浓度，归因于PM5暴露的成人死亡人数估算。
Jun Lui (PKU), Yiqun Han (PKU), Xiao Tang (CAS), Jiang Zhu (CAS)*, Tong Zhu (PKU)*, 总体环境科学， 568: 1253, 1262, 2016.
急性呼吸道炎症和环境空气颗粒分级间的关联。
Yiqun Han (PKU), Tong Zhu (PKU)*, Tianjia Guan (PKU), Yi Zhu (PKU), Jun Liu (PKU), Yunfang Ji (CDCPHD), Shuna Gao (CDCPHD), Fei Wang (CDCPHD), Huimin Lu (CDCPHD), Wei Huang (PKU), 总体环境科学， 565: 412-419, 2016.
中国广州空气污染相关的心血管死亡人数损失估计。
Jun Yang (CCDC), Chun-Quan Ou (Southern Medical U), Yu-Feng Song (广东第二人民医院), Li Li (Southern Medical U), Ping-Yan Chen (Southern Medical U), Qiyong Liu (CCDC)*, 总体环境科学， 573: 1566-1572, 2016.
高温与空气污染对死亡率的互动效应：中国合肥时间序列分析。
Rennie Xinrui Qin (U Auckland), Changchun Xiao (Heifi CDCP), Yibin Zhu (Heifi CDCP), Jing Li (CCDC), Jun Yang (CCDC), Shaohua Gu (CCDC), Junrui Xia (Heifi CDCP), Bin Su (Heifi CDCP), Qiyong Liu (CCDC)*, Alistair Woodward (U Auckland), 总体环境科学， 575: 1530-1537, 2017.
中国上海环境空气污染对妊娠和早期生活暴露与儿童特应性湿疹的影响。
Wei Liu (USST)*, Jiao Cai (UUST), Chen Huang (USST), Yu Hu (同济大学), Qingyan Fu (SEMC), Zhijun Zou (USST), Chanjuan Sun (USST), Li Shen (R&B Technology Shanghai), Xueying Wang (USST), Jun Pan (SEMC), Yanmin Huang (SEMC), Jing Chang (USST, SJU), Zhuohui Zhao (FDU), Yuexia Sun (Tianjin U), Jan Sundell (USST, TU), 总体环境科学， 572: 34-42, 2016.
中国上海新装修住宅的VOC特征和吸入健康风险。
Haixia Dai (FDU)*, Shengao Jing (SAES), Hongli Wang (SAES), Yingge Ma (SAES), Li Li (SAES), Weimin Song (FDU), Haidong Kan (FDU), 总体环境科学， 577: 73-83, 2016.
低社会经济状况和多环芳烃暴露对社区中国人口肺功能的影响。
Jian Hou (同济医学院, 华中 UST), Huizhen Sun (同济医学院, 华中 UST), Jixuan Ma (同济医学院, 华中 UST), Yun Zhou (同济医学院, 华中 UST), Lili Xiao (同济医学院, 华中 UST), Tian Xu (同济医学院, 华中 UST), Juan Cheng (同济医学院, 华中 UST), Weihong Chen (同济医学院, 华中 UST ), Jing Yuan (同济医学院, 华中 UST)*, 总体环境科学， 574: 1095-1103, 2017.
健康风险评估和地铁车厢中挥发性有机化合物（VOC）的个人暴露—中国上海的案例研究。
Yu Gong (同济大学), Yijie Wei (同济大学), Jinghui Cheng (同济大学), Tianyao Jiang (同济大学), Ling Chen (同济大学), Bin Xu (同济大学)*, 总体环境科学， 574: 1432-1438, 2017.
5) 缓解：新技术，政策和战略
排放控制和气象与中国北京亚太经合组织（APEC）会议相关的空气污染减缓的相对影响。
Yuqin Wang (U of CAS), Yang Zhang(U of CAS), James Jay Schauer (U of Wisconsin-Madison), Benjamin de Foy (Saint Louis U), Bo Guo (山东大学), Yuanxun, Zhang (U of CAS)*, 总体环境科学， 571: 1467-1476, 2016.
中国南方珠三角地区排放控制带来的区域空气质量改善评估。
N. Wang (广州热带海洋气象研究所)*, X.J. Deng (广州热带海洋气象研究所), X.P. Lyu (HK PolyU), T. Deng (广州热带海洋气象研究所), Y. Li (HKUST), C.Q. Yin (广州热带海洋气象研究所), S.Q. Wang (珠海气象局), 总体环境科学， 573: 1554-1565, 2016.
“空气污染防治行动计划”对2012 – 2020年京津冀地区PM5浓度的影响。
Siyi Cai (TU), Yangjun Wang (SU), Bin Zhao (U California), Shuxiao Wang (TU)*, Xing Chang (TU), Jiming Hao (TU), 总体环境科学， 580: 197-209, 2017.