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M
Ming Hung Wong
H指数:128
被引数:6.4万
个人简介
Professor Wong is currently Visiting Professor of ZUST, an Advisor (Environmental Science) of The Education University of Hong Kong, and the Editor-in-Chief of Environmental Geochemistry and Health (Springer Nature). He has published over 770 SCI papers. According to the List of World's Top 2% Scientists (Stanford University, 2020 and 2021), Professor Wong is ranked No. 6 (career-long) globally under Environmental Sciences. He obtained a PhD (Durham), and a DSc each from Durham University and Strathclyde University in 1992 and 2004, respectively (based on his publications). He was awarded the Croucher Senior Fellow (Croucher Foundation of Hong Kong) in 1997; the Royal Society Visiting Fellow (Royal Society, UK) in 2000; Emeritus Professor (Hong Kong Baptist University) in 2013; Chang Jiang Chair Professor (Ministry of Education of China) in 2014, the Milton Gordon Award for Excellence in Phytoremediation (International Phytotechnology Society) in 2016; Fellow of the Society of Environmental Geochemistry and Health (SEGH) in 2018; and Silver Medal (for Upgrading Food Waste as Fish Feeds) of the International Inventions (Geneva) in 2019.
教育背景
1992.12
Durham University PhD
2004.12
Strathclyde University DSc
工作经历
2013.12
Hong Kong Baptist University
Emeritus Professor
2014.12
Ministry of Education of China
Chang Jiang Chair Professor
荣誉奖项
- Croucher Senior Fellow（1997）｜Croucher Foundation of Hong Kong
- Royal Society Visiting Fellow（2000）｜Royal Society, UK
- Milton Gordon Award for Excellence in Phytoremediation（2016）｜International Phytotechnology Society
- Fellow of the Society of Environmental Geochemistry and Health (SEGH)（2018）
- Silver Medal (for Upgrading Food Waste as Fish Feeds) of the International Inventions (Geneva)（2019）｜International Inventions (Geneva)
将源头稳定化整合到生态暴露中：一种重新评估由热解温度驱动的污泥生物炭潜在有毒元素风险的框架
将细菌群落变化与生物炭诱导的土壤肥力和多功能性改善相联系
纳米材料增强型根际修复：一种可持续的石油烃土壤生物修复策略
通过生物炭增强的还原性土壤消毒来减少抗生素抗性基因
通过尿液生物监测表征中国人群对多类抗生素的暴露
重金属污染场地植物修复：机制、局限性与近期展望
俄罗斯中欧地区森林土壤链中化学元素迁移的季节性动态
CATENA
IF5.7
全球价值链是否促进可持续技术创新？——基于“一带一路”经济体的多维度分析
Sustainable Futures
IF4.9
镉和苯并[a]芘共暴露协同诱导支气管上皮细胞凋亡：机制探讨与室内灰尘预测性风险建模
使用点水处理：基于MXene/Bi2WO6膜的能源自给协同太阳能光热-压电催化用于磺胺类抗生素的分布式去除
Water Research
IF12.4
OCULAR SURFACE
IF5.6
维生素B9调节细菌汞甲基化: 一个被忽视的途径导致环境风险增加
