Joint Conference of ISEH 2020, ICEPH 2020 & G16 2020 Sessions

Call for session proposal is closed!

We have approved 50 session proposals!

Session Convenors

 (In alphabetic order) 

Surname

Name

Affiliation

Albanese

Stefano

University of Naples Federico II

An

Taicheng

Guangdong University of Technology

Ayotte

Joseph D.

U.S. Geological Survey

Ba

Yue

Zhengzhou University

Belyaeva

Olga

Center for Ecological-Noosphere Studies of NAS RA

Bolan

Nanthi

The University of Newcastle

Cachada

Anabela

University of Porto

Cao

Wenzhi

Xiamen University

Cave

Mark

British Geological Survey

Centeno

Jose A.

U.S.A. Food and Drug Administration

Chen

Da

Jinan University

Chen

Jianmin

Fudan University

Chen

Wei

China University of Geosciences

Chen

Xi

Chinese Center for Diseases Control and Preventive

Chen

Zhifan

Henan University

Cheng

Hefa

Peking University

Davies

Theophilus C.

University of Lagos

Demetriades

Alecos

Institute of Geology and Mineral Exploration, Athens

Ding

Shiming

Nanjing Institute of Geography and Limnology, CAS

Durães

Nuno

University of Aveiro

Feng

YuJie

Harbin Institute of Technology

Gao

Yang

Institute of Geographic Sciences and Natural Resources Research, CAS

Gelman

Faina

Geological Survey of Israel

Gu

Baojing

Zhejiang University

Guan

Dongxing

Tianjin University

Hardiman

Gary

Queen’s University Belfast

Harty

Mary

University College Dublin

Hatzikioseyian

Artin

National Technical University Athens

Hou

Deyi

Tsinghua University

Huang

Lei

Nanjing University

Huang

Zhihong

Central South University of Forestry & Technology

Huo

Xia

Jinan University

Ji

Junfeng

Nanjing University

Lei

Mei

Institute of Geographic Sciences and Natural Resources Research, CAS

Lens

Piet

National University of Ireland, Galway

Li

Meifang

Jiangxi Normal University

Li

Xuhui

Henan University

Li

Yufeng

Institute of High Energy Physics, CAS

Li

Zhiwen

Peking University

Lin

Jintai

Peking University

Liu

Chengshuai

Institute of Geochemistry, CAS

Liu

Huan

Tsinghua University

Liu

Juan

Guangzhou University

Liu

Wen

Peking University

Liu

Xingmei

Zhejiang University

Longhurst

Philip

Cranfield University

Lu

Guining

South China University of Technology

Luo

Jian

Georgia Institute of Technology

Mal

Joyabrata

National University of Ireland, Galway

Matthias

Volker

Helmholtz-Zentrum Geesthacht GmbH

McKinley

Jennifer

Queen’s University Belfast

Moldanová

Jana

Swedish Environmental Research Institute

Morley

Terry

National University of Ireland, Galway

Négrel

Philippe

French Geological Survey

O Brolchain

Niall

National University of Ireland, Galway

O’Driscoll

Kieran

Queen’s University Belfast

Ok

Yong Sik

Korea University

O'Rourke

Sharon

University College Dublin

Pan

Yuepeng

The Institute of Atmospheric Physics, CAS

Patinha

Carla

University of Aveiro

Qin

Mingzhou

Henan University

Rinklebe

Jörg

University of Wuppertal

 

Serrano

Martin

Insight Centre for Data Analytics

Shi

Huahong

East China Normal University

Silva

Eduardo Ferreira da

University of Aveiro

Sun

Jian

Xi’an Jiaotong University

Sweetman

Andrew

Lancaster University

Tsang

Daniel

The Hong Kong Polytechnic University

Tsang

Daniel C.W.

The Hong Kong Polytechnic University

Venier

Marta

Indiana University

Wang

Bin

Peking University

Wang

Chongjian

Zhengzhou University

Wang

Dali

Jinan University

Wang

Hailong

Foshan University

Wang

Jingfu

Institute of Geochemistry, CAS

Wang

Yanxin

China University of Geosciences

Wheaton

Rebecca

University College Dublin

Wragg

Joanna

British Geological Survey

Wu

Fan

Jinan University

Xia

Xueqi

China University of Geosciences

Xu

Elvis Genbo

University of Southern Denmark

Yan

Wende

Central South University of Forestry & Technology

Yang

Xingfen

Southern Medical University

Yang

Zhugen

Cranfield University

Yu

Yanxin

Beijing Normal University

Yu

Yingxin

Guangdong University of Technology

Yuan

Songhu

China University of Geosciences

Zappa

Achille

Insight Centre for Data Analytics

Zeng

Eddy

Jinan University

Zhang

Aihua

Guizhou Medical University

Zhang

Hua

Institute of Geochemistry, CAS

Zhang

Lin

Peking University

Zhang

Liwu

Fudan University

Zhang

Yan

Fudan University

Zhang

Zulin

The James Hutton Institute

Zheng

Na

Jilin University

Zheng

Yan

Southern University of Science and Technology

Zhou

Feng

Peking University

Zhu

Hui

Northeast Institute of Geography and Agroecology, CAS

Zhu

Lingyan

Nankai University

Zhu

Mingshan

Jinan University

Zhu

Ying

Research Center for Eco-Environmental Sciences, CAS

Approved Sessions

(In alphabetic order of names of 1st session convenors )

Albanese, Stefano (University of Naples Federico II, Università degli Studi di Napoli Federico II), stefano.albanese@unina.it; Belyaeva, Olga (Center for Ecological Noosphere Studies of NAS RA) olga.belyaeva@cens.am.  

Environmental Low-Level Radioactivity & Heath.

The contribution of naturally occurring and artificial sources in background radiation and related health effects are changing rapidly in space and time. This session covers topics of natural and low-level radioactivity in the environment, as well as the assessment of related health risks.

Ba, Yue & Wang, Chongjian (Zhengzhou University) byyue@zzu.edu.cn; tjwcj2008@zzu.edu.cn.

Climate change and Health.

Climate and climate change are playing an import role in human health. For example, extreme heat can increase the incidence of cardiovascular, respiratory and mental diseases in the population. This session invites talks in the following topics: Health Risk Assessment of Climate Change, Climate Change and Health Management, Microclimate and Health.

Bolan, Nanthi (University of Newcastle), Nanthi.Bolan@Newcastle.edu.au; Rinklebe, Jörg (University of Wuppertal), rinklebe@uni-wuppertal.de; Ok, Yong Sik (Korea University). yongsikok@korea.ac.kr.

PFAS Beyond Defence.

Poly- and perfluoroalkyl substances (PFASs) are a diverse group of synthetic fluorinated compounds, which are bio-accumulative and toxic to humans and the environment. Aqueous film forming foam (AFFF) used in firefighting is a point source of PFAS input to soil and groundwater. Recently, there have been major concerns about contamination of groundwater sources with PFAS compounds in sites that have been testing AFFF for firefighting. Many studies have detected PFAS compounds in soil and groundwater sources resulting from AFFF used in firefighting sites, especially in defence sites. Incidences of PFAS contamination of soil and groundwater sources have been noticed beyond defence sites that include landfills and wastewater treatment plants. Biosolids and landfills are two other major diffuse sources of PFAS input to soil and groundwater sources. There have been limited research on PFAS compounds from other sources and their subsequent contamination in soil and water resources. This session cover the sources, distribution, toxicity and remediation of PFAS compounds - beyond defence sites.

Cao, Wenzhi (Xiamen University). wzcao@xmu.edu.cn.

Water environment health and ecological restoration.

Water environment health is related to social and economic development, people's living environment and quality of life. Water pollution prevention and control, water environment treatment, water ecological restoration, water environment dynamic monitoring and big data analysis, water environmental health assessment, etc., are the guarantee of water ecological security.

Cave, Mark & Wragg, Joanna (British Geological Survey). mrca@bgs.ac.uk; jwrag@bgs.ac.uk.

Assessing the relationship between soil and human health.

Whether we live in rural or urban settings we have an intimate relationship with soil; we work with it, we grow our food in it and we play in it. We would like to invite papers on how we approach applying both qualitative and quantitative methods to the measurement of the chemical and physical aspects of soil and soil born contaminants that can impact on human health.

Centeno, Jose A. (U.S.A. Food and Drug Administration). Jose.Centeno@fda.hhs.gov; tonycent@comcast.net.

Human Health in the Face of Climate Change:  A Medical Geology Perspective.

This session is aimed at uniting a unique audience of medical geology scientists, climate scientists, atmospheric scientists, epidemiologists, public health specialists, and policy makers. The goal of this session is to gain a deeper understanding of the consequence of climatic fluctuations and nature environmental rip factors on human health, including the effects of extreme weather events, disrupted ecosystems, emerging and re-emerging infectious diseases, and increased levels of harmful air particulates.  We hope that this session encourages a lively, informed a synergistic interaction about the late research and major challenges in this important field.

Chen, Jianmin & Zhang, Liwu (Fudan University), jmchen@fudan.edu.cn; zhanglw@fudan.edu.cn

Tropospheric multiphase chemistry.

Interactions between gas/liquid-phase species and atmospheric aerosol particles can significantly influence the chemistry of the atmosphere. Research in heterogeneous and multiphase atmospheric chemistry will be discussed in this session.

Chen, Xi (National Institute of Environmental Health, Chinese Center for Diseases Control and Preventive). chenxi@nieh.chinacdc.cn; Li, Yu-Feng (Institute of High Energy Physics, CAS). liyf@ihep.ac.cn.

Big data promoting health: Innovations for better environment.         

This session will cover the acquiring and processing of environmental and health data based on high resolution remote sensing, GIS, risk assessment and management for environmental chemicals. It will also cover the exploring of the role of big data in promoting policy decision.

Chen, Zhifan & Li, Xuhui (Henan University), chenzhf0604@163.com; lixuhui@henu.edu.cn.

Environmental friendly remediation on polluted environment.

How to remediate friendly polluted environment has become concerned problem all over the world. All kinds of biological technologies and combined application of multiple technologies, such as phytoremediation, microbiology, biochar and so on, were popupar in remediation research on polluted environment. However, application and mechanisms of these methods still need to be discussed and made further studies.

Cheng, Hefa (Peking University), hefac@pku.edu.cn; Luo, Jian (Georgia Institute of Technology), jian.luo@ce.gatech.edu.

Interfacial mass transfer in natural and engineered environmental systems: fundamental understanding and modelling.

Interfacial mass transfer often governs the overall transport processes that occur in natural and engineered environmental systems, such as adsorption, volatilization, precipitation, and membrane filtration.  This session aims to highlight the recent advances in the understanding of interfacial mass transfer and its modelling in the context of both classical and new unsolved environmental problems.

Davies, Theophilus C. (University of Lagos), theo.clavellpr3@gmail.com.

Recent Advances in Medical Geology Research in Africa.

The purpose of the proposed Session is to review the current status of Medical Geology research around the Continent, document the successes, identify the knowledge gaps, address the pitfalls and take a look at the current challenges and future perspectives. It is against this backdrop that the design of further research in the subject would be predicated.

Ding, Shiming (Nanjing Institute of Geography and Limnology, CAS), smding@niglas.ac.cn; Tsang, Daniel C.W. (The Hong Kong Polytechnic University); Email: dan.tsang@polyu.edu.hk; Wang, Jingfu (Institute of Geochemistry, CAS), wangjingfu@mail.gyig.ac.cn.

Sediment Pollution Assessment and Remediation/Management.

Sediment plays a critical role in maintaining the balance and health of aquatic ecosystem. Unfortunately, the accumulated pollutants in sediments is becoming a major pollution source in many freshwater and coastal systems. This Special Symposium will address recent research advances in sediment pollution assessment and remediation/management, which include but are not limited to: (1) new techniques and methods in assessment of sediment quality, (2) novel materials and engineering measures in remediation of polluted sediments, and (3) holistic paradigms in management of sediments.

Feng, Yujie (Harbin Institute of Technology), yujief@hit.edu.cn.

Water pollution control and risk analysis.

Aiming the pollution problems in urban water system both in urban and rural area, the session will focused on pollution control technologies and resources recovery. The session will also focused on the risk analysis of the emergent substances in effluent.

Gelman, Faina (Geological Survey of Israel), faina@gsi.gov.il.

Environmental fate of organic pollutants.

Contamination of soil and water resources by harmful organic compounds will be presented. The possible fate of organic pollutants in the environment including natural biotic and abiotic transformation and bioaccumulation will be discussed.

Gu, Baojing (Zhejiang University), bjgu@zju.edu.cn; Zhu, Hui (Northeast Institute of Geography and Agroecology), zhuhui@iga.ac.cn.

Environmental and Health Effect of Reactive Nitrogen.

Nitrogen has exceeded its safe planetary boundary over two times, resulting in sever air and water pollution that damage human and ecosystem health. This session covers topics of environmental pollution, human health, ecosystem services and climate change due to reactive nitrogen use and loss in terrestrial and aquatic ecosystems.

Hardiman, Gary; O’Driscoll, Kieran Thomas Anthony (Queen’s University Belfast), G.Hardiman@qub.ac.uk; kieran.odriscoll@qub.ac.uk.

Systems Analysis of the Impact of Waste in the Coastal Zone.

This session will examine the environmental fate and biological impacts of persistent organic pollutants and microplastics (μPs) exposure in sentinel marine species that can provide advanced warnings of environmental risk. It will explore recent advances in numerical modelling for fate and transport of contaminants, toxicology, Omics and systems level analyses.

Hatzikioseyian, Artin (National Technical University of Athens), artin@metal.ntua.gr.

Environmental / Process Modelling.

Environmental modelling is an important topic for environmental engineers and scientists. The session covers topics of bioprocess modelling and simulation, waste water treatment modelling, air pollution modelling, soil pollution and decontamination modelling.

Huo, Xia (Jinan University), xhuo@jnu.edu.cn.

Human Health at the Pollutant-Contaminated Sites.

Rapid innovation in the electronics industry have resulted in a fast-growing surge of waste around the globe. High-volume informal waste recycling has been reported in many countries. Specific chemical elements and compounds are components of the waste or released during the recycling process. As a result, higher levels of heavy metals and organic pollutants are found in surrounding environmental and human biospecimens in refuse disposal areas. There are associations between exposure to environment pollutants and adverse health outcomes. In particular, long-term health effects and disease risks related to pollutant-exposures deserve our attention. This session covers topics of the links between e-waste / industrial pollution and human health.

Ji, Junfeng (Nanjing University), jijunfeng@nju.edu.cn; Xia, Xueqi (China University of Geosciences), xiaxueqi@cugb.edu.cn.

Environmental Hazards from Geological Sources: Natural Processes and Human Disturbances.

Some geological bodies, in the aspect of either petrology or stratigraphy, are sources of some pollutants for soil, water and/or air. Its regional hazards to the environment and human health may be aggravated or triggered by some human activities related to economic development. This session covers topics about the process of transformation and movement of the natural occurring pollutants and human disturbances on it.

Lin, Jintai (Peking University), linjt@pku.edu.cn.

Economic Trade and Environmental Health.

By allowing regions consuming goods and services to be separated from other regions producing them, the economic globalization and trade has meant substantial environmental problems such as pollution and climate change embedded in global supply chains. This session invites studies addressing the linkage between trade and environmental health that offers insight for the inter-regional economic-environmental relationship across the world.

Liu, Juan (Guangzhou University), liujuan858585@163.com; Liu, Cheng-Shuai (Institute of Geochemistry, CAS), liuchengshuai@vip.gyig.ac.cn; Lu, Gui-Ning (South China University of Technology), GNLu@foxmail.com.

Heavy metal contamination, source apportionment and pollution control.

Heavy metal contamination and environmental transfer, migration and transportation in earth surface from industrial activities; source apportionment by using metal isotopes and multivariate analysis; pollution control and treatment for heavy metals in water and soils.

Liu, Wen (Peking University), wen.liu@pku.edu.cn; Zhu, Mingshan (Jinan University), zhumingshan@jnu.edu.cn.

Advancement in Water Pollution and Water Treatment with Nanomaterials

Currently, various functional materials and new technologies have been developed for monitoring and removal of contaminants from waters or wastewaters. Therefore, full understanding the interactions between nanomaterials and contaminants in water matrix, as well as that between nanomaterials and typical materials in natural water systems including sediment, inorganic ions, natural organic matters (NOMs) and microorganisms, is key scientific issue in this area. This session proposal fosters the exchange and discussion among scientists from different background to provide a general picture of environmental application of nanomaterials in water pollution and treatment systems. This session focuses on (but not limited to) the following fields: (1) Design and synthesis of novel functional materials for water detection and decontamination; (2) New technologies and methods on water pollution control; (3) Transport and transformation of pollutants in aquatic system and the environmental geochemical processes; and (4) Progress in theoretical and computational chemistry related to environmental applications in water treatments.

Liu, Xingmei (Zhejiang University, xmliu@zju.edu.cn; Zheng, Na (Jilin University), zhengnalzz@neigae.ac.cn; Huang, Lei (Nanjing University), huanglei@nju.edu.cn.

Soil quality and risk assessment

Soil quality comprehensively represents the ability of soil to maintain productivity, purify environment and protect the health of animals and plants. Pollutants in soil are not only harmful to ecology, also can be absorbed by crops and transferred to the food chain, which directly impacts on human health. With the improvement of living standards and the deterioration of soil, people pay more attention to the health effects of soil environmental quality and food safety. Evaluating soil quality in agro-system can provide guidelines for land use management and soil environmental protection, and it can facilitate regional environmental and human health risk assessment. This symposium will focus on discussing various, especially new methods adopted in soil quality assessment. Besides, occurrence, transport, fate and risk assessment of various pollutants in contaminated sites will also be addressed.

Longhurst, Philip (Cranfield University), P.J.Longhurst@cranfield.ac.uk ; Lei, Mei (Institute of Geographic Sciences and Natural Resources Research, CAS), leim@igsnrr.ac.cn.

Health problems of farmers, farmworkers, and consumers through the extensive risk assessment

Agriculture is the foundation of the world economy, and agricultural population accounts for 41.6% of the whole population in the world. However, there is a lack of special concern to the health problems of the agricultural population. This session will focus on the health risks caused by farmland pollution through various exposure routes; the advanced health risks evaluation methods; and the strategies to alleviate these health risks. In this session, we will provide an interaction platform for scientists from environmental chemistry, human exposure and health effects, and soil remediation.

Mal, Joyabrata Mal & Lens, Piet Lens (National University of Ireland, Galway), joyabrata.mal@nuigalway.ie; piet.lens@nuigalway.ie.

Anthropogenic and geogenic pollution by sulphur and selenium and human health.

Environmental effects of sulphur pollution in soils and freshwater systems are well known. While selenium is an essential trace element for animals and human, it is a potential toxin at elevated concentrations. This session is specifically devoted to explore the problems related to anthropogenic and geogenic pollution by sulphur and selenium compounds from a science, engineering, health and environment perspective. Ireland is one of the most selenium deficient countries in the world, it is also important to address selenium deficiencies, while in few regions the selenium content of the soil is among the highest reported worldwide. This session will address the causes of sulphur and selenium pollution, exposure pathways, and consequent human health risks and novel techniques for bioremediation.

McKinley, Jennifer (Queen’s University Belfast), j.mckinley@qub.ac.uk

Compositional data analysis in Environment and Health.

This session is sponsored by the International Association of Mathematical Geoscience (IAMG) and the Compositional Data Analysis Association (CoDa).

There is an increasing amount of spatial geochemical data available that can be used to explore complex relations between environmental factors and human health. Such data sets pose many challenges for accurate analysis and interpretation including the fact that correlations between raw geochemical compositional data are spurious, prone to artefacts and potentially unrelated to any natural processes This session offers a practical forum of discussion for people concerned with the statistical treatment, modelling and interpolation of compositional data in geochemical applications, particularly focused on geochemical mapping, the environment and health.

Negrel, Philippe (BRGM – French Geological Survey), p.negrel@brgm.fr; Demetriades, Alecos (IUGS Commission on Global Geochemical Baselines; Institute of Geology and Mineral Exploration (IGME), Hellas (retired)), alecos.demetriades@gmail.com.

Geochemical mapping at all scales: evidence from soil, sediment, water and plants

Session co-sponsored by the EuroGeoSurveys Geochemistry Expert Group, the IUGS Commission on Global Geochemical Baselines and the International Association of GeoChemistry (IAGC).

Geochemical mapping is an established method for studying the spatial distribution of chemical elements in different media, e.g., rock, soil, water, sediment and plants, and to document changes in their chemical composition occurring in different compartments of the ecosystem. Depending on the target and question to be answered, the resulting geochemical data can be used in mineral exploration, environmental, medical and forensic sciences, agriculture, forestry, land use planning, etc.

The aim of the session is to present the status of geochemical mapping in the XXI century with the rapid development of novel methods, and unavoidable presence in the digital world with focus on continental, regional and local (e.g., catchment or urban environment) scale geochemical mapping data sets, using various sampling media, like soil, sediment, water, plants, etc. 

Ó Brolcháin, Niall (Insight Centre for Data Analytics, NUI Galway), niall.obrolchain@insight-centre.org; Morley, Terry (National University of Ireland, Galway), terry.morley@nuigalway.ie.

Data Sharing in Environment and Health.

With increasing data available in Environment and Health, the international data landscape is continuously evolving. This session explores practical measures to improve our environment, health and well-being through sharing of Environmental and Health data.  In particular the establishment of methodologies and tools to evaluate the potential of public datasets to be shared.

O'Rourke, Sharon; Harty, Mary; Wheaton, Rebecca (University College Dublin), sharon.orourke1@ucd.ie; sharonmkorourke@gmail.com; Mary.Harty@ucd.ie; rebecca.whetton@ucd.ie.

Soil monitoring in Environment and Agriculture.

The future of soil monitoring depends on the rapid generation of soil data. This session covers applications of portable soil sensors, drones and on-the-go technologies in monitoring soil sustainability and health.

Patinha, Carla (University of Aveiro), cpatinha@ua.pt; Cachada, Anabela (University of Porto), acachada@fc.up.pt; Durães, Nuno (University of Aveiro), nunoduraes@ua.pt Silva,  Eduardo Ferreira da (University of Aveiro), eafsilva@ua.pt.

Soil salinization: Threats and challenges to promote resilient ecosystems.

Soil is facing several threats that are causing its degradation worldwide. An example of the subtler and progressive soil degradation is the soil salinization, which negatively affects soil quality, productivity, ecosystem services and food security. One of the factors that has contributed most to these scenarios is the global warming manifested through higher and more variable temperatures, changes in precipitation patterns, higher frequency of extreme events, rise in mean sea level and, consequently, the invasion of saline waters on land.

This session will be devoted to: (a) discuss, from a multi-disciplinary perspective, the problems associated with soil degradation and climate change; (b) exchange of experience in case studies devoted to soil and fresh water salinization, as well as the plant response and adaptation to these adverse scenarios; (c) understand the changes and responses of soil biodiversity affected by salinization; (d) discuss strategies for prevention/mitigation of the degradation risk in sensitive areas.

Qin, Mingzhou (Henan University), mzqin@henu.edu.cn

Environment planning for improving the people’s health.

With increasing caring for the relation between Environment and Health, environment planning importance is considered as the key beginning of environment management more and more since the environment is necessary exposure for human being life. This session covers topics of planning theory, planning practice, RS, GIS and their applications in Environment and Health.

Serrano, Martin & Zappa, Achille (Insight Centre for Data Analytics), martin.serrano@insight-centre.org; achille.zappa@insight-centre.org.

IoT data for active and healthy aging.

As IoT data becomes more relevant to healthy aging this session examines the barriers to convert the currently available IoT platforms in a DYNAMIC ECOSYTEM with connected devices and open systems and architectures integrated within different areas. This session covers all topics related to IoT including, data, platforms, technologies and standards.

Shi, Xun (Dartmouth College), xun.shi@dartmouth.edu; Li, Meifang (Jiangxi Normal University, Dartmouth College), meifang.li@dartmouth.edu.

Spatial Analysis and Spatial Statistics for Environmental Health Studies

New methods in spatial analysis and spatial statistics have been constantly emerging to achieve a more scientifically rigorous quantification of spatial associations between diseases and environmental risks. This session invites presentations on novel geospatial methods, algorithms, and procedures for environmental health studies.

Shi, Huahong (East China Normal University), hhshi@des.ecnu.edu.cn; Xu, Elvis Genbo (University of Southern Denmark), genboxu@126.com; Zeng, Eddy Y. (Jinan University), eddyzeng@jnu.edu.cn.

Environmental fate, ecotoxicity, and health effects of micro- and nanoplastics.

Environmental impacts and health risks of microplastics have become a widespread scientific and societal concern due to the dramatic increase in the production and consumption of plastics. More recently, plastic particles of nanoscale, i.e., nanoplastics, have started to attract growing attention from scientists and environmental managers because of their easier bioaccumulation, stronger toxic effects, and less understood mechanism of toxicity compared to larger plastic particles. This session aims to cover a broad range of topics on the occurrence, transport, fate, ecotoxicity, and health effects of micro- and nanoplastics, which will significantly enhance our understanding of the plastic particle issues.

Sun, Jian (Xi’an Jiaotong University), sunjian0306@mail.xjtu.edu.cn.

Aerosol Exposure and Health.

Aerosols, including primary emitted and secondary formed, contains lots of toxic chemicals which are harmful to human health. Exploring new approaches in evaluating health effects of aerosol exposure is important and urgent in Environment Health studies. This section covers topics of in-vivo, in-vitro, risk assessment model, epidemiology and any other studies in Aerosol Exposure and Health Effect Evaluation.

Sweetman, Andrew (Lancaster University), a.sweetman@lancaster.ac.uk; Zhu, Ying (Research Center for Eco-Environmental Sciences, CAS), yingzhu@rcees.ac.cn.

Sources, fate and environmental and human health risks of emerging chemicals.

Awareness of the importance of chemicals of emerging concern has increased as a result of their potentially high environmental and/or human health risks. These substances include but not limited to pharmaceuticals and personal care products ingredients, PFOA and PFOS, neonicotinoid pesticides and new flame retardants etc. However, there is currently limited knowledge on sources, fate and risks both regionally and globally for many of these chemicals. This session covers topics across this field, especially focussing on modelling work on sources, fate, exposure pathways and environmental/human health risks.

Tsang, Daniel (Hong Kong Polytechnic University), dan.tsang@polyu.edu.hk; Hou, Deyi (Tsinghua University), houdeyi@tsinghua.edu.cn.

Data driven sustainable remediation of contaminated land.

Submissions in the areas of new development for green and sustainable remediation, mapping soil pollution with multivariate analysis and GIS techniques, use of big data in environmental pollution prevention and remediation, etc.

Wang, Bin (Peking University), binwangpku@foxmail.com; Li, Zhiwen (Peking University), lizw@bjmu.edu.cn; Yu, Yanxin (Beijing Normal University), yuhe_f@sina.com.

Environmental Pollution and Reproductive Health.

The adverse effects of various environmental pollutants on human reproductive health have been attracting worldwide concern. This session covers the topic about the associations of population exposure to organic pollutants and inorganic toxic metal(loid)s with adverse reproductive outcomes from the epidemiological studies, as well as the mechanism studies using animal models.

Wang, Hailong (Foshan University), hailong.wang@fosu.edu.cn.

Biochar function in environment and health.

This session covers topics on the relationship between the biochar function and environmental health, and the role of biochar in environmental management and remediation. We wish to promote international cooperation in biochar research and development related to environment and health.

Wu, Fan (Jinan University), fanwu@jnu.edu.cn; Wang, Dali (Jinan University), wdali2018@jnu.edu.cn.

Environmental impacts of engineered nanomaterials throughout life cycle 

One of the aims of environmental nanotechnology and nanoscience is to enable engineering of nanomaterials which enhances utility while minimizing environmental risks. Combining risk assessment with life cycle assessment results has great potential to enhance the understanding of nanomaterials environmental impacts. This session will place high importance on the risk evaluation of nanomaterials, such as environmental fate, exposure, organismal uptake, bioavailability, toxicity. The overarching goal of this session is to utilize risk assessment results to support the impact analyses of nanomaterials throughout life cycle.

Yan, Wende; Huang, Zhihong (Central South University of Forestry & Technology), csfuywd@hotmail.com; t20101382@csuft.edu.cn; huanghugh2013@yahoo.com.

Mine waste land pollution and phytoremediation

Heavy metal contamination in soils caused by mining activities has become a major environmental concern globally. Phytoremediation has been widely accepted for its low cost, friendly human-environment relationship, aesthetic effect and long-term applicability. This session covers topics of soil pollution in mine waste and its phytoremediation.

Yang, Zhugen (Cranfield University), zhugen.yang@cranfield.ac.uk; Zhang, Hua (Institute of Geochemistry, CAS), zhanghua@mail.gyig.ac.cn.

Sensors for Environmental Diagnostics and Remediation.

Sensors provide a sensitive and selective platform for rapid monitoring of chemical, biological and microbial contaminant, which is of significant importance for the effective remediation. This session will bring together experts in sensors development, point-of-use analysis, advance analytical science, and remediation for environment and health.

Yu, Yingxin (Guangdong University of Technology), yuyingxin@gdut.edu.cn; An, Taicheng (Guangdong University of Technology), antc99@gdut.edu.cn.

Emerging Organic Pollutants and Health Risks.

Emerging organic pollutants (EOPs) have been frequently determined in the environment and human bodies. The harmful effects associated with the exposure to EOPs are a major threat to the environment, as well as human health. This session covers topics of novel assays, tools, screening and analytical methods, environmental occurrences, exposure and health effects of emerging organic pollutants.

Yuan, Songhu (China University of Geosciences (Wuhan)), yuansonghu622@cug.edu.cn; Wang, Yanxin (China University of Geosciences (Wuhan)), yx.wang@cug.edu.cn.

Iron related reactions and processes and the influence on water quality.

Iron in dissolved and solid phases is abundant in the environment. Biogeochemical reactions and processes associated with iron are coupled to a wide range of elements cycling (i.e., C, N, Fe, S, As, etc) and contaminants transformation, and thus impact the quality of groundwater and surface water. This session covers topics of fundamental processes about iron cycling in different phases, redox reactions and processes related to iron and influence of the processes on water quality.

Zhang, Aihua (Guizhou Medical University), 348113528@qq.com; aihuagzykd@163.com; Yang, Xingfen (Southern Medical University), xfyang@vip.163.com.

Health damage and health risk assessment of environmental pollution.

More and more diseases have been proved to be related to environmental pollution. It is important to reveal the health damage induced by enviromental pollution and establish effective method of health risk assessment to prevent and control pollution-related diseases. This session covers topics: pollution-related health damage and its mechanism, intervention study in pollution-related diseases, biomarkers of environmental pollutant exposure, health risk assessment of environmental pollutant exposure, application of big data and bioinformatics in the study of environmental pollution and health damage.

Zhang, Yan (Fudan University), yan_zhang@fudan.edu.cn; Liu, Huan (Tsinghua University),  liu_env@tsinghua.edu.cn; Matthias, Volker (Helmholtz-Zentrum Geesthacht GmbH, Institute of Coastal Research), volker.matthias@hzg.de. Moldanová, Jana (Swedish Environmental Research Institute), jana.moldanova@ivl.se.

Air pollution and health effects from ship and port-related emissions.

Shipping is an important source for air pollution, in particular in coastal areas and big ports. This session includes modeling and observational studies on emissions from ships and ports, their impact on air quality and deposition and finally on human health and terrestrial/marine ecosystem changes.

Zhang, Zulin (The James Hutton Institute), zulin.zhang@hutton.ac.uk; Guan, Dong-Xing (Tianjin University), dxguan@tju.edu.cn; Chen, Wei (China University of Geosciences), wei.chen@cug.edu.cn.

Passive Sampling of Organic Contaminants in Environment.

Passive sampling has made enormous advancements over the last few decades and has evolved into a highly versatile tool to study organic contaminants in a multitude of environments. This session covers topics of passive sampling method advances, applications of passive sampling in aquatic, atmospheric and terrestrial environment, passive sampling for routine monitoring and regulatory purposes of organic contaminants.

Zheng, Yan (Southern University of Science and Technology), yan.zheng@sustech.edu.cn; Ayotte, Joseph (United States Geological Survey), jayotte@usgs.gov.

Advances in Geohydrologic Statistical Models for Environmental Health Risk Assessment.

Exposure to geogenic and anthropogenic contaminants in groundwater is a major public health concern in many countries. This has motivated the development and applications of statistical models, informed by geology and hydrology that allow for an enhanced risk assessment with some predictive capability and estimation of uncertainty. Contributions addressing recent advances in the applications of machine-learning methods in such modelling efforts are encouraged. 

Zhou, Feng (Peking University), zhouf@pku.edu.cn; Zhang, Lin (Peking University), zhanglg@pku.edu.cn; Gao, Yang (Institute of Geographic Sciences and Natural Resources Research, CAS), gaoyang@igsnrr.ac.cn; Pan, Yuepeng (The Institute of Atmospheric Physics, CAS), panyuepeng@mail.iap.ac.cn.

Global nitrogen cycle and its environmental consequences.

We seek contributions from novel studies that conduct site-level experiments, satellite observations, globally-compiled datasets, and modelling simulations of global nitrogen cycling processes, and that quantify the environmental impacts on air or water quality and related health risks.

Zhu, Lingyan (Nankai University), zhuly@nankai.edu.cn; Chen, Da (Jinan University), dachen@jnu.edu.cn; Venier, Marta (Indiana University), mvenier@indiana.edu.

Emerging Contaminants of High Concerns: Environmental Processes and Human Exposure

Due to restrictions on the production and application of some environmentally-related chemicals, a variety of substitutes, which are considered to be less bioaccumulative or persistent, emerge in the environment and attract great concerns over their potential environmental risks. This session covers the topics of emerging organic pollutants in the environment and associated human health risks, including their occurrence and source identification in multiple environmental media; bioaccumulation and trophic transfer, transport and transformation in the environment, as well as human exposure via multiple pathways.