Latest Update:2024/03/11 13:28:11

ENDO Satoshi

ENDO Satoshi
Researcher Name
ENDO Satoshi
Div (Section) name/title
Health and Environmental Risk Division(Environmental Exposure and Effect Research Section)/Senior Researcher
Research Subject
Elucidating the environmental properties and processes of organic contaminants
Degree(s)
Dr. rer. nat.
Professional Qualification(s)
Chemistry,Earth Science
Environmental Speciality Field
organic contaminants,environmental behavior,bioaccumulation
Keyword(s)
partitioning and sorption,passive sampling
Career
Apr 2021-present National Institute for Environmental Studies (NIES), Health and Environmental Risk Division, Senior Researcher
Apr 2019-Mar 2021 National Institute for Environmental Studies (NIES), Center for Health and Environmental Risk Research, Senior Researcher
Apr 2018-Mar 2019 Osaka City University, Graduate School of Engineering, Associate professor
Oct 2014-Mar 2018 Osaka City University, Urban Research Plaza, Tenure-track associate professor
Jan 2009-Sep 2014 Helmholtz Centre for Environmental Research – UFZ, Researcher
Membership of Academic Society
Society of Environmental Toxicology and Chemistry,Japan Society for Environmental Chemistry,Japan Society on Water Environment (JSWE)
Research Subject
  • Fiscal Year: 2023
    • 26422 : Research project on comprehensive analysis of all substances of concern
    • 26423 : Research project on modeling environmental behavior of all substances of concern
    • 26544 : Soil and sediment sorption of cationic surfactants investigated with equilibrium passive sampling methods
    • 26545 : Developing passive dosing methods for ecotoxicity testing of cationic surfactants
    • 26570 : Toward the Environmentally Sound Management of Waste Containing New Fluorinated POPs: Elucidating their Occurrence and Decomposition Behavior
    • 26694 : Fundamental Studies on Assessment and Prediction of the Exposure and Effects of Chemicals
  • Fiscal Year: 2022
    • 25975 : Research project on comprehensive analysis of all substances of concern
    • 25976 : Research project on modeling environmental behavior of all substances of concern
    • 26102 : Soil and sediment sorption of cationic surfactants investigated with equilibrium passive sampling methods
    • 26103 : Developing passive dosing methods for ecotoxicity testing of cationic surfactants
    • 26104 : Developing estimation methods for properties and toxicity of mixtures using two dimensional GC measurement and LFER theory
    • 26130 : Toward the Environmentally Sound Management of Waste Containing New Fluorinated POPs: Elucidating their Occurrence and Decomposition Behavior
    • 26236 : Fundamental Studies on Assessment and Prediction of the Exposure and Effects of Chemicals
  • Fiscal Year: 2021
    • 25519 : Research project on comprehensive analysis of all substances of concern
    • 25520 : Research project on modeling environmental behavior of all substances of concern
    • 25647 : Toward the Environmentally Sound Management of Waste Containing New Fluorinated POPs: Elucidating their Occurrence and Decomposition Behavior
    • 25716 : Mechanisms of ionic organic chemicals sorption by carbonaceous sorbents including activated carbon and biochar
    • 25717 : Developing estimation methods for properties and toxicity of mixtures using two dimensional GC measurement and LFER theory
    • 25718 : Understanding chemical exposure in sediment contact tests for improved effect extrapolation from laboratory to field
    • 25839 : Fundamental Studies on Assessment and Prediction of the Exposure and Effects of Chemicals
    • 25876 : Developing risk assessment methods for chemicals in sediment that consider exposure routes and bioavailability to benthic organisms
  • Fiscal Year: 2020
    • 25303 : Mechanisms of ionic organic chemicals sorption by carbonaceous sorbents including activated carbon and biochar
    • 25304 : Characterizing physicochemical properties of new POPs
    • 25305 : Developing estimation methods for properties and toxicity of mixtures using two dimensional GC measurement and LFER theory
    • 25347 : A Fundamental Study of Integrated Approaches to Assessing Chemical Exposure and Environmental Effects
    • 25353 : Study on Global Mercury Dynamics and Risk Management of Mercury
    • 25379 : Developing risk assessment methods for chemicals in sediment that consider exposure routes and bioavailability to benthic organisms
  • Fiscal Year: 2019
    • 24874 : Mechanisms of ionic organic chemicals sorption by carbonaceous sorbents including activated carbon and biochar
    • 24876 : Development of a new passive sampler for highly hydrophilic chemicals and simplification of its calibration
    • 24877 : Developing estimation methods for properties and toxicity of mixtures using two dimensional GC measurement and LFER theory
    • 24878 : Characterizing physicochemical properties of new POPs
    • 24978 : Study on Global Mercury Dynamics and Risk Management of Mercury
    • 25042 : Developing risk assessment methods for chemicals in sediment that consider exposure routes and bioavailability to benthic organisms
    • 25046 : A Fundamental Study of Integrated Approaches to Assessing Chemical Exposure and Environmental Effects
Research Result (Publication)
  • all
  • Original Paper
  • Review
Research Result (Presentation)
  • all
  • Research Presentation