SETAC Europe 37th Annual Meeting 2027

25 April 2027 – 29 April 2027

Palexpo, Geneva, Switzerland

143 sessions · 408 speakers

Organiser (1)

Society of Environmental Toxicology and Chemistry

Agenda

• Training Courses 25 April 2027
• Opening Plenary & Awards Ceremony 25 April 2027
• Poster Corners 26 April 2027
• Plenary Speaker 26 April 2027
• Poster Corners 27 April 2027
• Plenary Speaker 27 April 2027
• Poster Corners 28 April 2027
• Plenary Speaker 28 April 2027
• Closing Ceremony 29 April 2027
• 1.11 - Fate and Effects of Metals: New Approach Methodologies to Assess Metal Impacts on the Environment
• 1.12 - From Molecules to Models: Integrating Chemical Fate, Mechanistic Insights and Quantitative Modelling into Predictive Ecotoxicology
• 1.13 - From Movement to Mechanism: Next-Generation Behavioral Ecotoxicology for Early Detection of Neuroactive Contaminants
• 1.14 - Linking Fragmented Data and Tools in Support of Ecotoxicology and Biodiversity
• 1.15 - Molecular and ‘Omics Approaches to Understand and Predict Biological and Ecological Responses to Environmental Stressors
• 1.16 - Qualification and Regulatory Implementation of NAMs for Nano and Advanced Materials?
• 1.17 - Safe and Sustainable by Design (SSbD): Integrating Green Toxicology into Industrial Innovation and Early-Phase R&D
• 1.18 - Statistics for Setting Endpoints – From Tried and Tested to New and Exciting Methods
• 1.19 - The End of Average: How Individual Variability and NAMs Are Revolutionizing Environmental Risk Assessment
• 1.20 - Understanding Biological Drivers of Species Sensitivity to Pollution: From Traits to Adverse Outcomes
• 2.01 - Aquatic and Terrestrial Plant Ecology, Ecotoxicology and Risk Assessment
• 2.02 - Bringing Soil Microorganisms into Focus: Methods and Frameworks for Next-Generation Risk Assessment
• 2.03 - Chemical Effects Across Ecosystem Boundaries
• 2.04 - Chemical Pollution in the Triple Planetary Crisis: Diagnosing, Modelling and Managing Biodiversity Impacts
• 2.05 - Ecotoxicology and Environmental Chemistry in Mountain and Remote Areas: Challenges, Impacts, and Future Directions
• 2.06 - Embedding Landscape-Level Ecological Modelling in Environmental Risk Assessment: From Scientific Innovation to Regulatory Implementation
• 2.07 - Evolutionary Responses to Chemical Pollution Under Multiple Stressors: Adaptation, Trade-Offs and Fitness Costs
• 2.08 - From Molecules to Ecosystems: Unlocking Multi-Stressor Effects of Metals and Co-Occurring Elements Across Aquatic Continua
• 2.09 - Global Salinization Across the Aquatic Continuum: From Mechanistic Stress to Ecosystem-Scale Impacts in Freshwater, Transitional, and Marine Systems
• 2.10 - Microbial Ecotoxicology: Linking Microbiome Responses to Ecosystem Functioning and Risk Assessment
• 2.11 - Multiple Stressors in a Changing World: Linking Chemical and Non-Chemical Pressures to Ecosystem Health
• 2.12 - Navigating Complexity in Environmental Risk Assessment: Bridging Ecological Realism and Regulatory Decision-Making
• 2.13 - New Test Organisms and Approaches for Assessing Aquatic Toxicity and Ecology, with a Focus on Both Freshwater and Marine Environments
• 2.14 - Non Target Arthropod Risk Assessment: A Gordian Knot of Complex Interactions Made Simple?
• 2.15 - Ocean Sentinels for Chemical Pollution: New Approaches to Assessing Ecosystem Health, Seafood Safety, and Species Conservation
• 2.16 - Overlooked Open Water Laboratories: Multi-Stress Effects in Lentic Small Water Bodies
• 2.17 - Pollinator Risk Assessments to Evaluate the Potential Impacts of Chemicals Using a Tiered, Data-Driven Framework to Inform Regulatory Decisions
• 2.18 - When the Ecosystem Is the Test System: Understanding Ecotoxicological Effects and Ecological Interactions in Terrestrial and Aquatic Ecosystems
• 3.01 - Advances in Exposure Modelling: Bridging Models, Observations and Scales for Robust Environmental Safety Assessments
• 3.02 - Advances in Plastic Chemicals Analytics for Monitoring, Exposure Assessment, and Regulatory Compliance
• 3.03 - Advancing Biodegradation Assessment for Difficult-to-Test Substances: Improving Method Performance and Regulatory Confidence
• 3.04 - Advancing Understanding of Environmental Persistence of Chemicals
• 3.05 - Alternative Methods for Environmental Fate and Persistence Assessment of Data Poor and Complex Substances: Scientific and Regulatory Perspectives
• 3.06 - Chemical Fate and Transport in Soil–Plant Systems: From Mechanisms to Field-Relevant Exposure
• 3.07 - Chemicals and Their Transformation Products: Advanced Monitoring, Fate- and Exposure Assessment of Complex Mixtures
• 3.08 - Closing the Loop in Agriculture: Assessment of Contaminants in Agri-Food Systems Adapted to Water Scarcity Scenarios
• 3.09 - Designed to Biodegrade: Environmental Fate, Safety, and Sustainability of Biodegradable Polymers
• 3.10 - Emerging and Legacy Contaminants in the Marine Environment: Occurrence, Transport and Environmental Impacts
• 3.11 - Environmental Forensics: Tracking Sources and Evaluating the Effects of Chemicals in Urban and Other Environments
• 3.12 - Environmental Impact of Military Activities: From the Legacy of the Past to Sustainable Management
• 3.13 - Extreme Events, Complex Mixtures: Advancing the Monitoring, Modelling, and Management of Water Pollution
• 3.14 - Following the Tire Track: From Emissions to Ecosystems and Human Health Impacts
• 3.15 - From Chemical Signatures to Biological Effects: Advancing Indoor and Outdoor Air Quality Assessment
• 3.16 - From Evidence to Action: Advancing the Assessment and Management of Pharmaceuticals in the Environment
• 3.17 - From Unknown Features to Action: Advancing HRMS-Based Non-Target Screening for Environmental Monitoring and Exposure Assessment
• 3.18 - From Wastewater to Receiving Waters: Occurrence, Transformation, and Risk of Emerging Contaminants and Their Transformation Products
• 3.19 - How Ion Mobility Spectrometry Coupled to HRMS Is Reshaping Environmental Monitoring: Strategies, Workflows, and Applications
• 3.20 - Pesticide Fate and Exposure Across Environmental Compartments: Linking Experiments, Monitoring and Modelling for Science and Regulation
• 3.21 - PFAS Beyond the Target List: Exposure Pathways, Environmental Occurrence, and Next-Generation Analytical Advances
• 3.22 - PFAS in the Terrestrial Environment – From Sources, Fate and Effects to Risk Assessment and Management
• 3.23 - PMT/vPvM Substances: Advances in Identification, Monitoring, Prioritisation, Assessment and Regulation
• 3.24 - Polar Ecotoxicology in a Changing Climate: Emerging Contaminants, Microbial Responses, and Ecosystem Health
• 3.25 - Polymer Analytics in Environmental Science: Challenges, Innovations and Applications
• 3.26 - Shedding Light on Persistence: The Role of Photochemical Transformations in Natural and Engineered Aquatic Environments
• 3.27 - Tiny Particles, Big Challenges: Advancing Analysis, Fate and Transport of Microplastics and Nanoplastics in the Environment
• 3.28 - Understanding the Environmental Fate, Occurrence, and Exposure Pathways of Legacy, Emerging and Novel PFASs: Advances, Challenges, and Opportunities
• 4.01 - Addressing Issues in Aquatic Risk Assessment and Potential Future Developments
• 4.02 - Advancing Biologics in Agriculture: Advancing Testing Methods to Bring Next-Generation Biologicals and Biostimulants to Growers
• 4.03 - Advancing Environmental Hazard Assessment of UVCBs: Test Adaptations, NAMs and Regulatory Acceptance
• 4.04 - Bioremediation and Phytoremediation for Sustainable Ecosystem Restoration: Risk, Safety and Bio-Based Solutions
• 4.05 - Breaking Silos in Chemical Safety Assessment: Integrating Human Health and Environmental Safety
• 4.06 - Does Treatment Always Reduce Risk? Linking Contaminant Removal, Transformation, and Biological Effects
• 4.07 - From Exposure to Disease: Unravelling the Immunotoxic Effects of Chemical Mixtures Across the Life Course
• 4.08 - From Innovative Treatment to Impact: Integrating Advanced and Nature-Based Water Treatment Technologies with Risk-Based Monitoring
• 4.09 - From Mechanistic Insights to Regulatory Impact: Advancing Environmental Risk Assessment Through Effect Modelling
• 4.10 - From Threat to Resource: Sustainable Removal and Recovery of Critical Raw Materials from Mining and E-Waste
• 4.11 - Hidden Risks at Sea: Environmental Challenges of Maritime Industries in a Changing World
• 4.12 - Implementing the EU Soil Monitoring Law: Linking Soil Health Monitoring Results with Chemical Risk Assessment and Regulatory Frameworks
• 4.13 - Linking Exposure and Ecological Effect Models Across Spatial Scales
• 4.14 - Micro- and Nanoplastics in the Environment and Human Health: Advanced Approaches for Risk Assessment of Particles and Co-Contaminants