The Metal Effect Factors project proposes an update of human toxicity effect factors via oral exposure for selected metals for reproduction/developmental effects and general non-cancer effects for inclusion into life cycle impact toxicity characterization models.
The Marine Coatings project proposes to develop characterisation factors for chemicals emitted from hull coatings, including biocides and silicone oils.
The Science-based targets project support the Science-Based Target Network (SSBTN) Freshwater Hub on methodological development for setting science-based targets for toxic chemicals, with initial focus on agricultural pesticides.
The Blueprint project proposes a small-scale workflow showcasing how data and models can be effectively integrated into a kind of a blueprint of how to connect chemical ecotoxicity to various levels of biodiversity damage.
The Safe Chem! project aims at allowing the assessment of chemical impacts from pharma medicines on ecosystems and measure them against global biodiversity targets, and reducing chemical ecotoxicity and related biodiversity loss in an absolute environmental sustainability perspective.
The project focuses on contributing to the development of a robust method for estimating the relative magnitude of exposures and related human effects of various endocrine disrupting chemicals (EDCs) and associated consumer products and applications.
SAGROPIA is dedicated to transforming plant protection in European agriculture through the introduction of thirteen biological and low-risk pesticides, which shall replace some CfS and active substances that are currently in use. The project aims to seamlessly integrate new and sustainable solutions to plant protection into comprehensive IPM strategies.
The overall aim of TerraChem is to develop, demonstrate and apply a novel systems approach integrating monitoring, environmental modelling, data management, analytical tools and user guidance to better understand exposure of terrestrial biota across trophic levels in Europe to environmentally-relevant chemicals and their damage on terrestrial biodiversity and ecosystem services.
BIN2BEAN will support cities in their transition towards regenerative soil systems by promoting innovations for soil improvement from bio-waste with a value-based approach. The project will implement 3 Living Labs, as pilot city-regions, to follow a multi-actor and participative approach.
This project aims at developing and applying a methodology to assess the sustainability performance of selected enzymes, alternative proteins and microbial-based products from Novozymes, and understand how bio-based solutions can replace unsustainable products and technologies.
The objective of PollLCA is to develop and disseminate a framework and operational model for a pollinator module to be used in life cycle assessment (LCA) to enable comparing pesticide uses and screening pesticide-crop scenarios in life cycle impact assessment (LCIA).
PARC is an EU-wide research and innovation partnership programme to support EU and national chemical risk assessment and risk management bodies with new data, knowledge, methods, networks and skills to address current, emerging and novel chemical safety challenges.
The MINAGRIS project will assess the impact of plastic debris in agricultural soils on biodiversity, plant productivity and ecosystem services and their transport and degradation in the environment. We will provide tools and recommendations for sustainable use of plastic in agriculture at the farm and field levels for ensuring safe and economically viable food systems in Europe.
SPRINT will develop a Global Health Risk Assessment Toolbox to integrate assessments of the impacts of plant protection products (PPP) on ecosystem, plant, animal and human (EPAH) health. The goal of the project is to develop methods for an integrated risk assessment at the local, regional, national and European level.
