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AbstractThe world faces an increasing need to phase out harmful chemicals and design sustainable alternatives across various consumer products and industrial applications. Alternatives assessment is an emerging field focusing on identifying viable solutions to substitute harmful chemicals. However, current methods fail to consider trade-offs from human and ecosystem exposures, and from impacts associated with chemical supply chains and product life cycles. To close this gap, we propose a life cycle based alternatives assessment (LCAA) framework for consistently integrating quantitative exposure

Endocrine-disrupting chemicals (EDCs) substantially cost society as a result of increases in disease and disability but—unlike other toxicant classes such as carcinogens—have yet to be codified into regulations as a hazard category.This Series paper examines economic, regulatory, and policy approaches to limit human EDC exposures and describes potential improvements. In the EU, general principles for EDCs call for minimisation of human exposure, identification as substances of very high concern, and ban on use in pesticides. In the USA, screening and

Who is the course aimed at?Nature offers many solutions to reduce the impacts of disasters and climate change, such as protecting forests on steep slopes, maintaining sand dunes along coastline and wetlands to buffer excess rainwater. In this course, find out how people around the world are building resilience to disasters and climate change impacts through Nature-based Solutions.This course will help you understand how to apply these Nature-based Solutions that restore or protect natural or modified ecosystems and biodiversity and

The GGKP is a global community of organisations and experts committed to collaboratively generating, managing and sharing green growth knowledge and data to mobilise a sustainable future.

Website of SETAC, Society of Environmental Toxicology and ChemistrySETAC is a not-for-profit, worldwide professional organization composed of more than 5,300 individuals and institutions in over 90 countries dedicated to the study, analysis and solution of environmental problems, the management and regulation of natural resources, research and development and environmental education. SETAC’s mission is to support the development of principles and practices for protection, enhancement and management of sustainable environmental quality and ecosystem integrity.

The Building Circularity Platform provides an understanding of the circularity concept, its scope and how it contributes to promoting sustainable consumption and production patterns. It also offers a wide range of resources and features stories illustrating how various stakeholders have successfully adopted circular approaches.

This is one of the Life Cycle Initiative E-learning modules, with courses in English, French, Arabic and Spanish. This E-Learning Module Kit draws on materials from the Life Cycle Initiative and it is aimed at helping give all participants an overview of life cycle approaches while developing understanding as to how to assess the impacts of any given sustainability issue considering all of its life cycle stages. The module is also intended as a guide to which kind of LCT

The SCP Hotspots Analysis Tool (SCP-HAT) aims at identifying the hot spot areas of unsustainable production and consumption in order to support setting priorities in national SCP and climate policies.

This paper examines one specific theme of the democracy-environment interface of environmental governance: the participation of stakeholders in environmental policy formulation and implementation.After a short discussion of environmental governance, its main functions and challenges, the paper addresses the issue of stakeholder participation and the claim of a “democratic deficit” in international environmental governance. It stresses that while stakeholder involvement does not increase the democratic legitimacy, it may nevertheless increase the quality and through this the legitimacy of environmental policy processes

Earth is running out of resources needed for manufacturing materials such as chemicals, minerals, and petroleum. Thus, these components are available only at increasing economic and environmental costs. As an important contribution to a sustainable future, chemistry and its products must be adapted to a circular economy (CE)—a system aimed at eliminating waste, circulating and recycling products, and saving resources and the environment.Nearly 140,000 industrial chemicals are marketed worldwide, and new chemicals are becoming more complex (e.g., stereochemistry, functional groups)