Where are the water risk hotspots? How will they affect markets, trade or food security and what can be done? Join us on 18 October at 17:00 CEST to learn more about using the hotspot approach to tackle these agriculture water risks. The talk will highlight findings from the recently published OECD report "Water Risk Hotspots for Agriculture".
This project investigates how behavioural economics can inform the design of “norm-based” environmental policies and “behaviourally robust” markets for ecosystem services. This work is part of a broader effort of a project that seeks to identify areas where behavioural economics can have the greatest impact on environmental policy design. Forthcoming: Tackling Environmental Problems with the Help of Behavioural Insights (May 2017).
Behavioural insights can help policy makers obtain a deeper understanding of the behavioural mechanisms contributing to environmental problems, and design and implement more effective policy interventions. This report reviews recent developments in the application of behavioural insights to encourage more sustainable consumption, investment and compliance decisions by individuals and firms.
Drawing on interventions initiated by ministries and agencies responsible for environment and energy, as well as cross-government behavioural insights teams, it portrays how behavioural sciences have been integrated into the policy-making process. The report covers a variety of policy areas: energy, water and food consumption, transport and car choice, waste management and resource efficiency, compliance with environmental regulation and participation in voluntary schemes. It shows what has proven to work – and what has not – in policy practice in OECD countries and beyond.
A ground-breaking OECD survey offers insights to policy-makers on the factors that influence household behaviour towards the environment. It provides answers to the key question: How can the impact of policies encouraging greener behaviour be heightened? It also provides a deeper understanding of behavioural responses to measures and how these may differ across households and regions.
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This work is based on large-scale periodic surveys on Environmental Policy and Individual Behaviour Change (EPIC). The first two rounds involved more than 10 000 households across a number of countries. Five areas where households exert particular environmental pressures are examined: residential energy and water use, transport choices, food consumption, and waste generation and recycling.
This paper explores the relationship between environmental regulation, innovation, and competitiveness, drawing upon a unique dataset on environmental regulations directed at combustion plants, a global dataset of power plants, and a global dataset of ‘environmental’ patents. The analysis is conducted in two stages.
This report provides a review of recent firm-level and plant-level surveys containing questions on environmental policies, innovation practices or performance which are relevant for environmental policy analysis and assessment. We specifically focus on the core element that relates environmental policies to environmental and economic performance, namely the adoption of innovative practices and environmental innovations by firms.
This project is unique in that it explores how national-level policies impact household behaviour. Topics include energy use, food consumption, personal transport choices, waste generation and recycling, and water consumption. Yet the project does not specifically discuss the term “ecological footprint,” and it retains a macro-policy focus, targeting governments interested in learning which policies to implement.
The OECD has launched a project on effects of public policy conditions on leveraging private financing for environmental and climate mitigation investments. An analysis on Effectiveness of Policies and Strategies to Increase the Capacity Utilisation of Intermittent Renewable Power Plants is now available.
This paper refines indicators to measure innovation in environment-related technologies, drawing on recent methodological advances that allow a more accurate assessment of environment-related innovation in a broader range of countries. Three indicators are discussed: an indicator of technology development; an indicator of international collaboration in technology development and an indicator of technology diffusion.