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This paper presents tagging methodologies for 22 environmental domains in the OECD Policy INstruments for the Environment (PINE) database, including seven domains on environmental protection (air pollution, water pollution, soil pollution, solid waste, ozone layer, noise and radiation), six domains on natural resource management (fisheries, forests, freshwater, renewable energy, fossil fuels and minerals) and nine cross-cutting domains (climate change mitigation, climate change adaptation, land degradation, biodiversity, ocean, chemicals management, energy efficiency, circular economy and mercury). The environmental domains in the PINE database support tracking progress towards domestic and international environmental objectives. Tagging environmental domains allows harmonised comparisons across countries, years and policy instrument types.

The Paris Agreement maps out a path for internationally coordinated efforts to curb global warming. At the centre of the Paris Agreement are Nationally Determined Contributions (NDCs) that establish countries’ plans to mitigate greenhouse gas (GHG) emissions as well as adapt to the impacts of climate change. However, mitigation contributions defined in NDCs are different across countries in terms of target types, coverage of sectors and gases. This makes it challenging to assess progress on mitigation commitments. To complement the UNFCCC efforts, and facilitate the evaluation and monitoring of targets, this paper develops a methodology that harmonises countries’ 2030 mitigation targets in physical units and provide clarity on sector and gas coverage. The results are used to develop the GHG Emission Trends and Targets (GETT) indicators for non-EU countries and the EU-27 covered under the International Programme for Action on Climate (IPAC). The GETT indicators support the analyses of emissions' trajectories by describing historical GHG emission trends and comparing them to NDC emission targets, considering various reference years and indicators, including emissions intensity per capita or per unit of GDP.

Chile has made important strides on its environmental agenda in recent years with the passage of the Framework Law on Climate Change, the establishment of the Biodiversity and Protected Areas Service and the ratification of the Escazú Agreement. However, the country has made limited progress in decoupling environmental pressures from economic growth. Greenhouse gas emissions have continued to rise and the country is not on track to reach its legally binding target of net zero by 2050. Chile is well-positioned to achieve its targets for biodiversity, while air pollution remains a serious public health challenge and waste management relies heavily on landfilling. Chile is facing a severe and deepening water crisis that requires concerted action to improve water allocation and water quality, and to strengthen water governance. The review provides 36 recommendations to help Chile improve its environmental performance, with a special focus on water management and policies. This is the third Environmental Performance Review of Chile. It provides an independent, evidence-based evaluation of the country’s environmental performance since the previous review in 2016.

In recent years, the Philippines has increased its commitment to climate action and its efforts to decarbonise the domestic economy. The power sector in the Philippines accounts for 58% of the country’s overall carbon emissions and will be an important driver of domestic emission reduction efforts to meet national climate and energy targets. Renewables, such as offshore wind, are expected to play a key role in the transition toward a low-carbon energy mix. With more than 17 thousand kilometres of coastline, the Philippines is estimated to have an offshore wind potential of 178 GW. However, this potential has yet to be leveraged. Alongside a changing power sector, progress on energy efficiency is needed to achieve the country’s emission reduction goals, with energy savings estimated at approximately 2% annually for the residential and commercial sectors. To deliver a clean energy transition, the Philippines requires estimated cumulative investments of over USD 300 billion between now and 2040. This report outlines key actions needed to unlock finance and investment in offshore wind power and energy efficiency in public buildings. It also provides a comprehensive overview of the progress to date and the challenges to mobilise near-term finance in those sectors, assist the Philippines transition towards a low-carbon economy, and achieve broader development goals.

This report on scaling up clean hydrogen financing provides a unique and in-depth proposal to transform ideas into attractive investment projects. It highlights how policy and financial risk mitigation mechanisms play a critical role in slashing the funding gap and reducing the cost of hydrogen generation. The findings promise to boost clean hydrogen lighthouse projects to revolutionize this multi-billion-dollar industry, so that emerging markets and developing countries can successfully participate in this nascent sector.

This report presents developments of the work of the Inclusive Forum on Carbon Mitigation Approaches (IFCMA) to the G20 Finance Ministers and Central Bank Governors, and reflect on the IFCMA’s achievements one year on from its launch in February 2023.

This scoping note presents a high-level overview of the main approaches to, and challenges faced when, calculating product-level carbon intensity metrics, including those applicable to collecting and verifying information across the supply chain. Though the analysis focuses on approaches used in emissions-intensive trade-exposed sectors (EITE), the findings also have broader relevance to other sectors. As part of the analysis, challenges relating to computing sector-level carbon intensity metrics are also considered, particularly as inputs to product-level metrics.

As countries scale up climate action, they face the challenge of expanding renewable power while tackling biodiversity loss. Transitioning away from fossil fuels can reduce climate-related pressure on biodiversity, but brings its own risks. Unless carefully managed, the expansion of renewable power could compromise biodiversity. This report synthesises evidence on biodiversity impacts from renewable power infrastructure, with a focus on solar power, wind power and power lines. It identifies opportunities for mainstreaming biodiversity into power sector planning and policy to deliver better outcomes for nature and the climate. Drawing on good practice insights from across the globe, the report offers governments recommendations to align renewable power expansion with biodiversity goals.