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This publication is part of the OECD workstream on Preparing Regions for Demographic Change. It elaborates a case study for the Portuguese region of Alentejo and focuses on improving the delivery of educational services taking into account the multi-level governance context.

Environmental health. --- Health risk assessment.

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Africa's Development Dynamics uses lessons from Central, East, North, Southern and West Africa to develop policy recommendations and share good practices. Drawing on the most recent statistics, the analysis of development dynamics aims to assist African leaders in reaching the targets of the African Union's Agenda 2063 at all levels: continental, regional, national and local. The 2022 edition explores how developing regional value chains can help African countries rebound from the socio-economic shocks of the COVID-19 pandemic and accelerate productive transformation. It targets policy areas where private and public actors can support regional value chains when operationalising the African Continental Free Trade Area (AfCFTA). African firms can harness digital innovations to.

Environmental health. --- Health risk assessment.

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How can fossil fuel producers and mineral-rich developing countries design realistic, just and cost-effective low-carbon transition pathways? Taking into account the heterogeneity of low-carbon trajectories, Equitable Framework and Finance for Extractive-based Countries in Transition (EFFECT) provides options for policy makers, industry and finance institutions in search of the answers.

Environmental health. --- Health risk assessment.

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Environmental regulations and their enforcement play a critical role in reducing emissions and their devastating effects on humanity and the environment. However, many developing countries have large informal sectors-accounting for more than 70 percent of total employment, that operate outside government control. The presence of the informal sector could have detrimental consequences on the environment as informal firms do not comply with regulations, which could jeopardize the effectiveness of environmental policies. The paper uses reduced form equations to estimate the relationship between both CO2 and non-CO2 emissions per value added and the informal sector measured as the share of informal workers in total across countries. The estimates indicate that emissions per value added in the informal sector are higher as opposed to in the formal sector. At the sector level, higher informality is associated with lower CO2 emissions per value added only in manufacturing and other services sectors. In particular, a one percentage point increase in the share of informal workers in total sector employment reduces the CO2 emissions per value added by 1.44 percent in manufacturing and 1.773 percent in services. This implies that the magnitude of emissions per value added in the formal sector relative to the informal sector is ambiguous. Sector-specific estimations for non-CO2 emissions yield positive significant coefficients for agriculture, trade, mining, and utilities and a negative significant coefficient for manufacturing.

Health risk assessment. --- Environmental health.

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The rising production and consumption of plastic combined with mismanagement of plastic waste is leading to significant pollution of marine and coastal areas. Addressing plastic waste on islands is crucial because of their roles as both receptors and contributors. While there is no single solution to turn the tide on plastic pollution for small and remote islands, a combination of technologies and other upstream and downstream solutions can help these communities effectively manage plastic waste, safeguarding their valuable ecosystems and livelihoods. New innovative technologies to treat plastic waste only work effectively in specific island contexts with viability impacted by many different aspects including the volumes and type of plastic waste, existing solid waste management systems, infrastructure, and community awareness. In addition to treatment technologies, other solutions need to be considered such as reducing the plastic input to islands upstream, before it becomes plastic waste, as well as sorting and then transporting plastic waste to a viable recycling market. This study combines a global assessment of plastic waste management on islands with a review of existing technologies and their viability in island contexts to develop the Technology Options for Plastic waste for Island Contexts (TOPIC) Toolbox which was then piloted on five islands in Malaysia. The TOPIC Toolbox supports island decision-makers in identifying technologies and a potential mix of technologies and other solutions to treat plastic waste for their island.

Health risk assessment. --- Environmental health.