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The document describes the Paris Agreement rulebook as the essential set of rules and guidelines required to implement the 2015 Paris Agreement. It highlights that while the Agreement established global temperature goals and the mechanism of nationally determined contributions (NDCs), it left the operational details—such as reporting standards, transparency of climate finance, and the balance between mitigation and adaptation—to be decided. The author notes that negotiations at COP 24 are complicated by the need to balance the responsibilities of developed and developing countries and the interlinked nature of transparency, the global stocktake, and compliance.

The report analyzes the consumption-based greenhouse gas emissions of Umeå residents, finding an average footprint of 9.77 tonnes CO2e per person for survey participants (aged 20-84), which scales to 7.6 tonnes CO2e per person for the total population. Travel, particularly aviation and car use, is identified as the primary emission source, followed by food. The report identifies 'hotspots' including meat consumption, aviation, and housing energy, and recommends administrative, economic, and informative policy tools to reduce these impacts.

The document argues that while there is significant global potential for policy coherence between the Paris Agreement and the 2030 Agenda, this must be translated into national-level implementation. Using the NDC-SDG Connections tool, the authors analyzed over 7,000 climate activities, finding strong synergies in energy, agriculture, and water. However, it warns that trade-offs—such as bioenergy competing with food security for land—are rarely documented in policy papers and must be proactively managed to avoid maladaptation.

The report finds that Estonia's 2005 ecological tax reform was only partially implemented, with success largely limited to fiscal goals rather than behavioral or environmental changes. While excise duties on energy products and electricity were generally increased, transport and pollution taxes saw minimal progress. Consequently, several negative trends persisted or worsened between 2005 and 2017, including a 43% increase in direct material input, a rise in the number of passenger cars, and continued reliance on oil shale for electricity production. Positive developments were noted in the growth of renewable electricity and a reduction in certain air pollutants, though greenhouse gas emissions from transport increased by 10%.

The document presents a framework for understanding the trade-offs inherent in development and disaster risk reduction (DRR), arguing that poorly planned development can increase vulnerability while disasters can erase development gains. It introduces five dimensions of trade-offs—aggregation, participation, equity, time, and risk—and demonstrates their application to the 'Build Back Better' concept to identify opportunities for more resilient, proactive governance.

The research identifies 14 key drivers of improved cookstove adoption in Kenya across individual, social, and structural levels. Using CIB analysis, the authors developed four consistent future scenarios to illustrate how these drivers interact. Findings highlight that while individual factors like trust in local partners and the aspirational value of stoves are critical, structural elements such as government policy and the role of the private sector significantly shape the sector's trajectory. The paper argues that a systemic, multi-level perspective is essential for designing effective policy interventions to increase clean cooking uptake.

The document examines the alignment between Vietnam's climate action framework and its 2030 Sustainable Development Agenda to identify opportunities for joint implementation and avoid duplication of effort, while also considering the role of NGOs.

The paper examines how the international linking of emissions trading systems (ETSs), which allows allowances to flow across borders and alter emission levels, should be accounted for under the Paris Agreement. Specifically, it focuses on the framework provided by Article 6.2 to ensure that such links are properly reflected in the achievement of nationally determined contributions (NDCs). The document notes that the European Union and Switzerland intend to use Article 6.2 to account for their ETS link.

The paper advocates for limiting the production of coal, gas, and oil to increase climate policy ambition. It specifically highlights that California could substantially reduce global CO2 emissions and improve local environmental justice by stopping the issuance of permits for new oil wells.

The paper argues that including gender concerns in energy decision-making improves development outcomes, though practice often focuses on technological fixes over systemic equity. Using a case study of a solar mini-grid in Zambia, it demonstrates that energy transitions are not gender-neutral and that benefits are unevenly distributed due to existing socio-cultural norms.

The study found that four existing ozone damage functions used in terrestrial biosphere models failed to accurately reproduce observed ozone-induced biomass reductions in young European trees. However, the authors achieved a good agreement between observed and modelled damage by developing linear, plant-functional-type-specific dose-response relationships through the re-parameterisation of photosynthetically based injury functions.

The report examines the interlinkages between water, energy, and food security in Rwanda's Akagera Basin to support climate-resilient development. It highlights how national goals to intensify agriculture and increase energy output, combined with population growth, create competition for limited water and biomass resources. To address these challenges, the report utilizes a 'nexus toolkit' to conduct policy coherence analysis, national-level quantitative scenario modeling, and district-level visioning exercises.

The paper examines the risk of "hot air" in international carbon markets under the Paris Agreement, where countries with targets higher than their projected emissions could transfer excess credits, potentially increasing global emissions. It proposes a typology of limits to prevent these transfers, testing them across 15 countries, and concludes that while such limits can prevent most hot air transfers, they involve policy trade-offs. The author recommends a cautious, portfolio-based approach to ensure environmental integrity.

The PRINCE project developed a hybrid model combining Swedish environmental and economic accounts with the Exiobase 3 multi-regional input-output model to track emissions and resource use across global supply chains driven by Swedish consumption. The project produced indicators for hazardous chemical products, food production, and identified 'hotspot' countries and product groups, while exploring various other environmental pressure indicators to ensure Swedish environmental improvements do not cause problems abroad.

The document investigates the risks of arsenic entering the human food chain through rice consumption in Cambodia, driven by the increasing use of groundwater for dry season irrigation. While arsenic in drinking water is a well-known issue, the paper finds limited awareness of rice as an exposure pathway among stakeholders. It highlights that rice grown in the Mekong River floodplain, particularly in Kandal province, shows higher arsenic levels, and suggests that the Cambodian government should shift toward surface water irrigation and higher-value crops to mitigate health risks and protect export markets.

The document examines the water-energy-food nexus in Rwanda, highlighting that high population growth and climate change create severe pressure on land, water, and biomass. Scenario modelling indicates that even under optimistic conditions, fuel wood demand will exceed supply, and aggressive irrigation targets could exceed water availability by three times. The authors argue that current sectoral disconnects threaten ecosystem preservation and recommend coordinated central planning and multi-stakeholder dialogue to avoid negative externalities.

The report finds that Estonia is likely to meet its 2020 climate and energy commitments, though it faces significant challenges for 2030. While the 2020 renewable energy target for overall consumption was met as early as 2013, the transport sector's renewable energy share remained critically low at 0.4% in 2016. Greenhouse gas emissions are heavily dominated by the energy sector (approximately 70%), with high per capita emissions compared to the EU average. The report concludes that achieving 2030 targets will require additional measures across all sectors, particularly in reducing non-ETS emissions and increasing energy efficiency.

The report applies a 'nexus toolkit' to analyze the interactions between agricultural transformation, energy transition, and natural resource use in Rwanda, specifically within the Akagera Basin. Using policy coherence mapping and scenario modelling (Reference, Pessimistic, and Optimistic) up to 2050, the study finds that high population growth and climate change create severe pressure on water and biomass. Key findings indicate that ambitious national plans for irrigation and hydropower may be physically impossible to meet due to water scarcity, and that the transition to peat for electricity will increase GHG emissions despite reductions in cooking-fuel emissions. At the district level, the report identifies critical needs for improved water management, off-grid energy solutions, and a shift away from urban charcoal demand to combat deforestation.

The report identifies critical research gaps in sustainable consumption and production (SCP), focusing on three themes: cross-cutting systemic issues, natural resource management, and food waste and loss. It argues that political efforts must shift from increasing efficiency to decreasing overall consumption and calls for a more integrated, whole-supply-chain approach to research and policy.

The Stockholm Environment Institute (SEI) proposes the 'Village propre–Village productif' framework to address the lack of integrated risk and resource management in rural sanitation. The framework uses a dual-axis certification system: a 'clean' axis focused on health and hygiene (e.g., eliminating open defecation and managing greywater) and a 'productive' axis focused on the safe recovery of nutrients and energy from waste (e.g., human excreta, animal waste, and ash). By linking sanitation to agricultural productivity and economic benefits, the framework aims to overcome the sustainability and scaling challenges of previous approaches like Community-Led Total Sanitation (CLTS). It is particularly targeted at smallholder farmers in developing regions, such as sub-Saharan Africa, to support multiple Sustainable Development Goals (SDGs).