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SEI researchers developed a terminology card game as part of the Future Resilience for African CiTies and Lands (FRACTAL) project to help stakeholders in southern African cities, specifically Windhoek and Lusaka, overcome barriers in climate change adaptation planning. The game facilitates 'transdisciplinary knowledge integration' by helping participants distinguish between key concepts like weather, climate, adaptation, mitigation, and disaster risk reduction through a collaborative, non-threatening exercise. The activity is designed to build capacities and working relationships between city stakeholders and scientists to increase the uptake of science in policy.

This report documents the results of a policy dialogue held on 28 March 2019 in Bangkok, Thailand, focusing on the bioeconomy for sustainable development. The dialogue is part of a broader project supported by Vinnova to facilitate constructive discussions on bioeconomy development in national and regional contexts, specifically aiming to guide decision-makers toward cohesive governance of bioeconomy pathways with a focus on the Global South.

This research paper by the Stockholm Environment Institute evaluates the uncertainties in projections of future cropland expansion and its subsequent impact on biodiversity and carbon storage. By comparing three socio-economic scenarios (SSP1-3) across three models (IMAGE, GLOBIOM, and PLUMv2), the study finds that the choice of model influences results more than the chosen scenario, highlighting a need for improved accuracy in land-based modelling to better prioritise the protection of carbon-rich and biodiverse areas.

This research paper develops a national-level emission inventory for Nepal covering short-lived climate pollutants (SLCPs), CO2, and other air pollutants, projecting their impacts on health, agriculture, and climate through 2100 under reference and mitigation policy scenarios.

This research paper presents a systematic map of evidence regarding the effectiveness of ecotechnologies used for the recovery and reuse of carbon, nitrogen, and phosphorus in agriculture within the Baltic Sea region and similar boreo-temperate systems, focusing on literature from 2013 to 2017.

This policy brief examines a case study from Edem Ani, Enugu State, Nigeria, to test the SEI Tandem framework for co-designing climate services. The project highlighted a critical need for localized, actionable climate and soil information to assist farmers with planting and harvesting schedules. It emphasizes the importance of distinguishing between direct users (farmers) and those who implement measures (government, NGOs), and suggests that the Tandem framework be expanded to include questions on inter-governmental coordination and synergies between adaptation and mitigation.

This case study examines water-use conflicts and water stress in the Campoalegre River basin in Colombia, focusing on the impact of water diversions and fragmented governance on downstream supply.

This case study describes a project to model water stress vulnerability in the Campoalegre river basin in Colombia. The study aims to develop a water balance, quantify supply and demand, and evaluate how governance challenges and diverse water uses—including hydroelectric, agricultural, and industrial—affect water availability downstream.

This research paper evaluates the impact of targeted climate communication campaigns by the Swedish Forest Agency on the adaptation behaviors and perceptions of Swedish forest owners.

This policy brief from the Stockholm Environment Institute provides ten recommendations for co-designing actionable, user-focused climate services to bridge the gap between scientific knowledge and policy implementation. Based on the HazardSupport project and case studies in Sweden, the brief emphasizes the need for iterative dialogue, the use of facilitators, and the alignment of climate data with existing planning tools to ensure science effectively informs adaptation planning and decision-making.

This research paper uses a Long-range Energy Alternatives Planning (LEAP) model to quantify the greenhouse gas emission reductions resulting from two proposed Nationally Appropriate Mitigation Actions (NAMAs) in Colombia's energy system.

This report summarizes a 2019 policy dialogue in Tallinn, Estonia, focused on establishing a sustainable bioeconomy in the Baltic Sea region by 2050. Key findings highlight energy as the primary driving sector and identify five essential enabling factors: clear policy goals, innovation support, demand generation, cross-sector cooperation, and circularity. The report also notes regional differences in policy implementation, with Estonia and Latvia using national strategies while Poland and Lithuania use sectoral policies. Finally, it reflects on the pilot methodology, suggesting that future workshops should use more tailored visions and group participants by economic sector rather than organization type.

This report provides a cost-benefit analysis (CBA) of selected eco-technologies for wastewater treatment and nutrient recovery across three catchment areas in the Baltic Sea Region (BSR). By combining CBA with multi-criteria analysis (MCA), the study evaluates the economic efficiency of various technologies compared to baseline scenarios, focusing on the recovery of phosphorus and nitrogen and the mitigation of greenhouse gas emissions.

This research paper evaluates the impact of climate communication projects conducted by the Swedish Forest Agency on the risk perceptions and adaptation intentions of Swedish forest owners, comparing a participant group (1,493 individuals) with a randomly sampled control group (909 individuals).

Sivan Kartha, a Senior Scientist at the Stockholm Environment Institute (SEI), argues that an equitable approach to the energy transition is the only practical way to address the climate crisis. Speaking at COP25, Kartha warns that a 5-degree Celsius increase in global temperature would represent an existential risk to humanity, comparable in scale to the transition out of the last Ice Age, and emphasizes that wealthy nations must lead in reducing emissions and supporting less privileged populations to achieve global net-zero emissions.

In a transcribed set of remarks delivered at COP25, SEI Senior Scientist Sivan Kartha argues that the only practical and fair way to achieve global zero emissions is for the world's most privileged populations to eliminate their own emissions and provide financial and technological support to less privileged populations.

This report by the Stockholm Environment Institute presents results from a 2018 survey of 119 Swedish municipalities regarding their efforts to promote sustainable consumption. It highlights a significant gap between internal municipal sustainability efforts and efforts to influence households and businesses, while emphasizing the urgent need for stronger political support at the local level.

This policy brief by the Stockholm Environment Institute examines the interactions between the bioeconomy and the rapid growth of electrification technologies, such as solar PV, wind, and batteries. It categorizes these interactions as competitive, complementary, or synergistic, arguing that while electrification may disrupt some biofuel markets, it also provides opportunities for decarbonizing heavy industry and improving agricultural value chains in low-income countries.

This research paper discusses the environmental cost of Brazil's agricultural expansion and proposes four coordinated strategies to increase production and social welfare while reducing deforestation.

This executive summary from the Stockholm Environment Institute examines the interactions between the bioeconomy—defined as sectors based on biomass production and processing—and the rapid cost reductions and deployment of variable renewable energy (VRE), specifically solar photovoltaics, wind turbines, and lithium-ion batteries. The document categorizes these interactions as competitive, complementary, or synergistic, arguing that bioeconomy policy must be designed to integrate with and benefit from electrification to achieve deep decarbonization.