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The Foundation Course on Air Quality Management in Asia is a self-study guide for adult learners designed to provide an understanding of the components necessary to manage urban air pollution and improve air quality. Developed by the Stockholm Environment Institute and the University of York, the course consists of six modules created by an international team of experts.

This research paper, published by the Stockholm Environment Institute in 2008, provides an environmental scoping study of five key economic sectors in the South West region of England. Using the Triple Bottom Line (BL3) software tool, the study estimates the carbon and ecological footprints of these sectors, benchmarking their resource productivity against UK national averages to inform regional debates on environmental limits.

This fact sheet describes the 'Integrating Climate and Development' project in Thailand, a program running from March 2008 to December 2009. Funded by the Swedish International Development Agency (Sida) and partnered with Thailand's Ministry of Natural Resources and Environment, the project aims to fill the gap in concrete analysis regarding the integration of climate policies into national development plans.

This fact sheet describes the Long-range Energy Alternatives Planning System (LEAP), a software tool developed by the Stockholm Environment Institute for energy policy analysis and climate change mitigation assessment. It outlines the software's capabilities in integrated modelling, scenario analysis, and decision support, noting its widespread adoption by government agencies, academics, and NGOs in over 150 countries.

This report documents a two-day colloquium held in April 2008 by the Stockholm Environment Institute and the Stockholm Resilience Centre. The event aimed to bridge the conceptual and practical divide between resilience and vulnerability research to better support sustainable development and poverty reduction.

This guide, part of the Foundation Course on Air Quality Management in Asia, provides a comprehensive technical framework for developing emissions inventories and implementing control measures for air pollutants. It details the methodologies for quantifying emissions from stationary, area, and mobile sources, evaluates various international software tools for inventory compilation, and describes the physical and chemical processes used to control particulate and gaseous emissions.

This fact sheet describes the Resources and Energy Analysis Programme (REAP), a software tool developed by the Stockholm Environment Institute (SEI) to analyze the environmental impacts of economic activity and policy. REAP focuses on consumption-based accounting, tracking resource use and emissions through supply chains to generate ecological, carbon, and greenhouse gas footprints for various spatial scales, primarily within the UK.

This fact sheet describes the scoping phase of a programme titled 'Building Long-Term Capacity for Managing and Adapting to Climate Change in Asia and Africa', funded by the Swedish International Development Agency (SIDA) and partnered with Global Change Systems for Analysis, Research and Training (START). The initiative aims to enhance the capacity of universities, research institutes, government, industry, and NGOs in selected least developed countries to manage risks associated with climate variability and change.

This 2008 report by the Stockholm Environment Institute, commissioned by the Environment Agency, analyzes the carbon footprint of the housing sector in the Leeds City Region (LCR). It evaluates the feasibility of meeting a target of an 80% reduction in greenhouse gas emissions by 2050, specifically identifying the measures needed to reduce CO2e emissions by 38 million tonnes between 2010 and 2026.

This policy brief, based on a 2008 study commissioned by the Rockefeller Foundation, examines the integration of climate change model information into agricultural decision-making in Africa. It identifies a significant gap between climate science producers and agricultural users, noting that vulnerability is driven by poverty, lack of infrastructure, and natural resource dependence. The document advocates for 'anticipatory adaptation' and the creation of multi-disciplinary platforms to bridge the communication gap between scientists and practitioners.

The report finds that Wales' 2003 ecological footprint was 5.16 gha per person, the lowest in the UK, but grew by 1.5% annually between 1990 and 2003. Housing, food, and transport account for 63% of this footprint. While planned policies may stabilize the footprint by 2020, substantial reductions require expanded measures: retrofitting 5% of housing annually, implementing Sustainable Travel Towns in all urban areas over 10,000 people, and reducing food waste by one sixth. Such a package could reduce the total ecological footprint by 6.6% by 2020, avoiding a projected 22% increase based on historical trends.

This fact sheet describes weADAPT, a collaborative platform launched in June 2007 to support climate adaptation through knowledge sharing, innovative tools, and data. The initiative is funded by UNEP and UNITAR and involves a network of partners including the Stockholm Environment Institute and the University of Cape Town.

The Tees Valley Footprint Report finds that the region's Ecological Footprint (5.12 gha/cap) is over twice the world average, while its Carbon Footprint (10.85 t/cap) is lower than the UK average, partly due to lower disposable income. The report warns that 'Business as Usual' trends will likely increase per capita emissions from housing (5.5%) and transport (8.7%) over 20 years. While food consumption is a significant driver of the Ecological Footprint, the report suggests that targeted housing retrofits and ambitious, systemic transport shifts—rather than small-scale initiatives—are necessary to meet 2050 carbon reduction targets.

This research paper evaluates the Ecological Footprint of various diets and food production methods, specifically comparing average UK consumption with nutritionally recommended diets. Using the REAP software tool and input-output analysis, the study finds that shifting toward healthy, plant-based, local, and organic diets can significantly reduce environmental pressure while improving public health outcomes.

This research paper analyzes the greenhouse gas emissions embodied in trade between Japan and the US using a linked input-output model with carbon emission coefficients.

This report analyzes the carbon footprints and attitudes toward climate change of individuals aged 50 and over in the UK, dividing them into baby boomers (50-64), seniors (65-74), and elders (75+). It finds that baby boomers have the highest overall carbon footprint due to high spending on travel and consumption, while elders have the highest climate impact per pound spent due to carbon-intensive home heating. While the over 50s generally express fear and motivation regarding climate change, they report frustration with barriers to low-carbon living and believe the UK government and businesses must provide stronger leadership.

A guide by the Stockholm Environment Institute detailing the carbon dioxide emissions associated with Christmas consumption and providing a target for reducing that impact.

This guide, published by the Stockholm Environment Institute for the UNEP Global Programme of Action (GPA), provides an analytical framework, guidelines, and checklists to integrate marine and coastal resource management into national planning and budgetary processes. It emphasizes shifting the narrative from purely regulatory pollution control to demonstrating how sustainable coastal management contributes to national development goals, poverty reduction, and economic growth.

This research paper by the Stockholm Environment Institute evaluates the Swedish Ozone Layer Protection programme (OLP), a bilateral initiative from 1999 to 2006 designed to support the implementation of the Montreal Protocol in developing countries and economies in transition. The report identifies country ownership, capacity building, and stakeholder participation as critical governance factors for the successful national phase-out of ozone-depleting substances (ODS). It argues that a shift from top-down regulation to bottom-up governance is necessary for sustainable implementation and provides recommendations for reforming the incentive structures of implementing agencies and the status of national ozone units.

This research paper examines the gap between the availability of climate change impact assessment tools and their actual integration into water management decision-making processes in California. The authors propose using a '3S' standard (Sensitivity, Significance, and Stakeholder support) to identify and engage with the most critical decision-making processes to move climate research into policy application.