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This study assesses the utility of geological hydrogen storage in enhancing Finland's renewable energy grid.

This work presents a model that integrates the assessment of food consumption-related health risks, with the quantification of greenhouse gas emissions.

This article presents a new model that integrates asssessment of health impacts of food consumption and food production emissions.

This brief explores four important carbon-intensive industries in the U.S. and discusses the key policy considerations for achieving their decarbonization.

This study finds that Rhode Island may be able to reduce emissions by as much as 80% by 2030 by adopting existing technologies.

This study provides insights on how California policy-makers can hit ambitious climate targets, in a future where water is more scarce and weather more extreme.

The paper introduces a special issue of Applied Energy that compiles studies that can shed light on key issues in future energy and economic decarbonization.

Using a new model of Colombia's energy system, this paper finds that two proposed policies could prevent the emission of 4.71 million tons of CO2 equivalent.

This study – from SEI and Brown University's Climate and Development Lab – finds that Rhode Island can feasibly decarbonize its economy in one or two decades.

This report finds that WEF nexus research has not validated claims that nexus approaches can improve resource management and governance outcomes.

This report analyzes GHG mitigation opportunities in the energy, forestry, waste, transport, and buildings sectors in Jamaica.