Physical Climate Risk
We construct tools that provide a robust and consistent basis for evaluating scenarios and physical risks as information sets evolve over time. This is a long-term issue and there are benefits to establishing a framework that can be used and updated in future years. Grounding this within the work of the international climate science and integrated assessment modelling communities ensures a coherency with other work programs related to TCFD disclosures, increasing confidence within organisations and for external analysts.
Read moreEnergy Transition Risk
We build tools to explore transitions pathways for energy systems. Our tools synthesize the results of the global modelling community that informs IPCC assessments of possible energy transition scenarios under different shared socio-economic pathways, illustrating the distribution of results.
Read moreGlobal Climate Impacts
We are the core authors of MAGICC. MAGICC is one of the world’s most used and respected reduced complexity climate models. It is extremely powerful as it is calibrated against the best Earth System Models, but is computationally efficient enough to encapsulate the uncertainties along the whole cause-effect chain from emissions to global-mean temperature and sea level rise. That is why MAGICC can be extremely useful for those interested in physical climate risks. Combined with the appropriate regional approaches, it can provide the basis for proper risk management.
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