Publications

This paper reviews the scientific literature on impacts for 1.5 and 2°C warming levels with focus on risks for Least Developed Countries. We summarise observed impacts in LDCs that have been related to global mean temperature and provide an overview of projected future changes.

In this paper, authors analyse integrated assessment models find how emissions would need to behave to limit warming to below 2°C.

Climate projections in the IPCC fifth assessment report (AR5) will be based on the fifth phase of the Coupled Model Intercomparison Project, which incorporates the latest versions of climate models and focuses on RCPs. This implies that by AR5 both models and scenarios will have changed, making a comparison with earlier literature challenging. To facilitate this comparison, we provide probabilistic climate projections of both SRES scenarios and RCPs in a single consistent framework.

Sound decisions in international climate policy depend on comprehensive and reliable emission data as well as accurate analysis and comparisons of policy proposals. In this paper the authors discuss three applications of the PRIMAP emissions module.

Aggregations of greenhouse gas mitigation pledges by countries are frequently used to indicate whether resulting global emissions in 2020 will be 'on track' to limit global temperature increase to below specific warming levels such as 1.5 or 2 °C. We find that historical emission levels aggregated from data that are officially reported by countries to the UNFCCC are lower than independent global emission estimates, such as the IPCC SRES scenarios.