Research Results
Browse interactive studies from across the network.
PARIS REINFORCE
6 studiesWhere is the world headed?
A multi-model analysis of long-term emissions and warming implications of current global mitigation efforts
Economy-wideGlobal
- Multi-model
- Temperature & warming
- NDCs
- +2
Where is the EU headed?
A stakeholder-driven model inter-comparison assessing where the EU is headed given its current climate policy
Economy-wideEU
- Multi-model
- Current policies
- NDCs
- +4
Index decomposition analysis
An assessment of current policy and net-zero emissions scenarios through an index decomposition and sectoral benchmarking exercise
Economy-wideEU
- Multi-model
- Net zero
- Current policies
- +1
COVID recovery packages
An analysis of climate-employment co-benefits of green recovery packages in six major emitting regions
Energy supplyGlobal
- Multi-model
- Jobs & employment
- COVID-19 recovery
- +1
Post-Glasgow targets
A global analysis of pre-Glasgow policies, NDCs, and net-zero targets with a focus on regional feasibilities
Economy-wideGlobal
- Multi-model
- NDCs
- Net zero
EU path to net zero
A multi-model analysis of EU's transition from "Fit for 55" in 2030 to net zero by 2050
Economy-wideEU
- Multi-model
- Net zero
- Fit for 55
IAM COMPACT
5 studiesPost-Glasgow targets
A global analysis of pre-Glasgow policies, NDCs, and net-zero targets with a focus on regional feasibilities
Economy-wideGlobal
- Multi-model
- NDCs
- Net zero
Comparison of Fit-for-55 Policy and Cost Optimal Scenarios for the EU
Τhree models were included to compare Fit-for-55 to cost optimal scenarios: two global IAMs, GCAM and TIAM-Grantham, and one global energy model PROMETHEUS.
Economy-wideEU
- Multi-model
- Fit for 55
- NDCs
- +1
Implications of EU steel industry relocation
This study utilises three IAMs, one sectoral bottom-up model and one Input – Output (I/O) model to asses the implications of potential EU steel industry relocation to other world regions because of high energy and CO2 prices in the EU.
IndustryEU
- Multi-model
- Steel
- Trade
- +3
Tech-constrained EU pathways to net zero
The study assesses EU's low-carbon transition pathways by implementing disruptions from geopolitical events and technological limitations. Study uses the well-established IAMs GCAM, PROMETHEUS and TIAM.
Economy-wideEU
- Multi-model
- Resilience & security
- Net zero
- +1
DEMO – Tech-constrained EU pathways
Showcase copy of the IAM COMPACT tech-constrained study: how limits on renewables, biomass and CCS change the EU's route to net zero, across three models.
Economy-wideEU
- Multi-model
- Carbon capture & storage
- Bioenergy
- +2