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News from TIPMIP
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The Tipping Point Modelling Intercomparison Project (TIPMIP) is an international intercomparison project that aims to systematically advance our understanding of tipping dynamics in various Earth system components, and assess the associated uncertainties. By connecting and evaluating various models, TIPMIP will fill critical knowledge gaps in Earth system and climate modelling by improving the assessment of overall anthropogenic forcing and long-term commitments (irreversibilities). In this contribution, we report on the status of the project, highlighting recent advances including the finalisation of experimental protocols and first results. Moreover, we provide an overview on the established scientific infrastructure and next steps, inviting the tipping points modelling community for contributions.
Title: News from TIPMIP
Description:
The Tipping Point Modelling Intercomparison Project (TIPMIP) is an international intercomparison project that aims to systematically advance our understanding of tipping dynamics in various Earth system components, and assess the associated uncertainties.
By connecting and evaluating various models, TIPMIP will fill critical knowledge gaps in Earth system and climate modelling by improving the assessment of overall anthropogenic forcing and long-term commitments (irreversibilities).
In this contribution, we report on the status of the project, highlighting recent advances including the finalisation of experimental protocols and first results.
Moreover, we provide an overview on the established scientific infrastructure and next steps, inviting the tipping points modelling community for contributions.
Related Results
News event
News event
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Methodologies for climate tipping points analysis and risk assessments in TIPMIP
Methodologies for climate tipping points analysis and risk assessments in TIPMIP
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Next steps towards the Tipping Point Modelling Intercomparison Project (TIPMIP)
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Anthropogenic climate change poses considerable risk to the stability of the Earth system. The consequences associated with crossing certain tipping thresholds, wherein relatively ...
 Systematic detection of abrupt change and tipping points in TIPMIP 
 Systematic detection of abrupt change and tipping points in TIPMIP 
With ongoing anthropogenic emissions and ensuing accelerated climate change, the planet is increasingly leaving its long-stable Holocene state. In fact, recent assessments have sho...