Part 1 recent progress on a self-consistent framework of abrupt climate changes in proxy reconstructions of past climates
Part 2 recent progress on a self-consistent framework of abrupt climate changes in proxy reconstructions of past climates
Part 3 recent progress on a self-consistent framework of abrupt climate changes in proxy reconstructions of past climates
Recent progress on identifying D-O tipping elements (TEs) and their interactions in models and data, and the identification of critical forcing levels
Recent progress on Arctic sea ice as a potential (TEs) and its interactions within CMIP5 and CMIP6 models - with a focus on warm climates
Recent progress on simulating abrupt climate changes from a (self-consistent) hierarchy of models
Summary and discussion of remaining Objective 1 questions
Memory Effects on Early Warning Signs
Internal multi-centennial variability of the Atlantic Meridional Overturning Circulation simulated by EC-Earth3
Multistability and tipping points of the ocean circulation
Stability of the Greenland Ice Sheet and Connections to Anthropogenic Carbon Emissions
Intro and overview
Assessing EWS in the presence of continuous-time correlated noise
Amazon Resilience
Amazon spatial correlations
AMOC EWS in CMIP6 models
EWS in the South American monsoon
Green Sahara Collapse
Adding Water Tracers and Isotopes to the
UK Earth System Model (UKESM2)
AMOC thresholds in CMIP6 models: North Atlantic Hosing MIP
Wind-driven Ocean Circulation – Model Order Reduction
Machine Learning Estimate
of the committor function
Evidence of local Amazon dieback in CMIP6 models
Double well experiment: noise tipping with α-stable noise.
Synchronization and vibrational resonance in glacial interglacial cycles
Spontaneous Dansgaard-Oeschger type oscillations in climate models: Tipping Points in the climate system
Representing Mathematical Models of Physical Systems
Confident prediction of forthcoming tipping point
We have arranged for a bus to visit Kent's Cavern with evidence of past abrupt climate changes, bringing us back to Dartington Hall for about 18:00.
Finite-time stabilisation by slowly varying forcing
Climate background-dependent bifurcation of Atlantic Meridional Overturning Circulation
Identifying safe operating spaces through analysis and modelling of tipping elements in future climates
Safe operating spaces, multistability and impending tipping points
A route to O4 using commitment ideas
How does climate sensitivity help to constrain safe operating spaces?
A framework to investigate how changing rainfall patterns may impact vegetation band patterns in drylands
Linear and nonlinear climate response
Simulating AMOC collapse with a Large Deviation Algorithm