Description
Specific Objective 4.1. Estimate the safety of operating spaces in terms that are quantitatively related to well-defined notions of bifurcations and attractors, as well as to global notions of stability for non-autonomous systems subject to time-dependent forcing.
Specific Objective 4.2. Develop quantitative estimates for the boundaries of safe operating spaces and the associated uncertainties in terms of critical levels and rates of change of distinct anthropogenic forcings. Assess the likelihood of abrupt transitions in the vicinity of these boundaries, while taking into account concepts such as noise- and rateinduced tipping.
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15/09/2022, 10:30
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15/09/2022, 10:40
Identifying safe operating spaces through analysis and modelling of tipping elements in future climates
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15/09/2022, 11:00
Safe operating spaces, multistability and impending tipping points
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15/09/2022, 11:20
A route to O4 using commitment ideas
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15/09/2022, 11:40
How does climate sensitivity help to constrain safe operating spaces?
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15/09/2022, 12:00