Risultati finali
The review report from D.4.1 will be updated.The document will be updated during TiPES and include newly developed metrics of climate response at the end of T4.1 (Task 4.1).
Ice-sheet thresholds and improved sea-level rise projectionsReport on paleo-constrained long-term (from centuries to tens of millennia) ice-sheet projections, including the identification of critical thresholds for irreversible melt-back of the ice sheets in terms of global temperature anomaly and CO2 concentration, as well as improved future sea level rise projections (Task 3.5).
State-dependence and spatial patterns of feedbacksA review report will be compiled during the first year focusing on feedbacks in the climate system that will be addressed by TiPES Feedbacks will include those with an impact on the global mean temperature and those that may exhibit specific spatial patterns Task 41
AMOC thresholds in CMIP7Report summarizing recent developments to climate models that are likely to impact on their simulation of AMOC thresholds, on the timescale of CMIP7/IPCC AR7 and beyond. Likely model developments include eddy-resolving ocean resolution and improved treatments of dense overflow waters. Expected to include an assessment of the impact of the model developments on the specific early warning indicators developed earlier in TiPES (Task 3.1).
Spatial patterns of the interrelations between different Tipping ElementsA report will be submitted on the spatial interaction patterns between the different tipping elements of the earth system that are evidenced in paleoclimatic records On this basis an assessment of cascading versus stabilizing effects of tippingelement interactions will be delivered Task 13
Impact reportLinked to Task 8.3.
Evaluation of tipping phenomena in models of climate tipping elements across scalesClimate models on different scales can show bifurcations inducing tipping. We are going to study stochastic reduction techniques to link the tipping events in model classes and examples across scales (Task 5.1).
Impact assessment in European vulnerable regional climatesAssessment report summarising the impacts of crossing TPs on a range of Europe-relevant climate properties such as the statistics of atmospheric blocking and weather regimes, using state-of-the-art climate models. TPs include significant melting of the European Alpine glaciers or the Greenland ice sheet, and a slowdown and potential collapse of the AMOC. Specific emphasis is put on significant changes in terms of precipitation and temperature extremes, as defined by the Expert Team on Climate Change Detection and Indices (ETCDDI). Drought- and agricultural-impact models in worst case scenarios will be used to assess damages for society.
Mid-term report from scientific Advisory BoardLinked to Task 82
Rare-event algorithm for tracing Tipping PointThe result of implementing the rare-event algorithm in different models in the model hierarchy focused on specific TPs (AMOC and DO-events) will be reported. The aim is to assess the model dependence in quantitative predictions of TPs (Task 2.3).
Review of communication plan made in D7.1Linked to Task 7.1.
New metrics for safe operating spaces and predictability for climate in the presence of tipping pointsA review report will provide an overview of newly developed metrics for the climate sensitivity that incorporate the effect of TPs being passed. Focus will be on TEs that directly affect global mean temperature, as well as on spatial patterns of temperature change. The report will feed into informing the IPCC AR7 process (Task 4.2).
Tipping point reportA review report will be compiled during the first year derived from an expert public meeting focusing on tipping points that are addressed in TiPES It will form the basis for the first policy briefs and fact sheets produced by TiPES The document will be updated during TiPES M30 Task 72
Indian summer monsoon projections under regional and global forcingsAssessment report of the future Indian summer monsoon response to regional and global forcing scenarios based on a hierarchy of climate models This will include the definition of safe operating spaces excluding future dangerous conditions in the hydroclimatology of the region Task 33
Ecological and societal impacts of past abrupt transitionsA report will be submitted on the ecological and societal impacts of past transitions of tipping elements, as evidenced in climatic proxy as well as archaeological records. Particular focus will be on the impact of past climate transitions, as e.g. the 8.2 kyr and 4.2 kyr events, on early human societies (Task 1.3).
Report on warm climate stabilityReport on warm climate stability in EMICs, ESMs, and ice-sheet models. A review report will be compiled during the first three years, based on both literature review, and new TiPES simulations. It will enable us to contribute towards policy briefs and fact sheets produced by TiPES (Task 2.2).
"Consistent ""tales of future""""Consistent ""tales of future"" communicating the possible consequences of optimal decision making, for generalist audience. This document represents the output of Task 6.3, which will further supported by publications submitted to peer-reviewed journals (Task 6.3)."
Review of tipping point report made in D7.1Linked to Task 7.2.
Mid-term report from scientific Advisory Board IILinked to Task 8.2.
Physical mechanisms underlying EWSsSummary report on physical mechanisms responsible for statistical EWSs of all relevant regional TEs, as inferred from the model simulations carried out in WP3. This report will include an assessment of the predictive power of the discovered EWS and related physical precursors (WP3 all Tasks).
Observable EWSs for AMOC collapse, suitable for use in a changing background climateReport summarising studies with lowdimensional climate models and AOGCMs in which AMOC thresholds are naturally passed or artificially induced while the underlying climate is changing according to plausible IPCC scenarios The work will identify conditions under which the likelihood of tipping is increased early warning indicators and how these conditions depend on the magnitude and rate of underlying climate change Task 31
Communication planA communication plan will be developed that identifies the adressees in academia society and decision makers in the partner countries and the lists the communication instruments that the project will utilize at the level of partners workpagages and the project as a whole The plan will be circulated among the project partners and then published on the www and reviewed M30 Task 71
Advanced statistical EWSs prior to past abrupt transitionsA report will be submitted on early-warning signals of abrupt transitions evidences in paleoclimate records. This report will clearly show how we have gone beyond classical indicators, e.g. by focussing on distinct time scales, co-variabilities between different records, and by considering more specific statistical measures (Task 1.4).
Drivers of abrupt shifts in European regional climatesReport assessing the relevance of causal precursors of abrupt transitions in European regional climates, including a risk assessment. A strong focus will be on the Mediterranean region. Rapid transitions in regional climates in high-resolution climate model simulations covering the 20th and 21st century will be identified. Potential precursors include an AMOC collapse, remote influences (e.g. Pacific or Arctic changes) and regional effects derived from vegetation changes and/or changed land-atmosphere feedbacks (Task 3.4).
Non-autonomous tipping, safe operating paths and unsafe excursionsClimate models are subject to non-autonomous driving. We are going to study associated pullback attractors, their role in tipping events and provide associated concepts of safe operating spaces (Task 5.2).
Uncertainty assessment of ice-sheet projectionsUncertainty assessment report of future mid-long term (from centuries to tens of millennia) Antarctic and Greenland ice-sheet evolution. The focus will be on parameters and parameterisations of ice-sheet models that dominate uncertainty in future projections, first using stand-alone ice-sheet models and then shifting to coupled ice-sheet-climate models (Task 3.5).
Development of uncertainty in tipping point systemsThis deliverable provides the scientific basis supporting the formulation and specification the of the sequential decision problem, based on the domain-specific language (Task 6.2). It will actually consist of the compilation of articles submitted in the course of the tasks, with supporting code available open access as a git library. We therefore consider more efficient to report this progress as one formal deliverable, as this scientific output will, anyway, be processed all along and made publicly available through the usual peer-reviewed channels (Task 6.2, 6.3).
Likelihood and impacts of Amazon tipping to savanna stateReport providing a risk assessment of a tipping of the South American Monsoon System to a savannah state due to global-warming-induced precipitation changes, on the one hand, and widespread deforestation, on the other hand. These risks will be assessed using a hierarchy of models with dynamical atmosphere-vegetation coupling. Cumulative risk assessment induced by both factors will be included, as well as an assessment of the associated impacts (Task 3.2).
TiPES Outcome BriefsFor stakeholders in partner countries and policymakers briefs and fact sheets will be written for specific events such as professional conferences and UNFCCC COPs (Task 7.3).
Evaluation of EWS techniques: extensions beyond equilibria as well as for network systemsEarly-warning signs have been focused on steady-state solutions in differential equations, yet our understanding will be improved for network systems as well as for other invariants sets. In these cases we are going to evaluate the impact of topology and invariant set structure (Task 5.3).
Domain-specific-language with basic notions about Tipping PointsWith annotations examples of usage and relations and implementation in Idris It will be provided as a report containing the dictionary of notions formalised such as being compatible with computer language Idris or similar supported by a code library The report intends to function as a draft for a publication which can be circulated among partners for further feedback Task 61
Website launch with public part for outreach and internal part for communication among partners and transparent consortium administration, setup appropriate software solution for webinars, make plan for delegating seminar planning and appointment of organizers and moderators. Webside will be continuous developed throughout the project lifetime (Task 8.4).
TiPES websiteA website will be created by the project management. It will contain material for all addressees identified in the communication plan. A special focus will be on scientific material, briefs, and fact sheets addressed at policymakers. The website will also host publications and data for public use (Task 7.3)
D1.1: Open-access proxy data repository of tipping elements in past climatesWe will provide a publically available online data repository containing available proxy records that evidence the temporal behavior of tipping elements in past climates. This repository will be accessible from the TiPES website, and linked with existing repositories such as Pangaea. The most accurate age models will be published alongside the respective records, and wherever possible, marker-based synchronizations between the different records will be provided (Task 1.1).
Public engagement eventTiPES will contribute side events at a UNFCCC COP meeting or a similar international high profile events toward the end in order to communicate with high impact the findings relevant for Climate Change policies (Task 7.4).
Data management plan evaluation II
Linked to Task 8.3.
Data management plan evaluationLinked to Task 83
D7.6: Final version of the game (OTH, M36, Task 7.6). Digital game to engage with the public: A digital game for computers and other allocated platforms will be developed with the focus on facilitating tipping points to the general public (ages 12+) in an engaging manner. The game will focus on re-playability, allowing audiences to experiment with and evaluate the causes and effects of their own actions in regards to climate change and tipping points. Fabula will finalize the development of the game and release the game on appropriate platforms. The game will be made available in english and will be available to play for free in all EU countries.
Statistical toolbox to analyse tipping elements in proxy recordsA statistical toolbox, written in the programming language Python, will be published on the open-access code platform GitHub, and linked to the TiPES website. This toolbox will allow to analyse records of tipping elements in past climates in terms of time series on common, absolute time scales, whilst keeping track of the associated uncertainties (Task 1.2).
Software: computational tools for identifying, classifying and predicting tippingComputational benchmark studies for tipping events occur in several aspects of the project. Here we link the software and development efforts to provide extensions to currently available scientific computing approaches to tipping points (Task 5.3).
Course on functional languages and to dependently typed languagesThe course will be delivered by N. Botta at UCL after the recruitment is finalised. It takes the form of seminars with either slide or syllabus support (Task 6.1).
Software implementation of new ice core and marine core relevant codeSoftware implementation of new ice core and marine core relevant code in UKESM1 to enable testing against water isotope measurements (UBristol). This deliverable will produce new (Fortran) code for the UKESM model. It will be made available to UKESM community once it has been fully tested (Task 2.1).
Modelling protocol for DO events for CMIP-PMIPWe will write suggested DO-modelling protocol, and liaise with CMIP-PMIP steering committee, to put appropriate protocol on the CMIP-PMIP website. This protocol will be published in a peer reviewed paper (T2.1).
Software package for linear response operators in climate modelsA software package will be developed to construct linear response operators in different climate models. Based on our analysis of various models of intermediate to more sophisticated complexity (PlaSIM, Bern3D, HadCM3, EC-Earth, CESM) we will make available the analysis tools for extracting the linear response operator from climate models (Task 4.1).
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Laura C. Jackson, Eduardo Alastrué de Asenjo, Katinka Bellomo, Gokhan Danabasoglu, Helmuth Haak, Aixue Hu, Johann Jungclaus, Warren Lee, Virna L. Meccia, Oleg Saenko, Andrew Shao, and Didier Swingedouw
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Virna L. Meccia, Ramón Fuentes-Franco, Paolo Davini, Katinka Bellomo, Federico Fabiano, Shuting Yang and Jost von Hardenberg
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Climate Dynamics, Numero 14320894, 2022, ISSN 1432-0894
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Earth System Dynamics, Numero [accepted], 2023, ISSN 2190-4987
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Nature Communications, Numero 14, 2023, Pagina/e 4254, ISSN 2041-1723
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Geophysical Research Letters, 2020, ISSN 0094-8276
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American Geophysical Union
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Earth System Dynamics, Numero 11/2, 2020, Pagina/e 329-345, ISSN 2190-4987
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Nature Climate Change, Numero 11/12, 2021, ISSN 1758-6798
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Springer Nature
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10.1038/s41558-021-01097-4
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Weather and Climate Dynamics, Numero 3, 2022, Pagina/e 1037–1062, ISSN 2698-4016
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Scientific Reports, Numero 13, 2023, Pagina/e 2104, ISSN 2045-2322
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New Journal of Physics, Numero 22/7, 2020, Pagina/e 073053, ISSN 1367-2630
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Christopher Irrgang; Niklas Boers; Niklas Boers; Niklas Boers; Maike Sonnewald; Maike Sonnewald; Maike Sonnewald; Elizabeth A. Barnes; Christopher Kadow; Joanna Staneva; Jan Saynisch-Wagner
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Göttingen Copernicus Publ.
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10.5194/cp-17-1751-2021
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Steffen Therre, Jens Fohlmeister, Dominik Fleitmann, Albert Matter, Stephen J. Burns, Jennifer Arps, Andrea Schröder-Ritzrau, Ronny Friedrich, Norbert Frank
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Climate of the Past, Numero 16/1, 2020, Pagina/e 409-421, ISSN 1814-9332
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10.5194/cp-16-409-2020
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L. C. Jackson, R. A. Wood
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Journal of Climate, Numero 33/16, 2020, Pagina/e 7027-7044, ISSN 0894-8755
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American Meteorological Society
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10.1175/jcli-d-20-0034.1
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Maximilian Gelbrecht, Alistair White, Sebastian Bathiany, and Niklas Boers
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Autori:
Jonathan A. Baker, Michael J. Bell, Laura C. Jackson, Richard Renshaw, Geoffrey K. Vallis, Andrew J. Watson, Richard A. Wood
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geophysical Research Letters, Numero 50, 14, 2023, Pagina/e e2023GL103381, ISSN 0094-8276
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Maximilian Gelbrecht; Maximilian Gelbrecht; Maximilian Gelbrecht; Niklas Boers; Niklas Boers; Niklas Boers; Juergen Kurths; Juergen Kurths
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New Journal of Physics, Numero 12, 2021, ISSN 1367-2630
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Climate of the Past, Numero 20,1, 2024, Pagina/e 77-90, ISSN 1814-9332
Editore:
Göttingen Copernicus Publ.
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Autori:
Valerio Lucarini, Larissa Serdukova, and Georgios Margazoglou
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10.5194/npg-29-183-2022
Autori:
Matteo Cini, Giuseppe Zappa, Francesco Ragone & Susanna Corti
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npj Climate and Atmospheric Science, Numero 7 (31), 2024, ISSN 2397-3722
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Springer Nature
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10.1038/s41612-024-00568-7
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Masa Kageyama, Louise C. Sime, Marie Sicard, Maria-Vittoria Guarino, Anne de Vernal, Ruediger Stein, David Schroeder, Irene Malmierca-Vallet, Ayako Abe-Ouchi, Cecilia Bitz, Pascale Braconnot, Esther C. Brady, Jian Cao, Matthew A. Chamberlain, Danny Feltham, Chuncheng Guo, Allegra N. LeGrande, Gerrit Lohmann, Katrin J. Meissner, Laurie Menviel, Polina Morozova, Kerim H. Nisancioglu, Bette L. Otto-B
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Climate of the Past, Numero 17/1, 2021, Pagina/e 37-62, ISSN 1814-9332
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European geosciences union
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10.5194/cp-17-37-2021
Autori:
Christopher Boettner,
Georg Klinghammer,
Niklas Boers,
Thomas Westerhold,
Norbert Marwan,
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Quaternary Science Reviews, Numero 270, 2021, ISSN 0277-3791
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10.1016/j.quascirev.2021.107177
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Maria Vittoria Guarino, Louise C. Sime, Rachel Diamond, Jeff Ridley, and David Schroeder
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Climate of the Past, Numero 19, 2023, Pagina/e 865–881, ISSN 1814-9324
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