CL1.2.4 | INTegrating Ice core, Marine and TErrestrial records for advanced palaeoclimate reconstruction (INTIMATE)
EDI
INTegrating Ice core, Marine and TErrestrial records for advanced palaeoclimate reconstruction (INTIMATE)
Convener: Celia Martin-Puertas | Co-conveners: Daniel Veres, Rik Tjallingii, Alice Carter-Champion, Markus Czymzik

INTIMATE (INTegrating Ice core, Marine and TErrestrial records) is a large, diverse, international scientific network interested in better understanding abrupt and extreme climate changes in the Northern Hemisphere during the Quaternary. INTIMATE’s fundamental approach is the synchronisation and comparison of high resolution palaeoclimate and environmental records based on their independent timescales.

This session invites contributions that focus on the study of regional climate dynamics, seasonally-distinct climate reconstructions that may help to expose seasonal biased climate changes and the study of environmental and climatic systems that may cross tipping points during the INTIMATE timeframe (~125 kyrs to present). This session has a particular interest in novel proxy-based reconstructions, state-of-the-art chronological techniques and statistical approaches, and innovative model-generated climate records that allow new insights into rapid (natural) climate variability and spatio-temporal differences.

INTIMATE (INTegrating Ice core, Marine and TErrestrial records) is a large, diverse, international scientific network interested in better understanding abrupt and extreme climate changes in the Northern Hemisphere during the Quaternary. INTIMATE’s fundamental approach is the synchronisation and comparison of high resolution palaeoclimate and environmental records based on their independent timescales.

This session invites contributions that focus on the study of regional climate dynamics, seasonally-distinct climate reconstructions that may help to expose seasonal biased climate changes and the study of environmental and climatic systems that may cross tipping points during the INTIMATE timeframe (~125 kyrs to present). This session has a particular interest in novel proxy-based reconstructions, state-of-the-art chronological techniques and statistical approaches, and innovative model-generated climate records that allow new insights into rapid (natural) climate variability and spatio-temporal differences.