Projects

The PAST project aims at developing a European database of Late Glacial palaeosoils in aeolian coversands and dunes as a tool to evaluate paleoenvironmental changes.

European Quaternary stratigraphy and correlation is an ongoing research topic and serves as a base for mapping and unravelling local to regional Quaternary sequences.

PHADMA project targets the global spatial and temporal distribution of past hydrological extremes, to improve the quality of risk assessments, and modern flood event attribution.

The PALSEA_next project aims to better define observational constraints on past sea-level change and improve our understanding of ice-sheet responses to rapid climate change.

The aim of the project is to bring together researchers to gain a better understanding of the relationships between climate change and hominin evolution and cultural development in Africa.

The Mystery of the Ancient Soils is an engaging and educational illustrated story developed for children and young readers.

This project brings together Quaternary researchers and students for field symposium to explore the Quaternary sediments, landscapes, and early settlement history in western Estonia.

ONSEA aims at creating a large interdisciplinary community of PhD, DCR, ECR and SS, sharing common interest in the study of the geomorphological evolution and the human occupation of the coastlines during the Holocene.

Improving understanding of the techniques involved in the study of, and processes affecting fluvial environments, and the evidence for human activity in those environments

This project develops a southern hemisphere-focused community of practice on understanding the nature, properties and spatio-temporal patterns of warm intervals in the southern hemisphere during the Quaternary.

The PMIP-carbon community is drafting a shared science plan and experimental design in order to perform coupled climate-carbon simulations within the next phase of PMIP.

INTIMATE (INTegrating Ice core, Marine and TErrestrial records) is a large, diverse, international community of palaeoclimatologists interested in better understanding abrupt and extreme climate changes.