Christian Vérard

The Palæo Data Cube: A Digital Earth of the past inspired by present-day Big Earth Observations Data practices

Florian Franziskakis, Christian Vérard, Jean-Philippe Richard, Sébastien Castelltort et autres

Understanding the Earth's evolution across geological timescales requires access to spatially explicit deep time datasets, yet existing palæogeographic and geodynamic products are often disseminated as isolated files with limited metadata, heterogeneous formats, and no standard mechanisms for analysis, limiting reproducibility, interoperability, and …

ch (code pays fourni par la source)

Data & Code: Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth's climate evolution

Niklas Werner, Jonathon Leonard, Florian Franziskakis, Andrew Merdith et autres

This repository contains all code and data to reproduce then results in:Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth’s climate evolution

ch, au, gb (code pays fourni par la source)

Data & Code: Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth's climate evolution

Niklas Werner, Jonathon Leonard, Florian Franziskakis, Andrew Merdith et autres

This repository contains all code and data to reproduce then results in:Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth’s climate evolution

ch, au, gb (code pays fourni par la source)

Evidence from Nd isotopes for complex paleogeography and paleocirculation patterns of the Late Triassic Panthalassa.

Sandrine Le Houëdec, Andréa Fucelli, Giovan Peyrotty, Christian Vérard et autres

The Triassic Panthalassa Ocean, a pivotal component of the Earth's paleoceanographic system, has long been understudied due to the scarcity of preserved archives from the open ocean. The previous attempts in reconstructing the Panthalassa paleocirculation from Nd isotopic data were solely based …

ch (code pays fourni par la source)

Repository for: Earth's mantle dynamics shape climate and the Earth system

Laure Moinat, Pietro Sternai, Agostino N. Meroni, Bram Vaes et autres

Data and Python scripts to recreate the figure in: Earth's mantle dynamics shape climate and the Earth system

it, ch (code pays fourni par la source)

Repository for: Earth's mantle dynamics shape climate and the Earth system

Laure Moinat, Pietro Sternai, Agostino N. Meroni, Bram Vaes et autres

Data and Python scripts to recreate the figure in: Earth's mantle dynamics shape climate and the Earth system

it, ch (code pays fourni par la source)

A Phanerozoic Atlas of Earth’s Atmosphere, Surface, and Interior Derived from the PANALESIS Plate Tectonic Model

Florian Franziskakis, Niklas Werner, Christian Vérard, Sébastien Castelltort et autres

Reconstructing the Earth system evolution through deep time requires spatially consistent, multi‑layer datasets that integrate geological, geophysical, and climatic information. Here we present a unified, high‑resolution (10×10km) global dataset describing the Earth’s evolution over the past 545 million years. This atlas provides …

ch, jp, us, ru (code pays fourni par la source)

Paleogeographic uncertainty imposes first-order constraint on understanding Earth’s climate evolution

Niklas Werner, Jonathon Leonard, Florian Franziskakis, Andrew Merdith et autres

us, ch, au (code pays fourni par la source)

Biogeodynamics-Ice sheet-Geneva-MITgcm (BIG-MITgcm, v1.0): a simulation tool for exploring climate states with a representation of global ice sheets

Laure Moinat, Florian Franziskakis, Christian Vérard, Daniel Nathan Goldberg et autres

Modelling the climate system on multi-millennial timescales is challenging when slow-response components, such as the deep ocean, vegetation, and ice sheets, must evolve alongside fast-response components such as atmospheric weather systems. This is crucial for investigating, for example, the dynamical structure of …

ch, gb (code pays fourni par la source)

Data & Code: Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth's climate evolution

Niklas Werner, Jonathon Leonard, Florian Franziskakis, Andrew Merdith et autres

This repository contains all code and data to reproduce then results in:Werner et al. (2026). Paleogeographic uncertainty imposes first-order constraint on understanding Earth’s climate evolution

ch, au, gb (code pays fourni par la source)

Age and provenance constraints for the geodynamic evolution of the Indus Suture Zone during the Cenozoic

Lucas Vimpere, Pierre Bouilhol, Pietro Sternai, Speranta‐Maria Popescu et autres

• The ISZ only records syn- to post-collisional sedimentation in the foreland basin. • The Nindam Fm deposited during the Late Eocene not the Cretaceous. • Last marine deposits do not constrain the timing of collision. The timing of the India-Asia collision …

ch, fr, it, si, de, in (code pays fourni par la source)

A Phanerozoic Atlas of Earth's Atmosphere, Surface, and Interior Derived from the PANALESIS Plate Tectonic Model

Florian Franziskakis, Niklas Werner, Christian Vérard, Sébastien Castelltort et autres

The PANALESIS Phanerozoic Earth System Atlas (v1.0) provides a unified collection of 45 high‑resolution global reconstructions documenting Earth’s evolution from 545 Ma to the present. Each time slice includes quantified palaeogeography (elevation and bathymetry), seafloor age, crustal thickness, lithospheric thickness, and climate …

ch (code pays fourni par la source)