Article

A coherence-based framework for backward reconstruction of deep-time Earth system histories A reproducible Cenozoic demonstration and scalable extension to the Phanerozoic

2026-02-23

Abstract excerpt

Reconstructing Earth's deep-time climate and Earth system history requires integrating heterogeneous observational records that differ in temporal resolution, physical meaning, and data density. While forward Earth system models are essential for testing mechanistic hypotheses, they do not directly quantify whether diverse records converge on a coherent historical trajectory when jointly interpreted. Here we prese...

Topics

Open a Topic to create a Post that cites this publication.

Identifiers and source

Literature Corpus work: 9ac4f87d-7efc-508b-82f7-7b4d35bc6ce4
DOI: 10.22541/au.177187488.81069208/v1

Open publication

Related research

Semantic proximity does not establish scientific evidence.

Click a neighbor to travelStep 1 · 12 closest

A coherence-based framework for backward reconstruction of deep-time Earth system histories A reproducible Cenozoic demonstration and scalable extension to the PhanerozoicDOI 10.22541/au.177187488.81069208/v1Read

A Coherence-Based Framework for Backward Reconstruction of Solar System HistoriesSemantic proximity Read

Diagnosing Architecture in Exoplanetary SystemsSemantic proximity Read

SEA-G: A Coherence Diagnostic for Galactic Architecture in Large SurveysSemantic proximity Read

High-resolution probabilistic estimation of three-dimensional regional ocean dynamics from sparse surface observationsSemantic proximity Read

Structured Residual Signatures of Boundary-Coupled Latent Sectors: A Null-Disciplined Diagnostic Framework for Horizon-Limited InferenceSemantic proximity Read

A Multiscale Hierarchy of ×10–×3–×12 Scaling Recurrence Domains Across Earth HistorySemantic proximity Read

<i>pastclim</i> : an R package to easily access and use paleoclimatic reconstructionsSemantic proximity Read

South Tropical Atlantic and South Atlantic Convergence Zone: Opportunities for Long-Lead ENSO Diversity PredictionSemantic proximity Read

Self-Supervised Temporal Reconstruction of Subhourly Climate Records since 1806Semantic proximity Read

A Method for Detection and Attribution of Regional Precipitation Change Using Granger Causality Application to the United States Historical RecordSemantic proximity Read

Generative AI and Diffusion Models in Geophysics: A SurveySemantic proximity Read

Learning optimal CNN architectures for Precipitation Downscaling with Differentiable Architecture SearchSemantic proximity Read