01:21:54

The Great Oxidation and Palaeoproterozoic Snowballs in the EONS biogeochemical ... - Colin Goldblatt

45:34

When old ages grow old: Legacy U-Pb age data in Precambrianresearch, their... - Jahandar Ramezani

01:07:26

Subaerial crust emergence hindered by phase-driven lower crust densification on early... - Ming Tang

01:34:15

ID-TIMS and LA-ICPMS U-Pb dating of zircon: Advances, advantages, challenges... - Urs Schaltegger

01:23:29

Re-affirming the case for a protracted terrestrial mantle redox evolution - Sonja Aulbach

55:30

Cratonic Growth in an Accretionary Orogen: A Tale from the North China Craton - Tim Kusky

54:27

Earth’s ancient magnetic field and its relationship to the origin of life, ... - John Tarduno

53:53

Paleomagnetic detection of relative plate motions and a core dynamo by 3.5 Ga - Alec Brenner

01:12:55

Secular changes in the distribution and characteristics of mineral deposits ... - David Huston

01:12:32

How much life has ever existed? - Peter Crockford

01:13:24

A Hadean enriched reservoir revealed through coupled long-and short-lived Sm-Nd...- Victor Garcia

58:56

PALEOARCHEAN GREENSTONE SEDIMENTATION: A RECORD OF THE GROWTH OF A STAGNANT LID - Don Lowe

01:40:37

Neoproterozoic seawater sulfate and hydrogen sulfide - Huiming Bao

01:17:16

Models for Earth's climate and biogeochemical evolution over the Precambrian - Benjamin Mills

01:18:10

Silicon isotopes in granitoids : a game changer for early Earth environments -Martin Guitreau

01:01:58

Paleomagnetism of Mesoproterozoic mafic dykes of Congo/São Francisco ... - Johanna Salminen

58:10

New age constraints on Ediacaran Oman provide a temporal framework for - Marjorie Cantine

01:17:34

A Mesoarchean oxygen oasis expanded: new trace element and stable isotope data ... - Dylan Wilmeth

01:29:52

Four Million Year Long Marinoan Snowball Earth - Adrian Tasistro-Hart

01:07:19

Novel high-resolution geochemical methodologies for quantitative element maps and... - Simon V. Hohl

01:08:44

Petro-tectonic analysis of the Farmington Canyon Complex, Utah: Implications for... - Adolph Yonkee

01:15:56

The secret life of a Paleoarchean granitic dome: The cryptic internal structure... Nicolas Roberts

01:49:09

Phosphorites Under the Microscope: Microbial Ecology and the Phosphorus Cycle... - Cecilia Sanders

01:19:51

Oxygen isotopes in hydrothermally altered ocean crust record seawater δ18O ... - Benjamin Johnson

59:40

On the Reliability and Fragility of the Carbonate Paleoclimate Archive - Mohammed Hashim

01:03:04

Reconstructing phosphorus levels in the Proterozoic - Romain Guilbaud, CNRS, Toulouse, France

53:33

Carbon cycling in Paleoproterozoic Mountain Belts Insights from graphitic-pyritic - Jonathan Toma

01:20:27

Thallium: the platypus of metals - Chad Ostrander

57:42

Looking at Mesoproterozoic tectonics from a Grenvillian perspective - Félix Gervais

01:08:19

Precambrian lifeforms, reconstructed - Akshay Mehra - University of Washington

01:19:53

Geodynamic models of early Earth crust formation: Stagnant-lid, plate tectonics... - Bradford Foley

01:06:26

The The Southern Segment of the Paleoproterozoic Minas-Bahia Orogen, SE Brazil... - Monica Hielbron

01:14:57

The effect of a Paleoarchean meteorite impact on early surface environments and life - Nadja Drabon

01:00:35

Experimental constraints on “Ediacara-style” preservation - Silvina Slagter - Yale University

01:02:08

Working towards a comprehensive diagenetic model for iron-rich sedimentary rocks - Latisha Brengman

01:13:52

Extreme high-latitude platform carbonate deposition: Climate paradox at the... - Michiel De Kock

01:13:11

The Ediacaran–Cambrian transition in the southern... - Emily (Emmy) Smith, Johns Hopkins University

01:04:03

Segmentation of subducting slabs and its implication for the onset of modern... - Taras Gerya

01:20:21

The Balanced Billion: Rebranding the Extended Odd Mid... - Ross N. Mitchell and David A.D. Evans

01:13:06

Searching for signals of oxygenation in microbial reefs - Rosalie Tostevin

01:10:13

Geomicrobiological processes in Banded Iron Formation deposition, banding and... - Andreas Kappler

01:41:41

Mode and Timing of the Oxidation of early Earth’s Atmosphere-Geosphere- ... - Ronny Schoenberg

01:18:15

Things you can do from home during a pandemic: A geochronological review of... - Åke Johansson

01:30:36

On tubes and taphonomy from the terminal Ediacaran of southwest North America - Jim Schiffbauer

01:23:25

Exploring alternative global stratigraphic correlations across the Ediacaran-Cambrian...-Fred Bowyer

01:19:44

Paleoproterozoic tectonics of Fennoscandia - Raimo Lahtinen

57:54

The origin of the Earth and its early silicate evolution - Maud Boyet Université Clermont Auvergne

01:01:28

Plate-tectonic processes at ca. 2.0 Ga: Evidence from more than 600 km of plate... - An Yi

01:07:34

Using ecology to unlock the secrets of Ediacaran evolution - Emily Mitchell

01:13:59

The MacQuoid Orogeny and its global cousins: tectonics at the dawn of the... - Sally Pehrsson

01:05:34

Rodinia paleogeography: Laurentia as the geological 'Key' - Ian Dalziel

01:18:18

The Barberton Greenstone Belt: A unique window into Paleoarchean life - Martin Homann

01:13:04

Milankovitch cycles in 2.46 billion-year-old iron formations: insights into... - Margriet Lantink

01:12:51

Mafic dyke swarms of the southern West African and Amazonia... - Lenka Baratoux & Paul Y.J. Antonio

01:06:05

Environmental change and biotic turnover in the Ediacaran: Evidence for the first... -Scott D. Evans

01:16:58

Tracking Neoproterozoic-Cambrian marine environmental and climate change through... - Ashleigh Hood

01:21:18

Causes and consequences of the rise of atmospheric oxygen - David Catling

01:13:35

Towards a robust temporal framework for Paleoproterozoic carbon isotope excursions - Annie Bauer

01:11:18

An ironstone perspective on Neoproterozoic environmental change - Maxwell Lechte

01:33:36

Kinetic controls on the early Neoproterozoic carbonate factory - Nicholas Tosca