The Wilson Cycle - Episode 1 - Rifting

The first of four episodes of "The Wilson Cycle" series. This is Episode 1: Rifting and Break-up of Continents.
In this episode, we look at some of the geological evidence for the rifting and breaking-up of the Late-Proterozoic supercontinent known as Rodinia. This continental break-up resulted in the formation of the palaeo-continents Baltica and Laurentia. The continued rifting formed wide, and in-parts hyperextended, passive continental margins along both Baltica and Laurentia, both facing the opening “Proto-Atlantic Ocean”, which presently, in the modern literature is named the “Iapetus Ocean”.
------
Join us to discover the Wilson Cycle, one of the most fundamental concepts in geology. The “Wilson Cycle” explains the process of orogeny, which related to the formation of the world's large-scale mountain belts by a series geological events. The various elements of Wilson Cycle (and the Supercontinent Cycle, more broadly) have underpinned and inspired many of the research undertaken over the last 10 years at CEED.
Production, financial support and acknowledgements:
The Centre for Earth Evolution and Dynamics (CEED) at the University of Oslo (UiO), Norway.
License: Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0)
Professor Torgeir B. Andersen (CEED, UiO) and his former PhD students/Post Doc at CEED, Dr Hans-Jørgen Kjøll (now at IG-UiO) and Dr Johannes Jakob (now at NGU) guide us through the geotraverse and explained details of the geological observations.
Dr Valentina Magni (CEED, UiO) shows and explains some computer simulations to illustrate elements of Wilson Cycle Tectonics, such as subduction and Island-arc formation and eduction.
Dr Dougal Jerram (CEED, UiO) is the narrator, asks all the important questions and introduces and summarise explanations underway.
Assistant Professor Owen Anfinson (Sonoma State University, U.S.A) helped with skilful drone-piloting under the instruction of main photographer Andrew Blix, who together with Dougal Jerram have edited and produced the final four clips of our Wilson Cycle movie.
Norwegian Research Council's financial support to CEED and the Fri-Nat Project “Hyper-extension along the Pre-Caledonian margin of Baltica” together with the INTPART NOR-R-AM and NOR-R-AM2 "Changes at the Top of the World through Volcanism and Plate Tectonics: Arctic Norwegian-Russian-North American collaboration" project financed the film project.
SGC (Sunnfjord Geo-Centre) with Einar Alsaker is thanked for help and guidance during visit to the Staveneset copper mine. Knutholmen A/S w/Svein Fosse provided the boats used during filming.
We hope you enjoy the series!

[@StopWhining491]

Not having any background in geology, it's amazing to me the stories rocks can tell. Great series thanks!

[@speleoth]

Wonderful series! Thank you

[@marcia11956]

Excelent virtual class. Here in Cuiabá, Mt Brazil we can see beautiful Tilites from the same time (600 Ma)

[@PlayNowWorkLater]

Fantastic! I’m not super familiar with this area of the world but I can see how this applies to the Pacific Northwest, with the passive margin from the pulling apart of Rodinia and then the accretionary rocks as new terranes are added. Excellent presentation

[@Bloodknok]

Excellent. That really brought everything together for me, so helpful to see visual evidence of the different processes and rocks

[@josephmeert6794]

Nice video demonstrating the genius of Torgeir :)

[@martinmorgan7808]

Excellent series. thanks!

[@haakonfossen]

Nice!

[@hadikarimi949]

Great, Big like 👍

[@martinmorgan7808]

Btw- do you have a date on those metaperidotites? Thx

[@leechild4655]

St Wilson Patron Saint of Plate Tectonics

[@illumencouk]

The Wilson Effect: Open- close- collision- collapse- And there it was, gone. Mate stop with this nonsense, your embarrassing yourself.