Please retweet if you want Labour, LibDems and Greens to cooperate at the next election in order to oust the Tories and introduce PR, so we never again have to endure a Tory Government with an eighty seat majority, secured with only 43% of the popular vote.
Our new paper @LivUniGeomag has been published in Earth and Planetary Science Letters. "Extremely weak early Cambrian dipole moment similar to Ediacaran.." https://t.co/qLaJmhqQfi
🌟JOB ALERT🌟Fancy working with me @UniversityLeeds modelling convection and magnetic field generation in Earth's core? Then check this out https://t.co/HvtVOchG2n. Please pass this on and get in touch if interested!
New paper from @yaelengbers reporting first palaeointensities from island of St Helena within the current South Atlantic Anomaly. Guess what? They are low... https://t.co/mNhJH9HEU6
Congratulations Dr Thallner @DThallner @LivUniGeomag on a brilliant viva and thesis. Have learnt lots about the Ediacaran magnetic field, and the art of punny subtitles 🥳
Huge congratulations to this year's GJI Student Author Awardees which includes our very own Simon Lloyd @laserlips who really needs to get a new twitter handle 😅
https://t.co/Y9FaXH7arj
Our new paper: dynamo constraints on the long term evolution of earth's magnetic field strength https://t.co/iZ6b45kVLo. It's taken a long time, but I have loved working on this project with @andybiggin, @RKBonoPmag, Julien Aubert, Sam greenwood and Domenico Meduri.
A new era in the history of the palaeomagnetic field is defined in our newly published paper by Louise Hawkins and co-authors: the Mid-Paleozoic dipole low.
https://t.co/nLyDE1zPNJ
Well done to @DThallner for his first lead-authored paper - and a corker too! A huge measurement effort on his part to tease astonishingly low palaeointensity measurements from these Ediacaran dykes.
https://t.co/otqFl0FRZ9
Great to see this article in Eos on Domenico Meduri's new paper! Dynamo sims are now capable of reproducing palaeomagnetic behaviour to a better degree than previously possible. https://t.co/sVADeV4W9D
https://t.co/f7hTLK4Lyp
Our new GGP model for the last 10 million years, utilising insights from numerical models to improve the fit to palaeomagnetic data - great work @RKBonoPmag !