Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile
Jie Chen 陈杰

@jiechen_geo

🇨🇳 🇫🇷 Marine Geophysicist 🌏 Postdoctoral Researcher@IPGP_officiel

ID: 1096017875524091904

linkhttps://chenjie.netlify.app/ calendar_today14-02-2019 12:06:39

32 Tweet

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LANDFIRE (@nature_landfire) 's Twitter Profile Photo

This paper lays out a "scientific case" for not using rainbow or red-green diverging color schemes to convey information Check it out: "The misuse of colour in science communication" rdcu.be/c3DZR Perhaps required reading for anyone presenting scientific info?

This paper lays out a "scientific case" for not using rainbow or red-green diverging color schemes to convey information Check it out: "The misuse of colour in science communication" rdcu.be/c3DZR Perhaps required reading for anyone presenting scientific info?
Nature Reviews Earth & Environment 🌈 (@natrevearthenv) 's Twitter Profile Photo

🚨New Review! Geodynamics of continental rift initiation and evolution Sascha Brune et al. discuss the processes, forces & tectonic interactions responsible for the wide variety of rifts on Earth rdcu.be/c63Zp @fracturedfola J.-A. Olive Dr. D. Sarah Stamps @susannebuiter

🚨New Review! Geodynamics of continental rift initiation and evolution

<a href="/sasbrune/">Sascha Brune</a> et al. discuss the processes, forces &amp; tectonic interactions responsible for the wide variety of rifts on Earth

rdcu.be/c63Zp @fracturedfola <a href="/jaodynamics/">J.-A. Olive</a> <a href="/dsarahstamps/">Dr. D. Sarah Stamps</a> @susannebuiter
NASA (@nasa) 's Twitter Profile Photo

Recent volcanic activity has been observed on Venus for the first time. Scientists made the discovery by poring over archival radar images of Earth’s twin taken in the '90s by our Magellan mission. Our VERITAS mission is set to investigate: go.nasa.gov/3mP5f9O

Recent volcanic activity has been observed on Venus for the first time.

Scientists made the discovery by poring over archival radar images of Earth’s twin taken in the '90s by our Magellan mission. Our VERITAS mission is set to investigate: go.nasa.gov/3mP5f9O
J.-A. Olive (@jaodynamics) 's Twitter Profile Photo

Seafloor relief comes in all shapes and sizes. In Chapter 20 of João C. Duarte’s new book, I review simple mid-ocean ridge models that relate seafloor fabric to lithosphere and mantle dynamics. Thanks again João for the invitation! Open version available 👇 cnrs.hal.science/hal-04040211v1…

Seafloor relief comes in all shapes and sizes. In Chapter 20 of <a href="/JoaoCDuarte/">João C. Duarte</a>’s new book, I review simple mid-ocean ridge models that relate seafloor fabric to lithosphere and mantle dynamics. Thanks again João for the invitation! Open version available 👇 cnrs.hal.science/hal-04040211v1…
Lars Ruepke (@lruepke) 's Twitter Profile Photo

Come to GEOMAR_en for a postdoc on #HydrothermalVents! Within an international consortium, we combine numerical models with seafloor observations to understand how fault-controlled systems on the #MidAtlanticRidge "work". geomar.de/en/karriere/jo… #OpenFOAM #geophysics

Come to <a href="/GEOMAR_en/">GEOMAR_en</a> for a postdoc on  #HydrothermalVents!  Within an international consortium, we combine numerical models with seafloor observations to understand how fault-controlled systems on the #MidAtlanticRidge "work".  geomar.de/en/karriere/jo…
#OpenFOAM #geophysics
CNRS Terre & Univers (@cnrs_insu) 's Twitter Profile Photo

#Prix #Distinctions 🏅Mathilde Cannat reçoit la médaille EGU Arthur Holmes 2023 pour sa contribution à la compréhension des dorsales médio-océaniques en termes de processus tectoniques et de dynamique ! Pour en savoir plus ⤵️ insu.cnrs.fr/fr/cnrsinfo/ma…

#Prix #Distinctions
🏅Mathilde Cannat reçoit la médaille EGU Arthur Holmes 2023 pour sa contribution à la compréhension des dorsales médio-océaniques en termes de processus tectoniques et de dynamique ! 
Pour en savoir plus ⤵️
insu.cnrs.fr/fr/cnrsinfo/ma…
Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile Photo

Check out our recent paper: "Evolution of enhanced magmatism at the ultraslow spreading Southwest Indian Ridge between 46°E and 53.5°E". The spatiotemporal evolution of the SWIR 46-52°E and the full spectrum of ultraslow spreading modes. authors.elsevier.com/c/1h7tk98we1pgZ

Check out our recent paper: "Evolution of enhanced magmatism at the ultraslow spreading Southwest Indian Ridge between 46°E and 53.5°E". The spatiotemporal evolution of the SWIR 46-52°E and the full spectrum of ultraslow spreading modes. authors.elsevier.com/c/1h7tk98we1pgZ
Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile Photo

My first try to make a short video for our publication. Check this link: youtu.be/5mPzlkD-osgpap… Title: Evolution of enhanced magmatism at the ultraslow spreading Southwest Indian Ridge between 46°E and 53.5°E

Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile Photo

Check out our recent paper: "Ocean Sciences with the Spilhaus Projection: A Seamless Ocean Map for Spatial Data Recognition". nature.com/articles/s4159…… #Spilhaus #oceanscience #mapping #geoinformatics

Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile Photo

Along with a short video for introducing the Spilhaus paper: youtu.be/Xv-rxroPnJQ #Spilhaus #oceanscience #mapping #geoinformatics

IPGP (@ipgp_officiel) 's Twitter Profile Photo

#Communiqué 🌋 Première imagerie 3D du système magmatique sous une dorsale ! La morphologie des lentilles magmatiques, dernières étapes du #magma avant la surface, joue un rôle dans la dynamique des #éruptions à venir. Milena Marjanović via Science Advances 👉ipgp.fr/actus-et-agend…

#Communiqué 🌋 Première imagerie 3D du système magmatique sous une dorsale ! La morphologie des lentilles magmatiques, dernières étapes du #magma avant la surface, joue un rôle dans la dynamique des #éruptions à venir. <a href="/marjanovic_m/">Milena Marjanović</a> via <a href="/ScienceAdvances/">Science Advances</a> 
👉ipgp.fr/actus-et-agend…
Jie Chen 陈杰 (@jiechen_geo) 's Twitter Profile Photo

Check out our recent paper PNASNews: "Beyond spreading rate: Controls on the thermal regime of mid-ocean ridges", from IPGP Université Paris Cité @Geosciences_ENS Paper Link: pnas.org/eprint/IV8FAKE… Video below: Cyclic melt supply at a melt-rich ultraslow spreading ridge