Benjamin Mills (@bjwmills) 's Twitter Profile
Benjamin Mills

@bjwmills

Professor of Earth System Evolution @SEELeeds.
Climate, oxygen, life over Earth history.

ID: 943201598158901248

linkhttp://earthevolutionmodelling.com calendar_today19-12-2017 19:29:19

478 Tweet

794 Followers

668 Following

Dr Will Homoky (@willhomoky) 's Twitter Profile Photo

NEW job opportunity! Join our collaborative👫, supportive💚 & successful🙌🏼 Earth Surface Science Institute ESSILeeds, where we advance thinking about our past, present and future worlds 🌍 🦠 🌱 🏔️ 🌊 🧪 ⚛️ ☀️ 🐟. “Lecturer in Earth Surface Geochemistry” links👇

Ian Hall (@ianhall_cu) 's Twitter Profile Photo

Do you use ocean sediments and/or geochemical proxies to investigate Earth system change? If so, come and join us Cardiff School of Earth & Environmental Sciences 'Lecturer in Past Climates and Earth System Change' cardiff.ac.uk/jobs/vacancies Job # 18828BR

Dr. Alex Krause (@alexjkrause) 's Twitter Profile Photo

Now it's closer to the time, I'm really excited to say that I'll be joining Cardiff School of Earth & Environmental Sciences as a Lecturer in Global Biogeochemical Cycles at the start of September! Even better, if you're also interested in Earth System changes, the dept are recruiting: krb-sjobs.brassring.com/TGnewUI/Search…

Chris Davies (@chrisdaviesgeo) 's Twitter Profile Photo

🌟New PDRA Position in Dynamo Modelling🌟 22 months with me in Earth and Environment at Leeds University of Leeds. Please RT and get in touch with me if interested! Full job details here: jobs.leeds.ac.uk/Vacancy.aspx?r… More info on our group is here: planetarycores.leeds.ac.uk

The PalAss (@thepalass) 's Twitter Profile Photo

📢Interested in the NERC Independent Fellowship application process? Don't miss our next ECR Webinar: Wednesday, 31st July, at 17:30 (BST) You will hear from our experienced panellists and there will be plenty of Q&A time. Register here: tinyurl.com/44k8j7c7

📢Interested in the NERC  Independent Fellowship application process?

Don't miss our next ECR Webinar: Wednesday, 31st July, at 17:30 (BST)

You will hear from our experienced  panellists and there will be plenty of Q&A time. Register here: tinyurl.com/44k8j7c7
Konhauser Geobiology (@konhausergeobio) 's Twitter Profile Photo

The Geobiology Society is back with our 3rd Conference, Geobiology 2025! Theme: 'Tracing the Biosphere through time' Save the date: May 20th-24th 2025 Location: Banff, AB Details coming soon! RT and share with fellow researchers 🦠🧬🌋⛰️ #Geobiology2025

The Geobiology Society is back with our 3rd Conference, Geobiology 2025!

Theme: 'Tracing the Biosphere through time'
Save the date: May 20th-24th 2025
Location: Banff, AB

Details coming soon!

RT and share with fellow researchers 🦠🧬🌋⛰️

#Geobiology2025
Dr. Alex Krause (@alexjkrause) 's Twitter Profile Photo

Are you/do you know someone interested in exploring carbon sequestration via rock weathering? Then apply for this cool PhD with Cardiff School of Earth & Environmental Sciences findaphd.com/phds/project/q… Have to be a UK student because of funding rules. For any Q's email Morten Andersen in the link.

Carmen García-Comas (@carmencomas6) 's Twitter Profile Photo

📢🧐👩‍🎓 We offer a 4-year PhD grant ICM-CSIC to build upon our global diversity model in deep time to answer macroecological questions. If you enjoy programming, ecology and/or the history of animal diversification, contact us ASAP. More info here: oceanglobe.info/pdf/INDICiOS_F…

Julian Rogger (@chulio_rog) 's Twitter Profile Photo

Happy to see this out in the new @sciencemagazine! How does the speed of vegetation recovery affect the long-term climate after a massive magmatic carbon degassing? Find out here: science.org/doi/10.1126/sc…

Benjamin Mills (@bjwmills) 's Twitter Profile Photo

Vegetation response to warming delayed climate recovery after past CO2 input events. Great to work on this study led by Julian Rogger and Loïc Pellissier science.org/doi/10.1126/sc…

Priestley Centre for Climate Futures (@priestleycentre) 's Twitter Profile Photo

Researchers, including Benjamin Mills, have developed a new way of calculating the climate impact of huge ancient volcanic eruptions 🌋 The work sheds new light on how vegetation regulates climate and sounds a warning about rising temperatures 🌡️👇 climate.leeds.ac.uk/news/ancient-v…

Researchers, including <a href="/bjwmills/">Benjamin Mills</a>, have developed a new way of calculating the climate impact of huge ancient volcanic eruptions 🌋

The work sheds new light on how vegetation regulates climate and sounds a warning about rising temperatures 🌡️👇
climate.leeds.ac.uk/news/ancient-v…
Jessica Tierney (@leafwax) 's Twitter Profile Photo

Are you: Tired of paywalls Tired of publication fees Tired of corporations making💲off of editors' free labor Wired for geochemistry Then consider joining the editorial team at Advances in Geochemistry and Cosmochemistry ! 💎 oa, free to publish and free to read. Apply here: tinyurl.com/bdznc356

Konhauser Geobiology (@konhausergeobio) 's Twitter Profile Photo

GEOBIOLOGY 2025 We are now live at: cms.eas.ualberta.ca/geobiology2025/ 📯 Stay tuned for registration and abstract submission We can’t wait to see you in Banff ! 🦦⛰️

GEOBIOLOGY 2025

We are now live at: cms.eas.ualberta.ca/geobiology2025/

📯 Stay tuned for registration and abstract submission

We can’t wait to see you in Banff ! 🦦⛰️
Earth and Environment at Leeds (@seeleeds) 's Twitter Profile Photo

New research by Prof Tom Gernon and Benjamin Mills shows how 'oceanic anoxic events' up to 185 million years ago changed the course of evolution and our planet. environment.leeds.ac.uk/news/article/5…

New research by <a href="/TMGernon/">Prof Tom Gernon</a> and <a href="/bjwmills/">Benjamin Mills</a> shows how 'oceanic anoxic events' up to 185 million years ago changed the course of evolution and our planet.

environment.leeds.ac.uk/news/article/5…
Benjamin Mills (@bjwmills) 's Twitter Profile Photo

Solid Earth forcing of Mesozoic Oceanic Anoxic Events: nature.com/articles/s4156… Really enjoyed working on this project led by Prof Tom Gernon where we used continental and submarine estimates of P input to test if deoxygenation would occur

Solid Earth forcing of Mesozoic Oceanic Anoxic Events:

nature.com/articles/s4156…

Really enjoyed working on this project led by <a href="/TMGernon/">Prof Tom Gernon</a> where we used continental and submarine estimates of P input to test if deoxygenation would occur
Nature Geoscience (@naturegeosci) 's Twitter Profile Photo

Article: Enhanced chemical weathering following continental breakup may have driven a succession of Mesozoic oceanic anoxic events, according to tectonic and biogeochemical modelling Prof Tom Gernon Benjamin Mills OceanEarthUniSoton University of Southampton Earth and Environment at Leeds nature.com/articles/s4156…

Article: Enhanced chemical weathering following continental breakup may have driven a succession of Mesozoic oceanic anoxic events, according to tectonic and biogeochemical modelling

<a href="/TMGernon/">Prof Tom Gernon</a> <a href="/bjwmills/">Benjamin Mills</a> <a href="/OceanEarthUoS/">OceanEarthUniSoton</a> <a href="/unisouthampton/">University of Southampton</a> <a href="/SEELeeds/">Earth and Environment at Leeds</a>

nature.com/articles/s4156…
Prof Amanda Maycock (@acmaycock) 's Twitter Profile Photo

We have a 3-yr position in the group to work on European climate projections and implications for food safety as part of the European Commission project Ambrosia. Climate scientists with an interest in climate impacts please apply! Closes 27 Sept. ICAS jobs.leeds.ac.uk/vacancy.aspx?r…

Nature Portfolio (@natureportfolio) 's Twitter Profile Photo

Enhanced chemical weathering following continental breakup may have driven a succession of Mesozoic oceanic anoxic events, according to tectonic and biogeochemical modelling presented in Nature Geoscience. go.nature.com/4cVXQdf

Enhanced chemical weathering following continental breakup may have driven a succession of Mesozoic oceanic anoxic events, according to tectonic and biogeochemical modelling presented in <a href="/NatureGeosci/">Nature Geoscience</a>. go.nature.com/4cVXQdf