MicroLabBristo1's profile picture. Microbiology research group led by Chris Williamson, specializing in life in the cryosphere @BristolUni

MicroLab@Bristol

@MicroLabBristo1

Microbiology research group led by Chris Williamson, specializing in life in the cryosphere @BristolUni

Really nice commentary on our recent @LeverhulmeTrust #iDAPT project glacier algal genome paper. Many thanks to the authors, mainly associated with the @watertoland project I believe. Nice work @_AlexBowles @Bristol_Glac @GeogBristol nph.onlinelibrary.wiley.com/doi/full/10.11….


Time to head to Greenland with the @DeepPurpleERCSy crew for some glacial algal chasing on our @LeverhulmeTrust #iDAPT project.

MicroLabBristo1's tweet image. Time to head to Greenland with the @DeepPurpleERCSy crew for some glacial algal chasing on our @LeverhulmeTrust #iDAPT project.

MicroLab@Bristol reposted

The @bps_algae Hilda Canter-Lund photography competition shortlist is open for voting until 5th July: #HCLcompetition2024 #algaephotography Canter-Lund 2024 - Gallery Shortlist - The British Phycological Society (brphycsoc.org)


MicroLab@Bristol reposted

Dr Alexander Bowles gives insight into the evolutionary journey of glacier algae from the deep past to the present in this new blog. As we face a changing climate, understanding these microscopic organisms is key to predicting the future of Earth’s icy environments.…

cabotinstitute's tweet image. Dr Alexander Bowles gives insight into the evolutionary journey of glacier algae from the deep past to the present in this new blog. As we face a changing climate, understanding these microscopic organisms is key to predicting the future of Earth’s icy environments.…

MicroLab@Bristol reposted

Life in the deep freeze: the evolution of glacier algae theconversation.com/how-glacier-al… Some thoughts on our recent paper in @NewPhyt for the @ConversationUK nph.onlinelibrary.wiley.com/doi/full/10.11…

_AlexBowles's tweet image. Life in the deep freeze: the evolution of glacier algae

theconversation.com/how-glacier-al…

Some thoughts on our recent paper in @NewPhyt for the @ConversationUK

nph.onlinelibrary.wiley.com/doi/full/10.11…

MicroLab@Bristol reposted

Genome-scale data of glacier algae elucidates streptophyte evolution on ice and land Bowles et al. @_AlexBowles @tweethinking @glpcjd @MicroLabBristo1 📖 ow.ly/Ub9O50SaASZ

NewPhyt's tweet image. Genome-scale data of glacier algae elucidates streptophyte evolution on ice and land

Bowles et al. @_AlexBowles @tweethinking @glpcjd @MicroLabBristo1

📖 ow.ly/Ub9O50SaASZ

Fantastic manuscript out yesterday on our @LeverhulmeTrust #iDAPT project on glacier algal evolution, genomics and links to snowball Earth. Amazing work by @_AlexBowles and the iDAPT team @Bristol_Glac @GeogBristol @BristolUni nph.onlinelibrary.wiley.com/doi/epdf/10.11…


MicroLab@Bristol reposted

Delighted to see the work from my postdoc at @BristolUni on algal evolution on ice and land out in @NewPhyt @tweethinking | @glpcjd | Doug Campbell | @MicroLabBristo1 @Bristol_Glac | @BristolPalaeo nph.onlinelibrary.wiley.com/doi/10.1111/np… 1/6

_AlexBowles's tweet image. Delighted to see the work from my postdoc at @BristolUni on algal evolution on ice and land out in @NewPhyt 

@tweethinking | @glpcjd | Doug Campbell | @MicroLabBristo1 

@Bristol_Glac | @BristolPalaeo 

nph.onlinelibrary.wiley.com/doi/10.1111/np…

1/6

CASP-ICE is in full swing with lots of exciting conversations, ranging from smaller scale sampling methods up to large scale satellite monitoring 🔬🛰️ #CASPICE #algae #phycology #AlpineScience #microbiology #cryosphere

MicroLabBristo1's tweet image. CASP-ICE is in full swing with lots of exciting conversations, ranging from smaller scale sampling methods up to large scale satellite monitoring 🔬🛰️ 

#CASPICE #algae #phycology #AlpineScience #microbiology #cryosphere

This is a BIG week! Microlab is hosting the first CASP-ICE workshop, bringing together global leaders in snow/glacier algae research to standardise and innovate sampling methods. Watch this space! #CASPICE #Algae #Phycology #PolarScience #AlpineScience #microbiology #cryosphere

MicroLabBristo1's tweet image. This is a BIG week! Microlab is hosting the first CASP-ICE workshop, bringing together global leaders in snow/glacier algae research to standardise and innovate sampling methods. Watch this space!
#CASPICE #Algae #Phycology #PolarScience #AlpineScience #microbiology #cryosphere

MicroLab@Bristol reposted

How does algae survive at the planet's coldest extremes? 🍀 That's the question that took Emily Broadwell (aka @em_lm_b) to Signy Research Station, as part of her PhD research at @MicroLabBristo1 🏔️ 🧵

BAS_News's tweet image. How does algae survive at the planet's coldest extremes? 🍀

That's the question that took Emily Broadwell (aka @em_lm_b) to Signy Research Station, as part of her PhD research at @MicroLabBristo1 🏔️

🧵

We’re also on instagram! 📷 @microlabbristol

MicroLabBristo1's tweet image. We’re also on instagram! 📷 @microlabbristol

MicroLab@Bristol reposted

RT! 📢 #Postdoc vacancy in Atmosphere Habitability Modelling 🦠Habitability of the atmosphere ⚡️Bioenergetics & ecosystem modelling ☁️Join multi-disciplinary @HFSP team: The atmosphere as an ecosystem ☀️Based in sunny Marseille, France 🚨Apply by 10 May 👇 academicpositions.com/ad/aix-marseil…

DrBradBrad's tweet image. RT! 📢 #Postdoc vacancy in Atmosphere Habitability Modelling
🦠Habitability of the atmosphere
⚡️Bioenergetics & ecosystem modelling
☁️Join multi-disciplinary @HFSP team: The atmosphere as an ecosystem
☀️Based in sunny Marseille, France
🚨Apply by 10 May 👇
academicpositions.com/ad/aix-marseil…

Second @MicroLabBristo1 paper out in 2 days! See here for our new @LeverhulmeTrust iDAPT paper on the role of ancient glaciations and the origin of multicellularity in plants - excellent work from the iDAPT team @_AlexBowles @Bristol_Glac @GeogBristol academic.oup.com/gbe/advance-ar…


MicroLab@Bristol reposted

Really excited to be here as part of our work at @MicroLabBristo1

PhD student Emily Broadwell has voyaged to one of the most remote locations on Earth ❄️🏔️ It took Emily two weeks to reach Signy Island, which is 370 miles from the Antarctic peninsula and 800 miles from the Falkland Islands 🐧 📢 brnw.ch/21wGQ2F

BristolUni's tweet image. PhD student Emily Broadwell has voyaged to one of the most remote locations on Earth ❄️🏔️

It took Emily two weeks to reach Signy Island, which is 370 miles from the Antarctic peninsula and 800 miles from the Falkland Islands 🐧

📢 brnw.ch/21wGQ2F
BristolUni's tweet image. PhD student Emily Broadwell has voyaged to one of the most remote locations on Earth ❄️🏔️

It took Emily two weeks to reach Signy Island, which is 370 miles from the Antarctic peninsula and 800 miles from the Falkland Islands 🐧

📢 brnw.ch/21wGQ2F


MicroLab@Bristol reposted

Was fun to be on @bbcradiobristol this afternoon to chat about my upcoming trip to Signy. Hopefully will be able to update on my progress in a week or two 🐧 (Tune in at 2:25) bbc.co.uk/sounds/play/p0…


First Microlab meeting of 2024, say hi to this year's team! We have familiar faces (post doc @JazzedUpScience, PhD students @em_lm_b, Maddy and Paulina) plus new members research technician Sonia Giulietti and PhD student Holly Liken. And of course Chris lurking behind the camera

MicroLabBristo1's tweet image. First Microlab meeting of 2024, say hi to this year's team!
We have familiar faces (post doc @JazzedUpScience, PhD students @em_lm_b, Maddy and Paulina) plus new members research technician Sonia Giulietti and PhD student Holly Liken. And of course Chris lurking behind the camera

MicroLab@Bristol reposted

In 10 days I’ll be off to Signy Island, Antarctica with @BAS_News to assess the snow and glacier algal blooms there. I’ll be sharing more of the journey and what I get up to on our team page (@MicroLabBristo1) and my insta (em_lm98) 🐧❄️ #Antarctica #algae #polar #microbiology


United States Trends

Loading...

Something went wrong.


Something went wrong.