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Microlab@Bristol

Studying microbial life in extreme cryo-environments

MicroLab@Bristol employs a range of laboratory, field and modeling techniques to study how life excels in extreme cryo-environments and its role in globally relevant processes. We also work closer to home on several marine and freshwater topics.

Some current projects


iDAPT: examining the role of the cryosphere in driving one of the biggest transitions in Earth’s history – the evolution of land plants.

Supraglacial carbon cycling: using field data to model Greenland Ice Sheet glacier algal blooms and their contribution to global carbon cycling.

Smart Catchment Management: using machine learning to model Cyanobacterial metabolite production blooms in freshwater reservoirs.

MicroLab@Bristol on the road


Take a look at some of our recent field trips


Microlab@Bristol News


New Microlab@Bristol paper in Frontiers in Plant Science, shows how the cellular nutrient content of glacier algae deviates from Redfield stoichiometry and is likely an adaptation to surface ice conditions

Another contribution from Microlab@Bristol to a great Nature Comms paper on the storage and export of microbes across the Western Greenland Ice Sheet.

MicroLab@Bristol is recruiting for both a 2.5 month research assistant role on our JGI funded machine learning project, AND a Cabot Masters by Research student on the same topic (same person could bag both!)

Alex Bowles accepts 3-year postdoc position with MicroLab@Bristol on the Leverhulme Funded iDAPT project.

We are recruiting a 3-year genomics/bioinformatics PDRA on our Leverhulme Trust funded iDAPT project. See here for full job details. Deadline is 25th October.

MicroLab@Bristol awarded 4 year Leverhulme Trust research grant for project iDAPT.

Carmen Espinosa Angona accepts 1-year modeling PDRA project in MicroLab@Bristol

Miranda Nicholes successfully defends her PhD thesis to become Dr Nicholes!!!

The Lab behind Microlab@Bristol

Microlab@Bristol laboratory facilities


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