Marine Microbial Macroecology Lab

Summer students working in the lab

Thursday, 07 July 2017

Sally Faulkner, Matt Fyfe, Akarsh Pai, and Catherine Fiset are summer research students working in the lab this summer. They are all busy growing cultures, performing assays, and helping out with lots of tasks around the lab.

This week Sally and Matt got a fun day at the beach to collect seawater for their lab cultures. Even indoor lab scientists need to get some sun now and then!

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Projected plankton community change featured at the BBC

Tuesday, 02 February 2016

Work by Andrew Barton and Charlie Stock (Princeton/GFDL) and Andrew Irwin and Zoe Finkel showing how North Atlantic phytoplankton communities may chnage over the next century was published today in PNAS.

A news story about this work appeared on the BBC website.

Research meeting

Thursday, 06 June 2015

Researchers met at Sackville, NB this month to develop macromolecular models of marine microbes.

Day one of the meeting was held at the Joggins Fossil Cliffs on the Bay of Fundy, shown below. Participants are (left to right): David Talmy, Ina Benner, Jason Bragg, Andrew Irwin, Chris Kempes, Justin Liefer, Chris Brown, Daniel Sher, Dalit Roth, Mick Follows, Zoe Finkel (behind the camera).

Meeting participants

Research on extinction rates published in Science

Monday, 05 May 2015

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SACKVILLE, NB — Mount Allison University geography and environment professor Dr. Zoe Finkel is part of an international group of researchers looking to fossils to help identify marine animals and areas of the ocean with a higher risk of extinction. The group’s paper has been published in the journal Science.

Finkel, who is also the Canada Research Chair in Marine Environmental Ecology and has co-ordinated the Environmental Science program at Mount Allison, says that the …

Changing phytoplankton niches

Friday, 05 May 2015

Our study of phytoplankton niches at Station Cariaco show that phytoplankton can evolve and change their niches over a 10-15 year period. The figure below shows the distribution of mean phytoplankton niche for temperature, irradiance, and nitrate concentration in a cooler period (blue) and a warmer period (red). Temperature and irradiance niches shift to track changes in the environment. The niches of some phytoplankton shift to lower nitrate concentrations as nitrate …