Here's Jaz showing us what a PhD studentship at PML is like. Two more positions currently available with myself and colleagues: https://t.co/GxN8J1cpji https://t.co/eLttn3xcGY
The many and varied tasks of a Principal Scientific Officer; Andy Rees engaged in decision making, logistics, driving deployments to deck and laboratory work on AMT30. @PlymouthMarine, @CLASS_UKRI, @AndyRees23, #AMT30, #NEODAAS,
From Port Stanley, the Falklands to Southampton, UK, AMT30 covered 7000 miles and used an array of autonomous underway instruments and in situ profiles to validate a range of satellite sensors. Thanks to NEODAAS for cruise support. @PlymouthMarine, @CLASS_UKRI, #AMT30, #NEODAAS,
Andy Mahon (Chief officer), Rachel Astell (3rd officer) and Stewart Mackay (Captain) on the bridge of RRS Discovery. Thanks for all of your support on AMT30 in facilitating a successful campaign!! @PlymouthMarine, @CLASS_UKRI, #AMT30, #NEODAAS,
FREE EVENT: It may be #NetZeroWeek but we're constantly supporting innovative ideas to achieve Net Zero. To find out what we're doing and to get involved; join us, @Rothamsted@metoffice, @PlymouthMarine & @NPL on 30 September for an online hackathon.
https://t.co/rI33vVJrLA
For the first time, researchers from PML and @Princeton have found microbial communities able to consume nitrous oxide in oxygen-rich seawater 🌊
This new component of the #NitrogenCycle is "a key piece of the puzzle in understanding how the sea and atmosphere interact"
Microorganisms with atypical gene sequences contribute to nitrous oxide sink conditions in the high-latitude Atlantic Ocean. @AndyRees23@PlymouthMarine
https://t.co/eqvtld2I8V
First author and a @NERCScience Research Fellow at the MBA and the @UniofExeter, Dr Katherine Helliwell, said ""this work provides new insight into how one of the most abundant marine phytoplankton groups is able to thrive in feast-famine nutrient regimes."
What mechanisms drive #diatom bloom formation? Researchers at the MBA, @PlymouthMarine and @warwickuni have described a new role for Ca2+ signalling in eukaryotes, for phosphate sensing - a vital macronutrient controlling diatom growth and productivity in the #oceans.
New PhD project on "Exploring the future of the marine N2O cycle". Want to know more about ocean chemistry and its role on climate change. Come and join our team @GeogBristol and @PlymouthMarine. Deadline on Friday 8th January 2021.
https://t.co/1qY7q18Vjz
Help me change the face of men’s health this #Movember by making a donation to my moustache: https://t.co/qcHIy1FMBO @MovemberUK https://t.co/O0muA6rdsu