Posted on Feb 26, 2018
Dr Matt Frost (Director, MBA) and Prof. Willie Wilson (Director, SAHFOS) hosted Minister for the Environment Dr Therese Coffey at the Citadel Hill laboratory, Plymouth on March 1st. A working lunch was held in the MBA’s Wolfson Room where Dr Coffey also met with representatives from the University of Plymouth, Plymouth Marine Laboratory and the National Marine Aquarium. Dr Coffey was then given a tour where she was shown rare exhibits from the National Marine Biological Library and the SAHFOS Continuous Plankton Recorder. Dr Michael Cunliffe then led a tour of the MBAs Cell and Molecular laboratories including demonstrations of unique microscopy facilities.
MBA Fellow Dr Michael Cunliffe said “It was a pleasure to demonstrate examples of the fundamental biological research that we undertake at the MBA to improve our understanding of the functioning of marine microbial life...
Posted on Feb 22, 2018
Sea Change reports - the Sea Change project is coming to an end but wanted to refer to its great achievements over the last three years and the ongoing work.
Make a small change for a sea change:
Posted on Feb 22, 2018
The EU-funded Horizon 2020 EMBRIC (European Marine Biological Research Infrastructure Cluster ) Research Infrastructures project 2 nd call For Transnational Access has been announced.
Users from academia and industry are invited to submit proposals in the field of Marine Biotechnology for access to research facilities and technology platforms:
The MBA is an EMBRIC Transnational Access consortium member and is offering access to state of the art facilities:Access to ecosystems and Sampling facilities (including use of MBA Research Vessel Sepia ) Culture collections and biobanks Cultivation and rearing facilities (aquarium and circulating sweater systems) Microscopy and bio-imaging Molecular biology facilities
Access to MBA facilities and platforms is accompanied by full technical and logistical support.
Posted on Feb 21, 2018
Blueprint: The Future of Our Seas
Opportunity for Public Engagement Training and Practice
Human well-being is directly affected by the health of our seas, yet public awareness of many of the challenges facing the marine environment remains low. For decades, researchers have investigated issues such as non-native species, climate change, pollution, overfishing, and ocean acidification, but these topics are only recently gathering interest from outside the academic community.
This year, NERC and the National Co-ordinating Centre for Public Engagement (NCCPE) are offering the opportunity to work with public engagement professionals, artists and creatives to train and to inspire scientists.
Training will talke place in Plymouth and Oban.
The deadline for applications for the Plymouth training is 5pm on Friday...
Posted on Feb 15, 2018
Aisling Smith, the RV MBA Sepia ’s former Manager left us in January to start a new adventure with the British Antarctic Survey (BAS) as the Laboratory Manager for the Royal Survey Ship Sir David Attenborough . Although we were sad to see her leave we are delighted to hear that she is joining the Larsen C Research Cruise to assist with the urgent study of the benthic ecosystem under the Antarctic ice shelf.
Mission lead Dr Katrin Linse from British Antarctic Survey said “The calving of [iceberg] A-68 provides us with a unique opportunity to study marine life as it responds to a dramatic environmental change. It’s important we get there quickly before the undersea environment changes as sunlight enters the water and new species begin to colonise. We’ve put together a team with a wide range of scientific skills so that we can collect as much information as...
Posted on Feb 14, 2018
Epifluorescence microscopy of the large marine diatom Odontella sinensis showing the arrangement of the chloroplasts.
Marine diatoms contribute significantly to photosynthesis in our oceans and act as the base of the food chain in many of the most productive fisheries. The process of photosynthesis in phytoplankton is affected by cell size, as the rate at availability of carbon dioxide (CO 2 ) is much lower around large diffusion-limited cells.
To investigate how large marine phytoplankton, such as diatoms, overcome the problems of diffusion limitation, scientists at the MBA have developed techniques to measure the concentrations of inorganic carbon at the surface of individual diatom cells. By using tiny ion-selective microelectrodes, the research team were able to measure pH, oxygen and carbonate ion concentrations around the large diatom Odontella sinensis during photosynthesis. The results indicate that photosynthesis leads to dramatic changes in pH at the cell surface of...
Posted on Feb 8, 2018