Nine Early Stage Researcher in Marine Climate Change

aramacc690ARAMACC (“Annually Resolved Archives of Marine Climate Change”; is an EU-funded international collaboration whose scientific goal is to use the shells of very long-lived molluscs as a record of environmental change in the northeast Atlantic ocean over the past thousand years. The research is based on the relatively recent discovery that the annual banding in the shells of some marine molluscs can be used to develop long timelines, or chronologies, of shell material using methods identical to those used in tree-ring research. The scientific field that has developed out of this discivery is called “sclerochronology” (or “shell-ring research”). The idea behind ARAMACC science is to develop a network of these shell-based chronologies in the northeast Atlantic ocean, and at the same time to advance the applications of this kind of research in the fields of biology, climate modelling, proxy development and environmental monitoring.

As a Marie Curie Intial Training Network, ARAMACC also focusses on training the next generation of specialist researchers. Ten PhD students will be funded by ARAMACC, each for a total of three years, and each will specialize in a specific aspect of the science of sclerochronology. The ARAMACC team is made up of scientists from Croatia, France, Germany, the Netherlands, Norway, Portugal and the UK.

ARAMACC currently has 9 Early Stage Researcher (ESR) positions available at six centres across Europe. Each ESR position will be attached to a host university for the award of a PhD.

The ESRs will be trained in the full range of skills associated with shell-ring research (sclerochronology), including climate reconstruction, climate modelling, biological and environmental drivers of shell growth, and novel geochemical proxies.

From the point of view of the relatively new science of sclerochronology, ARAMACC presents a great opportunity to move the field forward with an injection of new blood and new ideas.

We are looking for ESRs to work on projects in four broad application groups:

Five projects involving shell-based chronology construction and the reconstruction of marine variability in the northeast Atlantic region (based at Bergen, Norway (x2), Bangor, UK (x2) and Brest, France)
One project working with aplications to climate modelling applications (based at Helmholtz-Zentrum, Geesthacht, Germany)
One project will focus on the biological and environmental drivers of shells growth (based at NIOZ, Netherlands)
Two projects will involve the development of novel shell proxies (trace element incorporation and shell crystal fabrics; both based at Mainz, Germany)

For detailed information on the nine positions and general rules of recruitment, please visit our website at