10 postdoc-in-thermal-network-of-the-physical-building PhD positions at University of Plymouth
Sort by
Refine Your Search
-
DoS: Dr Michael Watts , British Geological Survey (mwatts@bgs.ac.uk ) 2nd Supervisor: Professor Will Blake (william.blake@plymouth.ac.uk ) 3rd Supervisor: Dr Olivier Humphrey , British Geological Survey 4th Supervisor: Professor Odipo Osano, University of Eldoret Applications are invited for...
-
of the most thermally extreme habitats on Earth. Intertidal organisms face unique challenges, exposed to both marine and atmospheric heatwaves, often in rapid succession or concomitantly. Understanding
-
this relationship. This will support development of a predictive tool for bird conservation, population and habitat management, and climate research. Research Methodology In year one, field transects and thermal and
-
. However, real-world investigations have shown: 1) marine processes rapidly make added iron unavailable for algae; 2) co-limitation with other vital elements can mean that iron addition alone is ineffective
-
through UoP’s Plankton and Policy Research Unit and Marine Research Plymouth’s early career network. Eligibility Applicants should have a first or upper second class honours degree or a Masters
-
reproduction and occupy adult ecological niches. Soft-tissue growth is essentially achieved by the synthesis and retention of proteins, an energetically expensive process, typically accounting for 25-40
-
to: build predictive spatial models for VME distribution and resilience under current and future climate scenarios; define and quantify functional traits of VME taxa; identify key functional groups, map
-
in combination with the Porexpert Research Suite to construct numerical models that simulate fluid flow, allowing for the calculation of permeability. These results will be integrated with the field
-
different VME types. Build predictive spatial models for VME distribution and resilience under future climate scenarios. Training The candidate will gain skills in: Deep-sea survey techniques using remotely
-
, current methods for processing seaweed carbohydrates are inefficient, relying on separate enzymatic and chemical steps that lack integration, selectivity, and process control. This project will pioneer a