A new approach to non-invasive monitoring of cryptic mammals

Ecological research benefits hugely from the application of advanced technologies to environmentally derived samples. In many instances, we tend to think of DNA analysis, but of course, DNA can only reveal genomic data. What we lack are methods to assess the phenotype, particularly in a non-invasive way, without the need to capture animals.

This project brings together ecologists and biochemists to develop a new method of sampling biological material by advanced mass spectrometry, in collaboration with an industrial partner (Waters Micromass; http://www.waters.com). The method is wholly novel but we have already demonstrated the considerable potential impact it could have for non-invasive sampling of populations, assessment of phenotypic change and species complexity. You’ll come into this project at an exciting time where we have proof that the approach will be effective and you will be able to contribute to the direction of the programme and build links with other ecology research groups. For the initial part of the research, you will be developing an approach to discriminate between different cryptic rodent species from field samples, and also explore the use of this method for population profiling.

You’ll either be a biochemist with a strong interest in field biology, or a biologist who is motivated by the application of new analytical methods. You will become highly adept in mass spectrometry and will gain added experience and insight by working in the superb facilities in Liverpool and also at the stunning premises of the industrial partner just outside Manchester. You’ll join a highly motivated research group with an exceptional track record of applying novel methods to important biological problems. We also look for PhD candidates who understand the importance of inspiring the next generation of young scientists and of developing the public understanding of science – we’d hope you would become a STEM ambassador, for example.