Grant winners - 28 November 2013

November 28, 2013

Leverhulme Trust

Early Career Fellowships

These offer salary costs for researchers at the beginning of their academic careers, providing them with the opportunity for advancement and enabling them to undertake significant pieces of original publishable research. The awards are worth up to 50 per cent of each fellow’s salary to a limit of £23,000.

Moral identities and contemporary social policy: the case of disability

  • Award winner: Ros Murray
  • Institution: Queen Mary, University of London

Carole Roussopoulos and the rise of feminist video collectives in 1970s France

The medieval dialogue of reason and belief in Modernist poetry

  • Award winner: Eline van Asperen
  • Institution: Liverpool John Moores University

Establishing fungal spores as a proxy for herbivore impacts on “natural” forests

 

Biotechnology and Biological Sciences Research Council

Research grants

  • Award winner: Sarah O’Connor
  • Institution: University of East Anglia
  • Value: £377,409

Redox enzymes required for construction of the Ergot alkaloid framework

Integrating modelling and experimental approaches to investigate adventitious age-related collagen crosslinking in skeletal tissues

Investigation of optimal gel conditions for stem cell preservation at room temperature and scaling up of selected methodology

Improving the control of liver fluke infection in cattle in the UK

Pluto – Phyloinformatic literature unlocking tools. Software for making published phyloinformatic data discoverable, open and reusable

 

Royal Society

University Research Fellowships

  • Award winner: Philip King
  • Institution: University of St Andrews
  • Value: £456,116

Electronic structure engineering of novel topological phases

Optimisation of separable functions

In detail

Kate Hendry, <a href=University of Bristol" src="/Pictures/web/t/c/t/kate_hendry_university_of_bristo_120.jpg" />

Award winner: Kate Hendry
Institution: University of Bristol
Value: £473,923

The role of ocean circulation on the marine silicon cycle and global climate

This project investigates “diatoms” – a large and diverse group of photosynthetic algae that play a pivotal role in the silicon cycle. Dr Hendry’s research will focus on how we can use diatoms’ opal skeletons not only to learn more about how they grow, but also to piece together data on earlier periods of climate change. “My research will shed light on how ocean circulation can influence diatom growth…and life on Earth,” she said. “I hope to discover more about how the oceans respond to and drive large-scale climate change.”

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