| 2009-present | PhD Student | Environment Department, University of York |
| 2008-2009 | MRes in Ecology and Environmental Management (Distinction) | Environment Department, University of York |
| 2007-2008 | Research Assistant |
Collaborative approaches towards controlling deer populations in the UKRELU funded project, University of York |
| 2007 | Research Assistant |
Ecological processes in agro-ecosystems University of Aberdeen |
| 2003-2007 | BSc in Ecology, Conservation and Environmental Management | Including a year working at the FERA research institute on various projects, including fertility control trials with wild boar and landscape scale pest species management |
Description of PhD
Title: An integrative approach to the management of bovine TB in mixed wildlife-livestock systems in central Spain
Supervisor(s): Dr Piran White (York), Dr. Mike Hutchings (SAC) and Dr. Dominic Moran (SAC)
TAC: TBA
Funding: Project funding by a NERC/ESRC interdisciplinary studentship. Funding for equipment also provided by the Scottish Agricultural College and IREC Wildlife Research Institute.
Description of Thesis
Bovine tuberculosis (bTB) is a disease of global importance, affecting health and economies worldwide. It is increasingly recognised that wildlife populations act as a reservoir for the disease, passing it back to livestock populations despite controls veterinary control efforts, maintaining levels of infection.
The project adopts two approaches to researching how to mitigate bTB transmission. Primarily, a better biological understanding of how the disease passes between individuals and species will be established using contact data loggers. These will record close contacts between farmed cattle, sheep and pigs, and free living wild boar and red deer. The TB status of all these individuals will be known, and as well as back ground levels in the local wildlife population.
At the same time, socio-economic work will be conducted with farmers, hunters and other stakeholders to establish what management strategies they are using that may affect disease transmission, and their opinions about how management might be improved. When wildlife disease transmission is quantified and used to identify improved management strategies, the costs of these will also be estimated and socio-economic techniques such as choice experiments used to evaluate stakeholder opinions on whether these methods might be possible and effective.
The combination of biological and socio-economic work will help to develop workable management solutions for tackling bTB.
Publications
Conference Presentations