The John Howell Zoo and Wildlife Medicine Residency Program

Applications are invited from qualified veterinarians for the John Howell Zoo and Wildlife Medicine Residency Program. This three year, full-time residency and Professional Doctorate (Doctor of Veterinary Medical Science) is based at Perth Zoo, in conjunction with Murdoch University’s School of Veterinary Medicine.

You will undertake postgraduate coursework, a research dissertation and be involved with clinical training in all aspects of zoo and wild animal health care.

You must have a veterinary degree registrable in Western Australia, a minimum of two years’ experience in domestic animal practice and be an Australian resident. You should also have a strong academic background; good time management, written and verbal communication skills; the ability to work well in a team and be able to demonstrate a strong commitment to the field of zoo and wildlife medicine.

Package: $33,500 – $35,300 per annum stipend (tax free). No HECS is payable. Research and administrative support is also provided.

This position commences in July 2019.

Applications close Friday 29 March 2019.

For further information, please email Franklin Hynes on franklin.hynes@perthzoo.wa.gov.au

For more information click here.

PhD Studentship – Animal health in marine ecosystems: machine learning and data science to discover structure in unstructured data 2019 – Stirling and Inverness, UK

PhD Studentship – Animal health in marine ecosystems: machine learning and data science to discover structure in unstructured data 2019

Duration of Post
3.5 years
Salary Range
£14,777 per annum stipend (£15,009 in 2019/20)
Location
Stirling and Inverness, UK
Job Description
Scotland’s Rural College 
PhD Studentship – Animal health in marine ecosystems: machine learning and data science to discover structure in unstructured data

A great deal of data has been collected on marine animal health in the UK, including wild marine mammals and farmed salmon, but this material often exists in formats that are not amenable to large-scale analysis. These materials represent a wealth of untapped data for conducting population-based investigations of marine animal health.

Computing science has led to advances in our ability to search material in many formats, including natural-language documents. Recent development of “deep learning” and related techniques are advancing the automated extraction of context-specific information.

We are seeking a student to develop and apply approaches for deducing the structure of data from unstructured or loosely structured documents, and for augmenting this with data from other sources (e.g., photographs or digital images), to generate useful, context-specific knowledge regarding the health and welfare of marine animals.

The experimental approach will involve the application of machine learning, text mining/natural language processing (NLP), signal/image processing, and artificial intelligence to address problems in context detection and automated data extraction. The suitability of the approaches developed will be evaluated based on their ability to provide useful information from veterinary records for the investigation of spatial and temporal trends in disease and mortality in farmed salmon and in wild marine mammals.

Specific objectives of this project are 1) to develop and apply methods for the transformation of existing, relatively inaccessible archives and formats into data sets suitable for larger-scale analysis; 2) to explore automated methods for augmenting written data with material from other sources, such as photographs or digital images; and 3) to evaluate these methods by applying them to existing loosely structured data resources to identify spatial and temporal trends in marine animal health.

Applicants should have a Bachelor’s or master’s degree in computing science, data science, mathematics, or a closely related field, or a track record of research or work history in such a field in combination with a post-secondary degree.

The student will be located at Stirling and the SRUC Epidemiology Research Unit in Inverness and registered with the University of Stirling in the Division of Computing Science and Mathematics and starting on 1st October 2019.

The stipend will be set at UKRI recommended levels for a 3.5 year-period and the studentship is funded to pay domestic tuition fee levels for UK/EU students. The student will receive an annual student stipend (of £14,777 at 2018/19 rate). This studentship will fund to pay the tuition fees at home fees rate only. International students must provide evidence of sufficient funds to cover the higher international student tuition fee level (approximately £16,740 per year would be required)

SRUC, Scotland’s Rural College, delivers comprehensive skills, education and business support for Scotland’s land-based industry founded on world class, sector leading research, education and consultancy. SRUC’s joint submission with the University of Edinburgh to the Agriculture, Veterinary and Food Science subpanel of the Research Excellence Framework (REF2014) ranks top in the UK on research power.

To apply for this studentship, please complete the application and equal opportunities monitoring forms available by clicking on the relevant links below.

Completed forms and any questions should be sent to SRUC’s Postgraduate Administrator pg.research@sruc.ac.uk quoting reference SRUC/2019-06/Reeves.

CVs will not be accepted without a completed application form. If English is not an applicant’s first language, an approved English language certificate may be required – see further particulars for more details.

To have an informal discussion about this studentship, contact Dr. Aaron Reeves at SRUC (aaron.reeves@sruc.ac.uk or +44 1463 246068) and/or Dr. Deepayan Bhowmik at the University of Stirling (deepayan.bhowmik@stir.ac.uk or +44 1786 466407).

The closing date for the return of applications is 5pm on 3rd March 2019.

Closing Date
3 Mar 2019

PhD Studentship – Investigating causes of lamb loss on Highland farms and crofts 2019 – Edinburgh UK

PhD Studentship – Investigating causes of lamb loss on Highland farms and crofts 2019

Duration of Post
3.5 years
Salary Range
£14,777 per annum stipend (£15,009 in 2019/20)
Location
Edinburgh UK
Job Description
PhD Studentship – Investigating causes of lamb loss on Highland farms and crofts

We are seeking a highly motivated individual to carry out PhD research in the field of livestock health, wildlife ecology and veterinary science.

Blackloss is the term used for the unexplained losses of lambs on extensive grazings in the Highlands of Scotland, usually noted by hill sheep farmers as occurring between marking the lambs after lambing and gathering them back in from the hills for autumn sales each year. Predation by wild birds and mammals, high parasite burdens and disease are often given by farmers as presumed reasons for the losses. Abortions, poor ewe nutrition resulting in malnutrition of lambs and lambs dying of hypothermia, trace element deficiencies, phytotoxicities, or infectious diseases could also be significant contributory factors.

The white-tailed eagle is a native species to Scotland which has been reintroduced after becoming extinct through persecution at the start of the 20th Century. There have been a small number of studies seeking to quantify the impacts of white-tailed eagle on sheep farming. The studies concluded that most lambs found in eagle nests were taken as carrion. However, more recent work has confirmed that in some cases white-tailed eagles are bringing freshly dead lamb carcasses to the nest. Post mortem examinations have identified that the majority of these freshly dead lambs have had a range of diseases, deficiencies or parasite loads which would have severely compromised the health of the animal. These conditions would have left livestock vulnerable to predation and in many cases would have been the predisposing cause of death.

This PhD will seek to a) define more accurately what is meant by the term blackloss, b) identify the underlying factors leading to blackloss, and c) quantify the part that white-tailed sea eagles play in the losses. To achieve this the candidate will study farms and crofts within and outwith the white-tailed eagle foraging range and seek to:

• Characterise individual farms and crofts on the basis of habitat occurrence and condition, flock management practices, degree of parasite burden, disease prevalence and predator pressure;
• Assess productivity, wastage and resource efficiency of each flock; Assess the condition of individual ewes and lambs within the flocks together with a range of indices of animal health;
• Compare and contrast the characteristics of lambs being lost with the characteristics of the wider cohort of lambs on those farms and crofts;
• Model (using multivariate analyses and general linear models with environmental covariates) the variation in production across these farms and crofts and compare and contrast the key factors driving that variation at farm and croft level.

The successful candidate will be registered jointly at the University of Edinburgh University (within the Royal (Dick) School of Veterinary Studies) and SRUC, supervised by Prof Davy McCracken, Prof Neil Sargison, Dr Ann McLaren and Dr Franz Brulisauer and will also benefit from extensive collaboration with Scottish Natural Heritage.

The entry qualification for this PhD studentship is a first class or upper second class honours degree and/or a relevant postgraduate degree, in agricultural, animal or environmental science. Whilst experience in parasitology or veterinary post-mortem techniques would be useful, it is certainly not essential as the student will receive training.

The stipend will be set at UKRI recommended levels for a 3.5 year-period and the studentship is funded to pay domestic tuition fee levels for UK/EU students. The student will receive an annual student stipend (of £14,777 at 2018/19 rate). This studentship will fund to pay the tuition fees at home fees rate only. International students must provide evidence of sufficient funds to cover the higher international student tuition fee level (approximately £16,740 per year would be required).

The expected start date is 1st September 2019. The PhD will be based in Edinburgh but will involve extensive travel in the west Highlands of Scotland. A full current driving licence is therefore essential.

SRUC, Scotland’s Rural College, delivers comprehensive skills, education and business support for Scotland’s land-based industry founded on world class, sector leading research, education and consultancy. SRUC’s joint submission with the University of

Edinburgh to the Agriculture, Veterinary and Food Science subpanel of the Research Excellence Framework (REF2014) ranks top in the UK on research power.

To apply for this studentship, please complete the application and equal opportunities monitoring forms available by clicking on the links below.

Completed forms and any questions should be sent to SRUC’s Postgraduate Administrator pg.research@sruc.ac.uk quoting reference SRUC/2019-23/McCracken.

CVs will not be accepted without a completed application form. If English is not an applicant’s first language, an approved English language certificate may be required – see further particulars for more details.

To have an informal discussion about this studentship, contact Davy McCracken davy.mccracken@sruc.ac.uk.

The closing date for applications is 5pm on 3rd March 2019. 

Closing Date
3 Mar 2019
For more information please click here.

Murdoch University – The Arthur McComb PhD Field Work Grant

Arthur McComb was Professor of Environmental Science at Murdoch University from 1989 – 1996. He was passionate in wanting to improve the state of environmental management, based on rational, logical and well-founded biological principles.

This award has been established by his family to commemorate his desire to continually improve our knowledge of the Western Australian biota and its management.

Funding body:  The Arthur McComb PhD Field Work Grant

Study level:
PhD

Value (including stipends, expenses and top-ups): 
Up to $3000 pa for up to 3 years if field work is required in each year of the PhD
To help meet the costs of field work required for a project on an aspect of conservation and management of the Western Australian biota

Duration and start date:
Up to 3 years over the period of the PhD Research

Application criteria:

• Must be a current Murdoch student
• have had Confirmation of Candidature (CoC) approved
• maintain continuous full-time enrolment
• be within the allowed enrolment period for the Degree
• have submitted a satisfactory Annual Progress Report for the previous year
• successful applicant will be decided on the basis of relevance and importance of the project for conservation and the funds available and referee support
• not have submitted your thesis for examination

Apply by 31st March 2019 (Awarded in April 2019)

To apply To apply, students must submit:
1. A separate sheet containing name, contact details and nationality.
2. A one to two page CV including details of undergraduate studies, employment, extracurricular interests, and a statement outlining your goals and aspirations
3. Up to one page description of your project, including a justification and approximate costing of the field work, and a statement of the funds available and how the grant funds will be used
4. A brief reference from your supervisor

Please submit all your application documents to Graduate Research Office
Contact: Please email Dr Jane Chambers or call him on 9360 2739 for more information.

For more information click here

Murdoch University, Western Australia – Honours / Masters / PhD Project – 2017 Sexual dimorphism and 3D cranial morphology in marsupials

Short project description & main objectives:

Aspects of skull shape and size often vary between males and females of a species as a result of sexual selection. These differences are not uniform between species, however, reflecting the influence of other aspects of biology. This project will investigate sexual dimorphism in the skull morphology of bandicoots from across Australia and New Guinea using CT scans and 3D morphometric software.

 

Principal supervisor: Natalie Warburton
Other supervisors: Kenny Travouillon (WA Museum)
Contact details for further information: N.Warburton@murdoch.edu.au
Closing date for applications: N/A
Start & finish date of project: N/A
Available part-time? Y
Available to international students? Y

 

For more information click here