Dr. Kate Dutton-Regester is a Lecturer at the University of Queensland's School of Veterinary Science with a strong interest in wildlife conservation. Specialising in Reproductive Biology, Physiology, Animal Behaviour, and Epidemiology, she has worked with diverse species, from livestock to Asian elephants and the short-beaked echidna.
Currently, Kate leads multiple research projects, including an investigation into wildlife hospital admissions across Australia and the study of free-ranging cats and their impact on wildlife. Her work aims to contribute valuable insights to wildlife conservation.
Please contact me if interested in research projects related to ree-ranging cats and their impact on wildlife.
Journal Article: Impacts of climate change on animal welfare
Joseph, Joe, Charalambous, Renae, Pahuja, Harsh, Fox, Dylan, Jeon, Jiwoo, Ko, Ning-Yuan, Rao, Nishit, Wang, Zhiheng, Nerurkar, Sneh Kashinath, Sherekar, Sharvari Avinash, Yang, Yifei, Regester, Kate Dutton- and Narayan, Edward (2023). Impacts of climate change on animal welfare. CABI Reviews, 2023. doi: 10.1079/cabireviews.2023.0020
Journal Article: Investigating the utility of using fecal hormone metabolites as a reproductive management tool for captive short-beaked echidnas (Tachyglossus aculeatus)
Dutton-Regester, Kate J., Roser, Alice, Meer, Haley, Russell, Freya A., Pyne, Michael, Renfree, Marilyn B., Johnston, Stephen D. and Keeley, Tamara (2023). Investigating the utility of using fecal hormone metabolites as a reproductive management tool for captive short-beaked echidnas (Tachyglossus aculeatus). General and Comparative Endocrinology, 330 114142, 114142. doi: 10.1016/j.ygcen.2022.114142
Journal Article: Optimizing captive short‐beaked echidna (Tachyglossus aculeatus) fecal sample identification and hormonal analysis
Dutton‐Regester, Kate J., Roser, Alice, Meer, Haley, Renfree, Marilyn B., Johnston, Stephen D. and Keeley, Tamara (2022). Optimizing captive short‐beaked echidna (Tachyglossus aculeatus) fecal sample identification and hormonal analysis. Zoo Biology, 42 (2), 322-327. doi: 10.1002/zoo.21732
Monitoring short-beaked echidna populations in SEQLD
An opportunity is available for an Honours or Masters student to participate in a research project focusing on the population dynamics of echidnas in Southeast Queensland (SE QLD). This project entails setting up camera traps in various habitats across the region to collect data on echidna populations. The student researcher will be responsible for deploying and managing camera traps, as well as analyzing the collected footage to determine the abundance and distribution of echidnas in SE QLD. This project offers valuable hands-on experience in wildlife conservation research and contributes to our understanding of echidna ecology in the region.
Wildlife hospital admissions - causes and outcomes
Opportunity for an Honours or Masters student to participate in a research project focused on wildlife hospital admission causes and outcomes from wildlife hospital and veterinary clinics across Australia. This project involves analysing data to identify patterns in admission causes, treatment outcomes, and species distributions. The student researcher will be responsible for collating data, conducting statistical analysis, and interpreting results to gain insights into factors affecting wildlife health and conservation.
Keeping Cats and Wildlife Safe
Collaborate with the Australian Pet Welfare Foundation as an MPhil or PhD Student Researcher
Are you passionate about making a positive impact on the lives of pets and people? The Australian Pet Welfare Foundation (APWF), as the leading advocate for pet welfare, is offering an exciting opportunity for motivated individuals to contribute to research projects aimed at creating evidence-based solutions within our communities.
About APWF:
As a peak body dedicated to pet welfare, APWF works tirelessly to save the lives of pets and enhance the well-being of our communities. Our primary focus is on influencing key stakeholders such as government officials, welfare agencies, veterinary professionals, and community leaders. Through evidence-based information, we strive to bring about positive changes in policies and legislation to improve the lives of pets in shelters and pounds.
Community Cat Program (CCP):
APWF's flagship initiative, the Community Cat Program, addresses the challenges faced by urban stray cats. This program involves comprehensive efforts, including the desexing of stray and pet cats, providing veterinary care, and promoting responsible pet ownership. By implementing CCP, we aim to decrease abandonment, mediate conflicts, and create a more sustainable and humane environment for both cats and our communities.
Student Research Opportunities:
APWF is currently looking to recruit for an exciting research project suitable for an MPhil or PhD student who is eager to make a real impact.
The Project: Keeping Cats and Wildlife Safe
Aim: Documenting changes in free-roaming cat densities over time in target suburbs.
Methodology: Utilising camera trapping to monitor cats and wildlife during summer and winter in Rosewood, Goodna, and Redbank Plains.
Learning Opportunity: Deploying camera traps, cleaning and processing images, and analysing data.
Note: The prospective student will need to apply for a stipend.
Collaborative Partners:
Join a dynamic team working in collaboration with major Australian universities (Queensland, New South Wales, Sydney, Adelaide and La Trobe), local governments (Melbourne, Banyule, Greater Shepparton, Ipswich), welfare and rescue groups (RSPCA Qld, RSPCA NSW, RSPCA SA, RSPCA Vic, AWL Australia, AWL Queensland, Maneki Neko Cat Rescue, Cheltenham Cat Rescue, PetRescue, Sydney Dogs’ and Cats’ Home, Cat Protection Society NSW, Australian Pet Welfare Foundation), veterinary care and pharmaceutical companies (Greencross, MSD Animal Health), and international partners (Neighbourhood Cats and Great Basin Bird Observatory).
Apply Now:
If you are a seeking an impactful research opportunity with a passionate and collaborative organisation, apply now to contribute to the betterment of pet welfare and community well-being! Visit our website [www.apwf.org.au] to learn more about our organisation and submit your application, including cover letter and CV to research@petwelfare.org.au. Applicants should have a high level of achievement, including an honours degree or equivalent or demonstrated research experience.
Impacts of climate change on animal welfare
Joseph, Joe, Charalambous, Renae, Pahuja, Harsh, Fox, Dylan, Jeon, Jiwoo, Ko, Ning-Yuan, Rao, Nishit, Wang, Zhiheng, Nerurkar, Sneh Kashinath, Sherekar, Sharvari Avinash, Yang, Yifei, Regester, Kate Dutton- and Narayan, Edward (2023). Impacts of climate change on animal welfare. CABI Reviews, 2023. doi: 10.1079/cabireviews.2023.0020
Dutton-Regester, Kate J., Roser, Alice, Meer, Haley, Russell, Freya A., Pyne, Michael, Renfree, Marilyn B., Johnston, Stephen D. and Keeley, Tamara (2023). Investigating the utility of using fecal hormone metabolites as a reproductive management tool for captive short-beaked echidnas (Tachyglossus aculeatus). General and Comparative Endocrinology, 330 114142, 114142. doi: 10.1016/j.ygcen.2022.114142
Dutton‐Regester, Kate J., Roser, Alice, Meer, Haley, Renfree, Marilyn B., Johnston, Stephen D. and Keeley, Tamara (2022). Optimizing captive short‐beaked echidna (Tachyglossus aculeatus) fecal sample identification and hormonal analysis. Zoo Biology, 42 (2), 322-327. doi: 10.1002/zoo.21732
Plasma progesterone secretion during gestation of the captive short-beaked echidna
Dutton-Regester, Kate, Keeley, Tamara, Fenelon, Jane C., Roser, Alice, Meer, Haley, Hill, Andrew, Pyne, Michael, Renfree, Marilyn B. and Johnston, Stephen (2021). Plasma progesterone secretion during gestation of the captive short-beaked echidna. Reproduction, 162 (4), 267-275. doi: 10.1530/REP-21-0110
Lameness in dairy cows: farmer perceptions and automated detection technology
Dutton-Regester, Kate J., Barnes, Tamsin S., Wright, John D. and Rabiee, Ahmad R. (2020). Lameness in dairy cows: farmer perceptions and automated detection technology. Journal of Dairy Research, 87 (S1), 67-71. doi: 10.1017/S0022029920000497
Dutton-Regester, Kate J., Wright, John D., Rabiee, Ahmad R. and Barnes, Tamsin S. (2019). Understanding dairy farmer intentions to make improvements to their management practices of foot lesions causing lameness in dairy cows. Preventive Veterinary Medicine, 171 104767, 104767. doi: 10.1016/j.prevetmed.2019.104767
Dutton-Regester, Kate J., Barnes, Tamsin S., Wright, John D., Alawneha, John I. and Rabiee, Ahmad R. (2017). A systematic review of tests for the detection and diagnosis of foot lesions causing lameness in dairy cows. Preventive Veterinary Medicine, 149, 53-66. doi: 10.1016/j.prevetmed.2017.11.003
Investigating tools to assist dairy farmers in identifying the causes of lameness in dairy cows
Dutton-Regester, Kate (2018). Investigating tools to assist dairy farmers in identifying the causes of lameness in dairy cows. MPhil Thesis, School of Veterinary Science, The University of Queensland. doi: 10.14264/uql.2018.428
Note for students: The possible research projects listed on this page may not be comprehensive or up to date. Always feel free to contact the staff for more information, and also with your own research ideas.
Monitoring short-beaked echidna populations in SEQLD
An opportunity is available for an Honours or Masters student to participate in a research project focusing on the population dynamics of echidnas in Southeast Queensland (SE QLD). This project entails setting up camera traps in various habitats across the region to collect data on echidna populations. The student researcher will be responsible for deploying and managing camera traps, as well as analyzing the collected footage to determine the abundance and distribution of echidnas in SE QLD. This project offers valuable hands-on experience in wildlife conservation research and contributes to our understanding of echidna ecology in the region.
Wildlife hospital admissions - causes and outcomes
Opportunity for an Honours or Masters student to participate in a research project focused on wildlife hospital admission causes and outcomes from wildlife hospital and veterinary clinics across Australia. This project involves analysing data to identify patterns in admission causes, treatment outcomes, and species distributions. The student researcher will be responsible for collating data, conducting statistical analysis, and interpreting results to gain insights into factors affecting wildlife health and conservation.
Keeping Cats and Wildlife Safe
Collaborate with the Australian Pet Welfare Foundation as an MPhil or PhD Student Researcher
Are you passionate about making a positive impact on the lives of pets and people? The Australian Pet Welfare Foundation (APWF), as the leading advocate for pet welfare, is offering an exciting opportunity for motivated individuals to contribute to research projects aimed at creating evidence-based solutions within our communities.
About APWF:
As a peak body dedicated to pet welfare, APWF works tirelessly to save the lives of pets and enhance the well-being of our communities. Our primary focus is on influencing key stakeholders such as government officials, welfare agencies, veterinary professionals, and community leaders. Through evidence-based information, we strive to bring about positive changes in policies and legislation to improve the lives of pets in shelters and pounds.
Community Cat Program (CCP):
APWF's flagship initiative, the Community Cat Program, addresses the challenges faced by urban stray cats. This program involves comprehensive efforts, including the desexing of stray and pet cats, providing veterinary care, and promoting responsible pet ownership. By implementing CCP, we aim to decrease abandonment, mediate conflicts, and create a more sustainable and humane environment for both cats and our communities.
Student Research Opportunities:
APWF is currently looking to recruit for an exciting research project suitable for an MPhil or PhD student who is eager to make a real impact.
The Project: Keeping Cats and Wildlife Safe
Aim: Documenting changes in free-roaming cat densities over time in target suburbs.
Methodology: Utilising camera trapping to monitor cats and wildlife during summer and winter in Rosewood, Goodna, and Redbank Plains.
Learning Opportunity: Deploying camera traps, cleaning and processing images, and analysing data.
Note: The prospective student will need to apply for a stipend.
Collaborative Partners:
Join a dynamic team working in collaboration with major Australian universities (Queensland, New South Wales, Sydney, Adelaide and La Trobe), local governments (Melbourne, Banyule, Greater Shepparton, Ipswich), welfare and rescue groups (RSPCA Qld, RSPCA NSW, RSPCA SA, RSPCA Vic, AWL Australia, AWL Queensland, Maneki Neko Cat Rescue, Cheltenham Cat Rescue, PetRescue, Sydney Dogs’ and Cats’ Home, Cat Protection Society NSW, Australian Pet Welfare Foundation), veterinary care and pharmaceutical companies (Greencross, MSD Animal Health), and international partners (Neighbourhood Cats and Great Basin Bird Observatory).
Apply Now:
If you are a seeking an impactful research opportunity with a passionate and collaborative organisation, apply now to contribute to the betterment of pet welfare and community well-being! Visit our website [www.apwf.org.au] to learn more about our organisation and submit your application, including cover letter and CV to research@petwelfare.org.au. Applicants should have a high level of achievement, including an honours degree or equivalent or demonstrated research experience.