Veterinary technology graduates' perceptions of their education and subsequent employment experiences.

AIMS: To describe the current employment status of Bachelor of Veterinary Technology (BVetTech) graduates in New Zealand, to assess how well they felt that their degree programme had prepared them for practice, and to explore their experiences in their current job roles. METHODS: All 195 individuals who completed the BVetTech degree at Massey University between 2011 and 2018 were invited to participate in a cross-sectional survey regarding their education and employment experiences. Descriptive statistics were provided for all quantitative study variables and thematic analysis was performed on the free-text survey comments. RESULTS: The survey was completed by 125/195 (64.1%) BVetTech graduates. Of these, 96/125 (76.8%) were engaged in full-time or part-time veterinary work. The most common work environments were small animal practice (55/125; 44.0%) and mixed animal practice (19/125; 15.2%). The median reported annual salary was NZ$42,640 (mean $45,817; min $34,515; max $80,000) while the median reported hourly wage was NZ$20.00 (mean $21.01; min $17.70; max $27.00). Most respondents generally agreed with statements that their degree had prepared them well for different aspects of their subsequent work as veterinary technologists with "understanding the scientific rationale behind clinical decisions in practice" and "gaining hands-on practical experience that directly linked with their classroom learning" highlighted as being the best aspects of their education. However, respondents expressed the need for more training in client interactions and veterinary business management. Common themes that emerged when respondents were asked to describe the best things about their work were "forming relationships with animals, clients, and co-workers," "making a meaningful difference through their work," and "having opportunities to use and develop their skills" while the worst things about their job were "underutilisation of their skills," "poor pay in relation to their education and skill," and "compassion fatigue arising from dealing with euthanasia and difficult clients." Another common theme across free-text questions was the lack of employer awareness about the capabilities of a veterinary technologist. CONCLUSIONS AND CLINICAL RELEVANCE: Recent BVetTech graduates were generally satisfied with their educational experience, but perceived that employers underestimated the value of their training and consequently underutilised their skills. This highlights the need for additional research to better estimate the value of veterinary technologists to the New Zealand animal health industries as well as additional extension efforts to increase awareness amongst employers about the scope of responsibilities that veterinary technologists are legally able to perform in practice.

Evaluating the cost-effectiveness of diagnosing and treating phantom cows in seasonal-calving dairy herds.

The objective of this study was to explore the cost-effectiveness of using a progesterone-based synchrony program to manage phantom cows on seasonal-calving dairy farms. Phantom cows were defined as cows that had been artificially inseminated ≤14 d after mating start date (MSD), were not subsequently detected in estrus, and were diagnosed nonpregnant at a pregnancy diagnosis conducted approximately 49 d after MSD. Decision-tree analysis was applied to data from a previous randomized controlled trial in which phantom cows (n = 378) from spring-calving dairy farms were randomly allocated to an untreated control group or were immediately treated with a 10-d progesterone-based synchrony program with fixed-time artificial insemination. The net economic return of treating all cows presented by the farmer for pregnancy diagnosis that were diagnosed nonpregnant was compared with no intervention. The net return was calculated per cow present at MSD because the decision trees followed all cows present at MSD through to mating end date to account for farmers inadvertently presenting ineligible cows for pregnancy diagnosis and possible treatment. Probabilities, costs, and benefits of reproductive outcomes were based on published data and expert opinion. The effects of key variables on the economic return were tested by sensitivity analysis. Phantom cow intervention delivered a net return of NZ$4.451 (at the time of the study, NZ$1 = US$0.6629) per cow present at MSD. The sensitivity of pregnancy diagnosis, the proportion of ineligible cows presented by the farmer for pregnancy diagnosis, and the prevalence of phantom cows were highly influential on the net economic return from phantom cow intervention. These findings suggest that treatment of phantom cows in seasonal-calving dairy farms using a progesterone-based synchrony program is economically viable based on the current model assumptions. Accurate cow selection and pregnancy diagnosis are essential to success, and veterinarians and animal health advisors can improve the net economic return of intervention by selecting farms likely to have a higher prevalence of phantom cows based on the presence of observable risk factors.

Cross-sectional survey of pet ownership, veterinary service utilisation, and pet-related expenditures in New Zealand.

Aims: To describe the demographics of and predictors for pet ownership, reasons for visiting a veterinarian, and pet-related expenditure in pet owners in New Zealand. Methods: A cross-sectional online survey was conducted from 18-22 June 2015 using a permission-based panel of New Zealand residents aged ≥18 years. Questions included demographics of respondents, number of pets and reasons for owning or not owning pets, number of visits and reasons for visiting a veterinarian, and pet-related expenditure. Results: Of the 1,572 respondents who completed the survey, 1,013 (64.4%) owned ≥1 pet. Of these, 443 owned dogs, 696 cats, 32 horses, 103 birds, 55 rabbits, and 159 owned fish. Companionship was the most common reason for getting dogs, cats, and birds; horses were mostly owned as a hobby, rabbits to provide fun for children, and fish as a source of relaxation. The majority of dog, cat, and rabbit owners considered their pets to be family members; horse owners almost equally considered their horses a hobby or a family member. The odds of pet ownership increased for respondents from a rural region, having a higher household income, having children and being female. Overall, 711/1,013 (70.2%) pet-owning respondents had taken ≥1 animal to the veterinarian in the previous year, with the most common reasons being for vaccination or annual check-ups or health issues. Respondents who considered their pets trusted companions, had a higher income, and owned dogs or cats compared with other species, were most likely to have taken their pet to a veterinarian. The greatest pet-related expenditure for all species was food. The median yearly veterinary expenditure was $200-499 by dog owners, $100-199 by cat owners, and <$100 by horse, bird, rabbit, and fish owners. The best source of information for pet-related issues was considered to be veterinarians by 724/1,001 (72.3%) owners, and the internet by 509/1,001 (50.8%) owners. Conclusions: Among survey respondents, pet ownership was common and pets filled a variety of roles in the household. Pet owners reported spending considerable amounts of money on their pets each year, but some of them may be underutilising veterinary services despite veterinarians being considered as valuable sources of information about pet-related issues.

Elimination of bovine viral diarrhoea virus in New Zealand: a review of research progress and future directions.

The major impacts of bovine viral diarrhoea (BVD) on cattle health and production have prompted many countries to embark on national elimination programmes. These programmes typically involve identifying and removing persistently infected (PI) cattle in infected herds and implementing biosecurity measures, such as pre- or post-movement testing. In order to design a systematic national control programme to eliminate BVD in New Zealand, which achieves the greatest benefits to the industries at the lowest cost to individual farmers, an accurate understanding is necessary of the epidemiology, economics and social motivation for BVD control in New Zealand. In this article we briefly review the pathogenesis of BVD, transmission and diagnosis of BVD virus infection, and effectiveness of vaccination. We summarise the current state of knowledge of the prevalence, risk factors for transmission, and financial impacts of BVD in New Zealand. We describe control programmes in Europe and then discuss the challenges that must be addressed to design a cost-effective national control programme to eliminate BVD in New Zealand.