K. T. O’Neill

发表

The use of GPS data to identify calving behaviour of farmed red deer hinds: Proof of concept for intensively managed hinds

Roger P. Littlejohn, G. W. Asher, A. J. Wall, 2014 .

Influence of level of nutrition during late pregnancy on reproductive productivity of red deer I. Adult and primiparous hinds gestating red deer calves.

I. C. Scott, R. Littlejohn, G. Asher, 2005, Animal reproduction science.

Winter grazing and dead material effects on early spring pasture production

D. Stevens, N. Cox, K. T. O’Neill, 2017 .

Comparison of seasonal changes in reproductive parameters of adult male European fallow deer (Dama dama dama) and hybrid Mesopotamian x European fallow deer (D. d. mesopotamica x D. d. dama).

M. Fisher, G. Asher, D. Berg, 1996, Animal reproduction science.

Puberty in red deer hinds : (2) Effects of introducing spiker stags in early January

I. C. Scott, R. Littlejohn, K. T. O’Neill, 2005 .

The binding of oxidised coenzyme to bovine-liver glutamate dehydrogenase studied by circular-difference spectroscopy.

P. Bayley, K. T. O’Neill, 2005, European journal of biochemistry.

Ultrasonographic monitoring of antral follicle development in red deer (Cervus elaphus).

I. C. Scott, E. C. Townsend, E. Inskeep, 1997, Journal of reproduction and fertility.

Hind genotype influences on lactation and calf growth in farmed red deer (Cervus elaphus)

I. C. Scott, D. Stevens, J. Archer, 2014 .

Influence of calf genotype on dam lactation and calf growth in farmed red deer (Cervus elaphus)

I. C. Scott, D. Stevens, J. Archer, 2013 .

Genetic influences on reproduction of female red deer (Cervus elaphus) (1) seasonal luteal cyclicity.

I. C. Scott, M. Fisher, G. Asher, 2000, Animal reproduction science.

Farmed red deer home range, habitat use and daily movement patterns in a Southland, New Zealand, tussock grassland over calving and lactation

R. Littlejohn, N. Cox, G. Asher, 2019, Animal Production Science.

Genetic influences on reproduction of female red deer (Cervus elaphus) (2) seasonal and genetic effects on the superovulatory response to exogenous FSH.

I. C. Scott, G. Asher, K. T. O’Neill, 2000, Animal reproduction science.

Reproductive performance of pubertal red deer (Cervus elaphus) hinds: effects of genetic introgression of wapiti subspecies on pregnancy rates at 18 months of age.

I. C. Scott, J. Archer, R. Littlejohn, 2005, Animal reproduction science.

Seasonal patterns of luteal cyclicity in young red deer (Cervus elaphus) and sambar deer (Cervus unicolor).

I. C. Scott, G. Semiadi, G. Asher, 1997, Reproduction, fertility, and development.

Influence of level of nutrition during late pregnancy on reproductive productivity of red deer (2) Adult hinds gestating wapitixred deer crossbred calves.

I. C. Scott, R. Littlejohn, G. Asher, 2005, Animal reproduction science.

The use of GPS data to assess behaviour of red deer hinds over calving: hinds farmed in extensive high-country environments

R. Littlejohn, G. Asher, K. T. O’Neill, 2021, New Zealand Journal of Agricultural Research.

Genetic studies of carotenoid concentration in the plasma and milk of New Zealand dairy cattle

C. Morris, S. Hickey, K. T. O’Neill, 2002 .