References

Multiply Your Outcomes

References

[1] ARGUS, Sheep artificial breeding company workshop - Industry survey report. 2016, The University of Sydney.

[2] De Graff, S.P., Reproduction, in International Sheep and Wool Handbook, D.J. Cottle, Editor. 2010, Nottingham University Press: Nottingham, UK. p. 189 - 222.

[3] IETS, Embryo Transfer Newsletter – A publication of the International embryo transfer society. F. Gandolfi, Editor. 2015, International Embryo Transfer Society, Champaign, IL, USA.

[4] Zimmermann, B. Partner Project – AI use on dairy farms, In. Australian Dairy Herd Improvement Report 2010. 2010, Dairy Australia. Melbourne, VIC, Australia. (www.harrisparkgroup.com.au/LiteratureRetrieve.aspx?ID=110696). Date accessed (09/02/2017).

[5] PwC. The Australian dairy industry – The basics. 2011. PricewaterhouseCoopers, Australia. (http://www.pwc.com.au/industry/agribusiness/assets/australian-dairy-industry-nov11.pdf). Date accessed (09/02/2017).

[6] Adams, G. Control of ovarian follicular wave dynamics in mature and prepubertal cattle for synchronization & superstimulation. In. Proceedings World Buiatrics Congress, Sydney 6 – 10 July, 1998. 1998. p. 595 – 605.

[7] Edwards, S.A.A., Boe-Hansen, G.B., Satake, N., Chandra, K. and McGowan, M.R. A field investigation of a modified intravaginal progesterone releasing device and oestradiol benzoate based ovulation synchronisation protocol designed for fixed-time artificial insemination of Brahman heifers. 2015. Animal Reproduction Science. 160. p. 105 – 111.

[8] Edwards, S.A.A., Atkinson, P.C., Satake, N., Boe-Hansen, G.B. and McGowan, M.R. Ovarian dynamics in response to two modified intravaginal progesterone releasing device and oestradiol benzoate based ovulation synchronisation protocols designed for use in Brahman heifers. 2014. Animal Reproduction Science. 148. p.18 -25.