Fallow Deer
Breeding Big Bucks
Our fallow breeding programme began around eight years ago, with carefully selected genetics sourced from New Zealand herds.
Through careful selection and purposeful breeding, we are establishing our own pedigree lines and working towards the next generation of outstanding fallow bucks.
Two DGNZ 3 year old fallow bucks 1308-21 and 1317-21
Reproductive Technologies in Fallow Deer
Artificial insemination (AI) allows us to introduce selected genetics into our fallow deer breeding programme, helping us make greater use of quality bucks and work towards our breeding goals.
The process involves collecting semen from selected bucks, synchronising the reproductive cycle of does using CIDRs, and performing laparoscopic artificial insemination.
Together, these techniques allow us to carefully manage breeding and support the development of future generations of fallow deer.
Semen Collection
Semen collection allows us to assess and utilise the genetics of selected fallow bucks within our breeding programme. It is an important part of reproductive management, supporting the use of quality genetics to help shape future generations.
CIDR insertion
CIDRs (controlled internal drug release) are used as part of oestrus synchronisation protocols to help coordinate the breeding cycle of fallow does ahead of artificial insemination. This allows the timing of breeding to be managed as part of our reproductive programme.
Artificial Insemination
Artificial insemination (AI) is an important part of our fallow breeding programme, allowing us to use selected genetics to support our breeding goals. By carefully managing the timing of insemination and selecting appropriate genetics, we can work towards the next generation of outstanding fallow deer.
Artificial insemination in fallow deer is performed laparoscopically, with does positioned on a specialised gurney. This technique allows us to use selected genetics from quality bucks to support our breeding goals and develop the next generation of outstanding fallow deer.
Fallow AI Results
Our first fallow artificial insemination programme achieved an initial AI hold rate of approximately 65%. The hold rate refers to the proportion of does that remained pregnant following insemination.
Following DNA testing, 59% of the programme resulted in fawns that were born and reared to three months of age.
Specilialist skills and careful handling
Laparoscopic AI is a specialised procedure requiring skilled technicians and careful handling of the does
DGNZ's first fallow fawn born by AI in November 2025
Dr Lalo Serrano conducting AI on a fallow doe
Kelly Bennett (DGNZ), Dr Mike Bringans (Deer Reproduction Pioneer) and Donald Whyte (Edendale Farming) enjoying a fine tequila in Comfort, Texas
Dr Mike Bringans, conducting AI on a fallow doe
Dr Bringans is a leading figure in deer reproductive technology
DGNZ Competition Success
Our fallow breeding programme is already gaining recognition in the show ring. Following a third-place result in 2025, our bucks achieved first and second place in the three-year-old class at the 2026 National Rising Stars Hard Antler & Velvet Competition.
These results are an encouraging milestone as we continue to develop our fallow genetics.
2026 National Rising Stars Hard Antler & Velvet Competition
Class 5 - 3 Year Fallow Hard Antler
222/22 - 1st Place
207/22 - 2nd Place
2025 National Rising Stars Hard Antler & Velvet Competition
Class 5 - 3 Year Fallow Hard Antler
1308/21 - 3rd Place
The Next Generation
Eight years into the programme, we are continuing to build carefully selected Fallow genetics for the future.
Our ambition is simple — to develop Fallow with the width, style and appeal that have become hallmarks of our Red Deer programme, supported by strong pedigrees and purposeful breeding.
Interested in our Fallow Genetics?
