Fauna Genetics NZ

New Zealand Holstein Friesian Genetics for Long-Term Herd Development.

FGNZ sources and supplies New Zealand Holstein Friesian genetics to dairy sectors across the Middle East and North Africa (MENA), supporting long-term productivity, herd performance, and sustainable development.

About FGNZ

FGNZ is a New Zealand-based company specialising in the sourcing and supply of Holstein Friesian genetics to dairy sectors across the Middle East and North Africa. The company works with NZ-based genetics suppliers to identify and supply genetics suited to commercial dairy operations characterised by intensive feeding systems, rising input costs, and seasonal heat stress.

FGNZ prioritises genetics that support fertility, productive longevity, milk components, feed efficiency, and overall herd performance selecting for balanced, long-term productivity rather than peak output alone.

Our Approach

Effective herd development extends beyond milk production alone. FGNZ focuses on genetics that support balanced performance across fertility, longevity, feed efficiency, and resilience recognising that the most commercially valuable animals contribute to overall herd efficiency and profitability over their productive life, not just peak season output.

FERTILITY

Supporting reproductive
performance for consistent
calving and herd stability.

PRODUCTIVE LONGEVITY

Selecting genetics that support longer, healthier, and more productive lives.

FEED EFFICIENCY

Improving efficiency in feed utilisation to strengthen herd performance.

SUSTAINABILITY

Building resilient herds that can perform sustainably in challenging environments.

Market Focus

FGNZ targets dairy sectors operating in environments where long-term productivity, efficiency, and herd sustainability are critical.


This includes commercial dairy operations across MENA, where conditions are often defined by intensive feeding systems, rising production costs, and seasonal heat stress.


FGNZ recognises that genetic selection is most effective when aligned to these operating conditions.

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