Captive Breeding

Managing breeding units and flocks to optimize reproduction strategies, ensuring species-specific techniques, food supply, and rearing practices

With over 30 years of expertise, we manage the two largest single-species wildlife propagation projects in the world, devoted to the Houbara Bustard.

Our conservation breeding model has proven adaptable for this range of species, with a primary focus on sustainability and long-term success. By maintaining self-sustaining flocks that are genetically diverse, we ensure the viability and health of the Houbara Bustard populations.

What we do

We design our methods to maximize the survivability and adaptability of species reintroduced into the wild. Our programs rely on strict genetic management practices to preserve genetic diversity and minimize inbreeding, while tailored breeding techniques optimize bird welfare and productivity.

At Reneco, we use the most suitable breeding techniques, including carefully designed enclosures to ensure the well-being of the birds. Those are tailored to their age, sex, and intended outcome, allowing us to adapt to various species' needs. For birds unable to pair naturally in cages, we employ advanced reproduction techniques such as artificial insemination.

We also develop specialized nutrition programs, particularly for migratory birds housed in cages, to ensure they remain healthy and prepared for release.

Bustard species conservation breeding centers

We breed Bustard species in captivity across four countries, adapting our model to local conditions and environments. Each facility is equipped with breeding setups designed to meet the unique challenges of the region and species.

  • Uzbekistan: Fully outdoor breeding to align with natural environments.

  • UAE: Fully indoor breeding to adapt to extreme heat conditions.

  • Kazakhstan and Morocco: A combination of indoor and outdoor breeding to balance environmental conditions.

Our production systems are designed to produce chicks for release at various points along the species' range throughout the year, ensuring the optimal environment and timing for reintroduction.