PROJECT
Species-specific life support system design for conservation and lifecycle support
Conservation
Species-Specific Design
Environmental Replication
Precision Control Systems
Wild Life Sydney Zoo
Sydney, NSW Australia
2025
Amphibian Breeding Laboratory
Conservation & Breeding Life Support System Design
PROJECT SUMMARY
Pure Aquatics was commissioned by Wild Life Sydney Zoo to design and construct a specialised breeding laboratory for the endangered Littlejohn’s tree frog. The project required a highly controlled environment capable of supporting both adult frogs and tadpole development, while accurately replicating natural habitat conditions.
The facility was designed to accommodate the full lifecycle of the species, integrating custom tank systems that allow for variable water levels and seamless transition between aquatic and terrestrial phases. This flexibility is critical for supporting breeding behaviours and ensuring successful development at each stage.
Water quality management was a key component of the system. Pre-filtration ensures all incoming water is free from contaminants before entering the system, while a fully recirculating filtration system maintains consistent water quality across all tanks. This approach reduces risk while ensuring stable environmental conditions.
Environmental control systems were central to the design. Precision misting systems regulate humidity, while temperature control and specialised UV lighting replicate natural environmental cues. These elements work together to stimulate breeding behaviour and create a stable, low-stress environment.
The completed facility delivers a highly controlled and adaptable breeding environment, supporting conservation outcomes and demonstrating Pure Aquatics’ ability to integrate biological understanding with advanced engineering design.
KEY HIGHLIGHTS
Every element of the system is tailored to the biological needs and lifecycle of the Littlejohn’s tree frog.
Misting, temperature, and lighting systems work together to recreate natural habitat conditions.
Maintains consistent water quality while reducing resource use and operational variability.
Integrated systems ensure accurate regulation of humidity, temperature, and lighting.
Custom tanks enable seamless transition between aquatic and terrestrial stages.
Supports breeding success and contributes to long-term species preservation.
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