Animal Husbandry for Zoo and Research Work

Definition: Proper care and management of animals in captivity, defined by scientific knowledge and studies.
Importance: Contributes significantly to animal health, longevity, and validates research outcomes.
Role of Facilities (Zoos, Research): Education, conservation, public engagement, and crucial for research data collection.
Key Consideration: Always understand the specific research question being asked, as interaction with animals impacts results.

Enclosure Design: Must meet physical, behavioral, and psychological needs of the species (e.g., arboreal vs. ground-dwelling). Consider the research question to determine if conditions should replicate natural, specific study, or exhibit spaces.
Environmental Enrichment: Stimulates natural behaviors (foraging, climbing, hunting). Types include habitat changes, social interaction, puzzles, and training. Must be customized for different species.
Habitat Monitoring: Daily checks for water, food, pests, and enclosure integrity. Ensure proper lighting, temperature, humidity, and airflow. Address environmental hazards like falling tree limbs.
Hygiene & Sanitation: Daily cleaning of water bowls and food, preventing introduction of pests, invasive species, or disease (e.g., using anti-bacterial/anti-viral solutions, footbaths).

Methods & Tools: Must be species-appropriate to minimize stress (e.g., avoiding plastic bags for gliders).
Stress Reduction: Paramount. Can be caused by incorrect diet, insufficient enrichment, inappropriate enclosure size, or researcher presence. Capture myopathy (muscle breakdown) can occur in macropods.
Techniques: Requires practice to properly restrain and handle animals. Knowing correct handling reduces injury risk for both animal and handler.
Sedation/Anesthetic: Consider if necessary for procedures like blood sampling; however, these processes introduce additional stress.
Movement: Use appropriate crates, wire cages, or stretchers. Training animals (e.g., using food rewards) significantly reduces stress during movement.

Physiological Impact: Stress hormones (e.g., cortisol) alter physiological processes, including reproductive cycles (e.g., progesterone, luteinizing hormone in elephants).
Research Validity: Stressed animals yield unreliable data, lacking