The potential for microchip-automated technology to improve enrichment practices

Area of Science:

• Animal behavior and welfare science
• Zoological management and husbandry
• Applied animal science

Background:

• Limited staff time is a major constraint in providing and evaluating enrichment for captive mammals.
• Automated husbandry systems offer a potential solution by dispensing enrichment to individual animals.
• Implantable radio frequency microchips can be integrated into automated systems for animal identification and targeted enrichment delivery.

Purpose of the Study:

• To survey personnel involved in captive mammal management, research, and husbandry regarding their support for automated husbandry systems.
• To identify the most beneficial applications of automated husbandry systems for captive animal management.
• To assess the feasibility and potential impact of automated enrichment technologies.

Main Methods:

• An international, multi-institutional survey was conducted among professionals working with captive mammals.
• The survey gathered opinions on the adoption and perceived benefits of automated husbandry systems.
• Respondents indicated their support for system development and ranked potential applications by benefit.

Main Results:

• A very high level of interest in adopting automated husbandry systems was reported by survey respondents.
• All potential applications of automated husbandry systems were deemed beneficial to varying degrees.
• The relatively low cost of installation and operation was noted as a favorable factor.

Conclusions:

• Automated enrichment systems show significant promise for improving captive animal management.
• High interest and perceived benefits suggest a strong potential for future adoption of these technologies.
• Automated husbandry systems represent an effective means to enhance the welfare of captive mammals.