SUMMARY
The young great white shark was successfully kept alive in captivity for 198 days, shattering the previous record of 16 days. This achievement involved the use of advanced electronic tagging technology, which included sensors for measuring ocean depth and temperature. The depth measurement likely utilized atmospheric pressure sensors, while temperature readings were possibly gathered through thermocouples. Further details on the specific sensors used remain undisclosed but are crucial for understanding the shark's health and behavior during captivity.
PREREQUISITES
- Understanding of marine biology, specifically shark physiology
- Familiarity with electronic tagging technology
- Knowledge of environmental monitoring tools, such as thermocouples and pressure sensors
- Basic principles of animal husbandry in captivity
NEXT STEPS
- Research advancements in electronic tagging technology for marine animals
- Explore the physiological needs of great white sharks in captivity
- Investigate the impact of environmental factors on shark behavior
- Learn about best practices in animal husbandry for large marine species
USEFUL FOR
This discussion is beneficial for marine biologists, wildlife conservationists, aquarium professionals, and anyone involved in the study or care of large marine species, particularly sharks.