480 / 2024-09-17 23:23:27
QR Code Mark Traceability Test—— Innovative Application of Internet of Things Technology in Sea Turtle Rescue
QR code, sea turtle, individual identification, rescue, conservation
Session 72 - Sea turtle and marine mammal conservation: management, academic and outreach perspectives
Abstract Accepted
Abstract:Hatchery release has been used for the conservation of green turtles for many years. To
improve the rescue management of released individuals and avoid their negative impact
on wild populations, the application of individual markers is particularly important. Quick
response (QR) code was used to tag the individual of released turtles in Huidong Sea
Turtle National Nature Reserve, the unique spawning site and nature reserve for sea
turtles in China. The viscosity differences of four safe and non-toxic glues (e.g., epoxy
resin, acrylic glue, ABS glue, and nail gel 401) in different age groups were tested. The
results revealed that epoxy resin glue has the best adhesion effect on 8-year-old turtles,
and the intact rate after 50 days was 100%. It is suitable to be used for the rescue of
stranded turtles within 50 days of release. Nail gel 401 has the best adhesion effect
on the carapace of 1-year-old turtles, with an intact rate of 100% after 50 days, which
can be used for short-time conservation of young turtles. The release experiments of
18 eight-year-old sea turtles with passive integrated transponder (PIT) tags, QR codes,
and steel tags showed that QR codes are conducive to public participation and improve
rescue efficiency. In fact, QR code is a powerful measure to overcome the limitations of
the existing individual label. However, the QR code fused with turtle carapace can only
be applied for turtle rescue and tracing in the short-term due to its limited persistence.
improve the rescue management of released individuals and avoid their negative impact
on wild populations, the application of individual markers is particularly important. Quick
response (QR) code was used to tag the individual of released turtles in Huidong Sea
Turtle National Nature Reserve, the unique spawning site and nature reserve for sea
turtles in China. The viscosity differences of four safe and non-toxic glues (e.g., epoxy
resin, acrylic glue, ABS glue, and nail gel 401) in different age groups were tested. The
results revealed that epoxy resin glue has the best adhesion effect on 8-year-old turtles,
and the intact rate after 50 days was 100%. It is suitable to be used for the rescue of
stranded turtles within 50 days of release. Nail gel 401 has the best adhesion effect
on the carapace of 1-year-old turtles, with an intact rate of 100% after 50 days, which
can be used for short-time conservation of young turtles. The release experiments of
18 eight-year-old sea turtles with passive integrated transponder (PIT) tags, QR codes,
and steel tags showed that QR codes are conducive to public participation and improve
rescue efficiency. In fact, QR code is a powerful measure to overcome the limitations of
the existing individual label. However, the QR code fused with turtle carapace can only
be applied for turtle rescue and tracing in the short-term due to its limited persistence.