Thermal cameras on drones can noninvasively measure dolphin blowhole temperature and breathing rates in the wild and, when validated against hands‑on measures, offer a scalable tool for early detection of population health problems without stressing animals. Validated remote physiological monitoring could shift conservation from reactive to proactive interventions.
— If broadly adopted and standardized, drone‑based physiological monitoring would change how governments and NGOs detect marine‑mammal crises, allocate conservation funding, and set regulatory priorities for coastal management.
Molly Glick
2026.01.10
100% relevant
Australian team used drone‑mounted thermal cameras to measure blowhole/body/dorsal‑fin temperatures and breathing rates for 14 adult bottlenose dolphins and compared those readings to hands‑on measures.
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