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Protecting Enterprises Across the Globe. Studies by Cuyler et al. Detection performance based on body temperature was extremely limited ranges only up to m in good weather conditions. Those whales with large blows such as the blue whale could be detected at further distances of up to 1km. Abiotic or environmental factors can also dramatically affect the performance of IR systems, such as fog, precipitation, high humidity, clouds, sea state, glare and ice presence.
Breaking waves or presence of white caps due to strong wind cause problems in this manner. Sea clutter can also be a problem at night even without the scattering of light as wave action can result in areas with different apparent temperatures which in turn can lead to false triggers.
This is called emitted clutter. This can be further exaggerated if the platform used is near to the sea surface, therefore observation angle is another factor which affects the efficiency of IR systems.
The use of IR systems in field conditions is reviewed in a study Smith et al. These sensors detect infrared radiation to create a "picture" assembled for video output. This type of device is used extensively in civilian and military applications for example for aviation and driving in darkness or foggy conditions, search and rescue, etc.
FLIR cameras have also been used by marine mammal researchers to detect marine mammals. Land-based infrared imagery for marine mammal detection. Killer whales detected by Infrared Technology. Taken from Graber Whales that were at distances greater than m were detected primarily by blow only. When appreciating this value careful consideration of species i.
Infrared detection of marine mammals. This study reported how performance of the IR system was strongly affected by weather conditions and sea state such that it was practically useless in rain, fog or haze, high humidity and increasing sea states. In better weather conditions with low humidity the system was capable of detecting sperm and fin whale blows, changes in the emissivity of water left after animals surfaced and in some case the emissivity of skin of sperm whales due to their movement.
They also reported that restricted field of views are a problem and that for marine mammal monitoring greater fields of views would be needed. Night Navigator 3 Currentcorp, Canada — Avoidance of whale collision. Centre for Whale Research, Australia.
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