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Head of a right whale in Te Waewae Bay, Southland. Scientists have developed techniques which enable individual whales to be identified by the pattern of callosities on their heads. These naturally occurring markings are raised patches of whitish, rough skin infested with whale lice, parasitic worms and barnacles. The size, positioning and shape of the markings can be identified in photographs taken from a small plane or helicopter and have enabled scientists to build up an identity record similar to that of thumb-prints in humans.

TIM HIGHAM

This article text was automatically generated and may include errors. View the full page to see article in its original form.I whakaputaina aunoatia ēnei kuputuhi tuhinga, e kitea ai pea ētahi hapa i roto. Tirohia te whārangi katoa kia kitea te āhuatanga taketake o te tuhinga.
Permanent link to this item
Hononga pūmau ki tēnei tūemi

https://paperspast.natlib.govt.nz/periodicals/FORBI19930201.2.11.1

Bibliographic details
Ngā taipitopito pukapuka

Forest and Bird, Issue 267, 1 February 1993, Page 10

Word count
Tapeke kupu
87

Head of a right whale in Te Waewae Bay, Southland. Scientists have developed techniques which enable individual whales to be identified by the pattern of callosities on their heads. These naturally occurring markings are raised patches of whitish, rough skin infested with whale lice, parasitic worms and barnacles. The size, positioning and shape of the markings can be identified in photographs taken from a small plane or helicopter and have enabled scientists to build up an identity record similar to that of thumb-prints in humans. TIM HIGHAM Forest and Bird, Issue 267, 1 February 1993, Page 10

Head of a right whale in Te Waewae Bay, Southland. Scientists have developed techniques which enable individual whales to be identified by the pattern of callosities on their heads. These naturally occurring markings are raised patches of whitish, rough skin infested with whale lice, parasitic worms and barnacles. The size, positioning and shape of the markings can be identified in photographs taken from a small plane or helicopter and have enabled scientists to build up an identity record similar to that of thumb-prints in humans. TIM HIGHAM Forest and Bird, Issue 267, 1 February 1993, Page 10

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