Whale Strandings Reading Passage
Whale Strandings Reading Passage
Paragraph A: In 1998, researchers from the Greek nonprofit scientific group Pelagos Cetacean Research Institute linked whale strands to minimum frequency sonar tests executed by the North Atlantic Treaty Organization (NATO). They videoed 12 crane whales stranding over 38.2 kilometers of coastline. NATO later agreed to test new sonar technology in the same area.
Paragraph B: Strandings of more than one animal, ‘Mass’. Usually, they all strand together, but in mass-different strands, the whales do not strand as a group. They are spread over an enormous place.
Paragraph C: For humans, hearing a sudden noise can be scary, but it does not cause many casualties. On the other hand, with regard to whales, there is a theory of how sonar can destroy. Noise can shock animals and thus allow them to swim very fast to the surface. The resulting decompression disease is well known to dangerous divers. When a diver climbs too fast from a high-pressure underwater environment to low pressure, the dissolved gases in the blood and tissues raise and form bubbles. Bubbles stop the flow of blood to vital organs, finally leading to end of life.
Paragraph D: Credibly, this is still a theory and is based on our extensive understanding of terrestrial animals. For this reason, some scientists are wary. Whale specialist Karen Evans is one such scientist.
Paragraph E: Next is Rosemary Gales, a top specialist on whale fibers. He states sonar technology can not be condemned on group fibers. And when 80% of Australian whales roam around Tasmania, Gales and his crew must restart to explore for answers. When animals are on the beach with each other at the same time, the most typical cause is that they have no communication with humans.
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