Showing posts with label flying fish. Show all posts
Showing posts with label flying fish. Show all posts

Monday, 24 July 2017

A twist in the tail: Flying fish give clues to 'tandem wing' airplane design


Date:  July 5, 2017
Source:  Society for Experimental Biology

Summary:  Ribbon halfbeak are a species of fish with the ability to fly above the sea surface -- but unlike true 'flying fish', they lack the necessary hind wing fins. So how do they fly?

Monday, 5 November 2012

New flying fish fossils discovered in China


New flying fish fossils found in China provide the earliest evidence of vertebrate over-water gliding strategy.
Chinese researchers have tracked the "exceptionally well-preserved fossils" to the Middle Triassic of China (235-242 million years ago).
The Triassic period saw the re-establishment of ecosystems after the Permian mass extinction.
The fossils represent new evidence that marine ecosystems re-established more quickly than previously thought.
The Permian mass extinction had a bigger impact on the earth's ecological systems than any other mass extinction, wiping out 90-95% of marine species.

Friday, 20 April 2012

The Fish That Nearly Sank Isaac Newton's Career


An intricate image of a flying fish is one of hundreds of images now searchable online courtesy of the Royal Society, the United Kingdom's national academy of science.

This striking wood engraving appeared in the 1686 text "Historia Piscium" or "The History of Fishes" by John Ray and Francis Willughby. Now mostly forgotten, the book was groundbreaking for its time. Unfortunately, "The History of Fishes" almost prevented another groundbreaking work from being published: Isaac Newton's "Philosophiae Naturalis Principia Mathematica" ("Mathematical Principles of Natural Philosophy").



An engraving of a flying fish from the 1686 book "Historia Piscium."
CREDIT: John Ray and Francis Willughby’, 1686, courtesy the Royal Society


The lavish engravings in "The History of Fishes" were so expensive to publish that they nearly bankrupted the young Royal Society, at that time only 26 years old. Short of cash, the Society had to rescind its promise to help pay for the production of Newton's masterpiece. 

Fortunately for Newton (and for science), his "Principia" caught astronomer Edmond Halley's eye. Halley would be remembered mainly for computing the orbit of the comet that bears his name, but at the time he was a young Royal Society clerk. Halley took on the "Principia" as a personal project, raising funds (many from his own pocket) to get the work published in 1687. Newton's book included his three laws of motion, which along with his law of universal gravitation, was able to explain the orbits of planets. In fact, his book is still widely considered to be one of the most important scientific works of all time, covering physics and mathematics. 

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