Welcome to the home of The Question Evolution Project. Presenting information demonstrating that there is no truth in minerals-to-man evolution, and presenting evidence for special creation. —Established by Cowboy Bob Sorensen

Saturday, November 29, 2014

Evolutionary Assumptions Hinder Dolphin Electroreception Studies

Evolutionists have a fundamentally flawed worldview, and it frequently hinders real science. Like so-called "vestigial organs" and "junk DNA", if something is not understood, it is assumed to be a leftover from distant evolutionary past. Dolphins have been studied for many years, and their ability to use sonar has been known.


So, what about electroreception? Like some other animals, the Guiana dolphin can detect electrical impulses. It's those pits on the beaks that make it happen. Evolutionary scientists did not bother to research this area because of their assumptions; if they had assumed it had been created for a purpose, hey let's find out what it is, this interesting discovery may have been reached long ago.

Of course, since the discovery has been made, they use the nonsensical circular reasoning of "convergent evolution". That is, they "know" that evolution is true, but have no means of showing how dolphins evolved this ability, how other creatures evolved the same ability, but they both evolved them independently. Sure, Skippy.
Scientists have known for a while that dolphins use vision and sonar to find food and identify objects. But researchers recently discovered that dolphins also have electric sensory perception. After decades of dolphin studies, why had this incredible feature not already been discovered?

Dolphins can't always rely on their eyesight, especially when working in murky water, so they have been equipped with sonar systems that are tuned to expertly and accurately interpret whether signals represent food, friend, or foe. But sonar signals are not very effective at close range, and researchers have established that at least one species of dolphin can sense electric fields using a technique called electroreception. Animals generate weak electric fields when they use their muscles, and these dolphins can sense those weak signals in close quarters with special pits on their beaks.
You can read the rest by clicking on "Evolution Delays Discovery of Dolphin Sensory Ability".
 


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