Wall-Climbing Cave Fish and Evolution?
The lack of transitional forms that Darwin predicted must be making fish-to-farrier evolutionists climb the walls, which might explain their seeing what ain't there with a newly-found cave angelfish from Thailand. It can move around on land a mite (so do some catfish), so there's speculation that this critter can give clues about the transition from fish to land animals.
Of course, it would be mighty helpful if they didn't simply argue from their presuppositions, and if there was a shred of fossil evidence. But when scientists say something, Darwinistas run with it and proclaim it as scientific fact. Not hardly! Keep in mind the way these people think: they're opposed to admitting that life was created no matter what the evidence shows, and they also say that loss of features are evidence of upward evolution.
Of course, it would be mighty helpful if they didn't simply argue from their presuppositions, and if there was a shred of fossil evidence. But when scientists say something, Darwinistas run with it and proclaim it as scientific fact. Not hardly! Keep in mind the way these people think: they're opposed to admitting that life was created no matter what the evidence shows, and they also say that loss of features are evidence of upward evolution.
Scientists recently discovered another bizarre fish. This one has a pelvic girdle. Is it the missing link evolutionists have been searching for? The scientific name of this supposed "evolutionary relic" is Cryptotora thamicola. Those with a Darwinian worldview maintain Cryptotora gives us a hint of the water-to-land transition undergone by early tetrapods (four-limbed vertebrates) some "400 million years ago." One reason for this speculation is because Cryptotora has a unique style of locomotion:To read the rest, click on "Wall-Climbing Cave Fish: Evolutionary Intermediate?"
Here we show that the blind cavefish Cryptotora thamicola walks and climbs waterfalls with a salamander-like diagonal-couplets lateral sequence gait and has evolved a robust pelvic girdle that shares morphological features associated with terrestrial vertebrates.