I have seen the links posted before showing "intermediary fossils" but they don't prove anything.
Actually it's already proven that the Archaeopteryx is actually a dinosaur and not something between reptiles and birds. (see bold text)
What fossil evidence is there for the evolutionist vision for the origin of life? Nothing, except for what look like blobs of cells (but it might be something else). Everyone agrees that the big surprise is the sudden appearance of fossils above the bedrock in the Cambrian Explosion.
The fossils of the Cambrian Explosion are complex invertebrates, sea creatures like trilobites, sponges, worms, jellyfish, sea urchins, sea lilies, mollusks, brachiopods (lamp shells), sea cucumbers, and swimming crustaceans such as
Opabinia, 3 inches long (8 cm) with 5 eyes and a long claw arm, (see picture at
http://www.newgeology.us/presentation32.html)
and Anomalocaris, 3 feet long (91.5 cm), and the top predator in the Cambrian environment.
"Darwin argued that the incompleteness of the fossil record gives the illusion of an explosive event, but with the eventual discovery of older and better-preserved rocks, the ancestors of these Cambrian taxa would be found. Studies of Ediacaran and Cambrian fossils continue to expand the morphologic variety of clades, but the appearance of the remains and traces of bilaterian animals in the Cambrian remains abrupt." (Erwin et. al.)
In the classification diagram biologists use, these animals are so unrelated to each other that they are in different classes or even phyla. From time to time evolutionists announce with great fanfare that they have gotten a colony of bacteria to eat something they could not eat before, or some other small variation. These changes are always below the family level on the diagram. If evolution were true, there would have been ancestors and transitional creatures between each genus, family, order, class, and phylum in the layers below the Cambrian Explosion. But there are no fossils for any of these.
What to do? A team of evolutionists solved this problem using their most effective tool - storytelling. First they assumed evolution occurred. Then they estimated how fast it should have happened, and decided that the creatures in the Cambrian Explosion had been evolving for over 250 million years before any showed up in the rocks as fossils! "We estimate that the last common ancestor of all living animals arose nearly 800 million years ago and that the stem lineages leading to most extant phyla had evolved by the end of the Ediacaran (541 million years ago)." Yes, millions of generations of all kinds of creatures all over the world living, dying, evolving without leaving any trace of their existence. Not only that, "from the early Paleozoic onward there is little addition of new phyla and classes". "Little high-level morphological innovation occurred during the subsequent 500 million years". Their story was published in the prestigious journal Science, and was hailed as having solved a mystery challenging evolution theory all the way back to Darwin. --Erwin, Douglas H., Marc Laflamme, Sarah M. Tweedt, Erik A. Sperling, Davide Pisani, Kevin J. Peterson. 2011. The Cambrian Conundrum: Early Divergence and Later Ecological Success in the Early History of Animals. Science, Vol. 334, pp. 1091-1097.
Fossil compound eyes from the Lower Cambrian, where the first complex creatures suddenly appear in the fossil record, have been found in the Emu Bay Shale of South Australia. The fossils are supposedly about 515 million years old. They may be corneas of Anomalocaris that were shed during moulting. The lenses are packed tighter than Lower Cambrian trilobite eyes, "which are often assumed to be the most powerful visual organs of their time." Notice that the lenses in the picture are different sizes. It is the same in the fossils. Each eye has "over 3,000 large ommatidial lenses". "The arrangement and size-gradient of lenses creates a distinct [forward] 'bright zone'... where the visual field is sampled with higher light sensitivity (due to larger ommatidia) and possibly higher accuity". This indicates "that these eyes belonged to an active predator that was capable of seeing in low light." "The eyes are more complex than those known from contemporaneous trilobites and are as advanced as those of many living forms" today, such as the fly in this picture, "revealing that some of the earliest arthropods possessed highly advanced compound eyes".24 When the earliest form is the most complex, there is no evolution.
This tiny fish (a little over an inch long, or 3 cm) is Haikouichthys. Its fossils have also been found in the Lower Cambrian. This "first fish" has a spine and spinal cord, eyes, gills, fins, scales, mouth, etc., though no jaw, like a lamprey. About 500 were found buried together.35
This is Guiyu, a fossil fish that "represents the oldest near-complete gnathostome (jawed vertebrate)."44 It measures about 15 inches long, or 37 cm. Clearly, the earliest fish were as much fish as today's fish. Guiyu is "a representative of modern fishes" from the Silurian, before the so-called "age of fishes" (Devonian).9 In the evolutionist's mind, "a whole series of major branching events... must have taken place well before the end of the Silurian." "A significant part of early vertebrate evolution is unknown."9
Coelacanth disappeared from the fossil record with the last of the dinosaurs. That was supposedly 65 million years ago. In the early 1900s, evolutionists touted it as the first walking fish, the transition between fish and tetrapods. That is, until 1938 when one was found alive and unable to walk. Evolution theory says that pressures from competition and the environment force changes over time. In chapter 9 of his book, Darwin wrote of ancestor species in general: "If, moreover, they had been the progenitors of these orders, they would almost certainly have been long ago supplanted and exterminated by their numerous and improved descendants." Here is a coelacanth today, alive and unchanged like many "living fossils". Where is the evolution?
Evolutionists tell us this dragonfly has not shown up in the fossil record for 250-300 million years! Dozens of the Ancient Greenling Damselfly live near Melbourne, Australia. "The damselfly, part of the dragonfly group Odonata, is the only living representative of the family Hemiphlebiidae. Its ancient predecessors are found solely in 250-300 million-year-old fossil records from Brazil to Russia." --Smith, Bridie. January 5, 2010. Found: fossil-linked, listed damselfly.
www.theage.com.au (newspaper website)
This is a drawing of a supposed predecessor, Protozygoptera. With a wingspan of under 6 cm, it is the earliest damselfly-like insect ever found and "the origin of modern dragonflies". Its fossil wing was found in rocks of the Upper Carboniferous which evolutionists think are about 300 million years old. As with many creatures, dragonflies appear suddenly in the fossil record, fully formed. Damselflies living today look like Protozygoptera; there are no transitional intermediates and there was no evolution. --Jarzembowski, E.A., A. Nel. 2002. The earliest damselfly-like insect and the origin of modern dragonflies (Insecta: Odonatoptera: Protozygoptera). Proceedings of the Geologists' Association, Vol. 113, pp. 165-169.
Evolutionists always point to Archaeopteryx as the great example of a transitional creature, appearing to be part dinosaur and part bird. However, it is a fully formed, complete animal with no half-finished components or useless growths. Most people know "the stereotypical ideal of Archaeopteryx as a physiologically modern bird with a long tail and teeth". Research now "shows incontrovertibly that these animals were very primitive". "Archaeopteryx was simply a feathered and presumably volant [flying] dinosaur. Theories regarding the subsequent steps that led to the modern avian condition need to be reevaluated." --Erickson, Gregory, et al. October 2009. Was Dinosaurian Physiology Inherited by Birds? Reconciling Slow Growth in Archaeopteryx. PLoS ONE, Vol. 4, Issue 10, e7390.
"Archaeopteryx has long been considered the iconic first bird." "The first Archaeopteryx skeleton was found in Germany about the same time Darwin's Origin of Species was published. This was a fortuituously-timed discovery: because the fossil combined bird-like (feathers and a wishbone) and reptilian (teeth, three fingers on hands, and a long bony tail) traits, it helped convince many about the veracity of evolutionary theory." "Ten skeletons and an isolated feather have been found." "Archaeopteryx is the poster child for evolution." But "bird features like feathers and wishbones have recently been found in many non-avian dinosaurs". "Microscopic imaging of bone structure... shows that this famously feathered fossil grew much slower than living birds and more like non-avian dinosaurs." "Living birds mature very quickly and grow really, really fast", researchers say. "Dinosaurs had a very different metabolism from today's birds. It would take years for individuals to mature, and we found evidence for this same pattern in Archaeopteryx and its closest relatives". "The team outlines a growth curve that indicates that Archaeopteryx reached adult size in about 970 days, that none of the known Archaeopteryx specimens are adults (confirming previous speculation), and that adult Archaeopteryx were probably the size of a raven, much larger than previously thought." "We now know that the transition into true birds -- physiologically and metabolically -- happened well after Archaeopteryx." --October 2009. Archaeopteryx Lacked Rapid Bone Growth, the Hallmark of Birds. American Museum of Natural History, funded science online news release.
What evolutionists now know for sure is that their celebrity superstar was not a transitional creature after all. Wow! OMG. They better find a new one fast...
How about the Platypus? They could call it a transitional creature between ducks and mammals. The furry platypus has a duck-like bill, swims with webbed feet, and lays eggs.
from
http://www.newgeology.us/presentation32.html