All righty, one more for good measure. OK I’ll admit I probably haven’t read every word of Montalban’s posts, but that’s because he tends to repeat himself.

Here’s a few easy questions:
Why do independently derived phylogenetic trees of all organisms match each other with an extremely high degree of statistical significance? Why does independent morphological and molecular measurements determine the standard phylogenetic tree to better than 41 decimal places? Why do all the separate lines of evidence converge on the same one historical phylogenetic tree if all species are not united in an objective genealogy?
Why in spite of the extensive variation of form and function among organisms, do they share the same fundamental criteria for life: (1) replication, (2) information flow in continuity of kind, (3) catalysis, and (4) energy utilization or metabolism? Why do all known living things use polymers to perform these four basic functions: polynucleotides, polypeptides, and polysaccharides? Why does all known life use the same polymer (DNA or RNA) for storing species specific information? Why are all known organisms constructed of the same subset of 22 amino acids, even though there are 293 naturally occurring amino acids? Why do all known organisms use the same genetic code for transmitting information from the genetic material to the catalytic material?
Why do we find a quite complete set of dinosaur (reptile)-to-bird transitional fossils with no morphological gaps? Why do we have an exquisite series of fossils for the reptile-to-mammal intermediates? Why do we have many land-mammal to whale intermediates? Why do we find in the fossil record and geological column, prokaryotes appearing first, followed by simple multicellular animals like sponges and starfish, then lampreys, then fish, then amphibians, then reptiles, then mammals, then primates and finally man? Why is there a positive correlation between phylogeny and stratigraphy?
Why do legless snakes such as pythons carry vestigial pelvises hidden beneath their skin? Why do some lizards carry rudimentary, nonfunctional legs underneath their skin? Why do many blind cave-dwelling animals, such as the Mexican fish tetra, the salamander species Typhlotriton spelaeus and Proteus anguinus, have rudimentary vestigial eyes? Why do dandelions reproduce without reproduction yet retain flowers and produce pollen? Why are there flightless beetles which retain perfectly formed wings housed underneath fused wing covers? Why do over 90% of all adult humans develop third molars which are often malformed, impacted, causing significant pain, increased risk for injury, but are useful for chewing and grinding plant material?
Why do we find rare mutant whales that occasionally develop atavistic hindlimbs, or some whales with femurs, tibia, fibulae, and some include feet with complete digits? Why are there rare formation of extra toes in horses? Why are there atavistic thigh muscles in birds and sparrows? Hyoid muscles and atavistic dew claws in many dogs? Wings in normally wingless earwigs? Atavistic reduced fibulae in birds? Extra toes in guinea pigs and salamanders? Atavisms in humans, such as very rare true human tails some which are complex structures that have muscle, blood vessels, occasional vertebrae, cartilage, can move and contract, and are occasionally inherited?
Why does the gene that is required for Vitamin C synthesis, a pseudogene that is incapable of functioning, found in humans and guinea pigs, and in other primates? Why are there multiple odorant receptor genes? The RT6 protein gene? The galactosyl transferase gene? The tyrosinase-related gene (TYRL) ? Why do we share these vestigial genes, and the mutations that made these genes nonfunctional, with other primates?
continued…
Phil P