Leopold, you failed to point out flaw my logic.
The question we ask is: how does comparative genomics affect our understanding of major aspects of the evolution of life? We believe that the effect is (or at least has the potential to be) truly profound. Perhaps most importantly, comparative genomics has already led to the reappraisal of the central trends of genome evolution. Instead of the classic concept of relatively stable genomes, which evolve through gradual changes spread through vertical inheritance, we now have the new notion of "genomes in flux" [787]. According to this concept, evolution involves gene loss and horizontal gene transfer as major forces shaping the genome, rather than isolated incidents of little consequence.
This new picture of the evolutionary process is incomparably more complicated than the classic one but, in addition to revealing the true complexity of the phenomena than need to be analyzed to understand evolution, genomics provides the data that are required for this analysis. The genomes threaten to uproot the Tree of Life [667], but in the end, they may help build a better, more realistic tree. The new methods taking full advantage of the wealth of information contained in genome sequences are only starting to emerge. Most of the theoretical and algorithmic developments clearly lie ahead, which makes the field of evolutionary genomics particularly exciting. The availability of genome sequences from many diverse phylogenetic lineages provides for the possibility of reconstructing genomes of ancestral life forms, including the Last Universal Common Ancestor (LUCA) of all extant life forms. Furthermore, even deeper reconstruction becomes feasible and we are starting to glimpse some aspects of the primordial RNA world.
He can't. He has not evolved that far yet....
Make an argument. Be a man...
Tell that to Barox Max, who refuses to believe black people's nose is a result of the evolution of warm climates, not a beauty flaw. Vice versa, White people have slit nose because it reduces the inflow of cold air. In warm enviroments we find it difficlut to breath, and in cold enviroments we try to cover our nose. Q.E.Dwhat really kills me about iceage is that he agrees that naturally occuring substances can alter genes and those genes can be passed on to offsprings but yet refuses to believe it's evolution.
If a 10,000 meter peak (everest is less than 9000m) were worn down at a mere millimeter per year, in 10 million years (an eyeblink geologically) everest would be a rolling plain.
The Indo-Australian plate is still moving at 67 mm/year, and over the next 10 million years it will travel about 1,500 km into Asia. About 2 cm/year of the India-Asia convergence is absorbed by thrusting along the Himalaya southern front. This leads to the Himalayas rising by about 5 mm/year, making them geologically active. The movement of the Indian plate into the Asian plate also makes this region seismically active, leading to earthquakes from time to time.
At present, the Apulian and European plates are still converging. The process of mountain building continues to this day. Measurements in the road and railway tunnels show that the Alps continue to rise somewhere between a millimeter and a centimeter each year. This is held in an overall balance by weathering effects.