1.) How gasses in space diffuse, and are not affected by gravity unless there is a big chunk of matter there, or a supernova compresses the gas (never been observed). This obviouslyproves that it is likely that the 10,000,000,000,000,000,000,000 stars out there were made by random processes and chance events.
2.) That (even though) mutations have only been observed being limited to small changes within a species, they somehowcreated new organs.
P.S. EVERY mutation must have happened within 10,000 years, because the sun is shrinking at about 5ft. (in diameter) every minute, and anywhere above 10,000 years, and the sun would be so big, it would fry every form of life on earth. (even though scientists insist it took millions of years)
The main types of evidence are:
-comparative genetics (comparing the differences in genetic material between different life forms)
-comparative physiology (comparing the body designs of different species)
-geographical distribution (findings related to how organisms are more distantly related from each other the further away they live)
-Paleontology (remains of animals that lived a long time ago and how they are changed over time)
-observed natural selection (direct evidence that organisms are changing in response to pressures from the environment)
-artificial selection (organisms that changed as a result of human intervention, breeds of dogs for example)
Molecular evidence: similar proteins and genes found in closely related species, even if those genes are not used by an organism.
Fossil evidence: organisms changing form over time through the fossil record.
Direct observation of evolution: Traits in a population can be measured over time, as they change from one generation to the next, evolution occurs because that is the definition of evolution.
Three types of evidence are: fossil, biological, and genetic.
Well firstly there is the fossil evidence.
Here's a short list of transitional fossils
Cladoselache
tristychius
ctenacanthus
paleospinax
spathobatis
Protospinax
Acanthodians
cheirolepis
mimia
Canobius
Aeduella
Parasemionotus
Oreochima
leptolepis
Osteolepis
Eusthenopteron
Sterropterygion
tiktaalik
panderichthys
Elpistostege
Obruchevichthys
Hynerpeton
Acanthostega
Ichthyostega
Pholidogaster
Pteroplax
Dendrerpeton acadianum
Archegosaurus decheni
Eryops megacephalus
Trematops
Amphibamus lyelli
Doleserpeton annectens
vieraella
Proterogyrinus
Limnosclis
Tseajaia
Solenodonsaurus
Hylonomus
Paleothyris
Captorhinus
Petrolacosaurus
Araeoscelis
Apsisaurus
Claudiosaurus
Planocephalosaurus
Protorosaurus
Prolacerta
Proterosuchus
Hyperodapedon
Trilophosaurus
Coelophysis
Deinonychus
Oviraptor
Lisboasaurus
Archeopteryx
Sinornis
Ambiortus
Hesperornis
Ichthyornis
Paleothyris
Protoclersydrops
Clepsydrops
Archaeothyris
Varanops
Haptodus
Dimetrodon
Sphenacodon
Biarmosuchia
Procynosuchus
Dvinia
Thrinaxodon
Cynognathus
Diademodon
Proelesodon
Probainognathus
Exaeretodon
Oligokyphus
Kayentatherium
Pachygenelus
Diarthrognathus
Adelobasileus
Sinoconodon
Kuehneotherium
Eozostrodon
Morganucodon
Haldanodon
Peramus
Endotherium
Kielantherium
Aegialodon
Steropodon
Vincelestes
Pariadens
Kennalestes
Cimolestes
Procerberus
Gypsonictops
Palaechthon
Purgatorius
Cantius
Pelycodus
Amphipithecus
Pondaungia
Parapithecus
Propliopithecus
Aegyptopithecus
Proconsul
Limnopithecus
Dryopithecus
Pakicetus
Nalacetus
Ichthyolestes
Gandakasia
Ambulocetus
Himalayacetus
Attockicetus
Remingtonocetus
Dalanistes
Kutchicetus
Andrewsiphius
Indocetus
Qaisracetus
Takreacetus
Artiocetus
Babiacetus
Protocetus
Pappocetus
Eocetus
Georgiacetus
Natchitochia
Dorudon
Ancalacetus
Zygorhiza
Saghacetus
Chrysocetus
Gaviacetus
Pontogeneus
Basilosaurus
Basiloterus
Sahelanthropus tchadensis
Orrorin tugenensis
Ardipthecus ramidus
Ardipithecus kadabba
Australopithecus afarensis
Australopithecus africanus
Australopithecus anamensis
Australopithecus garhi
Australopithecus aethiopicus
Australopithecus boisei
Australopithecus robustus
Australopithecus bahreghazali
Homo habilis
Homo rudolfensis
Homo erectus.
And Neanderthal DNA.
Natural selection and DArwin
Accept fossil evidence, anatomical evidence, molecular evidence
The two types are Dna, and fossils
I do not ' believe ' in evolution, but I am convinced by the evidence.
"The evidence for evolution countervails over the arguments against it." THis means that evidence for evolution counteracts the arguments against it.
Fossils can be used as evidence for evolution because they can show the development of a species over a long period of time.
In science books or on the internet.
The two types are Dna, and fossils
The two types are Dna, and fossils
global warming?
The two types are Dna, and fossils
Indirect evidence refers to information that requires some form of inference or interpretation to establish a connection to a particular fact or conclusion. It does not directly prove a point but rather provides clues or support for a theory or argument. Examples include circumstantial evidence or expert opinions.
It does hint at common ancestry so it is "evidence" of evolution.
Dust and leaves
John McLoughlin went out of his way to assist American settlers by giving two pieces of evidence to maintain law and order.
His two main concepts, acquired characteristics and a innate " desire " to evolve, were both unsupported by any evidence and were not the way evolution happens. So, Lamarck's " theory " ( in the vulgar sense ) was utterly refuted by the actual evidence and process of evolution.
Evolution
Those terms need to be done away with. There is no such division in the theory of evolution by natural selection, even in Darwin's time. There is evolution and speciation. One flows seamlessly into the other over time and we have myriad pieces of evidence supporting this.
molten material and drilling samples