thanks for giving me this opportunity to highlight you ignorance and showcase reading comprehension disability...Think again.
1. 10 Most Incredible Eyes in the Animal Kingdom
2. Can gorillas run faster then the average human
3. The Secret To Chimp Strength
You are once again wrong, I ask you again if we are related to all these different organisms where did these genetic traits go ? why do these not exist in our gene pool ? I guess Daws forgot according to his theory humans are part of the animal kingdom and can't answer why we do not possess these superior traits,he failed once again.Never did address the sense of smell our so called relatives possess that we do not possess.
Nice dodge ! and misinformation.
1.my statement: (humans have the best developed eye for all around use of any creature on earth.
making you first statement false.)
the operative phrase (is ALL round use)
here is a list of functions that our eyes have or do that other animals can't :
For one, humans have their eyes set closer together than many other animals, which gives us wonderful depth perception. In exchange, we lose some of our ability to have good peripheral vision
Vision
Normal human vision is 20/20. In comparison, dog vision is between 20/50 and 20/100, horses are at about 20/33, and cats are at 20/100. (However, these number can vary significantly, because it is quite difficult to measure animal vision.)
Visual Acuity
Because animals have less visual acuity than humans, they do not perceive things as sharply as humans do. Their vision could be likened to watching a blurry Internet video as opposed to watching television.
Color Vision
Dogs perceive color almost like humans who are red-green colorblind. Both cats and dogs respond to blue and yellow best, and have trouble seeing shades of green and red. Cats perceive shades of red as black, and shades of green as white. To a cat, your front lawn looks like a textured bed sheet.
Read more: How Does the Human Eye Compare to the Eyes of Other Animals? | eHow.com How Does the Human Eye Compare to the Eyes of Other Animals? | eHow.com
just to name a few.
(Never did address the sense of smell our so called relatives possess that we do not possess.) either ywc is lying or it's that pesky reading comp problem.
my answer:"again a false comparison, our olfactory system is no less developed then our ape cousins."
The convention is that humans have notoriously poor senses of smell compared to animals. Some scientists say that humans have lost 60% of their olfactory receptors over the process of evolution. (Wilson) However, this is as specious as the statement, Humans only use 10% of their brain. Humans have some commendable feats regarding the nose. Mice choose mates by smelling the difference in a certain gene. Humans can smell the difference between the mice strains using solely their sense of smell. (Gilbert) Dog owners can identify which blanket their pet slept compared to other dogs. Humans can also discern what kind of wood a popsicle stick is made of by just smelling the ice cream it was sitting in (of course, they also could refer to original samples of wood). They can also follow a chocolate trail with smell when their other senses are inhibited, but when smell is inhibited they cannot follow it at all. Furthermore, when humans are trained to follow scent trails, their tracking speed increases greatly. Also, humans and dogs have the same sensitivity to the smell that we use to track cocaine. (Gilbert)
Macrosmatic means with a good sense of smell and microsmatic means with a poor sense of smell. Conventionally, scientists judge a species' ability to smell by the internal surface area of the nasal cavity, but that has no effect on the amount of sensory tissue in the nose or the number of olfactory nerve cells in a certain area. We have in fact discovered that humans and animals have somewhat equivalent senses of smell.
http://appsychtextbk.wikispaces.com/Animal+vs.+Human+Smell
so again proving wyc..ignorant.
what relatives other than primates are you failing to alude to. ?
How closely related are humans to apes and other animals? How do scientists measure that? Are humans related to plants at all? ::Ask the Experts::October 23, 2000::2 Comments::Email:rint.How closely related are humans to apes and other animals? How do scientists measure that? Are humans related to plants at all?
humans, chimpanzees, gorillas, orangutans and their extinct ancestors form a family of organisms known as the Hominidae. Researchers generally agree that among the living animals in this group, humans are most closely related to chimpanzees, judging from comparisons of anatomy and genetics.
If life is the result of "descent with modification," as Charles Darwin put it, we can try to represent its history as a kind of family tree derived from these morphological and genetic characteristics. The tips of such a tree show organisms that are alive today. The nodes of the tree denote the common ancestors of all the tips connected to that node. Biologists refer to such nodes as the last common ancestor of a group of organisms, and all tips that connect to a particular node form a clade. In the diagram of the Hominidae at right, the clade designated by node 2 includes gorillas, humans and chimps. Within that clade the animal with which humans share the most recent common ancestor is the chimpanzee.
Source: COURTESY OF BERNHARD HAUBOLD
FAMILY TREE of the Hominidae shows that chimpanzees are our closest living relatives.
There are two major classes of evidence that allow us to estimate how old a particular clade is: fossil data and comparative data from living organisms. Fossils are conceptually easy to interpret. Once the age of the fossil is determined (using radiocarbon or thermoluminescence dating techniques, for example), we then know that an ancestor of the organism in question existed at least that long ago. There are, however, few good fossils available compared with the vast biodiversity around us. Thus, researchers also consider comparative data. We all know that siblings are more similar to each other than are cousins, which reflects the fact that siblings have a more recent common ancestor (parents) than do cousins (grandparents). Analogously, the greater similarity between humans and chimps than between humans and plants is taken as evidence that the last common ancestor of humans and chimps is far more recent than the last common ancestor of humans and plants. Similarity, in this context, refers to morphological features such as eyes and skeletal structure.
One problem with morphological data is that it is sometimes difficult to interpret. For example, ascertaining which similarities resulted from common ancestry and which resulted from convergent evolution can, on occasion, prove tricky. Furthermore, it is almost impossible to obtain time estimates from these data. So despite analyses of anatomy, the evolutionary relationships among many groups of organisms remained unclear due to lack of suitable data.
This changed in the 1950s and 1960s when protein sequence data and DNA sequence data, respectively, became available. The sequences of a protein (say, hemoglobin) from two organisms can be compared and the number of positions where the two sequences differ counted. It was soon learned from such studies that for a given protein, the number of amino acid substitutions per year could--as a first approximation--be treated as constant. This discovery became known as the "molecular clock." If the clock is calibrated using fossil data or data on continental drift, then the ages of various groups of organisms can theoretically be calculated based on comparisons of their sequences.
Using such reasoning, it has been estimated that the last common ancestor of humans and chimpanzees (with whom we share 99 percent of our genes) lived five million years ago. Going back a little farther, the Hominidae clade is 13 million years old. If we continue farther back in time, we find that placental mammals are between 60 and 80 million years old and that the oldest four-limbed animal, or tetrapod, lived between 300 and 350 million years ago and the earliest chordates (animals with a notochord) appeared about 990 million years ago. Humans belong to each of these successively broader groups.
How far back can we go in this way? If we try to trace all life on our planet, we are constrained by the earth's age of 4.5 billion years. The oldest bacteria-like fossils are 3.5 billion years old, so this is the upper estimate for the age of life on the earth. The question is whether at some point before this date a last common ancestor for all forms of life, a "universal ancestor," existed. Over the past 30 years the underlying biochemical unity of all plants, animals and microbes has become increasingly apparent. All organisms share a similar genetic machinery and certain biochemical motifs related to metabolism. It is therefore very likely that there once existed a universal ancestor and, in this sense, all things alive are related to each other. It took more than two billion years for this earliest form of life to evolve into the first eukaryotic cell. This gave rise to the last common ancestor of plants, fungi and animals, which lived some 1.6 billion years ago.
The controversies surrounding biological evolution today reflect the fact that biologists were late in accepting evolutionary thinking. One reason for this is that significant modifications of living things are difficult to observe during a lifetime. Darwin never saw evolution taking place in nature and had to rely on evidence from fossils, as well as plant and animal breeding. His idea that the differences observed within a species are transformed in time into differences between species remained the most plausible theory of biodiversity in his time, but there was an awkward lack of direct observations of this process. Today this situation has changed. There are now a number of very striking accounts of evolution in nature, including exceptional work on the finches of the Galapagos Islands--the same animals that first inspired Darwin's work.
FURTHER READING:
The Beak of the Finch : A Story of Evolution in Our Time (Vintage Books, 1995)
one more just for fun 3. "we are the strongest of our species" because we are the only extant creatures of our kind.
you ignorant asshat!
Wrong that was just going from one creature you claim we are related to, the ape. If you use the argument that all organisms are related which you have to since all life origionated from one source, Your sides argument is DNA similarity proves ancestry. So we all came from the same genepool and according to evolutionist we are definitely in the ape genepool. Now actually the answer why these traits did not get passed on to humans or if the ape evoleved from us how did they end up with the superior traits why didn't they end up with brains like ours ?
I'm not sure what your issue is. You seem to have evolved the brain of an ape. So... you seem to have answered your own question.