Did humans descend from other primates?otseng wrote: Man did not descend from the primates.
Are humans primates or should there be special biological taxonomy for humanity?
Please cite evidence.
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Did humans descend from other primates?otseng wrote: Man did not descend from the primates.
The thing is, when you present a published article, your use sources to back up your own research (unless its a review). Just because the author uses secular sources is meaningless. They are not the basis of the research. Just little snippets of facts from each citation are used. The issue with this article is the interpretation of the facts/sources.otseng wrote:Yes, I knew there would be pushback from me quoting any Christian source. But, I was willing to post it because they use secular sources (in addition to Christian sources). So, unless you can provide evidence to refute their sources, then yes, I do expect it to be considered valid evidence.Goat wrote: And you expect me to accept something from the IRC?:?? Honestly?
Not a single person here has claimed that the bacteria are the sole reason for the c14. You are arguing a strawman here. Myself, along with other have also pointed out radioactive decay by surrounding rocks.otseng wrote:Some more problems about the bacteria hypothesis:
http://www.talkorigins.org/faqs/c14.htmlThe fungi/bacteria hypothesis [that 14C in coal is produced by modern microorganisms currently living there --Ed.] may also be plausible, but would probably only contribute to inflation of 14C values if coal sits in warm damp conditions exposed to ambient air. There is also growing evidence that bacteria are widespread in deep rocks, but it is not clear that they could contribute to 14C levels. But they may contribute to 13C.
bacteria/fungi hypothesis: Lowe then makes a reasonable case for fungi and bacteria - there are fungi that can degrade lignite (Polyporus versicolor and Poria montiola), as well as autotrophic "thiobacillus-like" bacteria that oxidize pyrites in coal, and he points out that bacteria have been found 3km underground apparently living on granite. Lowe states that fungal and bacterial activity is particularly likely in warm, damp coal exposed to air, and he points out that microbial action only has to result in the deposition of ~0.1% by weight of modern carbon in the coal to produce an apparent age of 45,000 years for the specimen.
Since Lowe's paper, there have been many more reports of deep subterranean bacteria, which apparently form a heretofore unrecognized ecosystem deep below the earth in rocks and in oils (abstracts below). Presumably most of these bacteria never interact with the "modern" 14C of the atmosphere. But some deep bacterial activity apparently can result in increased concentrations of 13C.
I disagree on two points. First, the bacteria do indeed reside in these extreme environments. I posted a paper talking about this. Secondly, fungi are highly adaptable, almost as much as bacteria. Most people think of fungi as mushrooms but most are microorganisms including single celled organisms.blueandwhite wrote: "Carboniferous coal is at least 300 million years old. Rocks above that would likewise be quite old. Microorganisms would only be present in rocks if they travelled down also. And what microorganisms would you be talking about"
Yes they would, which is what we are arguing DOES happen. They get in the water, and the water moves down. The microorganisms would most likely be eubacteria or archaibacteria. Fungus are not as adaptive usually.
I don't think anybody was thinking of mushrooms, I thought we were all clear that it was micro-organisms like yeast we were talking about. My apologies if there was confusion.nygreenguy wrote:I disagree on two points. First, the bacteria do indeed reside in these extreme environments. I posted a paper talking about this. Secondly, fungi are highly adaptable, almost as much as bacteria. Most people think of fungi as mushrooms but most are microorganisms including single celled organisms.blueandwhite wrote: "Carboniferous coal is at least 300 million years old. Rocks above that would likewise be quite old. Microorganisms would only be present in rocks if they travelled down also. And what microorganisms would you be talking about"
Yes they would, which is what we are arguing DOES happen. They get in the water, and the water moves down. The microorganisms would most likely be eubacteria or archaibacteria. Fungus are not as adaptive usually.
Remember, fungi are adapted to absorbing nutrients out of their surroundings unlike animals which need to capture food and plants which use the sun. This allows the fungi to exploit many unexpected niches. The whole bacteria hypothesis includes fungi as a source of rogue carbon.blueandwhite wrote:
I don't think anybody was thinking of mushrooms, I thought we were all clear that it was micro-organisms like yeast we were talking about. My apologies if there was confusion.
I would be very interested to see if in fact fungi do populate these envronments (coal and oil beds). My initial thoughts would have been no, but I'd be interested to find out.
No! Scientists don't make assumptions of this sort, they follow the trail of evidence, and come to conclusions based on the evidentiary findings.otseng wrote:
Those who believe in evolutionary timeframes would assume that things millions of years old would be radiocarbon dead.
Well, I wouldnt agree 100%. There is nothing wrong with taking rock solid scientific principals and applying them to research. Its impossible, and impractical to start with a 100% blank slate. If this were the case, we couldnt even formulate a basic hypothesis.SailingCyclops wrote:
As a scientist, I always approached a challenge with a blank slate. Did the research, did the experiments, collected/analyzed the data, and applied scientifically sound and approved "best practices" to the issue at hand, always proposing what the EVIDENCE, and EXPERIMENTS strongly suggested. I always designed and reported on the basis of facts learned, not on what was "believed" by the hierarchy.
This, in itself is difficult because i've found sometimes what a scientist discovers is not always applicable to real-life solutions and/or implementation.I am not a "fundamental-scientist". I have always taken basic research (peer-reviewed scientific research/papers and associated experimental data) and applied it to real-world solutions; building something tangible.