Now, I'm all new to this site. And it seemed to me (via the ''search button'') that this topic of not enough salt in the oceans hadn't had a thread of its own.
Considering that this method was first brought in Newton's days, and that the problem of missing salt was found out by John Joly (geologist,physicist) who calculated a maximum age of 98millions years. I have never found any peer-reviewed article that resolved it. I thought it would be cool to discuss it on here
here are the references to Halley and Joly's article:
2.E. Halley, ‘A short account of the cause of the saltness [sic] of the ocean, and of the several lakes that emit no rivers; with a proposal, by help thereof, to discover the age of the world’, Philosophical Transactions of the Royal Society of London, 29:296–300, 1715
3.J. Joly, ‘An estimate of the geological age of the earth’, Scientific Transactions of the Royal Dublin Society, New Series, 7(3), 1899; reprinted in Annual Report of the Smithsonian Institution, June 30, 1899, pp. 247–288
This is the link to the Humphreys and Austin research on this which I am sure everyone has already seen and ''debunked'':
For those who do not know the subject a lot, a quick resume is that there is an input of 450 millions tons/year of salt going in the oceans, while only 27% goes out (as calculated by Humphreys and Austin)
The same reasoning can be applied to the aluminum content of the oceans to "prove" that the Earth was created during President McKinley's administration. Austin and Humphries are not being truthful.....and do you know anyone that remembers the guy before McKinley?
INFLUX OF OTHER ELEMENTS TO THE OCEAN (from Dalrymple, G. B., 1984, 'How Old is the Earth?: A Reply to "Scientific" Creationism,' in Proceedings of the 63rd Annual Meeting of the Pacific Division, American Association for the Advancement of Science, vol. 1, pt. 3, Frank Awbrey and William Thwaites (Eds)).
1715 and 1899 eh? I love the way creationists keep up with the cutting edge of modern research!
quote:This is the link to the Humphreys and Austin research on this which I am sure everyone has already seen and ''debunked'
As you guessed and as you will now know, this paper is not exactly news to folks round these parts. I first came across it in a debate here.
What shocked me about it was that it was pathetically easy to debunk. All it took, even for a total layperson like me, was a brief bit of reading up on the subject of halite deposition to spot the errors in the Austin and Humphreys paper. Just as Dr A said, it ignores known mechanisms of salt removal.
Startlingly, it ignores the phenomenon of salt-water flooding creating massive inland lakes, which eventually dry up, leaving enormous salt deposits. Salt deposits like this are now mined commercially. They cover thousands of square miles. It is hard to imagine how honest and competent researchers could have missed so obvious a flaw in their paper.
The answer is obvious of course. Austin and Humphreys are either not honest, not competent or neither honest nor competent.
Probably the latter.
Mutate and Survive
"The Bible is like a person, and if you torture it long enough, you can get it to say almost anything you'd like it to say." -- Rev. Dr. Francis H. Wade
Thanks for the greetings people! (except for Dr Adequate, what's with all the arrogance lol ?)
Ok I'll start by saying that my first langage is french, and so I will probably do some mistakes while writing in english
''This is why they have to go back to 1715, let's say that again, 1715, to find a scientist sufficiently ignorant of geology to support them''
''This makes it very different from papers published in 1715, which are totally reliable''
''1715 and 1899 eh? I love the way creationists keep up with the cutting edge of modern research!''
Some of you mentioned that the references I gave were real old (1715 I think). I didn't intend these for any kind of support, I just put them as the historic aspect of the dilemma. Just to show that Humphreys didn't come up with this method. - The first paper was the first time it was mentioned as a possible dating method - the second paper was the first time it was used as a dating method
Other then for the historic aspect of this, they obviously have no relevance (my first time here, but i find it surprising someone actually thought i was using a 1715 paper as support lol)
''So, even according to Young Earth Creationist estimates, the Earth is at least 98 million years old.''
Two errors here, Joly is not a creationist first of all. You should maybe have some respect for your fellow evolutionist. Second, the 98 million years is a maximum age, not a minimum. Since he was a long-ager, he knew that something was wrong with his calculations. But he left the problem unresolved.
''The same reasoning can be applied to the aluminum content of the oceans to "prove" that the Earth was created during President McKinley's administration. Austin and Humphries are not being truthful.....and do you know anyone that remembers the guy before McKinley?''
The link you gave referenced to an article by Henry Morris. His argument is very different from Austin-Humphreys: he only calculated the amount of an element in the sea and divided it by the input per year. the flaw is of course that he didn't consider the output.
So I don't see how Austin and Humphreys are being untruthful because Morris was. They did calculate an output, and so their argument has no real relevance with Morris'.
''Some more references: INFLUX OF OTHER ELEMENTS TO THE OCEAN (from Dalrymple, G. B., 1984, 'How Old is the Earth?: A Reply to "Scientific" Creationism,' in Proceedings of the 63rd Annual Meeting of the Pacific Division, American Association for the Advancement of Science, vol. 1, pt. 3, Frank Awbrey and William Thwaites (Eds)).
The Sea's Salt by Glenn Morton''
The first link refences to Morris' data again, so the above applies as well. The second link is the one that is relevant, so we will adress it here. (on the next page, it will by less messy)
First off, I will give you the response Humphreys gave to the arguments advanced in Morton's paper:
No, Glenn Morton is not at all correct on this, and sincere creationists can continue using sea sodium as an evidence for a young world. Morton showed you an early letter in his correspondence with Steve Austin and me, but not our replies. He also did not show you how he terminated the correspondence.
What happens is this: indeed albite forms in mid-ocean vents and takes sodium out of the high-temperature sea water. But then when the albite gets into cooler water, it decomposes into the mineral chlorite and releases the same amount of sodium back into the sea water. That is why albite (in any significant amounts) is found only at the mid-ocean ridges and nowhere else. So his “albite sink” would change into a “chlorite source”, and the net effect on sodium in the sea would be zero.
That may seem technical to you. So here is a non-technical way you can judge for yourself whether Morton is right or not: find out whether he has published his “albite sink” theory in a peer-reviewed secular geochemistry journal. The foremost one has the Latin title Geochimica et Cosmochimica Acta. Such journals would be overjoyed to publish his theory if it were correct, because it would solve the 75-year-old problem Steve and I pointed out, the great imbalance between ingoing and outgoing sodium. The secular science establishment would probably award Morton the Nobel Prize for it!
Moreover, Morton would be very proud to have his theory published in such a journal and would be sure to mention it prominently on his website. Let me know if you find such a citation there. If you don’t, then you know Morton is blowing smoke at you.
Smoke and mirrors are generally what you will get on skeptics’ and old-earther web sites. They shun peer review and publication. Instead they rely on the naïveté of most of their readers to protect their bad science from exposure. Anybody can say anything on a website, and they do. Psalm 1:1 promises a blessing for avoiding such company:
“How blessed is the man who does not walk in the counsel of the wicked, Nor stand in the path of sinners, Nor sit in the seat of scoffers!” Instead, delight in the law of the Lord, Russ Humphreys Institute for Creation Research
Morton repplied to this by editing at the end of the paper. I don't know if you have read it, but if not go read it now.
Now, I am no expert on this, but there seems to be a difference between what Humphreys said, and what Morton replies. Humphreys says that ''what happens is this: indeed albite forms in mid-ocean vents and takes sodium out of the high-temperature sea water. But then when the albite gets into cooler water, it decomposes into the mineral chlorite and releases the same amount of sodium back into the sea water''
Morton counterarguments this by saying: ''Historically, dissolution rates have been measured indirectly using powdered materials. Rates from albite powders (pH 9, 80°C, Burch et al., 1993) correspond to a surface normal retreat velocity of 33.2 × 10-7 nm/sec.''
Maybe I'm the only one seeing this, but humphreys does say that albite accumulates in high-temperature sea (i think you can consider 80C as high temperature) It accumulates there specifically because it does not dissolve in those temperatures, as the research referenced by Morton points out.
But Humphreys says that the sodium in albite is released in the lower temperatures of the ocean, where Morton's reference is irrelevant because it deals with high temperatures.
Maybe I'm wrong, and that 80 degrees celsius is considered low-temperature. I'm not an expert on this.
Finally, on that last bit about Nobel-prize, publishing in journals etc. Although it is pretty much irrelevant to the subject, you have to say that if Morton really has found the solution to Joly's hundred year old problem, it would have been published. Two solutions: either Morton never wanted to get it published for some unknown personnal reason. Or it did not/would not pass peer-review.
I'm no expert on this either, but it seems that most of the albite would be below the sea floor, and that circulation of water would stop or at least slow down dramatically as plate motion moved it away from the hot mid-ocean ridge. Without water flowing by, most of it would stay as albite, even at cooler temperatures.