It shows lack of basic scientific knoweldge.
lol, now that's funny. :lol::lol::lol::lol::lol:
It shows lack of basic scientific knoweldge.
This sounds very alarming, so being diligent researchers we should of course check the facts. The ocean currently has a pH of 8.1, which is alkaline not acid. In order to become acid, it would have to drop below 7.0. According to Wikipedia “Between 1751 and 1994 surface ocean pH is estimated to have decreased from approximately 8.179 to 8.104.” At that rate, it will take another 3,500 years for the ocean to become even slightly acid. One also has to wonder how they measured the pH of the ocean to 4 decimal places in 1751, since the idea of pH wasn’t introduced until 1909.
Except the Ordovician era didn't build up it's concentration in the atmosphere in less than two centuries. The deep ocean has time to mix when you have a building concentration over millions of years. When the ocean is well mixed, you don't have this problem. Our oceans today are not well mixed, and certainly would take millenia to come to an equilibrium if we stopped perturbing it today.This does indeed sound alarming, until you consider that corals became common in the oceans during the Ordovician Era - nearly 500 million years ago - when atmospheric CO2 levels were about 10X greater than they are today.
Shallow water corals first of all evolved from deep ocean ancestors, which is inconvenient to the crap this fellow said earlier.There seems to be no shortage of theories about how rising CO2 levels will destroy the planet, yet the geological record shows that life flourished for hundreds of millions of years with much higher CO2 levels and temperatures. This is a primary reason why there are so many skeptics in the geological community. At some point the theorists will have to start paying attention to empirical data.
Nice tits, Dixie Cup.
He isn't paying attention to empirical data. He's like a mgician, you have to watch what he does with the other hand. If you want empirical data, then all you have to do is look at what we are measuring right now. Here's a recent paper that's attracted a lot of attention.
http://pondside.uchicago.edu/ecol-evol/faculty/Wootton/PDFs/Wootton_Pfister_Forester%20PNAS%202008.pdf
I'm not sure if you realize this but your link isn't empirical data either.
Examination of 24,519 measurements of coastal ocean pH
spanning 8 years (Fig. 1) revealed several patterns. First, in
contrast to the historical perspective that the ocean is well
buffered, pH exhibited a pronounced 24-hour cycle, spanning
0.24 units during a typical day (Fig. 1A). This diurnal oscillation
is readily explained by daily variation in photosynthesis and
background respiration: water pH increases as CO2 is taken up,
via photosynthesis, over the course of the day, and then declines
as respiration and diffusion from the atmosphere replenish CO2
overnight (16). Second, pH fluctuated substantially among days
and years, ranging across a unit or more within any given year
and 1.5 units over the study period. Finally, when the entire
temporal span of the data was considered (Fig. 1B), a general
declining trend in pH became apparent.
Really, what experiment do you think would conclusively say that this isn't conjecture, when thousands of chemistry students over the years have done these exact types of measurements in labs around the world?
There should be a model made consisting of only the forces claimed to be the causation so the process can be demonstrated.
If that was done, then I will agree.