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Dear Grimpachi,
I'm sorry you left, I was hoping you'd be able to comment on an article which deals exclusively with the video in you OP. In fact. it seems to tear big holes in it. Here's the page:
wattsupwiththat.com...
And here are some things from it:
In the 17 years 11 months from October 1996 to August 2014 there was no global warming at all, according to the RSS satellite dataset, whose output is not significantly different from that of any other global-temperature dataset.
“Storms, droughts, floods, ocean acidification, sea-level rise”: The usual litany. As for storminess, the trend in severe hurricanes, typhoons and tropical cyclones has been downward in recent decades; there has been no trend in landfalling Atlantic hurricanes for 150 years; and the U.S. has enjoyed its longest period without a major hurricane landfall since records began. There is no trend in extra-tropical storminess either, according to the IPCC’s special report on extreme weather.
As for floods, the same report, confirmed by the Fifth Assessment Report, says there is no evidence of any global increase in the frequency, intensity, or duration of floods.
As for droughts, Hao et al. (2014) show that the land area under drought has fallen slightly over the past 30 years.
As for ocean “acidification”, the ocean remains pronouncedly alkaline, with a pH around 8 (where 7 is neutral and values below 7, such as the 5.4 for rainwater, are acid). Why is rainwater acid? Because it is the “missing sink” that scrubs CO2 out of the atmosphere. When the rainfall reaches the ocean, it locally alters the pH at the surface by a minuscule amount. However, where rivers debouch into the ocean (as the Brisbane River does just opposite the Great Barrier Reef), pH can vary locally by large amounts: yet calcifying organisms thrive nevertheless.
A 2010 study from Stony Brook University suggested that while some areas are overharvested and other fishing grounds are being restored, because of ocean acidification it may be impossible to bring back many previous shellfish populations. While the full ecological consequences of these changes in calcification are still uncertain, it appears likely that many calcifying species will be adversely affected.
When exposed in experiments to pH reduced by 0.2 to 0.4, larvae of a temperate brittlestar, a relative of the common sea star, fewer than 0.1 percent survived more than eight days
en.wikipedia.org...
Other biological impacts
Aside from the slowing and/or reversing of calcification, organisms may suffer other adverse effects, either indirectly through negative impacts on food resources, or directly as reproductive or physiological effects. For example, the elevated oceanic levels of CO2 may produce CO2-induced acidification of body fluids, known as hypercapnia. Also, increasing ocean acidity is believed to have a range of direct consequences. For example, increasing acidity has been observed to: reduce metabolic rates in jumbo squid; depress the immune responses of blue mussels; and make it harder for juvenile clownfish to tell apart the smells of non-predators and predators, or hear the sounds of their predators.This is possibly because ocean acidification may alter the acoustic properties of seawater, allowing sound to propagate further, and increasing ocean noise. This impacts all animals that use sound for echolocation or communication.[76] Atlantic longfin squid eggs took longer to hatch in acidified water, and the squid's statolith was smaller and malformed in animals placed in sea water with a lower pH. However, as with calcification, as yet there is not a full understanding of these processes in marine organisms or ecosystems.
Nonbiological impacts
Leaving aside direct biological effects, it is expected that ocean acidification in the future will lead to a significant decrease in the burial of carbonate sediments for several centuries, and even the dissolution of existing carbonate sediments. This will cause an elevation of ocean alkalinity, leading to the enhancement of the ocean as a reservoir for CO2 with implications for climate change as more CO2 leaves the atmosphere for the ocean.
As for sea-level rise, the GRACE gravitational-recovery satellites showed sea-level falling from 2003-2009 (Cazenave et al., 2009).
The Envisat satellite showed sea-level rising by a dizzying one-eighth of an inch during its eight-year lifetime from 2004-2012.
A new measurement of the gravity everywhere around the globe with a pair of orbiting satellites provides the first ever map detailing the rises across different parts of the globe.
According to the new results, the annual world average sea level rise is about 1 millimeter, or about 0.04 of an inch. In some areas, such as the Pacific Ocean near the equator and the waters offshore from India and north of the Amazon River, the rise is larger. In some areas, such as the east coast of the United States, the sea level has actually dropped a bit over the past decade.
The surface of the sea is a constantly shifting fabric. To achieve a truer sense of how much the sea is changing in any one place, scientists measure the strength of gravity in that place. Measuring gravity over a patch of ocean or dry land provides an estimate of how much mass lies in that region. The measured mass depends on the presence of such things as mountains, glaciers, mineral deposits, and oceans.
“13 of the last 14 years have been the warmest since records began”:
And, like it or not, there has been no trend in global temperatures for about 13.5 years on the mean of the terrestrial records and on the mean of the satellite records. Yet CO2 concentration has continued to rise at record rates. Absence of correlation necessarily implies absence of causation. The rising CO2 concentration cannot be causing the lack of warming evident over the past couple of decades.
“Not only Arctic but also Antarctic sea ice volume is declining”: Not a good moment to run this argument, given that satellites do not do a very good job of estimating ice thickness, but are at present showing a record high sea-ice extent in the Antarctic, a substantial recovery of Arctic ice even in the summer, and no appreciable change in global sea-ice extent throughout the 35-year satellite record.
originally posted by: marg6043
a reply to: CranialSponge
I remember the propaganda, occurs back then I was growing up as a teen in the seventies in PR, so cooling was the last thing in our minds as PR is a tropical Island, I remember my mother laughing that in a few years we were going to have Christmas with snow, Actually during the last decade in PR has been recorded temperatures in the highest points of the Island in the 30s that is a record that never heard before, in the town of Ibonito for the first time ever the lowest recorded temperature was 39 degrees in 2010, we are talking about a tropical Island here.
So is been 30 years since the 70s, perhaps in another 10 we will have that snow for Christmas after all.
originally posted by: marg6043
a reply to: amazing
And Puerto Rico first record braking lowest temperature in history is a hoax, right? well it did happen and is happening a lot in the last 10 years.
I will leave it to you to do the research, you can never missed, as is a breaking new in weather related stories.
originally posted by: marg6043
a reply to: Grimpachi
We Are warming up, we are, but the reason is not what the profiteers are selling, is because we are at the end of the last ice age. Warming is good, cooling is not.
Do you understand the that? is just common sense and historical facts of earth cycles.
The natural ocean acidification and fertilization event caused by the submarine eruption of El Hierro
J. M. Santana-Casiano,
M. González-Dávila,
E. Fraile-Nuez,
D. de Armas,
A. G. González,
J. F. Domínguez-Yanes
& J. Escánez
Affiliations
Contributions
Corresponding author
Scientific Reports 3, Article number: 1140 doi:10.1038/srep01140 Received 02 October 2012 Accepted 11 January 2013 Published 25 January 2013
The shallow submarine eruption which took place in October 10th 2011, 1.8 km south of the island of El Hierro (Canary Islands) allowed the study of the abrupt changes in the physical-chemical properties of seawater caused by volcanic discharges. In order to monitor the evolution of these changes, seven oceanographic surveys were carried out over six months (November 2011-April 2012) from the beginning of the eruptive stage to the post-eruptive phase. Here, we present dramatic changes in the water column chemistry including large decreases in pH, striking effects on the carbonate system, decreases in the oxygen concentrations and enrichment of Fe(II) and nutrients. Our findings highlight that the same volcano which was responsible for the creation of a highly corrosive environment, affecting marine biota, has also provided the nutrients required for the rapid recuperation of the marine ecosystem.
originally posted by: Astyanax
a reply to: Grimpachi
I think Above Top Secret must be the last refuge of the climate-change deniers.
The rest of the world really has moved on from this. Only the dinosaurs think climate change is fake.
First of all, the "wall of text' that you call is evidence against some of the claims made in the video. They are actual research and not "opinion".
Second, ocean PH. in case you didn't know it has been "estimated" that before the industrial revolution ocean PH level was from around 8.0 -8.3. Right now the average is about 8.1 PH. The lower numbers are always areas around estuaries where there is runoff from rivers
What people continue to forget is that the Earth has been going through other changes as well.
Nonbiological impacts
Leaving aside direct biological effects, it is expected that ocean acidification in the future will lead to a significant decrease in the burial of carbonate sediments for several centuries, and even the dissolution of existing carbonate sediments. This will cause an elevation of ocean alkalinity, leading to the enhancement of the ocean as a reservoir for CO2 with implications for climate change as more CO2 leaves the atmosphere for the ocean.
Then again there is the fact that Earth's atmosphere has had more CO2 than at present and the oceans didn't "turn acidic".
If the oceans did not turn acidic with "higher levels of atmospheric CO2 than now" why would they now "turn acidic" with less atmospheric CO2?
No one knows for sure what will happen with the ocean PH. However, yes there are emissions of chemicals into the oceans that we do have to stop, but they have nothing to do with CO2.
As for watts, he is talking about the conclusions from two different research. He didn't make it up.
originally posted by: Astyanax
a reply to: Grimpachi
I think Above Top Secret must be the last refuge of the climate-change deniers.
The rest of the world really has moved on from this. Only the dinosaurs think climate change is fake.
As well, are you asserting that none of those theories on your list have any validity to them at all? Every single one of them is 100% completely without any merit what so ever? I believe we should be open to any and all information and theories regarding the issue personally, not trying to pigeon hole people into arguments over particulars.