Uncensored2008
Libertarian Radical
How can we be assured that these were taken at precisely the same tide phase?
Maybe you can refute it by holding your breath until you turn blue?
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How can we be assured that these were taken at precisely the same tide phase?
How can we be assured that these were taken at precisely the same tide phase?
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
Correct -- we'd have 120 NEW nuclear plants and cut our GHGs to ZERO tomorrow. Tear down the dams, close some coal plants, and get back to economic growth.
And all this B.S. about tree rings, EF10 tornadoes, Al Gore, and other meaningless jabber would go away..
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
Abstract
The intensive research of recent years on climate change has led to the strong conclusion that climate has always, throughout the Earth's history, changed irregularly on all time scales. Climate changes are closely related to the Hurst phenomenon, which has been detected in many long hydroclimatic time series and is stochastically equivalent to a simple scaling behaviour of climate variability over time scale. The climate variability, anthropogenic or natural, increases the uncertainty of the hydrological processes. It is shown that hydrological statistics, the branch of hydrology that deals with uncertainty, in its current state is not consistent with the varying character of climate. Typical statistics used in hydrology such as means, variances, cross- and autocorrelations and Hurst coefficients, and the variability thereof, are revisited under the hypothesis of a varying climate following a simple scaling law, and new estimators are studied which, in many cases, differ dramatically from the classical ones. The new statistical framework is applied to real-world examples for typical tasks such as estimation and hypothesis testing where, again, the results depart significantly from those of the classical statistics.
Demetris Koutsoyiannis:
INTRODUCTION
In the last two decades, climate change has been the subject of intensive scientific
research, focusing on the understanding of factors, mechanisms and processes related to climate, and on modelling the climate at the global scale using the so-called climatic, or general circulation models. Climatic models describe some of the mechanisms of climate variability that are well understood, such as icealbedo feedback, CO2 cycles and greenhouse effects, ocean deep-water circulation, oceanatmosphere interactions, landatmosphere interactions, etc. They are capable of reproducing the large-scale distributions of pressure, temperature, precipitation and ocean-surface heat flux, and resemble sea-surface temperature anomalies related to the El Niño Southern Oscillation phenomena (e.g. Ledley et al., 1999). Another important field of recent research is the detection and attribution of changes in the past climate. This has also been the subject of scientific debate on whether existing climatic records indicate a significant change of the present climate vs the past, and on whether detected changes are attributed to natural or anthropogenic forcings. Thus, there is a number of studies detecting global warming in the past two decades and attributing them to anthropogenic forcings, such as the emissions of CO2.
Abstract
The intensive research of recent years on climate change has led to the strong conclusion that climate has always, throughout the Earth's history, changed irregularly on all time scales. Climate changes are closely related to the Hurst phenomenon, which has been detected in many long hydroclimatic time series and is stochastically equivalent to a simple scaling behaviour of climate variability over time scale. The climate variability, anthropogenic or natural, increases the uncertainty of the hydrological processes. It is shown that hydrological statistics, the branch of hydrology that deals with uncertainty, in its current state is not consistent with the varying character of climate. Typical statistics used in hydrology such as means, variances, cross- and autocorrelations and Hurst coefficients, and the variability thereof, are revisited under the hypothesis of a varying climate following a simple scaling law, and new estimators are studied which, in many cases, differ dramatically from the classical ones. The new statistical framework is applied to real-world examples for typical tasks such as estimation and hypothesis testing where, again, the results depart significantly from those of the classical statistics.
Demetris Koutsoyiannis:
INTRODUCTION
In the last two decades, climate change has been the subject of intensive scientific
research, focusing on the understanding of factors, mechanisms and processes related
to climate, and on modelling the climate at the global scale using the so-called climatic, or general circulation models. Climatic models describe some of the mechanisms of climate variability that are well understood, such as icealbedo feedback, CO2 cycles and greenhouse effects, ocean deep-water circulation, oceanatmosphere interactions, landatmosphere interactions, etc. They are capable of reproducing the large-scale distributions of pressure, temperature, precipitation and ocean-surface heat flux, and resemble sea-surface temperature anomalies related to the El Niño Southern Oscillation phenomena (e.g. Ledley et al., 1999). Another important field of recent research is the detection and attribution of changes in the past climate. This has also been the subject of scientific debate on whether existing climatic records indicate a significant change of the present climate vs the past, and on whether detected changes are attributed to natural or anthropogenic forcings. Thus, there is a number of studies detecting global warming in the past two decades and attributing them to anthropogenic forcings, such as the emissions of CO2.
This is obsolete skeptic-shit. Don't post it here, fucktard. Put this shit at the Greenland ice thread, where you deserve to read fuckoff messages.
Greenland hit 75 F, this May. Warming is taking perennial ice. CO2 is at 400 ppm, when it should have started a dive, at 280 ppm, to force temperatures down. But methane is also escaping, so temperatures will certainly jump up, beyond their usual ceiling, where we currently are, dodging fucktards in traffic.
It is not your place to determine who can post what where. The only thing clear about your posts, is that you have no tolerance for anything that would suggest that there is more to reality than what you tell us. That and that you lack social skills. How old are you, Twelve? You are new here, and off to a bad start.
...Discussion and Conclusions
[13] The area of the Arctic perennial sea ice cover is shown to be declining at a relatively fast rate of 8.9 ± 2.0% per decade. A decadal change of 10% is also inferred from the difference of 11-year averages of ice minima data. If such a rate of decline persists for a few more decades, the perennial sea ice cover will likely disappear within this century. The decline is unlikely linear because of positive feedback effects between ice, ocean, and the atmosphere. Furthermore, a positive trend in the ice temperature of about 1.2 K per decade is observed leading to earlier onset of melt and delayed onset of freeze up that in turn causes further thinning and retreat of the perennial ice cover.
[14] The implications of such a disappearance of the perennial ice cover are many and can be profound. It would mean a different albedo for the Arctic during the peak of solar insolation in summer and therefore a drastically different ice-ocean-atmosphere feedback. It would mean a much larger influx of solar radiation into the Arctic Ocean thereby changing the characteristics of the mixed layer and the stratification of the ocean. The seasonality and characteristics of the ice cover in the region would be very different. The climate, the productivity, and biota in the region will change tremendously while the region becomes more accessible to human activities...
...None of the data sets alone is sufficient for addressing long-term trends in the Arctic. However, knowing the shortcomings and differences, information can be gained even on trends from analysing all data sets individually and by combining the results (see also Thorne et al. 2010 for the value of multiple tropospheric temperature data sets). For instance, all data sets agree that the last two decades are unprecedented in the 20th century in terms of the magnitude of the warm anomaly in the lower troposphere. The rate of warming between the 1980s and present is also outstanding. The vertical structure of the trend shows a clear amplification of the recent trend at the surface in autumn to spring. During the ETCW, high temperature anomalies were also found at 700 hPa and above in winter. Although the data are more uncertain for the first half of the twentieth century, they clearly point to a smaller lapse rate compared to the recent warm period....
It is not your place to determine who can post what where. The only thing clear about your posts, is that you have no tolerance for anything that would suggest that there is more to reality than what you tell us. That and that you lack social skills. How old are you, Twelve? You are new here, and off to a bad start.
If you can't take criticism, don't post here, since you are really stupid. Your posts were off-topic, until this one, which is a rambling introduction, to some paper, which may be some undergraduate geek-rant, from an ESL speaker. ESL means "English as a Second Language," you idiot. The introduction goes nowhere, and the paste lines up wrong, taking up space, at this thread, which is your strategy.
Your source is from 2000. Since it doesn't state a hypothesis, consistent with the OP, and it rambles, what are you trying to prove, you are a ramblin' guy? Your source is 12 years old, from 2000, DD. And it was born retarded. So since you and your ramble both suck, go ahead and take criticism, like the big pussy you are, or leave the thread.
Here's an on-topic link, which isn't busted:
Strategic Planning
The U.S. Global Change Research Program (USGCRP) is pleased to release the new National Global Change Research Plan 2012-2021: A Strategic Plan for the U. S. Global Change Research Program. The creation of this plan is mandated by the Global Change Research Act of 1990 (GCRA, P.L. 101-606); it will serve as the guiding document for USGCRP for the next decade.
The Plan is built around four strategic goals: Advance Science, Inform Decisions, Conduct Sustained Assessments, and Communicate and Educate. In addition to these four goals, the Plan emphasizes the importance of national and international partnerships that leverage Federal investments and provide for the widest use of Program results. The Plan builds on the Programs strengths in integrated observations, modeling, and information services for science that serves societal needs.
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This is on-topic, at this thread. Learn to read, hit search, and try to post, on-topic. Or take a lot of criticism, since you have no skills, no value, and you have a tardy-tude. Idiots who think they are smart need to take a walk. So do that, if you know how.
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
Careful, flour scents can be explosive (Twin Cities Urban Recon | Gold Medal Flour).
But when some minerals are exposed to UV light they exhibit a property known as fluorescence and emit lower wavelength visible light.
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
Careful, flour scents can be explosive (Twin Cities Urban Recon | Gold Medal Flour).
But when some minerals are exposed to UV light they exhibit a property known as fluorescence and emit lower wavelength visible light.
Like mercury, oh clueless one.
If it was about the environment, we wouldn't have compact flourscents, windmills or Al Gore in a jet.
"Modern humans can't possibly claim to have control over whether carbon dioxide concentrations are 350 ppm or any other specific level in the future, Allen said. He also criticized the proposed boundary based on its high estimate of climate sensitivity, or the long-term warming response to the doubling of atmospheric carbon dioxide.Earth in the Balance: 7 Crucial Tipping Points | Climate Change, Land Use & Ocean Acidification | LiveScience
Translation, don't corrupt the science.