I really don't have the patience to have another of these debates, as I have them enough with colleagues. I think many people arguing about drastic climate change and global warming have little to no understanding of climate or its complexity, but appear to be more of the bandwagoneers of modern environmentalism.
Anyway Here are some insightful links and or scientific journals that should maybe slow down the chicken little factor. Make of them what you, be sure to at read the first one with the link.
Center for Science and Policy, Corrections to IPCC assessments.On CO2 not directly forcing climateQUOTE(Petit et al.)
We conclude that CO2 concentration increases lagged Antarctic warmings by 600 plus-minus 400 years. However, considering the large gas-age/ice-age uncertainty (1,000 years, or even more if we consider the accumulation-rate uncertainty), we feel that it is premature to infer the sign of the phase relationship between CO2 and temperature at the start of terminations.
Petit, J.R., et al, 1999. Climate and atmospheric history of the past 420,000 years from the Vostok ice core, Antarctica. Nature 399: 429-436.
QUOTE(Fischer et al)
Keeping the rather coarse resolution of the delta D record before 238 ky B.P. in mind, the major increase in CO2 tends to lag temperature during the transition, reaching a maximum CO2 concentration 600 ± 200 years after the peak in delta D
Fischer, H., Wahlen, M., Smith, J., Mastroianni, D. and Deck B. 1999. Ice core records of atmospheric CO2 around the last three glacial terminations. Science 283: 1712-1714.
QUOTE(Yokoyama et al)
rapid rise in sea level, caused by the melting of land-based ice that began approximately 19,000 years ago, preceded the post-glacial rise in atmospheric CO2 concentration by about 3,000 years.
Yokoyama, Y., Lambeck, K., Deckker, P.D., Johnston, P. and Fifield, L.K. 2000. Timing of the Last Glacial Maximum from observed sea-level minima. Nature 406: 713-716.
"Clean" energy sources.
Hoffert and a panel of 17 scientists and engineers from around the world, Im talking distinguished physicists, thermodynamic experts and energy experts concluded there is no known energy technology capable of reducing carbon emissions or even holding them to levels many times higher than today. They say that a totally new and undiscovered technology will be needed to replace fossil fuels.
QUOTE(Hoffert)
Energy sources that produce 100 to 300% of present power consumption without greenhouse emissions do not exists.
Hoffert, et al., "Advanced Technology paths to global climate stability: Energy for a greenhouse planet." Science 298 (Nov. 1, 2002): 981-87.
The IPCC on climate changeQUOTE
"In climate research and modeling, we should recognize that we are dealing with a coupled nonlinear chaotic system and therefore that the long-term prediction of future climate states is not possible ."
IPCC. Climate change 2001: The scientific basis. Cambridge, UK, Cambridge UK press 2001. p. 744
QUOTE
Natural climate variability on long term scales will continue to be problematic for CO2 climate change analysis and detection.
On Antarctic coolingQUOTE(Doran @ et. al.)
From 1986 to 2000 central antarctic valleys cooled .7 degrees per decade with serious evosystem damage from cold
Doran, P.T., et al., 2002 "Antarctic climate cooling and terrestrial ecosystem response," Nature 415:517-20
QUOTE(Comiso)
Both satellite data and ground stations show slight cooling over the last 20 years
Comiso, J.C., et al., 2000, "Variability and trends in Antarctica surface temperatures from in situ and satellite infrared measurements,"Journal of climate 13:1674-96
QUOTE(Joughin)
Side looking radar measurements show west antarctic ice is increasing at 26.8 gigatons/year. Reversing the melting trend of the last 6,000 years.
Joughin, I., et al., 2002 "Positive mass balance of the Ross ice streams, West Antarctica." Science 295:476-80
QUOTE(Petit)
During the last four interglacials, going back 420,000 years the earth was warmer than it is today.
Petit, J.R., et al., 1999 "Climate and atmospheric history of the past 420,000 years from the vostok ice core, Antarctica." Nature 399:429-36
QUOTE(Nyas)
Trend toward more sea ice is accelerating.
Vyas, N.K., et al., 2003 "Secular trends in sea ice extent over the antarctic region base on OCEANSAT-1 MSMR observations," International journal of remote sensing 24: 2277-87.
On increasing sever weatherNOA's National Hurricane CenterComputer modeling shows no increase in storm inensityAnd found it againJust a few, you can find many many more though.
Anyway use/read them in whatever way you wish.
I would love to use these in a more subtle way to support a side in a debate, but at this point I am pretty tired of it. As with other apopoliptic predictions people will realize the foolish over exaggeration long past chances for the circumstance to occur. I only hope this wild goose chase does not cost us our gross national product and fun chance to become a province of china.
Fun fact: There are over 160,000 glaciers in the world, only a small portion have been cataloged with any accuracy, and an even smaller portion have been studied with any care.
Ill end with a nice quote from Dr. Crichton
QUOTE
Let’s remember where we live. We live on the third planet from a medium-size sun. Our planet is five billion years old, and it has been changing constantly all during that time. The Earth is now on its third atmosphere.
The first atmosphere was helium and hydrogen. It dissipated early on, because the planet was so hot. Then, as the planet cooled, volcanic eruptions produced a second atmosphere of steam and carbon dioxide. Later the water vapor condensed, forming the oceans that cover most of the planet. Then, around three billion years ago, some bacteria evolved to consume carbon dioxide and excrete a highly toxic gas, oxygen. Other bacteria released nitrogen. The atmospheric concentration of these gases slowly increased. Organisms that could not adapt died out.
Meanwhile, the planet’s land masses, floating on huge tectonic plates, eventually came together in a configuration that interfered with the circulation of ocean currents. It began to get cold for the first time. The first ice appeared two billion years ago.
And for the last seven hundred thousand years, our planet has been in a geological ice age, characterized by advancing and retreating glacial ice. No one is entirely sure why, but ice now covers the planet every hundred thousand years, with smaller advances every twenty thousand or so. The last advance was twenty thousand years ago, so we’re due for the next one.
And even today, after five billion years, our planet remains amazingly active. We have five hundred volcanoes, and an eruption every two weeks. Earthquakes are continuous: a million and a half each year, a moderate Richter 5 quake every six hours, a big earthquake every ten days. Tsunamis race across the Pacific Ocean every three months.
Our atmosphere is as violent as the land beneath it. At any moment there are one thousand five hundred electrical storms across the planet. Eleven lightning bolts strike the ground each second. A tornado tears across the surface every six hours. And every four days, a giant cyclonic storm, hundreds of miles in diameter, spins over the ocean and wreaks havoc on the land.
The nasty little apes that call themselves human beings can do nothing except run and hide. For these same apes to imagine they can stabilize this atmosphere is arrogant beyond belief. They can’t control the climate.
The truth is, they run from the storms.