Friday, January 14, 2011

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Wednesday, January 12, 2011

You and the global warming debate

And 'concern is not the proper way to active scientific argument on global warming. This application is based on best practices of science, scientific data and evaluation of evidence. In the short term in a context of science, the presence of carbon dioxide in the atmosphere creates a greenhouse effect which helps to keep warm. This is acknowledged by all scientists. Global warming scenario arises because we have a lot of carbon dioxide in the atmosphere for our activities - such as burning coal. The more carbon dioxide into the atmosphere can lead to abnormally warm temperatures, with potentially devastating consequences. Scientists have spent years trying to find out if this scenario is correct. Environmentalists say that yes, skeptics say no. Among scientists, the majority say 'yes', but a small and vocal minority crying, no! What about this?

The way of working scientists is as follows. We Are Scientists, and I'm one of them, a number of hypotheses, some ideas that we want to control. We make observations and experiments, often supported by calculations. What we are looking for a number of tests, which can, in principle, to show that we are wrong, that we want evidence that potentially can be shown that Our assumption is wrong. It 'important that such evidence exists. If you can get without testing can be done in principle able to demonstrate that your idea is not correct, scientists turn away from you. This may at first seem a bit 'strange, but this is the way we work. What are you doing this to show that neither you nor anyone else can prove that you're so wrong, maybe you're right! Remember, the finding that corresponds to your hypothesis by itself does not prove that your hypothesis is true, because who can say that some other assumptions may not fit the observations?

For example, when they met two competing ideas. A classic example is the Copernican system against the old Ptolemaic system of the Sun and planets. Copernican system, with the sun at the center was not accepted by both scientific and religious op gronden was a time when this vastgesteld Ptolemaic "system works equally well - indeed beter in a way. There was no obvious way to demonstrate whether the system is, at that time.

Another recent example is the problem of the ozone hole in 1980 and 1990. Hypothesis (a) that emissions of chemicals used in refrigerators and hair sprays, etc., can cause destruction of the ozone layer is over the upper atmosphere. Test to prove that the error may be the following. If we take the concentration of ozone in the upper atmosphere for a period of time, and I think it has not fallen, it falsifies the hypothesis That human activity caused the destruction of the ozone layer - because there is nothing to explain. Note that the position in front of the depletion of ozone observation does not prove that human activities are causing the destruction of the ozone layer. Something, but not necessarily of human activity.

Positive feedback is exhausted and then open the question of natural or human activities. All we can do for some is to falsify the hypothesis that human activity has caused the destruction of the ozone layer. What actually happened was the discovery of the ozone layer over the Antarctic ozone hole's mass, with significant ozone depletion. Combined with a healthy observational data of any kind, for which the Nobel Prize, the ozone hole would swift and decisive action in the international form of the Montreal Protocol. Thus, although initially only to distort the situation, a great weight of evidence can be very convincing in the truth of hypotheses. The risk that we are causing the ozone hole was very large.

The same scientific method is not applicable in the case of debate global warming. In fact, this method can not, in my view, be applied. However, discussions are mainly represented as scientific debate, with political and economic consequences that follow relied on the results of objective scientific discussion. I maintain that no objective scientific debate, simply because the rules of science are not met. Instead, I propose that this discussion assumes the risk. What is the risk of climate skeptics wrong? What is the risk to the environment (if it is) that he would not? Instead of continuing in this dry, I justify my position, telling an imaginary conversation between two physicists, Horace, and Twinkle.

Before you begin, remember, there are two kinds of skeptics of climate skeptics who deny the absolute existence of global warming at all, and skeptics of climate relative who agrees that there is global warming but is not blame our introduction of additional carbon dioxide into the atmosphere, which is not our fault. Rather, the observed warming is only part of the natural cycle of the earth. Horace is somewhere in between, mostly relatives, but with a touch of absolute.

Enter Horatio and Twinkle, sitting with his coffee in the dining room on the seventh floor of a well-known Department of Physics, who will remain nameless. Dining room overlooking the harbor, and you can change the path to the hills on a day to see clearly how the present. But this is not the position that they are interested. This is an old argument, that focus. Horace is a climate skeptic. Twinkle, his friend, believes that humans cause global warming, and that "something must be done.

"This climate of the Copenhagen meeting began," says Twinkle to get the ball rolling.

"Yes," replies Horatio. "Let's see if a good case for this time to come, rather than simply repeat the catechism faithful defenders of the environment!

And now, "murmurs Twinkle, sipping coffee.

"Well, you know what I mean, says Horace." You can see that these emails from the University of East Anglia say. It 's a bit increased.

"I've read them. I guess I should respond Twinkle. But it is a normal story. Sceptics say that e-mail to change everything, and great people say that nothing will change. You have heard that the Saudi representative to the meeting in Copenhagen. Talk your interests.

"Yes, but you can! Climate change over time, changing a lot. How do we know that, as a result of human activities?

"Look, we know something. Outset weather people tell us that the temperature is rising so fast that it must be unnatural. And all models show that if we have more CO2 in the atmosphere cause temperature rise. We created the CO2 'atmosphere. The temperature is rising. of course!

"Yes, you are basically good. I agree that more or less. I'm not so sure the temperature is increased. But this is not the point.

"What's the point then? Twinkle adds pauses, as Horace with a cup of coffee.

Horace takes her hand.

"You know, like me that the model .....' begins.

"Can I come with you? Socrates, the new professor of Greek, put the tray on the table beside them.

"Yes, yes, of course, says Twinkle." We just talked about the climate in Copenhagen.

"Yes, I'm just saying that climate models are really bad" Horace again. Socrates Horatio nods and continues. 'Biosphere is not bound up, and worst of all, from a physical point of view, the treatment of clouds just totally unrealistic. We simply can not predict the amount of temperature increase due to the presence of a certain amount of CO2' atmosphere.

"These models are really that bad? Socrates asks.

"Clouds are the key, says Horace.

"Then you do not trust any predictions of the model?" Asks Socrates.

"In addition to the overall result of the introduction of CO2 in the atmosphere caused the earth - Horace agree," introduces Twinkle.

"Yes, but like the earth?" Said Horace. "I do not think people came out with figures. There is very little influence. Maybe it does not matter what people Have done. Perhaps the most important changes are very natural. Models proves nothing!

"Oh, God!" Twinkle says. It is unclear whether this is a common expression of anxiety or attention with his friend and colleague of Horace. Three sat in silence a few minutes, drinking coffee. The silence is broken Socrates.

"Can I ask you, Horatio?

"Of course!

'If I ask you, that no evidence would have changed his mind and said it was wrong, what you reply''

"You mean that the observational data?

"If you want answers to Socrates.

"Well, 'says Horace. And then there is a silence, as he reflects on the question." This is an interesting question.

"He wanted to see the growth temperature of 10 degrees, and he knows that he is mistaken," Twinkle introduces cunning.

"I never said that!" Horace said, smiling at his friend.

"Well, we are waiting. What would convince you're wrong? Requests Twinkle.

"Maybe I can ask the same question, Twinkle? Said Socrates. What would convince the skeptics were right all the time?

"The fall of 10 degrees temperature! Horace says, laughing.

There is silence. But this time it's different kinds of silence. Horace and thought Twinkle.

'Well, of course, Twinkle, says over time, "when we went to introduce the current rate of atmospheric CO2 and temperature rise, and then ..... say in the next 50 years .. .. "

"What are you, Horace?" Socrates asked how to stop fading.

I'm not sure that there is one thing to prove to me that people give answers that significant global warming Horace. Maybe a lot of factors, "he adds.

Horace and Twinkle look and frowned. Both know that the theory is a theory, as it is objectionable in principle in an experiment or observation - or at least decent call "thought experiment. Socrates crystallizes their concerns.

"I wonder if you could say that global warming is not so much a theory about how you feel?" It gives you an embarrassed chuckle.

"Well, there are things that can prove one way or another. Want me to say that this is far from proven, says Horace.

"Yes." But asked what would be our position to refute! Twinkle Bulb. In addition, all experiments that do not consider the experiments that we are willing to risk to do, right? How can I do nothing and wait 50 years! This is the problem!

Horace pulls a wry face, but are not actively agree.

"We can not refer to the question of perceived risks? Asks Socrates. It stops time." As global warming seems compelling, "he added.

"You say that with great risk? - I was right, and it is not, and vice versa? Requests Twinkle

"Hey, wait, I. ..." Horace said, see the issue.

"Well, it must be admitted, because none of us are acceptable evidence, or Rather, a refutation, is down on the risks, is not it? Interrupt Twinkle.

"You mean the more serious consequences if the skeptics are wrong? Socrates asked Twinkle.

"I must say, Twinkle says," is not it? "

"Look, it's crazy." Horace is a bit 'crazy. "Therefore, nobody could have predicted the end of the world, but because we can not disprove, we need to place ITS head. This is not science, it's anarchy!

"Yes, this is a good philosophy," says Twinkle. " I totally agree with you that if I have a crazy theory, this is for me to try to prove that is not for you to refute. But there are two things. First, we agree that global warming can not be proved or disproved in a way that satisfies us. Secondly, the theory is not crazy .... in reality, not just a theory, Socrates turned to us. But this is a good qualitative basis, although not quantitative, agree. I think, Socrates asked the right question. Comments that convince you that you're wrong? I have no answer. You do not understand. The risk we are talking about, not worthy of rigorous science. The risk of error is worse, Horatio, than risk my mistakes. "

Horace grumble, but retains his world.

What follows from this conclusion? I suspect most people will look at Twinkle. Adverse effects of environmental misconduct, of course, because we are many resources, human and natural, very effective in combating a nonexistent problem to use. Perhaps global economic growth will be slower than usual. However, as Horace wrong, and we do little or nothing in his opinion, no single package of bank's survival, advertisements, chairman of the Federal Reserve System of wisdom from any source, to save us from a series of disasters, the least that can be major problems. Most people, almost all countries at the meeting in Copenhagen, the defender of the "precautionary principle. They are divided on the side of Twinkle. Precautions should be taken.

Parts of the above vision is a bit 'different from the global warming debate. This is a relief, because the way the discussion tends to believe that it is absolutely impossible for a layman to understand that scientists believe, even when the disputes between environmentalists alone. It is said that sea level rise of 3 feet, others say six feet! How to know who is right? You can not make your mind from the effects of global warming, climate scientists to listen to dissent, that the better the general pattern of atmospheric circulation on Earth! In my opinion, the above is that the global warming debate is not based on science, because the correct application of standard scientific arguments are not sufficient. Thus, the non-scientist simply make their own choices based on how they see the danger, not realizing that their lack of experience prevent them from holding opinions.

Monday, January 3, 2011

Flower Power Made Our Climate Grow




This is a startling and completely unexpected result. I am totally cognizant of the powerful role of transpiration in sustaining rainfall over ecology.  The great tropical rainforests are convincing demonstrations.  It is core to my proposal to restore the Sahara and the Asian dry lands.

That it was way more difficult before flowering plants was not obvious at all.

This suggests that upland habitat was typically dryer and way more extensive everywhere except local wetlands.  Suddenly Northern Australia looks like home for dinosaurs and the whole remnant ecosystem.

This also suggests that flowering plants are way more proficient at absorbing carbon.

The rainforests would likely have been hugely constrained to their best drainage and wetlands with intervening dry highlands.  The deserts may not have been much larger but plenty of land would have been seriously marginal.  Again think about Australia.



Flower Power Makes Tropics Cooler, Wetter


ScienceDaily (July 19, 2010) — The world is a cooler, wetter place because of flowering plants, according to new climate simulation results published in the journal Proceedings of the Royal Society B. The effect is especially pronounced in the Amazon basin, where replacing flowering plants with non-flowering varieties would result in an 80 percent decrease in the area covered by ever-wet rainforest.

The simulations demonstrate the importance of flowering-plant physiology to climate regulation in ever-wet rainforest, regions where the dry season is short or non-existent, and where biodiversity is greatest.

"The vein density of leaves within the flowering plants is much, much higher than all other plants," said the study's lead author, C. Kevin Boyce, Associate Professor in Geophysical Sciences at the University of Chicago. "That actually matters physiologically for both taking in carbon dioxide from the atmosphere for photosynthesis and also the loss of water, which is transpiration. The two necessarily go together. You can't take in CO2 without losing water."

This higher vein density in the leaves means that flowering plants are highly efficient at transpiring water from the soil back into the sky, where it can return to Earth as rain.

"That whole recycling process is dependent upon transpiration, and transpiration would have been much, much lower in the absence of flowering plants," Boyce said. "We can know that because no leaves throughout the fossil record approach the vein densities seen in flowering plant leaves."

For most of biological history there were no flowering plants -- known scientifically as angiosperms. They evolved about 120 million years ago, during the Cretaceous Period, and took another 20 million years to become prevalent. Flowering species were latecomers to the world of vascular plants, a group that includes ferns, club mosses and confers. But angiosperms now enjoy a position of world domination among plants.

"They're basically everywhere and everything, unless you're talking about high altitudes and very high latitudes," Boyce said.

Dinosaurs walked the Earth when flowering plants evolved, and various studies have attempted to link the dinosaurs' extinction or at least their evolutionary paths to flowering plant evolution. "Those efforts are always very fuzzy, and none have gained much traction," Boyce said.

Boyce and Lee are, nevertheless, working toward simulating the climatic impact of flowering plant evolution in the prehistoric world. But simulating the Cretaceous Earth would be a complex undertaking because the planet was warmer, the continents sat in different alignments and carbon- dioxide concentrations were different.

"The world now is really very different from the world 120 million years ago," Boyce said.

Building the Supercomputer Simulation

So as a first step, Boyce and co-author with Jung-Eun Lee, Postdoctoral Scholar in Geophysical Sciences at UChicago, examined the role of flowering plants in the modern world. Lee, an atmospheric scientist, adapted the National Center for Atmospheric Research Community Climate Model for the study.

Driven by more than one million lines of code, the simulations computed air motion over the entire globe at a resolution of 300 square kilometers (approximately 116 square miles). Lee ran the simulations on a supercomputer at the National Energy Research Scientific Computing Center in Berkeley, Calif.

"The motion of air is dependent on temperature distribution, and the temperature distribution is dependent on how heat is distributed," Lee said. "Evapo-transpiration is very important to solve this equation. That's why we have plants in the model."

The simulations showed the importance of flowering plants to water recycling. Rain falls, plants drink it up and pass most of it out of their leaves and back into the sky.

In the simulations, replacing flowering plants with non-flowering plants in eastern North America reduced rainfall by up to 40 percent. The same replacement in the Amazon basin delayed onset of the monsoon from Oct. 26 to Jan. 10.

"Rainforest deforestation has long been shown to have a somewhat similar effect," Boyce said. Transpiration drops along with loss of rainforest, "and you actually lose rainfall because of it."

Studies in recent decades have suggested a link between the diversity of organisms of all types, flowering plants included, to the abundance or rainfall and the vastness of tropical forests. Flowering plants, it seems, foster and perpetuate their own diversity, and simultaneously bolster the diversity of animals and other plants generally. Indeed, multiple lineages of plants and animals flourished shortly after flowering plants began dominating tropical ecosystems.

The climate-altering physiology of flowering plants might partly explain this phenomenon, Boyce said. "There would have been rainforests before flowering plants existed, but they would have been much smaller," he said.