for example is a perfect almost frictionless market isn't it happens on the level of photosynthesis how do you mimic that how do you capture that frictionless trading and these ant colonies are now are known to be extraordinarily efficient and xander so do you draw on. trying to segue into royal bank of scotland somehow in every way if yeah i mean every natural system there are rats and the editors of life and this type of thing and royal bank of scotland h.s.b.c. barclays lloyds here in the u.k. you know i mean you know like your lower intestine has as has you know parasites but they're needed to some degree but when they take over the body you know you die so here you have like a just b. c. . parasite clearly a parasite the chairman is out in the newspaper. saying that enough of those banker bashing. you know we paid our finest and let's move on now when you read something like that. does that make you feel like well you know the banks are going to start behaving better now so maybe we should just give up what we're doing though from a natural system perspective in nature any exce

, photosynthetic microorganisms that produce oxygen, implying that the cellular machinery for photosynthesis arose early in the planet's history. knoll: this tells us that life was present early in our planet's history, but let me show you another rock -- also 3 1/2 billion years old -- from southern africa. and this rock looks very different. you can see here, it's bright red, and it turns out the bright red is iron oxides. and in general, this kind of banded, iron-rich rock is called iron formation. narrator: these banded iron formations, found all over the world, are further clues to the early history of oxygen. dating as far back as 3.5 billion years, they stopped forming approximately 1.8 billion years ago. continually entering the ocean through geothermal vents, iron remains dissolved until it comes into contact with oxygen. the banding of iron formations on this rock indicate that there was an iron-rich ocean with little or no dissolved oxygen and that, at some point, a pulse of oxygen became available, oxidizing the iron and causing it to settle out of solution. this kind of rock cou

you run pv, which is 30, 40 times as efficient as a bio photosynthesis, and you then run and electrolytes are to make hydrogen and you combined with co two you took from the air, then you have a synthetic fuel which as you combust it puts co2 and water back into the environment and the cycle is done. in my long-term vision on this issue to complementarity energy carriers. for the stationary application, electricity is clean. it's responsive, i turn on the switch and things work. there's no emission of the point of consumption. there is no energy storage. it's very difficult to store directly. but you can make the electricity and a large plant and if that involves co2 you can easily capture if there. probably much more cheaply than going through and capture. give liquid fuels on the other side. are easily stored. for the front you might want to work out how much power you have are pouring into your car while you're at a gas station and filling it. it's horrendous power plant as your spelling that co2 into the tank. you can use it for on board transportation but you can also do it for elect

need we be reminded that carbon dioxide is required for photosynthesis. the process by which these forests use sunlight to grow. lance tend to grow better under conditions of higher co2 levels. scientists have dubbed this effect co2 fertilization. the economic impact of our forest must not be overlooked. forrester in mississippi was a $14 billion industry that supports 163,000 full and part-time jobs at healthy, productive, well-managed forests cover 50% of my home state. these forests were industry employs 25% of mississippi's manufacturing workforce. given the current depressed market for forrester to for forrester events, higher prices for electricity would only worsen industry problems. forrester is probably manage their changing climate is not the problem, but onerous regulations and increased the cost of forest reproduction are. and i am stuck, mr. chairman and my fellow senators, with the increasing number of academics who are willing to come forward and say us on some of this conventional wisdom. they are skeptics. i asked to put into the record a

surface are taking up that carbon that carbon that's in the form that it can take it up and it has photosynthesis and it's taking up the carbon in a biological way the second way is dissolving the pure gas of c o two into the ocean and the colder the waters the faster that gas goes in and as we warm the planet and the sea surface temperatures warm up that means some places are not absorbing that way of being carbon dioxide as fast and that's why the pacific northwest and alaska are cold waters up there they're able to take up more of the carbon dioxide such in the gashes form and that direct way and so you have a threat to the polar regions for carbon dioxide changes in the ocean lowering the increase in the acidity so you know more so the reason why this is it's it's interesting we were talking with michael mann before about how in the atmosphere global warming is happening you know five or six times faster whatever the number is of the some significant multiplier in the arctic as opposed to at the equator it sounds like it's almost the opposite only it's the same consequence in other words what

that transparency is used to burn a photosynthesis plate, and that's what we have here.so from that point after the plate has been created, then there's a process of thinking the plate. so i'm using this kind of tile grout spreader to spread it over the surface. in this case, the ink is below the surface of the plate so the image will be held in the lines that are edged below the surface. below the surface of the plate. so i make sure that the ink is spread evenly over the plate, and then try to pull away as much of ink as i can just using the squeegee. all right. then i'm going to move the plate over here. i'm going to put on gloves for the wiping process. this whole process, every step of it, has to be done for everything you produce. so in this case numerous prints for this book. so then i would use, senator the use for bridal veils and that type of thing, very soft and pliable cloth. and i will gently rub away the bulk of the ink on the plate. you can kind of see how the images become more and more clear as i work. don't want to press joined with any of these videos.

need we be reminded that carbon dioxide is required for photosynthesis. plants tend to grow better under higher co-2 levels. scientists have dubbed this co 2 fertilization. forestry in mississippi is a $14 billion industry. it supports more than 63,000 full and part-time jobs. healthy, productive and well managede managed forests cover more than 60% of the home state. this helps support industry that employs 25% of mississippi's managing workforce. given the depressed market, higher prices for electricity would only worsen problems. for foresters who properly manage their trees, onerous regulations are a rise to the cost of production. i'm struck, mr. chairman, and my fellow senators, with the increasing number of academics who are willing to come forward and say, yes, on some of this conventional wisdom. they are skeptics. i asked to put into the record at this point, mr. chairman, the transcript of an interview yesterday afternoon on wtlb, with dr. peter morrissey. university of maryland professor at the robert h. smith business school. >> without objec