Climate Catastrophe Cancelled! Geologist Debunks NOAA Climate Report Point-By-Point

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Geologist Dr. Don Easterbrook, professor emeritus of geology at Western Washington University and author of 150 scientific journal articles and 10 books, including “Evidence Based Climate Science,” issued a point-by-point rebuttal to the new NOAA climate report and the media articles surrounding it.

Live Science: ‘Climate Records Shattered in 2013’ – By Becky Oskin, Senior Writer | LiveScience.com – July 18, 2014 – “The climate is changing more rapidly in today’s world than at any time in modern civilization,” said Thomas Karl, director of NOAA. (NOAA State Of The Climate In 2013: ‘Our Planet Is Becoming A Warmer Place’)

 

Climate Claim: “The planet ranged well outside of normal levels in 2013, hitting new records for greenhouse gases.”

Dr. Easterbrook comment: “NOT TRUE–CO2 levels for the past 500 million years were consistently greater than 3,000 ppm. 400ppm is abnormally low.

[Climate Depot Related Links: CO2 at 400ppm: ‘Scientists note that geologically speaking, the Earth is currently in a ‘CO2 famine‘ and that the geologic record reveals that ice ages have occurred when CO2 was at 2000 ppm to as high as 8000 ppm. In addition, peer-reviewed studies have documented that there have been temperatures similar to the present day on Earth when carbon dioxide was up to twenty times higher than today’s levels’ – And, a peer-reviewed study this year found that the present day carbon dioxide level of 400 ppm was exceeded — without any human influence — 12,750 years ago when CO2 may have reached up to 425 ppm.]

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Climate Claim: “The levels of carbon dioxide in Earth’s atmosphere at Mauna Loa Observatory in Hawaii hit 400 parts per million (ppm) for the first time in 2013. The worldwide average reached 395.3 ppm, a 2.8 ppm increase from 2012, NOAA reports. (Parts per million denotes the volume of a gas in the air; in this case, for every 1 million air molecules, 400 are carbon dioxide.)”

Dr. Easterbrook comment: “The CO2 composition of the atmosphere changed by only 0.004% since the onset of recent global warming (1978-2000).”

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Climate Claim: “The major greenhouse gases all reached new record high values in 2013,” said Jessica Blunden, a climate scientist with ERT, Inc., and a NOAA contractor who helped write the report.

Dr. Easterbrook comment: “So what? If you double nothing (0.004%), …

Innovators In Norway Use Power Plant Carbon Dioxide To Grow Fish Food

Innovators In Norway Use Power Plant Carbon Pollution To Grow Fish Food

http://thinkprogress.org/climate/2014/07/18/3461444/norway-carbon-dioxide-fish-food/

CREDIT: shutterstock

Norway is known as a world leader in exporting oil and gas — but it’s also a leading fish exporter. However with global demand growing, feeding all these fish is getting more expensive and challenging. In the first half of this year Norway’s salmon export value reached the highest ever recorded and the value of exported Norwegian salmon to Asia during that time period was up 30 percent year-over-year.
At the same time that demand for farmed fish is growing, the aquaculture industry is facing a shortage of omega-3: the fatty acids used in fish feed. This process could be made more economical and sustainable with a little help from creative technological innovation.
In a new take on the concept of carbon capture and storage, engineers in Norway are now trying to harness the carbon dioxide emitted from power plants and use it to grow fish food. The pilot project by Norway’s Technology Centre Mongstad (TCM) is using captured CO2 to grow omega-3 fatty acid-rich algae for fish feed. Omega-3 fatty acids, which are essential for fish growth and are added to feed, are running low in global stocks and finding a sustainable, affordable source is crucial to the industry. The demand for omega-3 fatty acids in the nutrition supplement industry is also causing demand to rise.
The project, which received $1 million in funding from the Norwegian government, will grow algae in tanks in a 300-meter test facility using captured CO2 and heat from a gas-fired power plant. CO2Bio, a collaboration of industrial and research stakeholders including Salmon Group and Grieg Seafood, will operate the plant during the five-year pilot phase. The backers of the project told BBC that a metric ton of CO2 will produce a metric ton of algae, which they believe can yield 300-400kg of fish oil — a figure they hope to improve on by the end of the five-year test to determine economic viability.
“The need is approximately 100,000 tonnes, and that’s a large scale,” Svein Nordvik, from CO2BIO, told the BBC. “The reason for the test center is to develop the techniques and optimize the production line so we can have a decision on large scale production.”
From a greenhouse gas emission perspective, while pumping the CO2 underground would be better, using it for economically productive industrial practices …