Not exact matches
They exposed
live ones to either the smell
of their dead brethren or an
ethanol control.
Life - Cycle Greenhouse Gas Implications
of U.S. National Scenarios for Cellulosic
Ethanol Production, Corinne Scown, William Nazaroff, Umakant Mishra, Bret Strogen, Agnes Lobscheid, Eric Masanet, Nicholas Santero, Arpad Horvath, Thomas McKone, Environmental Research Letters, 7 (1), doi: 10.1088 / 1748-9326/7 / 1 / 014011, January 24, 2012.
Tina Engels
of Chicago paints her soft - edged «Still
Life with Shell» (2011) in a careful arrangement with dried flowers; Amy MacLennan from St. Louis paints broad gestures in «Lilac Study Gold» (2010) and makes her «
Ethanol Plant, Peoria» dissolve into the landscape.
How would that compete with
ethanol in terms
of land use,
life - cycle emissions, and even cost?
While Q Microbe is not a GMO — it is a naturally occurring anaerobe that
lives under the soil — the company is confident that the patents it is pursuing on the use
of the microbe for
ethanol production will yield a valuable intellectual property portfolio.
Improvements in
Life Cycle Energy Efficiency and Greenhouse Gas Emissions
of Corn -
Ethanol.
Adam J. Liska, Haishun S. Yang, Virgil R. Bremer, Terry J. Klopfenstein, Daniel T. Walters, Galen E. Erickson, and Kenneth G. Cassman (2009) Improvements in
Life Cycle Energy Efficiency and Greenhouse Gas Emissions
of Corn -
Ethanol, Journal
of Industrial Ecology, doi: 10.1111 / j.1530 - 9290.2008.00105.
Responses to «Comment on «Response to Plevin: Implications for
Life Cycle Emissions Regulations»» and «Assessing Corn
Ethanol: Relevance and Responsibility» Journal
of Industrial Ecology 13 (4).
President Obama continues to tout his «renewable» energy schemes as a «comprehensive»... «all
of the above»... «energy strategy for the future» — even though wind, solar and
ethanol programs combined provide less than 4 %
of all the energy that powers the United States and makes our jobs,
living standards, economy, health and welfare possible.
This new book has a chapter, «Changing the Conversation at GM,» that in four pages describes the company's journey from its «
Live Green, Go Yellow» promotion
of corn
ethanol to the Chevy Volt.
Earlier this year a team
of University
of Minnesota researchers looked at the
life - cycle air quality impacts
of alternatives to conventional gasoline vehicles and found that powering vehicles with corn
ethanol or with coal - based or grid electricity increases «monetized environmental health impacts by 80 % or more relative to using conventional gasoline.»
In fact, over the entire
life cycle
of growing and harvesting crops, turning them into fuel, transporting and using them in vehicles,
ethanol and biodiesel emit as much CO2 as petroleum — and require infinitely more acreage.
Moreover, energy from oil and gas drilling is much less harmful to the environment — especially given the high usage
of water, the unbearable flow
of life - killing nutrients into the Gulf
of Mexico, and
of course the negative impacts on gasoline and diesel engines from the added
ethanol (and the lower miles per gallon it delivers).
Craig Mackintosh at Celsias writes about «the obstinate pushing
of ethanol from corn, sugar, soy, and palm oils in the face
of their overwhelming detrimental effect on people's
lives, and on the environment.
I (and perhaps others here) would welcome pointers to any peer - reviewed reports you are aware
of that assess the energy cost
of the entire nuclear
life - cycle (from mining through waste storage and monitoring) so that the overall EROEI for the entire nuclear energy
life cycle can be known (the kind
of thing being done for
ethanol).
More: Improvements in
Life Cycle Energy Efficiency and Greenhouse Gas Emissions
of Corn -
Ethanol
Some
of the earliest forms
of life on Earth — anaerobic bacteria — used fermentation to produce
ethanol and in the process extracted energy to drive their metabolic functions.