Although ideas in the article are unoriginal, it presents an interesting argument that I am not entirely sure is the best method to go about oil dependency. The author is convinced that adding a fee to any greenhouse gas emissions will lead to a new and clean energy system. "This is what motivates changes in behavior and technological investments." Will this monetary burden be enough to change people's habits and lifestyle, or will we become creative in other ways to dance around this dependence? One major critique I have of this proposal is how slow this conversion process will be. It also seems as if we are simply designing a new way to herd the sheep of society without taking a moment to look up and recognize the bigger implications and options.

This article discusses the government's recently launched research on how anaerobic digestion, "a renewable energy technology that generates heat and electricity from waste organic matter," could possibly replace manufactured nitrogen fertilizer. They hope this will save money for the farmers and increase yield.

Grasshopper, anyone? This article expands upon a notion I have heard about several times before, but haven't considered its possibilities on large-scale. Many countries, such as Japan and Mexico, are already comfortable with bug consumption. It has proven to be extremely nutritious in amino acids and protein. It is also very efficient space-wise, as discovered in Japan. No matter the practicality of bugs in curbing global warming, the consumers must be willing to eat them. In American culture, bugs are perceived as dirty and disease-ridden. What would it take to reshape citizens' attitude around bugs to allow this expansion?

This misleading title does not represent the argument of the author, who explores the possibility that 2011's record snowfalls and the water conditions caused by the oil spill have caused significant die off of baby dolphins in the Gulf.

Ninety five percent of the corn gene has been successfully mapped out. Scientists claim that with this genetic information, they will be able to "develop new maize varieties that withstand prolonged heat and drought, use nutrients such a nitrogen more efficiently, or pack more nutrition per kernel."

This article talks about KiOR's plans to use "non-food biomass" and convert it into gasoline and diesel through biocrude technology. KiOR plans to use both wood chips and crude oil to create gasoline. This procedure, KiOR claims, will reduce "direct lifecycle greenhouse gas emissions by over 80% compared to the petroleum-based fuels they displace."

This article discusses how hundreds of Japanese residents sought refuge in a nuclear power plant after the tsunami hit. 240 people remain, all of whom are supposedly enjoying a relatively luxurious life compared to their fellow citizens.

A national park plans to be converted into agricultural land, yet this poses a great threat for wildlife migrations.

Another article discussing the "Jeevon Paradox" of energy efficiency, consumption and possible dangers that arise from the two.

Tocco de Casuaria, Italy is a small town that has installed wind and solar energy and is now producing a 30% surplus of energy that they are able to sell to the electricity company. With this money, the people of Tocco have been able to increase the wages of street workers as well as town maintenance. The financial benefits of using renewable energy, versus a deep concern for the health of the natural environment, has been the driving force for this town and other towns across Europe to adapt this new technology. This conversion is more difficult in the U.S. because the government does not provide a great incentive for people using renewable energy as far as a cash return from excessive energy production.