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Now this is very interesting, if not particularly surprising. The US military has begun pushing for the development of renewable energy sources that can be readily deployed in battlefield situations and remote locations where traditional fossil fuels are prohibitively scarce. Trucking fuel to outposts and encampments in Afghanistan can be dangerous: "...for every 24 fuel convoys that set out, one soldier or civilian engaged in fuel transport was killed. " It is also extremely expensive. The US military buys fuel for around $1 a gallon, but shipping that fuel can easily cost hundreds of dollars per gallon. Taking those transport costs into account, the high initial costs of investing in renewable energy are put into perspective. The US navy has begun to experiment with ships that run on electricity at lower speeds, as well as jets that use mixtures of conventional and bio-fuels. It is likely the "experts" say, that development of these technologies for military use will lead to more affordable civilian versions.

The military essentially suddenly decided to use renewable energy out in the field, mostly in Afghanistan because transporting fuel is dangerous there. They used mostly civilian technology but the mass use should bring the cost down and with more scientists updating it the technology will also get better.

Sure, its a word that can mean a lot of things, but it sure looks like the US Army is taking a more situated approach to their tactics in the coming years. They're combining many means of approaching an area or situation (special ops, disaster relief, conventional combat, etc...) and combining teams to focus on regional areas (they'll receive language training, cultural training, and even equipment specific for regions where they can develop expertise). Even their training has the "mixed up" look of situated studies: "The training will focus on what the military calls 'hybrid' scenarios, in which a single battle space may require the entire continuum of military activity from support to civil authorities to training local security forces to counterinsurgency to counterterrorism raids to heavy combat." It isn't exactly academia, but I see some similarities...

Military scientists and entomologists collaborated and made some significant breakthroughs in the big bee die-off mystery. The researchers have concluded that a combination of fungal and viral infection is the most likely culprit. It is still uncertain how (or if) the bees can be saved, but now researchers at least have some starting ground. One suggestion at the end of the article is that the fungal part of the infection could potentially be curbed with fungicides to prevent bee deaths. This makes me nervous though. It sounds reasonable enough if the goal is to save bees, but deep down it sounds too much like the way western medicine works -- antibiotics to treat the diseases once they take hold, instead of addressing the root of the problem.

This makes me nervous: http://money.cnn.com/2010/10/08/news/honey_bees_ny_times.fortune/index.htm "What a scientist didn't tell the New York Times about his study on bee deaths" Speaks for itself.

This is straight out of the matrix - you know how the whole AI system runs of humans producing energy like batteries? These guys are seriously looking at doing just that. This story comes from GlobalPost, a new site that has great international reporting (when a lot of big papers had to fire their journalists as the industry started to decline, GP picked a lot of their international folks up as freelancers, so they developed a good set of connections around the world fast). They're doing a series on power and energy around the world, "Powerland", which this is a part of. Very cool news organization. In a new twist in the progress of the global energy system, Japan is now looking to reduce its energy dependence on Nuclear Power (a source so many other places are looking to for reducing their energy dependence on oil, coal, etc...) So the company featured in this video comes in with an interesting mix of waste diversion/energy production at the same time. The little, marginal bits of energy thrown about when ever anyone does anything - taking a step, talking on a phone, sitting down and chilling - is harnessed to power things in its surroundings. It is sort of like using exercise equipments rotations to generate energy, which some colleges have gotten major press for. I know the military was also looking at putting something in the soles of boots that would create energy when compressed, so that marching or walking could actually power some of a soldier's personal electronics. There are no numbers to see how scalable this is, but looking at the energy margins is interesting. They do add up - one step is nothing, but if you're in Tokyo and there are millions of collected steps all the time, that is a lot of energy-producing floor vibration. One has to wonder as to how serious an alternative this sort of technology is to other types. Almost like being able to paint solar panels onto things, and just take advantage of wherever the sun hits. Its almost desperate, b

For a different thing to pay attention to, listen to the street activist (I think - not clear what the source is) message at the very beginning of the video. Interesting the stance Japan seems to be taking, at least within some parts of its culture, in response to the Fukushima incident.

I noticed that the Powerland series on GP is being sponsored by Shell, which raises some interesting questions. Multinational energy corporations may be turning to energy alternatives because they know that oil is going down the proverbial drain. Paying attention to where companies like Shell, BP, and Chevron-Texaco might yield some worthwhile information about our energy future.