I don’t usually link to commercial sites unless the product is wack(y) however the info here is interesting. LED lightbulbs are very expensive ($30-45 each) but last 60,000 hours vs. a conventional incandescent which almost exactly offsets the cost difference (60 regular bulbs = 1 LED). Better yet, the light is much more natural, they are instant on and they are very energy efficient. Unlike flourescent and incandescent, they are directional which means you can get flood-style bulbs.
Scoll down the table on the site for more fun facts!
Opps, as Kottke points out, they give out a lot less light…

A few weeks ago, before the polar air dropped on us like a hammer from the north, I was walking through a local marina looking at used sailboats. No one was around and I was doing a little fantasy window-shopping. The boats, on their cradles for the winter, ranged from brand new 40 + footers to 25 year-old daysailors. The further you walked away from the trailer that serves as the boat broker’s office, the older the boats seem to get until you reach those that are never going to see the water again.
These boats are abandoned-looking and the elements have taken their toll with broken rigging, rotting hatches and trim and clumps of weeds growing out of bits of dirt that have accumulated here and there. However, they are not going anywhere for a long time. Unlike the old wooden boats we played in as kids, these fiberglass hulls won’t disintegrate into the ground. They are going to be here a very long time. Even if broken up, their pieces will end up in a landfill like virtually everything else we have manufactured in the past 50 years.
In many third world countries, even the worst of these broken boats would be put to use, patched up and repurposed to create a living for someone. Here, old yachts are a burden to those who inherit them.
Bruce Sterling, in his pamphlet Shaping Things, puts forth the natural progression of things that we, as humans, make and use. Those things made with tools, one at a time, he calls Artifacts. The next stage are those made via mass production which he calls Products. He moves next to Gadgets, which are inherently technology but technology which has limited use. Finally he suggests the next category which he dubs Splimes (I don’t know the origin of the term) which are useful tools that use data to adapt and change their usefulness as our needs changes. These Splimes are also easily reconfigured or broken down into reusable components. Sterling makes the convincing case that all design must focus on this stage, that we simply cannot consume resources to make things that have shorter and shorter useful lives.
So the wooden boat is an Artifact, the ‘classic plastic’ glass boat a Product and the shining new techno-boats are simply huge Gadgets which will become outdated as new gee whiz features arrive in new models. The challenge is to design a boat (or car or computer or living unit) that is a platform that runs a system that can be updated or reconfigured rather than destroyed. Sometimes this reconfiguration design may be simply mean using easily recycled materials for parts that will become outdated. Eventually we will have materials that can be reconfigured physically to accommodate design breakthroughs like new hull shapes or sail profiles. We might unplug an engine and plug in some new kind of drive or tell a hull material to reshape itself (nanotech).
This is not sci-fi. It is a survival mandate for human design. With 6 billion on the planet now and another three billion to be added in the next 40 years, we can’t keep tossing stuff into the trash, especially stuff made of increasingly scarce materials like petrochemicals.

PS: The recently announced iPhone from Apple has raised the bar and may be an entry into this type of design. Several observers have voiced the thought that these phones, being reconfigurable via software and having few moving parts, may break the cycle of physical phone upgrades. Instead of selling us a new piece of hardware, thus dooming the old one to the junk pile, we can simply update the software. That’s an early Splime.

This site shows a current world map and real time carbon emissions (and some scary stats on births and deaths while you’re at the site!)

‘EEStor claims that, using an automated production line and existing power electronics, it will initially build a 15-kilowatt-hour energy-storage system for a small electric car weighing less than 100 pounds, and with a 200-mile driving range. The vehicle, the company says, will be able to recharge in less than 10 minutes.’

Technology Review (MIT) covers a new company that plans to release new battery technology that, if legit, would revolutionize every aspect of alternative energy. There are significant sceptics but the extremely successful VC firm Kleiner Perkins has invested. I won’t go into the technology (the article does a much better job than I could) but this is definitely one for the watch list.