Saturday, April 07, 2007

Just an interesting creature department:

You know those little grey or brown rolly bugs that Mom used to call "Potato Bugs" but really were something else? They rolled up into a little ball when they were hassled?
They apparently are in the "isopod" family biologically, (word origin: equal foot?) and low and behold some of their scary 2000 leagues (ft?) under the sea cousins have been found.
" Here is the giant isopod, known scientifically as Bathynomus giganteus,
















is the largest known member of the isopod family. It is very closely related to the small pillbugs that you can find in the garden. It is a carnivorous crustacean that spends its time scavenging the deep ocean floor. Food is extremely scarce at these great depths, so the isopod has adapted to eat what ever happens to fall to the ocean floor from above. It will also feed on some of the small invertebrates that live at these depths. Giant isopods are known to reach a size of over 16 inches in length and are one of the largest members of the crustacean family. These animals are very prehistoric in appearance. When threatened, they can roll themselves into a tight ball where they are protected by their strong, armor-plated shells. They have complex mouths that contain many components that work together to pierce, shred, and disembowel live or dead prey. Giant isopods are all over the world at depths of over 2000 feet".

I am quoting here from this page: OddWeek - 10 Horrible Deep See Creatures

Wednesday, April 04, 2007

Back on line with 3D rotating graphics!

I originally posted this on my Catchall blog while Google was playing error games with my right good blog. It finally is fixed now, but I got a strange message from Google implying that it fixed itself, which is impossible. Anyway, I thought I would post this very very cool slide show gimmick I found on a blog and traced to "picture trail" a flicker-type photo web site. Here are some of our pictures:
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Cool Slideshows

Neat the way it has the transparency and the 3D glass effect, proving that computers somehow got beyond the number crunching machines they were designed to be.