Insects Use Plants Like A Telephone
Butterfly "Zoo" Photos

Here is Papilio palinurus daedalus, a species I sometimes use. They look so different in a natural setting!
Below left, one of my favorite photos, a photo of my husband in front of some Atlas Moths (Attacus atlas), the largest moth OR butterfly in the world! Look at the size of them! I have used these before as well. Note the Atlas Moth cocoons hanging above and between the two moths. They are so large that the "empties" are used by locals in Indonesia as coin purses!
Below, Graphium agamemnon. One of my favorite species to use!
Below, Papilio rumanzovia (female). Another of my commonly
More photos of chrysalids and newly emerged butterflies! I think it's so cool how they have hundreds of beautiful live chrysalids all in rows like this! What a fun place to work at!
Below, a pair of Ornithoptera priamus poseidon Birdwing Celebrity Purchase!

Now that's my kind of art! Recently, I stumbled upon the work of Katie Jennings (VanBlaricum), a Lawrence, Kans. artist and entomology enthusiast. Katie makes pieces using real insects from around the world. I purchased a few pieces from her site, insectartonline.com, as gifts recently, and they are even more gorgeous in person.
Here's how she operates: The insects arrive dried out and all folded up. She re-hydrates the critters to make them flexible again, and then spread thems out on a styrofoam board with sewing pins and little strips of paper. She doesn't put any pins through the bodies, leaving them natural-looking and lifelike. Lastly, Katy picks a cool and artsy background for the shadowbox frame and glue the insects onto that. The whole process takes several days, and each end result is unique, and nothing like those stale displays from your high school bio class.
Extreme Wings



About Christopher Marley...

Monarchs in Space!
The International Space Station is getting some unusual new temporary residents — monarch butterflies from Kansas University’s Monarch Watch program.
Chip Taylor, director of Monarch Watch, said that three butterfly larvae will be sent into space, and would be observed throughout their development.
Students in more than 425 schools across the eastern part of the country will follow along with the experiment, using kits from Monarch Watch to observe their own monarchs, comparing their results with the space experiment.
Cameras will be set up, and results will be shown on a Web site, www.monarchwatch.org/space.
“It’s going to be fun,” Taylor said. “The kids are going to be able to see the full process in their classrooms.”
Taylor said he doesn’t know how the monarchs will fare in the near-weightless environment, but whatever happens, scientists will learn more about the capabilities of the species.
KU’s Monarch Watch program, which tracks the migration patterns of the butterflies on an annual basis, got involved with the space program after developing an artificial diet that can sustain the animals in space.
Response from schools has been much higher than anticipated, Taylor said. He sent out an e-mail asking for 20 interested participants and received more than 1,000 replies.
The artificial diet — something it took Taylor more than 20 months and more than 90 failed attempts to create — may also have other applications for the program. Already, he said, he’s received offers to participate in projects such as mapping the monarch’s genome.
Ladybugs in Your House?






