
Banded Pennant
Celithemis fasciata
Dragonflies, global citizens with AI systems that AI developers wished they could copy

Thom Glace is demonstrating and signing his art pieces at the TCO Fly Shop in Boiling Springs, Pennsylvania.
By Henry Clement with Thom Glace
Neither of us had experienced an aquatic life event quite so dramatic

Coastal cutthroat trout fresh from the ocean. A Thom Glace illustration.
A dragonfly story emerges
I gave Thom Glace a call. There were questions about dragonflies after watching their life cycle unfold up close and personal.

Black Saddlebags
Tramea lacerata
Glace enthusiastically shared his vast knowledge of Dragonflies
Over several weeks, here’s what Thom shared, both written and verbal (paraphrasing)

The brown trout, Salmo trutta, imported from Europe in the 1800s, flourished in North American environments. In many instances, it outbred and outfed its native cohabitants, diminishing native fish stocks to the point that extinction occurred or became possible—illustration provided by Thom Glace.
Aerially
Dragonflies are the envy of air forces—agile beyond belief, fast, and can turn on a dime. They can fly in all directions, hover, and reach speeds of about 34-35 mph, making them among the fastest flying insects globally.

Red Saddlebags
Tram loaded
Dragonflies make today’s AI kindergarten tech
Their vision makes driverless AI vehicle technology akin to Polaroid Cameras. Dragonflies have large compound eyes, a very noticeable physical characteristic, that can have as many as 24,000 tiny lenses, and they can fly using each wing independently. No such maneuverability and hovering capability exist in the animal kingdom or in the world of manufactured products.
Sources other than Thom Glace: Dragonflies, Smithsonian, The Australian Museum, UK Wildlife
Watch Ruben Martin tie a damselfly nymph.

