“Inbound Heavy B52, You’re Clear…”

“…for landing at Port 5 East.”

“Outbound Light B23, please use Port 2 North.”

Isn’t this a control tower?

Bee hive control tower?

Sorry about the distortion; the shot was taken at long range with the camera cranked up to its full 12X zoom.

To see the above photo in its context, click it.

So, anyway, if those things aren’t control towers for the bee hives, what are they?!

Production primers of some sort?

Sun-powered pre-heaters of some other sort?

Solar nurseries?

I really do want to know!

(And for those of you wanting to know, this photo was taken from our car by Andrew; the location is the north side of Oregon Hwy 211 between Woodburn and Molalla near Kropf Rd — aka Canby-Marquam Highway — about two miles from Yoder.)

Madras, Oregon

We came over to Luke and LaVay’s on Saturday. We plan to head home in another two or three hours. Right now, I’m in town, at the Jefferson County Library. A very nice little library with WiFi Internet access for free. (I’ve even used it when they’re closed, just parked in the street.)

Anyway, I took a few pictures here in Madras this morning. But I’m not going to put them up right now (11:11 am). I don’t have time.

But I wanted to get this post started, so there you are. 🙄

Read it all

Cutting Corners on Tires

Well…how else would you get them round enough to 🙄 ?

Here’s the story that provokes this post:

An Oregon State University researcher who developed a non-toxic adhesive for kitchen cabinetry says he has found a way to use wood fibers to make car tires better for the environment.

😯

Better for the environment, maybe, but will it be better for me the passenger or driver?!!

Oh. Pardon me for interrupting the story.

Microcrystalline cellulose — a product that can be made easily from almost any type of plant fibers — can partially replace silica as a reinforcing filler in the manufacture of rubber tires, says Kaichang Li, an associate professor of wood science and engineering in the OSU College of Forestry.

Li’s research suggests that using plant fibers can reduce the energy required to produce tires, lower costs, and produce tires that better resist heat buildup. That could be good news for Oregon’s timber industry, which needs new uses and products to sustain demand for the state’s timber harvest.

But how would wood-based tires perform? Early tests indicate they could have traction and strength comparable to conventional tires — and make cars more fuel efficient in hot weather.

Source: OSU researchers say wood fiber can make car tires more energy efficient, less expensive

When the rubber meets the road, will this get enough traction to get anywhere? Well, as the good old saying goes, “Knock on wood.” (If you want to drive on wood, that is.)

Above all, love God!