Category Archives: photography|quirky

Why Won’t My Smart Key Work?

Antenna farm on Mt. Wilson

The gate to Skyline Park on Mt. Wilson doesn’t normally open until 10:00 a.m., so for Saturday’s run we parked in a large turnout along the loop road downhill from the gate. A trailhead that accesses the Kenyon Devore Trail is just downhill from the turnout, and a few yards down the trail is the lateral trail to Skyline Park. The Rim Trail trailhead is in Skyline Park along the service road that leads to the observatory grounds. This Observatory Pamphlet (PDF) includes a map that shows its location.

So we’re about to start the run, and I’m going through the routine of last minute checks. Everything looks good so I lock the car and — nothing happens. Where’s the familiar single beep? I try again… Nothing.

Ah technology! It doesn’t take long to figure out that those giant transmitters towering above me are jamming my smart key. OK, I want to get running, but I also want to be sure I’m going to able to start the car when we get back. Fortunately, the key system has an emergency mechanical key to get in the car, and then there’s a procedure to enable the car to detect the smart key. The procedure works, and after (mechanically) locking the car we’re off and running.

The pattern of RF energy emitted near an antenna is complex and I imagine it is particularly so in the middle a large antenna farm such as on Mt. Wilson.

I’ve parked in Skyline Park several times without having a smart key problem; however a few years ago I did have a problem with a GPS watch getting a lock on satellites at the start of a Mt. Disappointment race. That hasn’t happended with my current Garmin watch, which has much better satellite acquisition and sensitivity.

I guess whatever lobe of RF was interfering with the key changed shape or position, because when we got back to the car at the end of the run the smart key worked fine!

Rime Ice

Glistening in the morning sun, this 1.5″ high piece of melting rime caught my eye as I was running along the PCT west of Mt. Hawkins. Fortunately no PCTers came bounding down the trail while I was sprawled across it taking this photograph!

The linear structure of the accreted ice can still be seen. Rime builds on the windward side of an object as wind-driven supercooled water droplets come in contact with a surface whose temperature is below freezing. This piece of rime had fallen from a tree.

From Sunday’s run on the PCT between Islip Saddle and Mt. Baden-Powell.

Raining Rime

Fallen rime around a white fir

As I ran across the ice my footfalls made a loud crunch, crunch, crunch. Nearby a barrage of rime cascaded from a white fir. Friday’s cold system had rimed the trees along the crest, and now the ice was thawing, shedding from the branches and creating a patchwork of white beneath the trees. The ice wasn’t dense but I still didn’t want a large chunk falling on my head!

The cutoff upper level low that moved into Southern California Friday really cooled things down. The Big Pines RAWS (6917′) recorded an overnight low of 26°F Friday night. It was even colder in the Sierra. A snow sensor at 11,400′ in the Kern River headwaters recorded an overnight low of 12°F. Most of yesterday the temperature at Big Pines was in the 40s.



I was running on one of the most scenic segments of trail in the mountains of Southern California — the Pacific Crest Trail between Mt. Hawkins and Mt. Baden-Powell. There are three trail runs I like to do that include this stretch: Inspiration Point to Islip Saddle on the PCT, the Islip Saddle – South Fork – Baden-Powell Loop, and the route I was doing today, the Out and Back to Mt. Baden-Powell from Islip Saddle.

Warmer weather was forecast today, but this morning it had been cool and blustery at Islip Saddle. The temperature in the sun-warmed — but windy — parking lot had been around 43°F. In the shade of Mt. Islip at the start of the run the temperature felt like it was in the 30s. It had taken a while to warm up chugging up the first long hill.

It was the first time this season I’d been on this stretch of trail and I wondered if any well-shaded patches of snow had managed to survive on the north side of the crest near Mt. Baden-Powell. I doubted it. The Mt. Waterman ski area never opened this year, and there had already been several periods of warm weather. There would probably be some remnants of snow on the north side of Mt. Baldy.



It was PCT season. Islip Saddle is at about the 386 mile mark on the Pacific Crest Trail and PCTers hiking the trail from the Mexican border to the Canadian border usually do this section of trail sometime in May. There were a number of PCTers on the trail, including a couple of guys that appeared to be fast-packing the PCT. Their packs looked light, and they were really booking on the downhill west of Mt. Hawkins. (For well done, downloadable PDF maps of the PCT — with notes — check out Halfmile’s Pacific Crest Trail Maps and GPS Information.)

Although chilly at the start, the weather was near perfect for running and I had expected to see at least a couple of groups of runners training for the AC100. There were only about six or seven long run weekends remaining before this hundred miler. I did see one AC100 runner — twice. He was on day two of a three day Memorial Day training stint that would total some 90 miles. Now that is serious training!

Stem fasciation in Eriodictyon parryi (Poodle-dog bush)

The photograph above is of an example of a bizarre malformation in plants known as stem fasciation — in this case in Eriodictyon parryi (Poodle-dog bush). The normally round stem of the plant has been transformed into a thick ribbon-like structure, many times the size of a normal stem. The photo is from a recent trail run in an area burned by the 2009 Station Fire.



This is the second time I’ve found a plant with a fasciated stem in a burn area. The first was at Sage Ranch following the 2005 Topanga Fire. In this case the fasciated stem of a wreath plant (Stephanomeria) was a contorted spiral several feet tall.

There are many mechanisms which are reported to cause fasciation; among them a bacterium, stress, chemical or mechanical damage, and inheritance. It may or may not be coincidence that both of these examples were found in burn areas — about two and a half years into recovery in the case of the Turricula, and a year in the case of the wreath plant.