Memorial Day

Memorial Day was originally known as Decoration Day because it was a time set aside to honor the nation’s Civil War dead by decorating their graves. It was first widely observed on May 30, 1868, to commemorate the sacrifices of Civil War soldiers, by proclamation of General John A. Logan of the Grand Army of the Republic, an organization of former sailors and soldiers. On May 5, 1868, Logan declared in General Order No. 11 that:

The 30th of May, 1868, is designated for the purpose of strewing with flowers, or otherwise decorating the graves of comrades who died in defense of their country during the late rebellion, and whose bodies now lie in almost every city, village, and hamlet churchyard in the land. In this observance no form of ceremony is prescribed, but posts and comrades will in their own way arrange such fitting services and testimonials of respect as circumstances may permit.

During the first celebration of Decoration Day, General James Garfield made a speech at Arlington National Cemetery, after which 5,000 participants helped to decorate the graves of the more than 20,000 Union and Confederate soldiers buried in the cemetery.

This 1868 celebration was inspired by local observances of the day in several towns throughout America that had taken place in the three years since the Civil War. In fact, several Northern and Southern cities claim to be the birthplace of Memorial Day, including Columbus, Miss.; Macon, Ga.; Richmond, Va.; Boalsburg, Pa.; and Carbondale, Ill.

In 1966, the federal government, under the direction of President Lyndon Johnson, declared Waterloo, N.Y., the official birthplace of Memorial Day. They chose Waterloo—which had first celebrated the day on May 5, 1866—because the town had made Memorial Day an annual, community-wide event during which businesses closed and residents decorated the graves of soldiers with flowers and flags.

By the late 1800s, many communities across the country had begun to celebrate Memorial Day and, after World War I, observances also began to honor those who had died in all of America’s wars. In 1971, Congress declared Memorial Day a national holiday to be celebrated the last Monday in May. (Veterans Day, a day set aside to honor all veterans, living and dead, is celebrated each year on November 11.)

Today, Memorial Day is celebrated at Arlington National Cemetery with a ceremony in which a small American flag is placed on each grave. Also, it is customary for the president or vice-president to give a speech honoring the contributions of the dead and lay a wreath at the Tomb of the Unknown Soldier. About 5,000 people attend the ceremony annually.

Ham Radio – Alive & Well In America’s Heartland

For me the past few days have been busy with amateur radio activity of one kind or another. I spent some time last weekend fine tuning my horizontal loop antenna; spreading it out the loop a bit and raising it higher. I am still impressed by the antenna’s performance and look forward to using it for the remaining year I am here in Kansas.

I delivered my presentation on the history of Army hams operating abroad (WWII to OIF) and my own experiences operating amateur radio and MARS while recently serving over in Iraq to three different Kansas City area clubs this week (Tuesday, Thursday, Friday). In April, I gave the presentation to three other clubs – two in Missouri and one in Kansas. Overall, what impressed me the most concerning the club meetings I visited was the diversity and vibrancy of amateur radio in the Kansas City area. It is not just a bunch of OMs or converted CBers or EMCOMM devotees.

Last night I attended a meeting at the Johnson County Amateur Radio Club in Overland Park, KS. Not only was the meeting well attended (and we are talking about a Friday night before a major holiday weekend) but their were not only a number of YLs but also four teen-aged hams… one of which was Duncan MacLachlan, KU0DM, who is the ARRL’s Youth Editor and was featured prominently at last weeks Hamvention in Dayton on the ARRL weblog. Duncan had just concluded a years service to the club as its vice-president. This club also meets twice a month and has a 10M weekly net in addition to its 2M net.

On Tuesday I attended the meeting of the Heart of America Radio Club. The club conducts its operations out of the Red Cross headquarters in Kansas City. They had not only a wonderful club station on the top floor of the building with a impressive antenna farm on the roof but also operated 1 of the 12 Red Cross national communications support vehicles. The vehicle is a modified Ford Excursion with so many antennas on it I couldn’t count. It provides one stop shopping for any communication requirement from providing internet, VOIP phone, long-haul HF comms, phone patching, video, and an on-board cross-band repeater, as well as a generator that can power a medium-sized command post.

Thursday night I was out at the Jayhawk Amateur Radio Society meeting. Another vibrant club with a large turnout… in part due to the coffee and delicious cake offered up during the meeting’s intermission but also the true shared interest in amateur radio. The Jayhawkers gave me a super cool coffee mug with their logo on it at the conclusion of the meeting which will now become the official mug of my ham shack.

Bottom line (… and quickly becoming an often heard refrain), ham radio is alive and well.

Launching The Loop Skywire

Back in early October I finally strung an HF antenna here at the Kansas QTH. The antenna was a RadioWavz End Fed Zep. The performance was mixed and I never did get it to load on 75M. I am a believer in the magic of a dipole (132′ fed with ladderline). But the geography of the Kansas QTH would really only support a dipole running east/west and radiating north/south… not what I wanted. The End Fed Zep was a compromise allowing me to make the antenna run north/south and radiating east/west. As I said, the performance was lacking. In comes the Loop Skywire. A past QST article talks about setting up a horizontal loop: The Skywire Loop, November 1985.

The author, Dave Fischer (W7FB) avoids theory and talks about just the specifics of construction and antenna performance. The basic principles of setting up the horizontal loop include its horizontal position over ground and maximizing the enclosed area within the loop. Ideally, the loop is installed as a circle – but reality tends to make it look more like a square… a compromise between number of skyhooks/antenna wire supports and maximum enclosed area. Ideal height above ground is 40 feet, but the higher the better. Like most wire antennas that you try to use beyond their fundamental harmonic, it is recommended you feed the loop with ladderline to minimize feedline loss. To determine the length of wire required for the loop divide 1005 by your fundamental frequency in MHz. If you set up a loop for 80M, it should also provide good performance from 80M up to 10M. The loop should radiate omnidirectionally and greatly minimize local RF noise. It’s low take off angle also supports good DX performance.

At the recent hamfest I went to in Kansas City, I purchased two 150′ rolls of #14 flex-weave copper antenna wire as well as a few 100′ rolls 3/32″ black Dacron rope. From MFJ I had a 6-pack of ceramic insulators. I had about 75′ of 300-omh ladderline as well as a ladderline feedpoint insulator. Along with my CVS19 Pneumatic Antenna Launcher – I was ready to fly this skywire.

Installation took all afternoon, but the weather was great and I took my time. I ended up with 6 antenna supports, trying my best to make it as circular as possible. My CVS19 Launcher continues to perform well. My bicycle pump broke so I switched to the 12v roadside tire pump in the XYL’s emergency auto kit. This made for a quick turn around for prepping the CSV19 for successive antenna wie support lines. Setting up most of the ceramic insulators as “floating” allowed me to apportion the copper wire as needed around the loop. In the end, my loop was a bit less than 300′ and had the shape of a long oval rather than a square (or circle).

After connecting a 4:1 voltage balun to the ladderline and running coax to my LDG AT-200 Pro tuner I was on the air. My first observation was that the antenna was very quiet. Were previously I had S3 to S5 background noise, the noise floor dropped to S1 or in some cases was completely gone. The loop tunes easily from 80M to 10M.

Another indicator of success – a 20M QSO with my dad, KD6EUG, in California. A goal that has been on my list for almost a year. I was also able to work stations in British Columbia, Maine, Michigan, and Oklahoma. There are still a few more adjustments I want to make on the loop, but so far I am pretty happy with it and look forward to seeing what more it can do.

I guess now I need to make a QSL card for the Leavenworth, KS QTH so I can send one to KD6EUG.