Saturday, June 17, 2017

VOA Radiogram schedules

Hello friends,

The last VOA Radiogram is this weekend. The successor to VOA Radiogram is Shortwave Radiogram, which will be broadcast for the first time on 25 June on the WRMI times and frequencies in the schedule below. 

To help us keep in touch after the migration from the old Radiogram to the new Radiogram, please note the following changes …


OLD
NEW
Email address
Website
Twitter
@VOARadiogram
@SWRadiogram

This weekend’s VOA Radiogram will be all MFSK32 and will include seven images, including one optical illusion.

Here is the lineup for VOA Radiogram, program 222, 17-18 June 2017, all in MFSK32 centered on 1500 Hz …

1:54  Program preview
 2:59  Transition to Shortwave Radiogram*
7:48  Digitizing old reel-to-reel tapes*
10:57  Thanks to W1HKJ and the Murrow station*
20:48  Thanks to listeners*
23:10  Closing announcements*

* with image(s)

Please send reception reports to radiogram@voanews.com.

See and submit results on Twitter: @VOARadiogram


VOA Radiogram Transmission Schedule

UTC Day
UTC Time
kHz
Transmitter
Target
Also try in …
c
Sunday
0230-0300
5745
North Carolina
Americas
Europe
Sunday
0600-0630
7730*
WRMI Florida
Americas
Asia-Pacific, Europe
Sunday
1930-2000
15670
North Carolina
Europe
Americas, Asia-Pacific
Sunday
2030-2100
11580*
WRMI Florida
Europe
Americas, Asia-Pacific
Sunday
2330-2400
11580*
WRMI Florida
Americas
Europe, Asia-Pacific

* WRMI transmissions will continue as Shortwave Radiogram beginning June 25.
** Listen for the mystery MFSK32 station just before and after this VOA Radiogram, also on 17580 kHz. It has been reported in recent weeks.

The Mighty KBC transmits to Europe Saturdays at 1500-1530 UTC on 9400 kHz (via Bulgaria), with the minute of MFSK at about 1530 UTC (if you are outside of Europe, listen via websdr.ewi.utwente.nl:8901/ ).  And to North America Sundays at 0000-0200 UTC (Saturday 8-10 pm EDT) on 9925 kHz, via Germany. The minute of MFSK is at about 0130 UTC.  Reports to Eric: themightykbc@gmail.com . See also http://www.kbcradio.eu/ and https://www.facebook.com/TheMightyKbc/

Italian Broadcasting Corporation (IBC)  For the complete IBC transmission schedule visit  http://ibcradio.webs.com/  Five minutes of MFSK32 is at the end of the 30-minute English-language “Shortwave Panorama,” per the schedule below:
WEDNESDAY  18.55 UTC  6070 kHz to EUROPE
                        19.55 UTC  1584 kHz to EUROPE
THURSDAY     02.55 UTC  1584 kHz to EUROPE
FRIDAY           01.25 UTC  9955  kHz to CENTRAL/SOUTH AMERICA
SATURDAY     01.55 UTC 11580 kHz to NORTH AMERICA
                        20.25 UTC  1584 kHz to SOUTH EUROPE
SUNDAY          00.55 UTC  7730 kHz to NORTH AMERICA
                        10.55 UTC  6070 kHz to EUROPE

Thank you for your support during the four-plus years of VOA Radiogram!  

I hope you can tune in and write in this weekend.

Kim
 Kim Andrew Elliott, KD9XB
Producer and Presenter
VOA Radiogram
voaradiogram.net

Twitter: @VOARadiogram  (especially active just before, during, and after broadcasts)

Monitoring Voice of Indonesia

Voice of Indonesia QSL (Gayle Van Horn Collection)
Voice of Indonesia on new 9525.95v, ex 9524.95v:
Very weak to fair signal of Voice of Indonesia in English on June 15

All times UTC

1000-1100 on  9525.95v JAK 250 kW / 135 deg to AUS  English
1100-1200 on  9525.95v JAK 250 kW / 010 deg to EaAs Chinese
1200-1300 on  9525.95v JAK 250 kW / 010 deg to EaAs Japanese
1300-1400 on  9525.95v JAK 250 kW / 010 deg to EaAs English
1400-1500 on  9525.95v JAK 250 kW / 010 deg to EaAs Indonesian
1500-1600 on  9525.95v JAK 250 kW / 010 deg to EaAs Chinese
1600-1700 on  9525.95v JAK 250 kW / 290 deg to N/ME Arabic
1700-1800 on  9525.95v JAK 250 kW / 290 deg to WeEu Spanish
1800-1900 on  9525.95v JAK 250 kW / 290 deg to WeEu German
1900-2000*on  9525.95v JAK 250 kW / 290 deg to WeEu English
2000-2100*on  9525.95v JAK 250 kW / 290 deg to WeEu French
*1900-2100UT slot is totally blocked by CRI Russian on 9525.0
(SWL DX Bulgaria/15 Jun)

Clandestine station updates broadcast schedule


New schedule of Radio Voice of Adal via MBR Issoudun, France transmitter

All times UTC

1500-1539 on 15205 ISS 100 kW / 125 deg to EaAf Arabic   Wed, x 1500-1530
1539-1558 on 15205 ISS 100 kW / 125 deg to EaAf Tigrinya Wed, x 1530-1558
1500-1530 on 15205 ISS 100 kW / 125 deg to EaAf Arabic   Sat as scheduled
1530-1558 on 15205 ISS 100 kW / 125 deg to EaAf Tigrinya Sat as
(DX Re Mix 1010)

Wednesday, June 14, 2017

California QSL Cards in Red White & Blue


As is so well known, the United States of America entered active participation in the events of World War 2 immediately following the dramatic and devastating attack on Pearl Harbor in Hawaii on Sunday morning December 7, 1941.  Thus, the two largely separate conflicts in Europe and mainland Asia were combined and they escalated into what became another World War.
             As part of the American war effort, the American government took over the control of all shortwave broadcasting stations in the continental United States just a year later, in November 1942.
            Back at that time, radio historians tell us that Germany operated a total of 68 shortwave broadcasting transmitters, both within Germany itself, and also in other countries of continental Europe that were under the Third Reich at the time.  At the same time, Japan was operating 42 shortwave broadcasting transmitters both within Japan itself, and also in the countries of Asia that were under the Greater Japanese Empire. 
            Over in England at the onset of the European war in September 1939, the BBC operated just 8 shortwave transmitters, all located at Daventry.  However, the BBC quickly implemented a program of rapid expansion, and by the time the United States entered the war at the end of 1941, the BBC now operated a total of 32 shortwave transmitters at half a dozen widespread locations.
            When the American government took over the control of all of the shortwave broadcasting stations in the continental United States in November 1942, there were just a dozen shortwave broadcast transmitters available.  However in addition, there were four other companies whose several low powered and medium powered communication transmitters throughout the country could be available if needed.  
            Now back at that time (1942), there were just two shortwave broadcast transmitters on the air on the west coast of the United States; KGEI with 50 kW at Belmont, and the new KWID at Islais Creek, both in suburban San Francisco in California.  The United States government quickly implemented a rapid growth two-part program; the construction of new shortwave stations with new transmitters, and  the usage of existing communication transmitters already on the air.          
            The Voice of America made its first radio broadcast on February 1, 1942 with a program in the German language that was on relay from shortwave transmitters operated by the BBC in England.  A controlling organization, OWI the Office of War Information was organized on June 13, 1942, and they established a west coast office at 111 Sutter Street in San Francisco.  This was the fourth tallest building in San Francisco and it had previously housed the West Coast headquarters for the NBC radio company.
            As the broadcasts from the California shortwave stations began to increase, so did the flow of reception reports from distant listeners.  At first, no QSLs were available, but when the influential Arthur Cushen in Invercargill New Zealand wrote a letter of explanation to OWI, they then prepared a generic QSL card design that could be used to verify all of the West Coast VOA shortwave stations.
            The design of the new OWI QSL card was in the patriotic colors, red white and blue.  The card was thin white card with a large block of blue on the left side of the card showing a diagonal portion in white in which the station callsign was printed in large blue letters.  Below the blue callsign panel was a red section that showed the country name, United States of America.  The QSL text was printed in the same blue color in a panel on the right hand side of the card.
            Over the years, OWI must have issued a huge number of these famous red white and blue QSL cards.  Research into an existing quantity of these OWI QSL cards indicates that there were at least four different print runs, in addition to the different callsign identifications. 
            The first print run for the standard card identifies the specific callsign for each station, one station per card.  A second print run shows a blank area for the callsign, thus allowing the callsign to be inserted with a typewriter.  A third print run is very similar, though with the QSL text in a different print font.  Then there were two different QSL cards similar in design but prepared specifically for the two stations KWID and KWIX. 
            Usually there was just one callsign on each card, though initially when two transmitters were tied together electronically, then both callsigns were listed on the one card.  For example, two transmitters at Dixon in California were tied together as KNBA-KNBC and another two as KNBI-KNBX .  Likewise for KCBA-KCBF in Delano, also in California.
            When the shortwave communication stations were carrying a relay of VOA programming OWI issued QSL cards verifying these broadcasts too, such as KWU and KWV, and also KES2 and KES3, all in Bolinas.  Even though the 100 kW KRHO was installed in Hawaii and not in California, yet OWI also issued QSL cards in the same red white and blue pattern for those broadcasts.
            At the time when these OWI shortwave stations were on the air (1942-1945), there was of course a violent war in progress in the Pacific.  Mail delivery by ship between the United States and Australia and New Zealand was slow and irregular. 
            In addition, these QSL cards were subject to censorship.  For example, a May 1943 QSL card verifying station KWV and addressed to Jack Fox in New Zealand shows a rubber stamp impression, stating that it was examined by Censor No 10177.  A June QSL card in the same year (1943) verifying station KWY and addressed to Max Mudie in South Australia shows a rubber stamp impression from the same Censor No 10177.
            Over the years, several million QSL cards have been listed for sale on Ebay, yet as far as is known, not one of these wartime red white and blue OWI QSL cards has ever appeared on the list.  It would be suggested that if one of these famous red white and blue cards is ever listed for sale, it would command a very high price.

            That’s as far as we can go in this story today, and on another occasion, we will tell the  story of some of the shortwave stations whose broadcasts were verified by the now famous red white and blue OWI QSL cards.
(AWR-Wavescan/432)

Monday, June 12, 2017

New Summer 2017 International Shortwave Broadcast Guide Now Available




Teak Publishing is pleased to announce the release of the Summer 2017 International Shortwave Broadcast Guide (ISWBG) electronic book by Amazon bestselling author Gayle Van Horn, W4GVH. This all important semi-annual information resource is your electronic guide to the world of shortwave radio listening.

The release of this book is very timely for international radio monitors given the recent outbreak of tensions in the world hotspots of Eastern Europe, Middle East, East Asia and the Korean Peninsula.

Shortwave radio listeners are routinely entertained with unique perspectives to events, music, culture, history, and news from other countries that you won’t see or hear on your local or national broadcast channels. Shortwave radio broadcast aren’t restricted by country borders or oceans, and can propagate thousands of miles, reaching millions of listeners worldwide, in over 300 different languages and dialects. These worldwide transmissions are monitored on internationally assigned radio frequencies between 1700 kHz and 30 MHz.

There are even broadcasts from the dark side, transmitted from broadcasters known as clandestine or clanny stations. Clandestine broadcasters are wrapped in mystery and intrigue, and they usually exist to bring about some sort of political change to the country they are targeting. Programming may largely be half-truths or sometimes even outright lies, but it is essentially propaganda for their cause.

Listeners who live in the United States can easily hear shortwave broadcast stations from Canada, China, Cuba, Egypt, France, Germany, India, Iran, Japan, New Zealand, North/South Korea, Saudi Arabia, Taiwan, Turkey, United Kingdom, United States, Vietnam, and many other counties if you have an inexpensive shortwave radio receiver, and you know when and where to listen!

If you want to get in on the action, then this Amazon electronic book is your ticket the travel the world via radio. The ISWBG is our exclusive 24-hour station/frequency guide to “all” of the known longwave, selected mediumwave and shortwave radio stations currently broadcasting at time of publication. This unique radio hobby resource is the “only” radio hobby publication that has by-hour station schedules that include all language services, frequencies and world target areas.

New in this eighth edition of the ISWBG is an Surfing the Shortwave Radio Bands without a Radio by senior radio monitor Larry Van Horn Summertime Listening on Shortwave, by shortwave program specialist Fred Waterer, and a feature very timely feature - When News Breaks: Getting Your News from the Front Lines through streaming media by Loyd Van Horn.

There is also an expanded special feature on Who’s Who in the shortwave radio spectrum by former Monitoring Times editor and feature writer Larry Van Horn N5FPW. This story covers services and frequencies outside the regular broadcast and amateur radio bands, and includes our new, exclusive Hot HF 1000+ non-broadcast frequency list. The final feature article in this edition is Getting Started in Shortwave Radio, a primer, by Spectrum Monitor managing editor Ken Reitz KS4ZR.

Also included in this edition is increased frequency and station coverage of longwave broadcasters, selected medium wave broadcast frequencies used by international broadcasters, all known international standard time and frequency stations transmitting worldwide, and some selected spy numbers broadcasts.

The International Shortwave Broadcast Guide (Summer 2017 edition) is now available for purchase worldwide from Amazon.com at https://www.amazon.com/dp/B071VMYYMH/.

The price for this latest edition is still US$7.99. Since this book is being released internationally, Amazon customers in the United Kingdom, Germany, France Spain, Italy, Japan, India, Canada, Brazil, Mexico and Australia can order this electronic book (e-Book) from Amazon websites directly servicing these countries. All other countries can use the regular Amazon.com website.

This new e-publication edition is a much expanded version of the English shortwave broadcast guide that was formerly published in the pages of the former Monitoring Times magazine for well over 20 years. This one of a kind e-book is published twice a year to correspond with shortwave station’s seasonal time and frequency changes.

Don’t own a Kindle reader from Amazon? Not a problem. You do not need to own a Kindle to read Amazon e-book publications. You can read any Kindle book with Amazon’s free reading apps on literally any electronic media platform.

The Kindle app is available for most major smartphones, tablets and computers. There is a Kindle app available for the iPad, iPhone, and iPod touch; Android Phone; Android Tablet; PC; Windows 8; Mac Kindle Cloud Reader; Windows Phone; Samsung; BlackBerry 10; BlackBerry; amd WebOS. This means with a free Kindle reading apps, you can buy a Kindle book once, and read it on any device with the Kindle app installed*. You can also read that same Kindle book on a Kindle device if you own one.

You can find additional details on these apps by checking out this link to the Amazon website at www.amazon.com/gp/feature.html?ie=UTF8&docId=1000493771.

For additional information on this and other Teak Publishing radio hobby books, monitor the company sponsored Internet blogs – The Military Monitoring Post (http://mt-milcom.blogspot.com/), The Btown Monitor Post (http://monitor-post.blogspot.com/) and The Shortwave Central (http://mt-shortwave.blogspot.com/) for availability of additional e-books that are currently in production. You can learn more about the author by going to her author page on Amazon at http://www.amazon.com/Gayle-Van-Horn/e/B0084MVQCM/.

The International Shortwave Broadcast Guide will have wide appeal to shortwave radio hobbyists, amateur radio operators, educators, foreign language students, news agencies, news buffs, or anyone interested in listening to a global view of news and major events as they happen.

Whether you are an amateur radio operator or shortwave radio enthusiasts, and want to get in on the action outside of the ham bands, then this new electronic book from Teak Publishing is a must in your radio reference library.


Wednesday, June 07, 2017

Weekly Propagation Forecast Bulletins

Product: Weekly Highlights and Forecasts
:Issued: 2017 Jun 05 0605 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/weekly.html
#
#                Weekly Highlights and Forecasts
#
Highlights of Solar and Geomagnetic Activity 29 May - 04 June 2017

Solar activity was at very low levels on 29-30 May and again on 04 June. Low levels were reached from 31 May-03 June due to flare activity from Region 2661 (N06, L=211, class/area Dao/200 on 02 June). The largest flare of the period was a C8/Sn at 02/1757 UTC. Other activity included an approximate 28 degree filament eruption centered near S11E19 observed lifting off in H-alpha imagery
beginning at 30/1300 UTC. An associated faint, narrow CME was observed off the southeast limb beginning at 30/2334 UTC.

No proton events were observed at geosynchronous orbit.

The greater than 2 MeV electron flux at geosynchronous orbit was at normal to moderate levels.

Geomagnetic field activity ranged from quiet to active levels. The period began under the continued influence of the 23 May CME. Total field reached a maximum of 17 nT at 29/0900 UTC followed by a decrease to around 8 nT by 29/1600 UTC. The Bz component deflected south to a maximum of -13 nT at 29/1230 UTC. Solar wind increased from approximately 350 km/s at the beginning of the period to a maximum of 561 km/s at 30/0940 UTC and slowly declined thereafter. The geomagnetic field responded with quiet to active conditions on 29-30 May. A return to near nominal solar wind conditions followed on 31 May-02 June. Quiet conditions were observed on 31 May and 02
June with quiet to unsettled levels observed on 01 June. At approximately 03/0615 UTC, total field, solar wind speed, density, and temperature began to increase due to the possible arrival of the 30 May CME combined with a positive polarity coronal hole high speed stream (CH HSS). Total field increased to 14 nT at 03/1125 UTC while the Bz component deflected south to -13 nT. Solar wind speed increased to near 500 km/s at 03/1825 UTC before slowly recovering
by the end of the period. The geomagnetic field responded with quiet to active levels on 03 June followed by quiet conditions on 04 June.

Forecast of Solar and Geomagnetic Activity 05 June - 01 July 2017

Solar activity is expected to be at very low to low levels from 05-12 June as Region 2661 transits across the visible disk. Very low levels are expected from 13 June-01 July.

No proton events are expected at geosynchronous orbit.

The greater than 2 MeV electron flux at geosynchronous orbit is expected to be at normal to moderate levels with high levels likely from 16-26 June due to recurrent CH HSS influence.

Geomagnetic field activity is expected to be mostly quiet with unsettled to active levels expected on 14-19 June and G1 (Minor) geomagnetic storm levels likely on 16 June due to recurrent CH HSS effects.

Product: 27-day Space Weather Outlook Table 27DO.txt
:Issued: 2017 Jun 05 0605 UTC
# Prepared by the US Dept. of Commerce, NOAA, Space Weather Prediction Center
# Product description and SWPC web contact www.swpc.noaa.gov/wwire.html
#
#      27-day Space Weather Outlook Table
#                Issued 2017-06-05
#
#   UTC      Radio Flux   Planetary   Largest
#  Date       10.7 cm      A Index    Kp Index
2017 Jun 05      78           5          2
2017 Jun 06      78           5          2
2017 Jun 07      78           5          2
2017 Jun 08      78           5          2
2017 Jun 09      78           5          2
2017 Jun 10      78           5          2
2017 Jun 11      78           5          2
2017 Jun 12      80           5          2
2017 Jun 13      78           5          2
2017 Jun 14      78          10          3
2017 Jun 15      78          12          4
2017 Jun 16      78          25          5
2017 Jun 17      78          10          3
2017 Jun 18      78           8          3
2017 Jun 19      78           8          3
2017 Jun 20      78           5          2
2017 Jun 21      78           5          2
2017 Jun 22      78           5          2
2017 Jun 23      78           5          2
2017 Jun 24      78           5          2
2017 Jun 25      78           5          2
2017 Jun 26      78           5          2
2017 Jun 27      80           5          2
2017 Jun 28      80           5          2
2017 Jun 29      80           5          2
2017 Jun 30      80           5          2
2017 Jul 01      80           5          2
(NOAA)

Saturday, June 03, 2017

From the Isle of Music and Uncle Bill's Melting Pot programming June 4-10

(via Tilford Productions)
From the Isle of Music, June 4-10
This week we begin featuring the winners and some of the nominees of Cubadisco 2017, Cuba's most important music awards program.  We will have Timba from Aisar y el Expreso de Cuba, winner of the Música Popular Bailable - Nuevos Talentos category and will also sample some of EGREM's Colección Memorias releases, a series of reissues of great recordings from the past (the collection was nominated for a Cubadisco in the Compilación y Archivo category).  We finish with a couple of songs by Sindo Garay, one of Cuba's most important trovadores.
Four opportunities to listen on shortwave:
1. For Eastern Europe but audible well beyond the target area in all directions with 100Kw, Sunday 1500-1600 UTC on SpaceLine, 9400 KHz, from Kostinbrod, Bulgaria (1800-1900 MSK)
2. For the Americas and parts of Europe, Tuesday 0000-0100 UTC on WBCQ, 7490 KHz from Monticello, ME, USA (Monday 8-9PM EDT in the US)
3 & 4. For Europe and sometimes beyond, Tuesday 1900-2000 UTC and Saturday 1200-1300 on Channel 292, 6070 KHz from Rohrbach, Germany.

Uncle Bill's Melting Pot, June 8Episode 15 of Uncle Bill's Melting Pot, a musical variety program that features everything from everywhere EXCEPT music that you are probably familiar with, ,will air on WBCQ the Planet, 7490 KHz, Thursday, June 8 from 2300-2330 UTC (7:00pm-7:30pm EDT in the Americas). Brought to you by Tilford Productions, which also brings you From the Isle of Music.Recently the signal has propagated well throughout North and Central America and is reaching as far south as Sao Paolo, Brasil and as far East as the West Coast of Europe.
(Biil Tilford/Tilford Productions)

Friday, June 02, 2017

VOA Radiogram weekend schedule

Images received by Tarmo in Estonia, 27 May 2017, 1600-1630 UTC, 17580 kHz.

Hello friends,
This weekend, VOA Radiogram will add a new transmission this weekend, Sunday, 0600-0630 UTC, 7730 kHz via WRMI Florida. See the schedule below. In that schedule, the three WRMI broadcasts will be the schedule for the successor to VOA Radiogram starting the weekend of June 24-25.

I have yet to decide on a name for  the successor to VOA Radiogram.  Your ideas and suggestions are welcome!

Thanks for your kind words of support as the VOA Radiogram project draws to a close (last show is the weekend of June 17-18) and its replacement is developed, first on WRMI and perhaps later other transmitters. I will answer your emails as soon as I can. I am now responding to reception reports from last weekend.

See the voaradiogram.net website for this news about Roger in Germany decoding text from the fourth(!) audio harmonic.

This weekend's VOA Radiogram is, as usual, mostly in MFSK32, with some MFSK16. There is also some text in Amharic, the main language of Ethiopia. You will need the UTF-8 character set for the Amharic to display correctly. In Fldigi, UTF-8 is the default character set, but you can check to make sure via Configure  > Colors & Fonts. In TIVAR, UTF-8 is the only available character set.

Here is the lineup for VOA Radiogram, program 218, 3-4 June 2017, all in MFSK32 except where noted:


   1:49  Program preview
 3:03  Hypersonic space plane*
 7:30  India opens longest bridge in its northeast*
14:37  Ethiopia cuts off internet during exams * **
20:24  MFSK16: WSPR from Canadian C3 voyage
24:40  MFSK32: Image* and closing announcements

* with image

** use UTF-8 character set for Amharic



Please send reception reports to radiogram@voanews.com




VOA Radiogram Transmission Schedule

UTC Day
UTC Time
kHz
Transmitter
Target
Also try in …
Saturday
0930-1000
5745
North Carolina
Americas
Asia-Pacific, Europe
Saturday
1600-1630
17580
North Carolina
Europe
Americas, Asia-Pacific
Sunday
0230-0300
5745
North Carolina
Americas
Europe
Sunday
0600-0630 NEW
7730
WRMI Florida
Americas
Asia-Pacific
Sunday
1930-2000
15670
North Carolina
Europe
Americas, Asia-Pacific
Sunday
2030-2100
11580
WRMI Florida
Europe
Americas, Asia-Pacific
Sunday
2330-2400
11580
WRMI Florida
Americas
Europe, Asia-Pacific



The Mighty KBC transmits to Europe Saturdays at 1500-1530 UTC on 9400 kHz (via Bulgaria), with the minute of MFSK at about 1530 UTC (if you are outside of Europe, listen via websdr.ewi.utwente.nl:8901/ ).  And to North America Sundays at 0000-0200 UTC (Saturday 8-10 pm EDT) on 9925 kHz, via Germany. The minute of MFSK is at about 0130 UTC. On 9400 kHz,  Reports to Eric: themightykbc@gmail.com . See also http://www.kbcradio.eu/ and https://www.facebook.com/TheMightyKbc/

Italian Broadcasting Corporation (IBC)  For the complete IBC transmission schedule visit  http://ibcradio.webs.com/  Five minutes of MFSK32 is at the end of the 30-minute English-language “Shortwave Panorama,” per the schedule below:
WEDNESDAY  18.55 UTC  6070 KHZ TO EUROPE
                        19.55 UTC  1584 KHZ TO EUROPE
THURSDAY     0255 UTC  1584 KHZ TO EUROPE
FRIDAY           01.25 UTC  9955 KHZ TO CENTRAL/SOUTH AMERICA
SATURDAY     0155 UTC 11580 KHZ TO NORTH AMERICA
                        20.25 UTC  1584 KHZ TO SOUTH EUROPE
SUNDAY          00.55 UTC  7730 KHZ TO NORTH AMERICA
                        10.55 UTC  6070 KHZ TO EUROPE

Thank you for your reception reports from last weekend! 

I hope you can tune in and write in this weekend.

Kim

Kim Andrew Elliott, KD9XB
Producer and Presenter
VOA Radiogram
voaradiogram.net
Twitter: @VOARadiogram  (especially active just before, during, and after broadcasts)




Radio France International frequency updates




Radio France International
Effective: 04 June 2017
All times UTC
0800-0900 on 21580 ISS 500 kW / 150 deg to CeAf French till June 3
0800-0900 on 17620 ISS 500 kW / 150 deg to CeAf French June 4-Sep.2
0800-0900 on 21580 ISS 500 kW / 150 deg to CeAf French from Sep.3
1200-1230 on 17815 ISS 500 kW / 198 deg to WeAf Mandingo Mon-Fri till June 3
1200-1230 on 15275 ISS 500 kW / 198 deg to WeAf Mandingo Mon-Fri June 4-Sep.2
1200-1230 on 17815 ISS 500 kW / 198 deg to WeAf Mandingo Mon-Fri from Sep.3
1200-1300 on 15300 ISS 500 kW / 200 deg to NWAf French till June 3
1200-1300 on 13740 ISS 500 kW / 200 deg to NWAf French June 4-Sep.2
1200-1300 on 15300 ISS 500 kW / 200 deg to NWAf French from Sep.3
1200-1300 on 17620 ISS 500 kW / 185 deg to WCAf French till June 3
1200-1300 on 15300 ISS 500 kW / 185 deg to WCAf French June 4-Sep.2
1200-1300 on 17620 ISS 500 kW / 185 deg to WCAf French from Sep.3
1600-1700 on 17615 ISS 500 kW / 170 deg to WCAf Hausa till June 3
1600-1700 on 15670 ISS 500 kW / 170 deg to WCAf Hausa June 4-Sep.2
1600-1700 on 17615 ISS 500 kW / 170 deg to WCAf Hausa from Sep.3
1900-1930 on 17660 ISS 500 kW / 155 deg to SoAf Portuguese till June 3
1900-1930 on 15360 ISS 500 kW / 155 deg to SoAf Portuguese June 4-Sep.2
1900-1930 on 17660 ISS 500 kW / 155 deg to SoAf Portuguese from Sep.3

(SWL DXing/02 June)

Historic QSL from Radio Andorra


On August 27, 1980, Ralf Urbanczyk in Eisleben Germany was listening to the programming from the low powered Radio Andorra shortwave with 3 kW on 6220 kHz.  The QSL card that he received from this now silent shortwave station was the exotic, slightly over sized card that shows a young man and a young woman dressed in national costume and viewing the local scenery. The artistic rendering shows a lake, snow covered mountains and a nearby valley, together with two antenna towers for Radio Andorra shortwave, painted in the familiar red and white colors for aerial security.
(AWR-Wavescan/NWS 431)

This is the News - in Morse Code!

antique morse code keyer
These days, it is quite a simple matter to tune in to the many daily bulletins of news, on your car radio as you are commuting to your place of employment, and on your family TV receiver in the morning as you are getting ready for another day of work, and in the evening when you are relaxing at the end of each work day.  Back a hundred years ago, if you wanted to acquaint yourself with an update on the latest news events around the world, you would need to know how to operate a clumsy wireless receiver, and you would need to be proficient in Morse Code.
            Soon after the invention and development of wireless in the early days of Marconi and other experimenters in Europe and the United States, the transmission of news and information across the Atlantic began to feature prominently in the commercial business world.  Two leading newspapers in New York City established their own receiving and transmitting stations for the purpose of receiving and disseminating news by wireless.
            In 1910, the New York Herald established a wireless station in the United States Barge Office at the Battery in New York City under their own informal callsign OHX.  The antenna wires were strung across a busy street between two multi-storeyed commercial buildings. 
            This new wireless station received news dispatches, mainly from islandic and continental Europe, though also from other parts of the world as well.  In addition, station OHX also transmitted wireless news for the benefit of newspapers elsewhere in the United States, as well as for newspapers in other overseas countries. 
            As an advertising venture and a service to their land-based readers, on January 16, 1912, the New York Herald sent a bulletin of news in Morse Code to the German express passenger liner SS Berlin as it was traversing the Atlantic.  The shipboard printing press printed the information as a wireless newspaper for the benefit of passengers.
            During the era before World War 1, the news information from the New York Herald wireless station was also transmitted from the maritime communication station CC on Cape Cod, Massachusetts and also from the new wireless station at Hillside in San Francisco California.  In this way, they were able to disseminate their news and information on a worldwide basis.       
            When the New York Herald wireless station was taken into service, its transmissions were heard on the longwave channel 640 metres (470 kHz).  The informal callsign OHX was dropped in favor of a regularized callsign WHB in 1913, in accordance with the new international regulations governing the wireless spectrum. 
            Not to be outdone, another newspaper in New York City, the New York Times, also established its own wireless station, under the amateur callsign 2UO.  At one stage, this station was also on the air with a regular bulletin of news in Morse Code for the benefit of an international audience.  However, they found themselves in difficulty due to the fact that they were using an amateur wireless station for a commercial purpose.
            Soon after the end of World War 1, in 1919, a commercial company in England began the regular transmission of news bulletins in Morse Code for the benefit of news organizations throughout the world.  These news bulletins were received in the United States, as well as in distant outposts of the Empire; India, Australia and New Zealand.
            The daily news bulletins from the British Official Wireless Press were presented in Morse Code from a new longwave station located at Leafield, in Oxfordshire England.  These news bulletins from transmitter GBL with 300 kW on longwave were observed by station VLB at Awarua at the southern tip of the South Island of New Zealand.
            Seven years later (1926), the daily news service from London was transferred from Leafield to the large Post Office wireless station at Rugby in Warwickshire in England.  The high powered 350 kW GBR was tuned to the longwave channel 18200 metres, 16 kHz.  Over a period of time, the spark transmitters at Rugby were replaced by glass tube valve transmitters, and during World War 2 for example, the news bulletins were transmitted on several different channels in the 60 metre band, (4.8 MHz) under such callsigns as GBU2 GDU2 and GDW2.   
            The London Press Service was on the air longwave, and then shortwave for a lengthy period of time, 42 years, and it came to an unceremonial end in 1961.
            In 1925, for the benefit of ships at sea, the AWA network in Australia began the broadcast of a daily bulletin of news in Morse Code from three of its coastal stations, VIS Sydney, VID Darwin and VIP Perth.  One report (in 1925) tells of how the ship RMS Niagara received these news bulletins every day while on a voyage across the Pacific from San Francisco to Australia.   
            In his memorable tome on the history of The Voice of America, Robert Pirsein informs us that the Voice of America inaugurated the broadcast of news in Morse Code from four different shortwave stations at four different locations in 1943.  These stations were:- 
            WGEX                         Schenectady               NY       25 kW  Rebuilt GE transmitter
            WCDA                         Brentwood LI               NY       10        New transmitter
            WRUX                         Hatherley Beach         MA        7        Old WDJM from Miami rebuilt          

            WLWK-WLWR2          Mason                         OH      50        RCA-KFAB composite
(AWR-Wavescan/NWS431)

California Trees Serve as a Successful Antenna System

One example of combing trees with antennas
Experimentation in the transmission and reception of wireless signals with a tree forming the antenna system began here in California during the year 1904.  The two locations for these interesting experiments were in the San Francisco area, and the experimenter was George Owen Squier, who went on to become General George Squier, Chief Signal Officer of the United States Army at its general headquarters in Washington DC.
I (Ray Robinson KVOH) checked the date on this one in case it was April 1st,  but I guess that it really did happen and George Squier really did prove that trees may be used not only to just support an antenna system, but also to actually
perform as antennas themselves.
The twin California locations for his initial series of wireless experiments were Camp Atascadero on the edge of the flowing stream at Atascadero Creek near Santa Barbara California about one hundred miles north of Los Angeles, and also at Fort Mason on the edge of San Francisco Bay.  No doubt the nearby waterways enhanced those wireless transmissions back in the year 1904.
George Squier discovered that the best results in the usage of a tree as the antenna system were obtained by driving a nail into the tree, and attaching a wire to the nail.   The tree needs to be alive, and preferably with a full canopy of leaves; thus with a good flow of internal sap in the trunk of the tree.  A dead tree does not perform satisfactorily as a radio antenna.
During the tragic days of World War 1, some of the Signal Corps wireless stations in different  areas of the United States, and elsewhere, were instructed to experiment with the usage of living trees as a wireless antenna, for  transmitting as  well as for receiving.  It was discovered that the performance of a tree as an antenna was actually equal to that of a random wire, with the added advantage of less static.
After the spate of experimentation in California with the infamous imported Eucalyptus trees from Australia, Squire himself re-began a new series of experiments fifteen years later (1919), this time on the edge of Washington DC.  With the wireless equipment installed in a simple hut and a nearby tree as the antenna, he was able to tune in to wireless signals in Morse Code from across
the Atlantic, from the high powered German station at Nauen, as well as from French and English stations, and also from ships at sea.
Surprisingly, it was discovered that the same tree could be used as the antenna, as well as the grounded counterpoise earthing system.  Simple wire netting used as the earthing counterpoise was also successful.  However, if single wires are laid on the ground as  a counterpoise, the signal from a particular direction was enhanced with an increase in the number of counterpoise
wires in that same direction.  
Best results, he discovered, were obtained when the nail for the antenna was driven into the tree trunk at about two-thirds  of the total height of the tree.  A single nail, preferably copper rather than iron which rusts, works satisfactorily, though a maximum number of six or eight nails does enhance the received signals.  
The received signals are not diminished if additional receivers are hooked directly into the tree trunk.  In addition, it was discovered that the tree antenna can be used equally effectively at any point in the electronic spectrum; longwave, mediumwave or shortwave.
The wireless signals received from a tree are not affected by rain, nor by any other nearby trees, and the type of tree apparently makes no difference.  Local two way wireless communications in Morse as as well as in speech can be readily carried on with the use of a tree at each end for both transmitting and receiving.
Additional scientific experiments in the usage of tropical jungle growth as a radio antenna were conducted by the American army in Panama in 1972.  It was discovered that trees form a better antenna than do ferns or other less developed forms of undergrowth. It was also discovered that the signal strength of a transmitted signal is enhanced if a matching toroidal coil transformer is
inserted between the end of the feeder line and the insertion point into the tree.  
It might also be added that the use of trees as the antenna system for radio signals received attention during the Vietnam War in the 1960's and 1970's.  Although on occasions this activity was another spate of additional experimentation, there were many notable occasion when it became a quick and easy form of practical reality.
These days, there is a small group of international amateur radio operators who are experimenting with tree antennas. This procedure is as much a novelty for them, as it is an experimental procedure. And while we are talking about trees in association with radio, there is another form of electrical experimentation with trees that is of real interest.
In 2005, Chris Lagadinos, president of MagCap in the United States, began experimenting with the use of a tree as a natural source of electrical energy.  He developed his new theory on the fact that trees are often a target for a discharge of lightning during a storm.
He discovered that a low level irregular DC current will flow through a wire that is connected between a spike in a tree and a rod driven into the ground.  The electrical level is measured at around ¾ of a volt, and in a cascade series of smoothing circuits,
the electrical level can actually be increased to around 12 volts at 1 amp.  Interestingly, the power level is highest during the winter when the tree has lots its foliage.
(AWR-Wavescan/NWS 431)

WWRB resumes Overcomer Ministry


All times UTC

WWRB Morrison, Tennessee has reactivated on the 90 meter band with the Overcomer Ministry. Scheduled as 0100-1100 on 3185 WRB 100 kW / 045 deg to eastern North America in English. Last on air summer 2015 at 1100-0100 on  9370 kHz  - WRB 100 kW / 045 deg to eastern North America in English. Last on air summer 2015. Exact switch over times from 3185 kHz to 9370 kHz and from 9370 kHz to 3185 kHz were published at: http://www.overcomerministry.org/radio-schedule
not noted at http://www.wwrb.org. 

HFFC post as broadcasting on a 24 hour schedule on 3185, 1300-2400 on 9370, in Summer 2015. Noted as 0000-1300 on  3185 WRB 100 kW / 045 deg to eastern North America 1300-2400 on  9370 WRB 100 kW / 045 deg also to eastern North America.
(Teak Publishing)

Propagation Report from BDXC



Last week the solar flux index declined from the low 80s to 74. The sun was spotless, but propagation was dominated by strong geomagnetic storming on Sunday the 28th of May. Sky watchers across many northern locations reported visible aurora. This was due to the south-pointing Bz component of the interplanetary magnetic field, which coupled more strongly with the Earth’s, allowing solar particles to flow into the poles.

The K index soared to a high of seven on the 28th, bringing a brief HF enhancement before auroral conditions with suppressed maximum useable frequencies ensued. HF conditions were described as “abysmal” by one GB2RS reader – we thought you should know why!

Next week the solar flux index is predicted to remain around 70, although a new sunspot is heading around the eastern limb of the sun and has already been producing C-class solar flares.

A small solar coronal hole was also facing Earth on Wednesday. This may cause unsettled geomagnetic conditions around Friday the 2nd of June, and through this weekend. With National Field Day this weekend, this could potentially result in an elevated K index, noisy bands and subdued maximum usable frequencies. Otherwise, for field day we expect 20 metres to be the main daytime band, with occasional short-skip Sporadic-E openings on 7MHz to 28MHz. Forty metres may be good in the morning and evening, with 80 metres, and perhaps even 160m, coming alive at night.

We don’t expect much daytime F2 layer DX on 21MHz and higher, but do take a look.

The next week or so is dominated by a tendency for low pressure on the charts, mainly just to the northwest of Britain. This is expected to produce a showery south-westerly weather pattern, so good for rain scatter on the GHz bands, but it gives limited options for tropospheric openings. That leaves us to hope for some Sporadic-E propagation, especially for the 6m and HF CW NFD contests this weekend.

The good news is that we are firmly in the Sporadic-E season. Since one of the key weather contributors to Sporadic-E, jet streams, are likely to be present for much of the week, if we have low K index figures there should be some Sporadic-E to work on VHF bands from 10m through 6m and 4m, and perhaps even 2m. The jet streams are likely to be over the near continent during this contest weekend, albeit as a weak feature, but may offer a good direction for paths into Europe. There is also a slight bias towards Scandinavia and the Baltic. Later in the weekend a new Atlantic jet stream will reach Spain and may promote some Sporadic-E activity to Spain early next week, moving east to support paths to Italy and Balkans midweek onwards.

This is a poor week for moonbounce, with low moon declination in the northern hemisphere and high degradation, peaking Thursday and Friday. This may be a good time to check out your antenna and receiver systems on sun noise.

This week sees one of the summer low points in terms of meteor showers. There are no substantial showers forecast, with just the low count Northern June Aquilids due around the 10th June. But there are always random meteors to enhance those quiet days.

And that’s all from the propagation team this week.

(Mike Terry/BDXC)