Heritage Agreement VKFF-4056

I headed out into the field for National Tree Day on Sunday 28th July 2024 and activated Heritage Agreement (No. HA 1362) VKFF-4056. The Heritage Agreement is about 65 km (by road) south of Adelaide.

Above:- Map showing the location of the Heritage Agreement. Map c/o Google Maps.

The heritage agreement contains the Heysen Trail and that part of the park is accessible to the public. This beautiful piece of native scrub is located adjacent to the Mount Magnificent Conservation Park and is on the northwestern side of Blackfellows Road.

A Native Vegetation Heritage Agreement is a conservation area on private land, established between the landholder and the Minister for Climate, Environment and Water on the recommendation of the Native Vegetation Council (NVC), which contributes to protecting and/or restoring indigenous biodiversity. (Environment SA 2024)

The Heysen Trail is about 1,200 km long and passes through some of South Australia’s most diverse and breathtaking landscapes, traversing coastal areas, native bushland, rugged gorges, pine forests and vineyards, as well as rich farmland and historic towns. (Heysen 2024)

Above:- Map showing the Heysen Trail. Image c/o heysentrail.asn.au

The Heysen Trail was first proposed in 1969 by Charles Warren Bonython (b. 1916. d. 2012) an Australian conservationist, explorer, author and chemical engineer. The proposal was stalled due to politics and issues with private landowners. In 1978 the first 50 km of the trail was laid through the Mount Lofty Ranges. The trail was completed in 1992 with the main designer being Tery Lavender. (Wikipedia 2024)

The trail is named in honour of Sir Wilhelm Ernst ‘Hans’ Franz Heysen (b. 1877. d. 1968) an Australian artist. (Wikipedia 2024)

Above:- Sir Hans Heysen. Image c/o Wikipedia.

Operating spots are limited here. I set up on the edge of the trail, with the 20/40/80m linked dipole not being able to be completely stretched out. I ran the Yaesu FT857 and 40 watts.

I worked the following stations on 40m SSB:-

  1. VK3PF/p (Mullungdung Flora & Fauna Reserve VKFF-2406)
  2. VK5MAZ
  3. VK5FANA
  4. VK3APJ
  5. VK5LA/p (Murray River National Park VKFF-0372)
  6. VK3SQ
  7. VK2BD
  8. VK3HJW
  9. VK7MAD
  10. VK3AMO
  11. VK5KVA
  12. VK2EXA
  13. VK3GJG
  14. VK3VIN
  15. VK3PWG
  16. VK3CEO
  17. VK3ACZ
  18. VK3CWF
  19. VK3ZSC
  20. VK3ZPF
  21. VK3JW
  22. VK2VW
  23. VK2HFI
  24. VK2AKA
  25. VK2BUG
  26. VK7MAT/p (Tamar Conservation Area VKFF-1154)
  27. VK5TN
  28. VK5PCM
  29. VK5JW
  30. VK3BEL
  31. VK2VAR
  32. VK2GOM
  33. VK5WU
  34. VK3SO
  35. VK3SFG
  36. VK5IS
  37. VK3ZDK
  38. VK2YW/m
  39. VK3SPG
  40. VK2HAK
  41. VK2JKN
  42. VK3YV/p (Cape Liptrap Coastal Park VKFF-0745)
  43. VK3TNL/p (Cape Liptrap Coastal Park VKFF-0745)
  44. VK3FCC/p
  45. VK2TER/p (Brisbane Water National Park VKFF-0056)
  46. VK2IO/p (SOTA VK2/ SY-001 & Marramarra National Park VKFF-0307)
  47. VK2GEZ/p (SOTA VK2/ SY-001 & Marramarra National Park VKFF-0307)
  48. VK3IFT
  49. VK3EST
  50. VK3BSJ
  51. VK2PKT
  52. VK5MSA
  53. VK3ZK
  54. VK3KEV
  55. VK7PJM
  56. VK2SLB
  57. VK2BRN
  58. VK2KBT
  59. VK2OKR/p (Port Stephens/Great Lakes Marine Park VKFF-1410)
  60. VK5AAY
  61. VK2MOR
  62. Vk3CA
  63. VK3ABI
  64. VK3GB
  65. VK3NBL
  66. VK1AO
  67. VK2MET
  68. VK4HMI
  69. VK3GCM/p (Silo VK-CLW3)
  70. VK3SMW
  71. VK4NH
  72. VK4DXA
  73. VK4DNO/p
  74. VK5PE/m
  75. VK2MFW
  76. VK4EW
  77. VK2QEW
  78. ZL3MR
  79. VK3SX
  80. VK3PF/p (Bruthen Flora Reserve VKFF-2282)
  81. VK3SKS
  82. VK3JFR
  83. VK3DSR
  84. VK2IO/p (Maroota Ridge State Conservation Area  VKFF-1348)
  85. VK2GEZ/p (Maroota Ridge State Conservation Area  VKFF-1348)
  86. VK5JOB
  87. VK3UAO
  88. VK5GY

I worked the following stations on 20m SSB:-

  1. VK5KLG
  2. VK1AO
  3. VK2MET
  4. VK4CZ
  5. VK7AAE
  6. F5PYI
  7. OH1MM
  8. IK1GPG
  9. IK4IDF
  10. VK6JK
  11. OH1XT
  12. ZL1HIM
  13. VK2VAR
  14. VK2GOM
  15. VK1DI/p (Molonglo River Nature Reserve VKFF-3184)
  16. KG5CIK
  17. VK4NH
  18. VK4DXA
  19. M0TTQ/p (GFF-0123)
  20. PA3HLE
  21. IW2BNA
  22. KO4GAR
  23. DL2ND
  24. VK4SMA
  25. OP7M
  26. EA3MP
  27. F5RAB
  28. LZ5R
  29. ON5VR
  30. EA3HFS
  31. G5XV
  32. M0CHK
  33. VK2SLB
  34. VK2BRN
  35. VK2KBT
  36. UT5PI
  37. UT5EL
  38. IU0SPU
  39. DM3KP
  40. F4HZR
  41. I5JFG
  42. DH4PSG
  43. EA5JMN
  44. DK4RM
  45. M7GWJ/m
  46. SQ9CWO
  47. EA3IM
  48. DL1SF
  49. DL4BBH
  50. HA7ML
  51. EA1GIB
  52. VK6EK
  53. VK7EK
  54. VK2MOR
  55. DK7LV
  56. F4GYG
  57. SP1C
  58. DK9HN
  59. G5O
  60. G0VWP
  61. S52KM
  62. VK3PF/p (Welshmans Plain Nature Conservation Reserve VKFF-2482)
  63. SP9RX/p
  64. VK2TER/p (Brisbane Water National Park VKFF-0056)
  65. DJ1SD
  66. PD4US
  67. VK4JT
  68. KH6KW
  69. VK2HAK
  70. KA4KOE
  71. VK2IO/p (Maroota Ridge State Conservation Area  VKFF-1348)
  72. VK2GEZ/p (Maroota Ridge State Conservation Area  VKFF-1348)
  73. VK6LK
  74. VK3TKK/p (Organ Pipes National Park VKFF-0627)
  75. EA7JXZ
  76. PA8RVD
  77. IZ5JMZ
  78. VK4EW
  79. G1IZQ
  80. AI6AQ
  81. EA2ERT
  82. EA4M
  83. EA4GJP
  84. SQ9FMC

References.

  1. Dcceew.gov.au. (2023). Collaborative Australian Protected Areas Database (CAPAD) 2022 – DCCEEW. [online] Available at: https://www.dcceew.gov.au/environment/land/nrs/science/capad/2022.‌
  2. The Friends of the Heysen Trail. (n.d.). The Heysen Trail | South Australia’s Long Distance Walking Trail. [online] Available at: https://heysentrail.asn.au/heysen-trail/. [Accessed 25 Aug. 2024]‌
  3. ‌Wikipedia. (2021). Hans Heysen. [online] Available at: https://en.wikipedia.org/wiki/Hans_Heysen. [Accessed 25 Aug. 2024]‌
  4. ‌Wikipedia Contributors (2024). Warren Bonython. [online] Wikipedia. Available at: https://en.wikipedia.org/wiki/Warren_Bonython [Accessed 25 Aug. 2024].
  5. ‌www.environment.sa.gov.au. (n.d.). Heritage Agreements. [online] Available at: https://www.environment.sa.gov.au/topics/native-vegetation/protecting-enhancing/heritage-agreements. [Accessed 25 Aug. 2024]‌

Radio Ergo – 21595 kHz

At about 1220 UTC on Thursday the 15th day of August 2024, I tuned in to Radio Ergo, broadcasting on 21595 kHz in the Somali language.

Radio Ergo produces and broadcasts humanitarian news and information across Somalia and the Somali-speaking region.

The signal was coming from the Al-Dhabbiya 250 kW transmitter in the United Arab Emirates. (Short Wave Schedule 2024)

Above:- Map showing the location of Al-Dhabbiya. Map c/o Google Maps.

The overall reception of Radio Ergo was good. The signal strength was good and there was no interference from other stations. There was only slight fading of the signal.

SINPO
45444

My equipment used:-

  • Yaesu FTdx101MP
  • Dipole antenna

Below is a short video showing my reception of Radio Ergo.

References.

  1. Radio Ergo, 2023, <radioergo.org/en/about-radio-ergo/>, [Accessed 15 Aug. 2024].
  2. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: https://shortwaveschedule.com[Accessed 15 Aug. 2024].‌

Radio Cairo, Egypt – 9410 kHz

At about 1520 UTC on Wednesday the 14th day of August 2024, I tuned in to Radio Cairo, broadcasting on 9410 kHz in the Albanian language.

The signal was coming from the Abis 125 kW transmitter in Egypt. (Short Wave Info 2023)

Above:- Map showing the location of Abis. Map c/o Google Maps.

The overall reception of Radio Cairo was fair.   The signal strength was fair and there was moderate fading of the signal. There were moderate static crashes on the band.

SINPO
33333

My equipment:-

  • Yaesu FTdx101MP
  • Dipole antenna

Below is a short video showing my reception of Radio Cairo.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 14 Aug. 2024].‌

Voice of Wilderness – 9330 kHz

At about 1445 UTC on Wednesday the 14th day of August 2024, I tuned in to Voice of Wilderness, broadcasting on 9330 kHz in the Korean language.

The signal was coming from the Tashkent 100 kW transmitter in Uzbekistan. (Short Wave Info 2023)

Above:- Map showing the location of Tashkent. Map c/o Google Maps.

The overall reception of Voice of Wilderness was fair.   The signal strength was fair. There was no interference from other stations. There were static crashes on the band.

SINPO
35343

My equipment used:-

  • Yaesu FTdx101MP
  • Dipole antenna

Below is a short video showing my reception of Voice of Wilderness.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 14 Aug. 2024].‌

WRNO – 7505 kHz

At about 1243 UTC on Wednesday the 14th day of August 2024, I tuned in to WRNO, broadcasting on 7505 kHz in the English language.

The signal was coming from the New Orleans 50 kW transmitter in the USA. (Short Wave Info 2023)

Above:- Map showing the location of New Orleans. Map c/o Google Maps.

The overall reception of WRNO was poor.   The signal strength was poor. There was some interference from USB signals possibly from South East Asia.

SINPO
23342

My equipment:-

  • Yaesu FTdx101MP
  • Dipole antenna

Below is a short video showing my reception of WRNO.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 14 Aug. 2024].‌

WWCR-7490 kHz

At about 1215 UTC on Wednesday the 14th day of August 2024, I tuned in to WWCR, broadcasting on 7490 kHz in the English language.

The signal was coming from the Nashville 100 kW transmitter in the USA. (Short Wave Info 2023)

Above:- Map showing the location of Nashville. Map c/o Google Maps.

The overall reception of WWCR was excellent.   The signal strength was very strong and there was no fading of the signal. There was no interference from other stations.

SINPO
55555

My equipment used:-

  • Yaesu FTdx101MP
  • Dipole antenna

Below is a short video showing my reception of WWCR.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 14 Aug. 2024].‌

Radio France International – 21580 kHz

At about 0732 UTC on Wednesday the 14th day of August 2024, I tuned in to Radio France International, broadcasting on 21580 kHz in the French language.

The signal was coming from the Issoudun 500 kW transmitter in France. (Short Wave Info 2023)

Above:- Map showing the location of Issoudun. Map c/o Google Maps.

The overall reception of Radio France International was excellent.   The signal strength was very strong and there was no interference from other stations.

SINPO
55555

My equipment used:-

  • Yaesu FTdx101MP
  • dipole antenna

Below is a short video showing my reception of Radio France International.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 14 Aug. 2024].‌

CNR 7 Radio The Great Bay – 7345 kHz

At about 1159 UTC on Tuesday the 13th day of August 2024, I tuned in to CNR7 Radio The Great Bay, broadcasting on 7345 kHz in the Cantonese language.

The signal was coming from the Huhhot 100 kW transmitter in China. (Short Wave Info 2023)

Above:- Map showing the location of Huhhot. Map c/o Google Maps.

The overall reception of CNR7 was excellent   The signal strength was very strong and there was no fading of the signal.  There was no interference from other stations.

SINPO
55555

My equipment used:-

  • Tecsun S-2000
  • Alpha Delta SWL sloper antenna

Below is a short video showing my reception of CNR7.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 13 Aug. 2024].‌

Voice of Korea – 13650 kHz

At about 1000 UTC on Tuesday the 13th day of August 2024, I tuned in to the Voice of Korea, broadcasting on 13650 kHz in the English language.

The signal was coming from the Kujang 200 kW transmitter in North Korea. (Short Wave Info 2023)

Above:- Map showing the location of Kujang. Map c/o Google Maps.

The overall reception of the Voice of Korea was fair. The signal strength was good but there was distortion on the audio. The music was easily readable but the commentary was very difficult to understand. There was also occasional Over The Horizon Radar on the frequency.

SINPO
35433

My equipment used:-

  • Tecsun S-2000
  • Alpha Delta SWL sloper antenna

Below is a short video showing my reception of the Voice of Korea.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 8 Aug. 2024].‌

Radio New Zealand International – 17675 kHz

At about 0145 UTC on Tuesday the 13th day of August 2024, I tuned in to Radio New Zealand International, broadcasting on 17675 kHz in the English language.

The signal was coming from the Rangitaiki 50 kW transmitter in New Zealand. (Short Wave Info 2023)

Above:- Map showing the location of Rangitaiki. Map c/o Google Maps.

The overall reception of Radio new Zealand International was good.   The signal strength was good and there was only slight fading of the signal.  There was no interference from other stations.

SINPO
45444

My equipment used:-

  • Yaesu FRG7
  • Alpha Delta SWL sloper antenna

Below is a short video showing my reception of Radio New Zealand International.

References.

  1. Short-wave.info. (2023). Short-Wave Radio Frequency Schedule. [online] Available at: http://www.short-wave.info/index.php [Accessed 13 Aug. 2024].‌