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115 ptslesterApril 29, 2020 at 3:00 pm #8784
Location: Gold Beach, Oregon … 124’24’W – 42’24’N
Location: South of Bali Island … 115’30’E – 8’58’S
Magnitude: 5.0 – 6.3
Margin: 300 Radial kilometres
Period: From 15:00 UTC April 29, for 10 days
On 28th April at 21:09 UTC, Mt Kikai volcano erupted in the Ryukyu Islands Japan. The last reported activity related to this volcano, was on Nov 7th 2019, and prior to this, it was June 5th 2013. At 11:26 UTC today (29th), a moderately significant aspect change was recorded in the ACE data. As I continually monitor this kind of data, I know that the last aspect change occurred on 26th April at 22:30 UTC. So naturally this change after more than 60 hours of virtually uninterrupted feed, got my attention. I have since tried to determine correlations between Mt Kikai volcano and this ACE contact, and the result seems to imply several interactions between the posted forecast locations…
When Mt Kikai volcano erupted at 21:09 UTC 28th April, the ATB threshold (Astronomical Twilight Begins) was located on Bali Island, Indonesia. The ACE contact at 11:26 UTC, corresponded with the ATB being located on the west coast US. I determined that the ATB left the mainland at Gold Beach, Oregon before continuing across the Pacific Ocean. When I modelled the moons position on 124’24’W longitude at 01:01:32 UTC today, it showed that moonrise occurred on Mt Kikai volcano at 01:02 UTC. When I placed the sun on longitude 130’18’E at 03:16:08 UTC today (longitude of Mt Kikai), the RLT threshold (Rising Lunar Terminator) was located on Bali Island… and sunset in Gold Beach, Oregon.
On 30th April at 11:22 UTC, the ATE threshold will be located on Bali Island and Mt Kikai volcano… and the ATB threshold will be located on Gold Beach Oregon. I believe main focus should be with Bali Island, as the Oregon coastline is known for experiencing “many small quakes”, and recent activity “may” suggest a low energy presence.
Thank you
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