Lester: January 21 2021 @ 21:45 UTC – Mt Ebeko Volcano

Prediction for an eruptiv / explosive event from Mt Ebeko volcano in the Northern Kuril Islands, Russia … 156’01’E – 50’41’N

Period: From 21:45 UTC January 21, for 48 hours

The T Sequence…

On 18th Jan at 21:29 UTC, it was sunrise on Mt Ebeko… At “12-hours” earlier 09:29 UTC, the RLT (moonrise) was located on both Mt Etna and Mt Stromboli volcanoes.

On 19th Jan at 21:28 UTC, it was sunrise on Mt Ebeko… At “12-hours” earlier 09:28 UTC, the SLT (moonset) was located on Mauna Loa volcano in Hawaii.

On 22nd Jan at 06:11 UTC, it will be sunset on Mt Ebeko, and sunrise on Mt Etna volcano.

On 23rd Jan at 06:12 UTC, it will be sunset on Mt Ebeko, and at one minute later 06:13 UTC, it will be moonrise on Mt Raung volcano in East Java. On this day, moonrise and moonset on Mt Raung volcano occurs at 06:13 UTC – 18:13 UTC respectively = “12-hours”.

Between dats 20th – 24th January, Mt Ebeko shares an ATE relationship with Solar Noon, when the sun is within a one degree longitude range of Los Angeles, California.. at “12-hours” Later. The columns represent; Dates, ATE times on Mt Ebeko, and longitude position of the sun at 12-hours later…

20th Jan – 08:03 UTC … 117’59’W
21st Jan – 08:04 UTC … 118’10’W
22nd Jan – 08:05 UTC … 118’21’W
23rd Jan – 08:07 UTC … 118’47’W
24th Jan – 08:08 UTC … 118’58’W

On 20th Jan at 16:31:59 UTC, an M 3.5 event occurred in the Greater Los Angeles Area. At this time, the moon was located exactly on longitude 165’01’W… the opposite longitude calculates as 14’59’E Mt Etna volcano. In effect, Los Angeles appears to be in the same loop as several currently active volcanoes. I carried out a preliminary T Sequence run for Los Angeles during three 10 day periods. This was to establish whether said location would experience elevated contacts with volcanic subjects, more than daily threshold occurrences would deem an acceptable average. The results indicate the following… Between 10th – 20th January, Los Angeles correlated with active volcanoes on 9 occasions. Between 21st – 31st January, the result showed that 13 correlations will occur. And between 1st – 10th February, a total of 23 correlations will occur during this period. This is still work in progress, but preliminary results suggest a more vigilant period may be coming at the beginning of February !

On the 21st Jan at 08:04 UTC, the ATE threshold was located on Mt Ebeko volcano (table). At “12-hours” later 20:04 UTC, it was moonrise in Pinnacles, California, and the RLT (moonrise) was located on Oakland, San Francisco. The Mt Ebeko T Sequence run also revealed a brief ATB / 12-hour Solar Noon relationship between San Francisco and Mt Ebeko volcano. The following columns represent; Dates, ATB times in Oakland, and the longitude position of the sun, within 15 minutes of Arc of Mt Ebeko… at “12-hours” earlier…

20th Jan – 13:49 UTC … 155’15’E
21st Jan – 13:49 UTC … 155’34’E
22nd Jan – 13:48 UTC … 155’53’E *
23rd Jan – 13:48 UTC … 155’57’E *
24th Jan – 13:47 UTC … 156’16’E *
25th Jan – 13:47 UTC … 156’19’E
26th Jan – 13:46 UTC … 156’38’E

On 21st January at 15:04 UTC, a significant aspect change occurred in the ACE Mag data. This corresponded with moonset on Mt Ebeko volcano, and the reason I have formulated this forecast. Mt Ebeko last erupted on 13th January at 22:23 UTC, which coincided with the ATB threshold being located on Mt Sinabung volcano in Northern Sumatra… this volcano then erupted on 19th Jan at 23:15 UTC. Mt Ebeko is not a very challenging subject due to its ongoing frequent activity. I jokingly refer to it as a practice target… but I have tried to make it sound a little more interesting this time… 🙂

Thank you