Posts: 727
Threads: 202
Joined: Jan 2015
(01-23-2017, 01:02 AM)Roger Hunter Wrote: (01-23-2017, 12:37 AM)Duffy Wrote: (01-22-2017, 03:28 PM)Duffy Wrote: Events for 22nd Jan
22nd Jan M 7.9 Bougainville Region P.N.G. 155' 06' E - 6' 12' S ............................................................ 04:30:23 ut
Sunrise at Bearing 28' 53' E - 11' 39' N (15th Jan) occurred at ....................................... 04:30 ut 22nd Jan
22nd Jan M 5.6 New Britain Region, P.N.G. 04:44:52 ut ... 153' 33' E - 6' 12' S ...... LS 104' 11' E (10th Jan) ....................
22nd Jan M 5.4 North Island, NZ ... 177' 39' E - 37' 47' S ................................................................... 21:00:16 ut
Sunset at bearing 40' 19' W - 1' 23' S (4th Jan) occurred at ........................................ 21:00 ut 22nd Jan
22nd Jan M 5.0 New Britain Region, P.N.G. ... 153' 38' E - 6' 0' S .................................................. 22:26:45 ut
Transition of night to day at bearing 103' 22' E - 18' 34' N (10th Jan) occurred at .......... 22:27 ut
........................................................................................................................................................................
Events for 23rd Jan
23rd Jan M 5.1 South of Africa ... 31' 03' E - 49' 0' S ......................... RM 25' 19' E (7th Jan) ........ 07:13:41 ut
23rd Jan M 5.1 Northern Mid-Atlantic Ridge ... 37' 48' W - 33' 45' N ... CS 28' 39' E (15th Jan) ....... 10:17:18 ut
Transition of day to night at bearing 134' 20' E - 9' 55' N (7th Jan) occurred at ............. 10:18 ut
Roger;
I assume you read the piece I posted about space data ... I do the same with my data.
T minus 8 minutes and I get prediction D16 South of Africa ... on target !
Duffy
Posts: 727
Threads: 202
Joined: Jan 2015
New line of data ... 24th Jan 13:52 ut CS 24' 57' W - 19' 04' S ........... CM 66' 48' W - 18' 32' S
Duffy (14:11 ut)
Posts: 727
Threads: 202
Joined: Jan 2015
Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Posts: 379
Threads: 18
Joined: Nov 2013
(01-25-2017, 03:38 PM)Duffy Wrote: Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Duffy;
These times are too exact to be chance but until I can understand exactly what's going on I can't come to any conclusion.
Roger
Posts: 727
Threads: 202
Joined: Jan 2015
(01-25-2017, 03:53 PM)Roger Hunter Wrote: (01-25-2017, 03:38 PM)Duffy Wrote: Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Duffy;
These times are too exact to be chance but until I can understand exactly what's going on I can't come to any conclusion.
Roger
Roger;
This is what I have been trying to tell you ... how do you put a cross on a map on Tuesday, and have sunrise time, dead centre of the cross, at the exact time a quake occurs 12,000 miles away on a Friday ?
I ran a preliminary test on 5+ quakes, for 11 days between 30th Dec 2015 and 9th Jan 2016 before New moon, using the same co-ordinates. I chose a similar time of year to approximate the sun's latitude, and got 9 terminator zone hits out of 31 events. As you can appreciate, it takes time to be precise with each location, so for the preliminary I included a +/- 2 minute margin, so the number could actually be lower than 28%. I ran the same test between 23rd June and 3rd July 2016 (day before New moon) under the same conditions and got 10 hits out of 42 events, 25%.
At the current stage of this experiment, there have been 24 hits out of 39 events with two days remaining ... that's over 50%, and I have not included a margin !. I too, do not understand exactly what this is , or if it actually has significance. That's why I have spent the last four years trying to get a scientist to come and visit me. The one I eventually got was only interested in statistical analysis. Well here are the current statistics ... without knowing the source, what are the statistics telling you ?
Duffy
Posts: 379
Threads: 18
Joined: Nov 2013
(01-25-2017, 06:03 PM)Duffy Wrote: (01-25-2017, 03:53 PM)Roger Hunter Wrote: (01-25-2017, 03:38 PM)Duffy Wrote: Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Duffy;
These times are too exact to be chance but until I can understand exactly what's going on I can't come to any conclusion.
Roger
Roger;
This is what I have been trying to tell you ... how do you put a cross on a map on Tuesday, and have sunrise time, dead centre of the cross, at the exact time a quake occurs 12,000 miles away on a Friday ?
I ran a preliminary test on 5+ quakes, for 11 days between 30th Dec 2015 and 9th Jan 2016 before New moon, using the same co-ordinates. I chose a similar time of year to approximate the sun's latitude, and got 9 terminator zone hits out of 31 events. As you can appreciate, it takes time to be precise with each location, so for the preliminary I included a +/- 2 minute margin, so the number could actually be lower than 28%. I ran the same test between 23rd June and 3rd July 2016 (day before New moon) under the same conditions and got 10 hits out of 42 events, 25%.
At the current stage of this experiment, there have been 24 hits out of 39 events with two days remaining ... that's over 50%, and I have not included a margin !. I too, do not understand exactly what this is , or if it actually has significance. That's why I have spent the last four years trying to get a scientist to come and visit me. The one I eventually got was only interested in statistical analysis. Well here are the current statistics ... without knowing the source, what are the statistics telling you ?
Duffy
Duffy;
I can get similar results with the two programs I have written which tells me it's just chance.
But I still want a better understanding of your method so I can be sure my test is accurate.
Roger
Posts: 727
Threads: 202
Joined: Jan 2015
(01-25-2017, 06:29 PM)Roger Hunter Wrote: (01-25-2017, 06:03 PM)Duffy Wrote: (01-25-2017, 03:53 PM)Roger Hunter Wrote: (01-25-2017, 03:38 PM)Duffy Wrote: Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Duffy;
These times are too exact to be chance but until I can understand exactly what's going on I can't come to any conclusion.
Roger
Roger;
This is what I have been trying to tell you ... how do you put a cross on a map on Tuesday, and have sunrise time, dead centre of the cross, at the exact time a quake occurs 12,000 miles away on a Friday ?
I ran a preliminary test on 5+ quakes, for 11 days between 30th Dec 2015 and 9th Jan 2016 before New moon, using the same co-ordinates. I chose a similar time of year to approximate the sun's latitude, and got 9 terminator zone hits out of 31 events. As you can appreciate, it takes time to be precise with each location, so for the preliminary I included a +/- 2 minute margin, so the number could actually be lower than 28%. I ran the same test between 23rd June and 3rd July 2016 (day before New moon) under the same conditions and got 10 hits out of 42 events, 25%.
At the current stage of this experiment, there have been 24 hits out of 39 events with two days remaining ... that's over 50%, and I have not included a margin !. I too, do not understand exactly what this is , or if it actually has significance. That's why I have spent the last four years trying to get a scientist to come and visit me. The one I eventually got was only interested in statistical analysis. Well here are the current statistics ... without knowing the source, what are the statistics telling you ?
Duffy
Duffy;
I can get similar results with the two programs I have written which tells me it's just chance.
But I still want a better understanding of your method so I can be sure my test is accurate.
Roger
Roger;
I have a couple of co-ordinates that I would like you to verify as being accurate
Sunset at bearing 26' 28' E - 35' 12' N occurred today (25th Jan) at ................................................................. 15:33 ut
Sunset at bearing 47' 50' E - 18' 52' S occurred today (25th Jan) at .................................................................. 15:33 ut
The first one; are the co-ordinates of the 5.2 Crete, Greece epicentre that occurred 2 hours ago (18:50:51 ut)
The second ; are the co-ordinates of the new data line I posted 5 hours ago (above)
If your computer programs are telling you this is just chance, I cannot argue with that, as I am not computer literate. But my pencil on paper tells me this is a potential seismic clock ... I just need to figure out where the big and little hands go !
Duffy
Posts: 379
Threads: 18
Joined: Nov 2013
(01-25-2017, 09:20 PM)Duffy Wrote: (01-25-2017, 06:29 PM)Roger Hunter Wrote: (01-25-2017, 06:03 PM)Duffy Wrote: (01-25-2017, 03:53 PM)Roger Hunter Wrote: (01-25-2017, 03:38 PM)Duffy Wrote: Recent Events 23rd - 24th Jan
23rd Jan M 5.0 Simeulue Region, Indonesia ... 95' 33' E - 2' 49' N .......................................................... 20:48:16 ut
Sunrise at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at .............................................. 20:48 ut
24th Jan M 5.0 South Georgia Island Region ... 31' 31' W - 55' 07' S ....................................................... 02:38:41 ut
CS 143' 21' E (15th Jan) ... RM 103' 27' E (10th Jan) .............................................................................
Sunset at bearing 117' 12' W - 22' 38' S (4th Jan) occurred at ............................................... 02:38 ut
24th Jan M 5.6 Mariana Islands Region ... 146' 18' E - 12' 02' S ............................................................... 09:38:31 ut
Transition of day to night at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ..................... 09:39 ut
24th Jan M 5.1 Bougainville Region P.N.G. ... 154' 04' E - 6' 06' S ....... LM 172' 14' W (18th Jan) .............. 20:38:02 ut
( same longitude as 18th Jan data line !)
25th Jan M 5.0 Kepulauan Kai, Indonesia ... 133' 46' E - 5' 48' S............................................................... 13:49:03 ut
Transition of day to night at bearing 85' 34' E - 5' 48' S (18th Jan) occurred at ....................... 13:50 ut
Sunrise at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ................................................ 13:49 ut
Note ... Events in Vanuatu, Santa Cruz Islands and the Solomon's had no contacts, They are all located in a longitude corridor between 156' 12' E and 175' 50' E, Same corridor the moon occupied when the satellite feed stopped !
Note ... New line of data calculated as; 25th Jan 09:01 ut ... CS 47' 50' E - 18' 52' S ... CM 15' 25' E - 18' 54' S ...
Duffy
Duffy;
These times are too exact to be chance but until I can understand exactly what's going on I can't come to any conclusion.
Roger
Roger;
This is what I have been trying to tell you ... how do you put a cross on a map on Tuesday, and have sunrise time, dead centre of the cross, at the exact time a quake occurs 12,000 miles away on a Friday ?
I ran a preliminary test on 5+ quakes, for 11 days between 30th Dec 2015 and 9th Jan 2016 before New moon, using the same co-ordinates. I chose a similar time of year to approximate the sun's latitude, and got 9 terminator zone hits out of 31 events. As you can appreciate, it takes time to be precise with each location, so for the preliminary I included a +/- 2 minute margin, so the number could actually be lower than 28%. I ran the same test between 23rd June and 3rd July 2016 (day before New moon) under the same conditions and got 10 hits out of 42 events, 25%.
At the current stage of this experiment, there have been 24 hits out of 39 events with two days remaining ... that's over 50%, and I have not included a margin !. I too, do not understand exactly what this is , or if it actually has significance. That's why I have spent the last four years trying to get a scientist to come and visit me. The one I eventually got was only interested in statistical analysis. Well here are the current statistics ... without knowing the source, what are the statistics telling you ?
Duffy
Duffy;
I can get similar results with the two programs I have written which tells me it's just chance.
But I still want a better understanding of your method so I can be sure my test is accurate.
Roger
Roger;
I have a couple of co-ordinates that I would like you to verify as being accurate
Sunset at bearing 26' 28' E - 35' 12' N occurred today (25th Jan) at ................................................................. 15:33 ut
Sunset at bearing 47' 50' E - 18' 52' S occurred today (25th Jan) at .................................................................. 15:33 ut
The first one; are the co-ordinates of the 5.2 Crete, Greece epicentre that occurred 2 hours ago (18:50:51 ut)
The second ; are the co-ordinates of the new data line I posted 5 hours ago (above)
If your computer programs are telling you this is just chance, I cannot argue with that, as I am not computer literate. But my pencil on paper tells me this is a potential seismic clock ... I just need to figure out where the big and little hands go !
Duffy
Duffy;
Once again, I need for you to explain exactly what you are doing so can do something similar.
I don't have a program for sunrise/sunset times. The only one I found was an old Basic program so garbled up with spaghetti code I couldn't translate it.
Since that seems to be an essential part of your process I may not be able to test it.
Roger
Posts: 727
Threads: 202
Joined: Jan 2015
Roger;
I know you said nobody is interested in mag 4's, but I ran a random selection in the name of curiosity, to see if they had the same connection as the 5's ... I was surprised at the results. here are a few that stood out most ...
20th Jan M 4.3 Guerrero, Mexico ... 98' W ................................................................................................. 07:32:46 ut
Transition of night to day at bearing 40' 19' W - 1' 23' S (4th Jan) occurred at ...................... 07:33 ut
Transition of day to night at bearing 171' 50' W - 20' 20' S (18th Jan) occurred at ................. 07:33 ut
Transition of night to day at bearing 49' 35' W - 21' 52' S (10th Jan) occurred at ................... 07:32 ut
20th Jan M 4.1 Kuril Islands ... 155' E ........................................................................................................ 08:06:40 ut
Sunset at bearing 149' 38' E - 5' 22' N (6th Jan) occurred at ................................................. 08:07 ut
Transition of day to night at bearing 163' 59' E - 18' 06' N (12th Jan) occurred at .................. 08:07 ut
21st Jan M 4.4 Off Coast of El Salvador ... 89' W ........................................................................................ 07:31:29 ut
Transition of night to day at bearing 40' 19' W - 1' 23' S (4th Jan) occurred at ....................... 07:32 ut
Transition of night to day at bearing 49' 35' W - 21' 52' S (10th Jan) occurred at .................... 07:31 ut
21st Jan M 4.6 Southern Iran ... 57' E ........................................................................................................ 08:23:12 ut
Transition of day to night at bearing 175' 50' E - 21' 07' S (15th Jan) occurred at ................... 08:24 ut
Sunset at bearing 156' 12' E - 22' 29' S (6th Jan) occurred at ............................................... 08:23 ut
Sunset at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ...............................................08:23 ut
21st Jan M 4.2 Coquimbo, Chile ... 71' W ................................................................................................... 17:03:55 ut
Sunset at bearing 25' 36' E - 22' 19' S (7th Jan) occurred at ................................................. 17:04 ut
Sunrise at bearing 171' 50' W - 20' 20' S (18th Jan) occurred at ............................................ 17:04 ut
22nd Jan M 4.7 San Juan, Argentina ... 68' W ............................................................................................. 02:50:36 ut
Transition of day to night at bearing 100' 51' W - 20' 23' S (18th Jan) occurred at .................. 02:50 ut
Transition of day to night at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ..................... 02:50 ut
I was thinking it might be probable that mag 4's could be chance hits, but the last one listed here had me reconsidering. At 02:51 ut on the 22nd, it is sunrise in Southern Iran on 61' E, and officially night at 02:52 ut in Moss Landing, Monterey Bay, CA. I have predictions at both locations, and you can appreciate I cannot test 20 - 30 mag 4's a day for further connections.
Apologies for the wavy lines , I have been looking at Sea mounds on Google Earth all day again. My fingers are tired and I feel like I've joined the Navy !
Duffy
Posts: 379
Threads: 18
Joined: Nov 2013
(01-25-2017, 11:57 PM)Duffy Wrote: Roger;
I know you said nobody is interested in mag 4's, but I ran a random selection in the name of curiosity, to see if they had the same connection as the 5's ... I was surprised at the results. here are a few that stood out most ...
20th Jan M 4.3 Guerrero, Mexico ... 98' W ................................................................................................. 07:32:46 ut
Transition of night to day at bearing 40' 19' W - 1' 23' S (4th Jan) occurred at ...................... 07:33 ut
Transition of day to night at bearing 171' 50' W - 20' 20' S (18th Jan) occurred at ................. 07:33 ut
Transition of night to day at bearing 49' 35' W - 21' 52' S (10th Jan) occurred at ................... 07:32 ut
20th Jan M 4.1 Kuril Islands ... 155' E ........................................................................................................ 08:06:40 ut
Sunset at bearing 149' 38' E - 5' 22' N (6th Jan) occurred at ................................................. 08:07 ut
Transition of day to night at bearing 163' 59' E - 18' 06' N (12th Jan) occurred at .................. 08:07 ut
21st Jan M 4.4 Off Coast of El Salvador ... 89' W ........................................................................................ 07:31:29 ut
Transition of night to day at bearing 40' 19' W - 1' 23' S (4th Jan) occurred at ....................... 07:32 ut
Transition of night to day at bearing 49' 35' W - 21' 52' S (10th Jan) occurred at .................... 07:31 ut
21st Jan M 4.6 Southern Iran ... 57' E ........................................................................................................ 08:23:12 ut
Transition of day to night at bearing 175' 50' E - 21' 07' S (15th Jan) occurred at ................... 08:24 ut
Sunset at bearing 156' 12' E - 22' 29' S (6th Jan) occurred at ............................................... 08:23 ut
Sunset at bearing 144' 11' E - 9' 04' N (15th Jan) occurred at ...............................................08:23 ut
21st Jan M 4.2 Coquimbo, Chile ... 71' W ................................................................................................... 17:03:55 ut
Sunset at bearing 25' 36' E - 22' 19' S (7th Jan) occurred at ................................................. 17:04 ut
Sunrise at bearing 171' 50' W - 20' 20' S (18th Jan) occurred at ............................................ 17:04 ut
22nd Jan M 4.7 San Juan, Argentina ... 68' W ............................................................................................. 02:50:36 ut
Transition of day to night at bearing 100' 51' W - 20' 23' S (18th Jan) occurred at .................. 02:50 ut
Transition of day to night at bearing 112' 06' W - 4' 08' N (6th Jan) occurred at ..................... 02:50 ut
I was thinking it might be probable that mag 4's could be chance hits, but the last one listed here had me reconsidering. At 02:51 ut on the 22nd, it is sunrise in Southern Iran on 61' E, and officially night at 02:52 ut in Moss Landing, Monterey Bay, CA. I have predictions at both locations, and you can appreciate I cannot test 20 - 30 mag 4's a day for further connections.
Apologies for the wavy lines , I have been looking at Sea mounds on Google Earth all day again. My fingers are tired and I feel like I've joined the Navy !
Duffy
Duffy;
Of course you get more hits with mag 4 quakes; there are more of them.
The point is the hit/miss ratio and the probability of a hit.
I could do the whole year in a second if I could just understand exactly what you're doing.
PLEASE explain exactly what and why as simple as possible.
Roger
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