- A. Included in the following analysis is:
- 1. Meteorite impact data of moon seismometer readings
- 2. Various corresponding natural calamities directly due to the resulting alterations of the earth-moon center of gravity.
- 3. Comments concerning this correspondence
- B. The above postulate is based roughly on the past theory that the earth is approximately 200 times heavier than the moon and that the center of gravity for the moon is actually on the earth.
Earth-moon COG Any weight added to the moon is the main factor altering this COG and this COG always corrects itself as the moon is constantly pushing itself away from the earth. |
- 1. The sensitivity of the moon to meteorite impacts can also be assessed superficially when the words of an eyewitness to a massive impact on the moon were recorded... that he could "see the whole moon shaking". (This was by an astronaut after crashing the lunar module at 3000 MPH back into the moon upon their exit.)
- C. The unconstant factor of meteorites hitting the moon is the main unpredictable factor that is the basis for the UNPREDICTABLE atmospheric and geologic alterations. The heat meeting cold theories, the earth-spin theories, and the geologic fault and plate realities are secondarily relative to the underlying COG changes. These occurrences become operational within 1 to 5 days after moon impact, dependent on the stage of development of the secondary subjective factors.
- D. Though the moon seismographs are presently non-operational, even the layperson can superficially assess the increase in natural cataclysmic events EVERY time an increase in meteorite debris is reported to be in the vicinity of the earth, (e.g. like the Perseid and Leonid meteorite showers every Spring and Fall during Tornado and Hurricane seasons or when comets bring their accompanying "excess baggage" with them). In other words, any increase in debris results in the increase of the chance impacts on the moon.
- 1. The extreme clarity of the many simultaneous instances of both earthquake and tornado, (or hurricane), occurences in either different parts of the world, (or even the same part), is glaringly evident of the fact that only the COG theory can possibly explain this continuous worldwide phenomenom.
- 2. Again, however, these coinciding phenomena depend on the location of the "weak points" on the earth that have developed to that stage which is ripe for the COG catalyst.
- 3. There is NO accidental occurrence that the recent tornadoes that leveled parts of Arkansas took place around the same time period as the earthquake in northwestern Iran and western China on the same day, (March 1, 1997). Even the layperson will continuously view this occurrence because there are more than just "local" nature forces at work here. Major cataclysms will continue to occur simultaneously with each other because there are world forces at work... particularly the earth-moon COG.
- E. The past research regarding the possible link between meteorite impacts on the moon and at least even one natural cataclysmic event on the earth can only be viewed as faulty when the researchers themselves, (who unwittingly turn the leapyears 1972 and 1976 into 365 day years and try to match X day on the calendar with X day of who knows what year), refuse to acknowledge the 4 day time period for the coinciding cataclysm.
I have documented every major meteorite hit with a natural cataclysmic event. Obversely as well, no major cataclysm of nature occurs when no meterorite hits the moon. = Here are some examples:
Event Yr:day Code | CL=Lunar Module CS=Saturn Booster C=Meteor Impact *=One of Seven Largest C Impacts | |
---|---|---|
Nov 20, 1969:324 | CL2 | Lunar Module impact at 3,740 MPH --> Indian Ocean earthquake, (8.2), and Kamchatka earthquake. |
Apr 15, 1970:105 | CS3 | Saturn booster impact --> Tornadoes in Texas, (Apr 18), and south Ohio, Canada, Kansas, (25th). |
July 17, 1972:199 | C | New England tornadoes, (one of the seven largest impacts). |
July 31, 1972:213 | C | *Tornado in Michigan, 8.3 earthquake on Adak Island, (60° hit). |
May 4, 1975:124 | C | *One of seven largest C impacts --> Tornadoes, (5-7). |
Dec 10, 1969 | Nov 10, 1971 | Oct 21, 1974 | 3 hits | Jun 25, 1975 | 6 hits | |||
Dec 16, 1969 | Jan 4, 1972 | 5 hits | Nov 8, 1974 | 60° hit | Jun 26, 1975 | 7 hits | <--end of storm | |
Mar 12, 1971 | 5 hits | July 28, 1972 | 2 hits | Nov 16, 1974 | 6 hits | Jul 29, 1975 | 1 hit | |
Apr 12, 1971 | 6 hits | Nov 16, 1972 | 5 hits | Nov 17, 1974 | 5 hits | Aug 14, 1975 | 5 hits | Jun 17, 1971 | 5 hits | Jul 29, 1973 | 4 hits | Dec 13, 1974 | 6 hits | Oct 21, 1975 | 1 hit |
Jul 29, 1971 | 2 hits | Sep 22, 1973 | *60° hit | Dec 14, 1974 | 9 hits | Dec 1, 1975 | 5 hits | |
Sep 30, 1971 | Oct 21, 1973 | 1 hit | Apr 19, 1975 | Jan 7, 1977 | ||||
Oct 20, 1971 | 1 hit | Apr 19, 1974 | 60° hit | Jun 22, 1975 | 12 hits | <--beginning of meteorite storm | ||
Oct 21, 1971 | 2 hits | Jul 29, 1974 | 1 hit | Jun 23, 1975 | 10 hits | |||
Nov 4, 1971 | Oct 20, 1974 | 1 hits | Jun 24, 1975 | 8 hits | ||||
In the following table Yr:day; hr:mn:sec is the beginning of the 309 minute time sections. Code is the event designation. The first letter of the Code is the type of source; C designates an impact. The two digit numbers are arbitrary sequence numbers for natural impacts. Artificial impacts are denoted by the letter C, followed by a letter, giving the source, (L is for Lunar Module and S is for Saturn IV Booster), and by a number, giving the second digit of the mission number. WL is the water level parameter, (in percentage), used for instrumental deconvolution. Com is 1, 2, or 3 if the X, Y, or Z component, respectively, did not operate.
Station 12 | Station 14 | Station 15 | Station 16 |
---|
Event Yr:day Code | Code | Com | WL | hr:mn:sec | Com | WL | hr:mn:sec | Com | WL | hr:mn:sec | Com | WL | hr:mn:sec | |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Nov 20, 69:324 | CL2 | flat | 22:17 | no | record | no | record | no | record | |||||
Apr 15, 70:105 | CS3 | 3 | 01:09 | no | record | no | record | no | record | |||||
Feb 04, 71:035 | CS4 | XYZ | 3 | 07:41 | no | record | no | record | no | record | ||||
Feb 07, 71:038 | CL4 | Z | 3 | 00:45 | 10 | 00:45 | no | record | no | record | ||||
Jul 29, 71:210 | CS5 | XYZ | 3 | 20:59 | Z | 3 | 20:59 | no | record | no | record | |||
Aug 03, 71:215 | CL5 | weak | weak | XYZ | 3 | 03:03 | no | record | ||||||
May 23, 71:143 | CO2 | XYZ | 3 | 22:20 | XYZ | 3 | 22:20 | no | record | no | record | |||
Jun 12, 71:163 | CO3 | XYZ | 3 | 10:51 | XYZ | 3 | 10:51 | no | record | no | record | |||
Jul 12, 71:193 | CO4 | XYZ | 3 | 18:08 | XYZ | 3 | 18:08 | XYZ | 3 | 18:08 | no | record | ||
Apr 19, 72:110 | CS6 | 3 | 21:02 | XY3 | 3 | 21:02 | XYZ | 3 | 21:04 | no | record | |||
May 13, 72:134 | CO1 | 3 | 08:47 | 3 | 3 | 08:47 | XYZ | 3 | 08:48 | XYZ | 3 | 08:48 | *60° hit, largest signal ever | |
Jul 17, 72:199 | CO5 | XYZ | 3 | 21:57:45 | XY3 | 3 | 21:57:45 | XYZ | 3 | 21:56:45 | Z | 3 | 21:57:15 | * |
Jul 31, 72:213 | CO6 | XYZ | 10 | 18:11 | 3 | 10 | 18:10 | XYZ | 10 | 18:00 | 3 | 18:11 | 60° hit | |
Aug 01, 72 | XYZ | 3 | 22:01 | XY3 | 3 | 22:01 | XYZ | 3 | 22:00 | YZ | 3 | 22:00 | 60° hit | |
Nov 19, 72:324 | CO7 | XYZ | 10 | 18:26 | XY3 | 10 | 18:25 | XYZ | 10 | 18:24 | 10 | 18:25 | 60° hit | |
Dec 10, 72:345 | CS7 | XYZ | 3 | 20:33 | 3 | 3 | 20:33 | XYZ | 10 | 20:35 | X2Z | 10 | 20:34 | |
Apr 23, 73:113 | CO8 | 10 | 13:56 | Z3 | 10 | 13:56 | Z | 10 | 13:55 | Z | 10 | 13:55 | * | |
Sep 19, 73:262 | CO9 | 10 | 09:32 | 3 | 10 | 09:32 | Z | 10 | 09:34 | XYZ | 10 | 09:32 | ||
Sep 26, 73:269 | C10 | XYZ | 10 | 20:53 | XY3 | 10 | 20:50 | XYZ | 10 | 20:48 | X2Z | 10 | 20:49 | 60° hit |
Feb 07, 74:038 | C11 | Z | 10 | 06:21 | XY3 | 10 | 06:21 | XYZ | 10 | 06:22 | 10 | 06:21 | ||
Jun 30, 74:181 | C12 | XYZ | 10 | 17:44 | 3 | 10 | 17:44 | weak | weak | |||||
Jul 6, 74:187 | C13 | Z | 10 | 14:17 | XY3 | 10 | 14:17 | XYZ | 10 | 14:14 | Z | 10 | 14:16 | |
Nov 01, 74:305 | C14 | flat, | weak | XY3 | 10 | 11:44 | Z | 10 | 11:45 | Z | 10 | 11:43 | 60° hit | |
Nov 21, 74:325 | C16 | flat | 13:18 | XY3 | 10 | 13:18 | XYZ | 10 | 13:18 | XYZ | 10 | 13:15 | ||
Dec 09, 74:343 | C17 | flat, | weak | XY3 | 10 | 09:32 | XYZ | 10 | 09:33 | XYZ | 10 | 09:29 | ||
Dec 15, 74:349 | C18 | flat | 09:08 | XYZ | 3 | 09:07 | XYZ | 10 | 09:10 | XYZ | 10 | 09:09 | ||
Mar 04, 75:064 | C20 | flat, | weak | 1 3 | 10 | 21:53 | XYZ | 10 | 21:54 | Z | 10 | 21:51 | 60° hit | |
Mar 26, 75:085 | C22 | flat, | weak | 1 3 | 10 | 12:04 | XYZ | 10 | 12:07 | Z | 10 | 12:06 | 60° hit | |
Apr 12, 75:102 | C23 | XYZ | 10 | 18:16 | 1Y3 | 10 | 18:16 | XYZ | 10 | 18:15 | XYZ | 3 | 18:14 | *60° hit |
May 4, 75:124 | C25 | Z | 3 | 10:05 | 1 3 | 3 | 10:05 | XYZ | 3 | 10:06 | Z | 3 | 10:05 | * |
Jan 25, 76:025 | C28 | flat | 16:09 | 123 | flat | 16:11 | flat | 16:11:46 | * | |||||
Apr 18, 76:109 | C29 | flat | 08:46 | 123 | flat | 08:47 | flat | 08:48 | ||||||
Apr 30, 76:121 | C30 | flat | 11:54 | 123 | flat | 11:55 | flat | 11:52 | ||||||
May 16, 76:137 | C31 | flat, | weak | 123 | flat, | weak | flat | 12:47 | ||||||
Aug 27, 76:240 | C32 | flat, | weak | weak | flat, | weak | flat | 04:31 | ||||||
Nov 14, 76:319 | C35 | flat | 23:16 | 123 | flat | 23:17 | flat | 23:18:30 | ||||||
Jan 07, 77:007 | C33 | flat, | weak | weak | flat, | weak | flat | 03:49 | ||||||
Apr 17, 77:107 | C26 | XY3 | 10 | 23:35 | XYZ | 10 | 23:35 | XYZ | 10 | 23:37 | Z | 10 | 23:36 | |
Jun 2, 77:153 | C34 | weak | weak | weak | XYZ | 10 | 14:26 | |||||||
Jun 27, 77:179 | C27 | Z | 10 | 22:25:30 | 3 | 10 | 22:26 | XYZ | 10 | 22:27 | X Z | 10 | 22:27 | |
Sep 13, 77:256 | C36 | 20:33 | 3 | 20:34 | weak | weak |