"This phenomenon is one that involves Sun, Moon and Earth. There are two
distinct types: (1) that in which the Moon stands between the Sun and
Earth, cutting off from our vision not only the light of the Sun, but
the Sun itself. This is a
Solar Eclipse, and occurs only at the time of
a new Moon, when the Sun and Moon form a conjunction near one of the
Nodes at which the orbits of the Earth and Moon intersect; and (2) that
in which the Earth cuts off from the Moon the light of the Sun,
depriving it of its illumination but still leaving it in our line of
vision as a dark and shadowy object. This is a
Lunar Eclipse, and
occurs only at the time of a Full Moon, when the Sun and Moon are in
opposition, close to the Moon's nodes.
An Eclipse of the Sun comes from the West; of the Moon, from the East.
An Eclipse can occur between the Sun, the Earth and a planet, but that
is of infrequent occurrence; also between the Moon, the Earth and a
planet, the Moon coming between the Earth and the planet. The Eclipse
of a planet by the Moon is called an occultation (q.v.).
The position of a Solar Eclipse coincides with that of the Sun on that
day. The position of a Lunar Eclipse coincides with the opposition
point to the Sun's position on that day. Both Solar and Lunar Eclipses
can occur at either Node. (q.v.). The magnitude of an eclipse depends
upon (1) the relative distances of the luminaries from the Earth; and
(2) their distance from the Nodes. The duration of an eclipse depends
on the relative rapidity of motion of the bodies.
The ancient rule was that the effects of a Solar eclipse last as long
in years as the eclipse lasts in hours; of a Lunar eclipse, a month for
every hour. From a Figure cast for the moment of commencement of the
eclipse, events were deduced as affecting countries ruled by the
ascending Sign, based upon the strength of the planets in the Signs and
Houses
Some modern authorities consider that the countries which lie within
the eclipse shadow are probably those in which the events signified by
the eclipse will be felt. In the Nativity, the eclipse is most powerful
when it falls upon the birth position of a planet, luminary, or
ascending degree.
Contrary to ancient superstitions, eclipses are not uniformly evil. One
man's loss is often another's gain, and an eclipse in good aspect to a
benefic under good directions can result favorably. Those on the places
of the Sun, Moon, Ascendant, or M.C. and on the malefics are, however,
unfavorable influences. Frequently their effects are not felt until
some time thereafter, when another planet, principally Mars, transits
over the degree on which the eclipse occurred. Thus an eclipse-degree
becomes a sensitive point for several years after the eclipse has
passed; in fact, until its consummation is attained with a subsequent
transit of Saturn over the eclipse degree. Frequent reference to the
following tables in connection with current or past events, will
contribute vastly to an understanding of the major trends that are set
into motion by the third dimension of the Moon's orbit - that which is
vertical to the plane, marked midway by the passing of the Nodes.
The temperature on the Sunlit Full Moon exceeds the boiling point of
water, at which time it emits infra-red rays that are several times
more intense than the rays it reflects from the Sun. During the first
five minutes of a Lunar Eclipse the surface temperature falls far below
the freezing point, and the emission of the infra-red rays ceases.
Saros Cycle of Eclipses. The Plane of the Moon's Orbit has an
inclination of 5-15 degrees to that of the Earth's orbit. Two opposite
points of intersection of these orbits are the North or ascending Node,
and the South or descending Node. These Nodes regree from month to
month, and in approximately 19 years make a complete circle of the
zodiac. In the following tables showing the nineteen Saros series,
since each year one or more eclipses occur at each Node, separated
roughly by half a year, the entire number of from 2 to 6 are listed as
belonging to one Saros Series. Taking as the first of the series the
group that follows the passing of the Node over 0° Aries, there result
19 series - after which each group repeats itself slightly altered.
It should be noted that a Solar Eclipse, caused by the passage of the
apex of the Moon's shadow in a narrow path across the Earth some 70
miles in width, is visible only to a person located in the path. A
Lunar Eclipse, partial or total, caused by the passage of the Moon into
the Earth's shadow, is, however, visible all over the hemisphere that
is turned toward the Moon.
If the Moon is at such distance from the Earth that the apex of its
shadow falls short of the Earth's surface, the Moon's body will not
entirely obliterate the Sun and a narrow rim of light will surround the
dark body of the Moon. This is termed an Annular Eclipse. Sometimes an
eclipse begins as an Annular Eclipse and then becomes total as the apex
of the shadow approaches the equatorial* regions. This is called an
Annular-Total Eclipse. Both are termed Umbral Eclipses. Where there is
an appreciable separation in latitude there results a Partial Eclipse.
*: Because of its convexity, the circumference of the Earth's surface
is some 4,000 miles father from the Moon than its central position.
Because of the eight-hour fraction of a day, the umbral track of the
eclipse shifts some 120° West at each return; hence on every fourth
Saros return (54y 1m) it recurs in the same longitude, but somewhat
farther North or South.
A complete Lunar cycle consists of 48 or 49 eclipses over a period of
about 865 years; a solar cycle of 68 to 75 returns, over a period of
about 1260 years. A Saros cycle consists usually of 14 partial, 17
annular and 10 total solar eclipses, and 29 Lunar eclipses - or a total
of 70 eclipses.
Eclipse Limits.
When a conjunction of Sun and Moon occurs within 18° 31' from either
node, the major solar eclipse limit, a solar eclipse may occur; within
15° 21', the minor solar eclipse unit, a solar eclipse will occur;
within 11° 15', the major central solar ecliptic limit, a total or
annular eclipse may occur; within 9° 55', the minor central solar
ecliptic limit, a total or annular eclipse will occur. When an
opposition of Sun and Moon occurs near either node the major lunar
ecliptic limit is 12° 15' and the minor 9° 30'; the major total lunar
ecliptic limit is 3° 45' and the minor 6° 0'.
The series of Metonic returns bear no relationship to the Saros series.
Meton's cycle of 19-year intervals consists of an eclipse in
approximately the same degree of the zodiac on the same date 19 years
later. Approximately 23% of Solar eclipses have no Metonic returns; 38%
have 1 return; 19%, 2 returns; 13%, 3 returns; and 7%, 4 returns. A
Metonic return may be of a different phase and nature, and belong to a
different Saros series. A Solar Eclipse begins as partial at one or the
other poles, and increases in strength as it moves toward the Equator -
finally fading away into outer space beyond the opposite pole. Thus an
eclipse may be said to have a "birth" and a "death," with a life span
of from 865 to 1252 years, or from 48 to 70 appearances.
Looking back to the "birth," or beginning partial (BP) of any series,
you can, in delineating its recurring effects, take into consideration
the Sign in which it first appeared, and the Ruler of the Sign.
The Solar Eclipse of June 8, 1937 in Gemini 18°, Saros series 11, which
lasted for 7m 13s, was of longer duration than any in the last 1,200
years; although those of 1955 and 1973 were to be almost as long. That
on July 20, 1963 at 0° 28°, Saros series 1, was to be one of the
shortest, lasting 65s.
The Saros Cycle of 223 Lunar months was discovered by the Chaldeans.
This is 18y 11d 8h, where 4 leap years are contained; otherwise, if 5
intervene, it is one day shorter; or if 3, one day longer. The series
consists of 70 eclipses: 41 Solar, and 29 Lunar.
The Penumbral Eclipses. The Saros cycle is generally stated by
astronomers to consist of 29 Solar eclipses in 1260y and 41 Lunar
eclipses in 865y, making a total of 70 eclipses, on an average, for one
complete series. However, each series of Lunar eclipses is both
preceded and followed by about 10 periods of Penumbral eclipses, of
some 180y duration. Since the Solar eclipse limit is much wider than
that of the Lunar, a Lunar eclipse in the penumbra has an importance,
astrologically, about equal to that of the Partial Solar eclipse, in
that it embodies both the gravitational effect of a parallel, and the
interference with normal radiation, that characterize all eclipses. An
eclipse in the penumbra is generally termed an Appulse, in that the rim
of the Moon just touches the Earth's shadow, while the body of the Moon
receives the light of the Sun from only one side of the Earth, which
during a portion of the time shuts off the light of part of the Sun's
disc. By way of illustration, note Saros cycle 4, Lunar eclipse at the
North Node: the last Lunar partial eclipse of the series (EP), October
7, 1930, 14° Aries, was to be followed by Penumbral eclipses in 1948,
1966 and 1984. In Saros series 11 is a continuing series at the South
Node that follows an eclipse cycle which ended prior to 1800: also in
this series the Total Solar eclipse of June 20, 1955 is so close to the
node that there is a penumbral eclipse both before and after it.
Therefore when making note of the position of a Solar eclipse in any
map it is advisable also to note as temporarily sensitized degrees, the
Moon's opposition points to the Sun 14 days earlier and later, and
check on their strength by reference to the tables of eclipses and the
chronological list of Appulses for the years 1871 to 1959. Even if it
is on neither list, it represents what is sometimes called "approximate
eclipse conditions," and can become an important factor if it falls
exactly upon the degree which posits a planet.
The ancients did not have the benefit of the modern Ephemerides. They
actually studied the motion of the bodies in the heavens, and thereby
discovered the various cycles that would enable them to calculate the
intervals between successive recurrences of similar phenomena;
therewith to make calculations of the psychological fluctuations that
produce events. Among these were the Mercury cycle of 92 years, the
Venus cycle of 486 years, the heliacal rising of Sirius in September
every 162 years, the Metonic 19-year luni-solar cycle of eclipses, the
mutation periods based on the conjunctions of the great chronocrators
Jupiter and Saturn, and most important of all the solilunar Saros cycle
and its multiples and derivatives. As this cycle brought the recurrence
of the same eclipse 18 years and 10 days later, at a point about 10
degrees farther along the ecliptic, it was found that each third
return, an interval of 54 years and 1 month, brought a similar return
of a visible eclipse at about the same time of day; also that in 12
times that period, or 649 years, the cycle was completed with a Solar
eclipse prior to the seventh month after the Autumnal equinox, then the
beginning of the ecclesiastical year; and that the lunar eclipse two
weeks later began a new 649-year cycle. It was by such means that most
of the prophecies and the dates of their fulfillment as recorded in the
Bible were arrived at.
The 15-year Solar cycle of the Chaldeans was a slightly different
cycle: largely a chronological point of reference, arrived at by
dividing the 360 degrees of the circle into 24 hourly segments of 15
degrees. On the basis of 1 degree to a year, it became a method of
reckoning occurrences, terrestrial as well as celestial, in
fifteen-year intervals. This cycle was adopted by the Romans as the
period of reappraisals for taxation, and became known as the Indiction
cycle. The Solar cycle of 28 years was the period in which the days of
the week reoccurred on the same days of the month.
J. J. Scaliger devised the Julian period from the product of these
three cycles: the 28-year Solar cycle, the 19-year Soli-Lunar cycle,
and the 15-year Indiction cycle (28 x 19 x 15 = 7980), and made it
begin January 1, 4713 B.C., when the three cycles coincided.
About 1896, J. B. Dimbleby began the reconciling of Biblical dates, and
arrived at the conclusion that the historical records of the
Anti-diluvian Epoch were based upon a 7-year Solar cycle - one fourth
of the Solar cycle as it was employed in a later epoch; and that after
the deluge, chronology was recorded by the 15-year Solar cycle of the
Chaldeans.
His chronology is thus given in successive years, beginning with the
Creation year as 0 A.M. - Anno Mundi, "the year of the world" - thus
avoiding much of the confusion incident to B.C. and A.D. dates. It
begins with the eclipse that fell on the Autumnal Equinox, September
20, 3996 B.C., a year in which its two Solar eclipses fell in April and
October, in which the Solar and Lunar years began simultaneously, and
which coincides with the command recorded in Leviticus 23:24.
Few astrologers of today take the trouble to study the major cycles
through means of which the ancient Biblical porphets were able to
foresee the workings of Destiny - that man could stay if he would, but
seldom does. It is certain that a study of the Eclipse cycles, and the
application of modern adaptations to the study of the various cycles
that were successfully used by the early astrologer-astronomers, will
be productive of gratifying results." (
-Nicholas de Vore's Encyclopedia of Astrology)
"The
eclipses seem like wild cards stressing emotions or bringing chaotic
events or, at times, apparently having little effect. They can
sometimes be positive or very exciting and at other times herald a
period of difficulties." (p. 208, Bernadette Brady, Predictive Astrology)