METHODOLOGY
- METHODOLOGY about 2002 AW197 and other objects
For geological events only, some variations in the range of orb are tried:
2° < orb < 3° for conj., opp., trine and square
2° orb for sextile and semisquare
1° 30' orb for quincunx
1° orb for semisextile and all other aspects
An extension to very slow/long time-range environmental processes is proposed here, because of their connection with geological stages.
However, there is no doubt that many accelerations in these (and many other)
natural processes are due to bad human behaviour/approach.
-----------------------------
For individual charts:
orb < 2° for conjunctions/oppositions to the Sun
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_________________
To illustrate the methodology which I am following, some updated posts on Centaurs List are reported.
Centaurs' Message # 21789 (updated)
AW197/Neptune Opp - Soufrière Hills Volcanic Eruption (Montserrat): July 12, 2003
Soufriere Hills Volcano (Montserrat)
16.72 N, 62.18 W, summit elevation 915 m, stratovolcano
Sunday 13th July 2003
"Montserrat Volcano Observatory reports an eruption on 12th July at 1955 hr UT producing pyroclastic flows and ash. Volcanic explosions occurred late on Saturday and early on Sunday after high seismic activity. The latest explosion sent ash up to 40,000 feet (12,200 metres). Part of the volcano's dome facing the Tar River Valley collapsed on Saturday night, hurling rocks and mud down unto houses. No injuries were reported as residents near the valley were evacuated last October after warnings of a change in the volcano dome's growth. Roads on the British Caribbean island were covered with two inches of mud and many roofs collapsed. Tree branches also snapped under the weight of ash and rock. Ash from this weekend's volcanic explosions caused large volcanic clouds to drift to neighboring islands. Large airlines canceled flights into nearby St. Maarten, a popular Caribbean tourist destination. After nearly four centuries of dormancy, the Soufriere Hills volcano rumbled back to life in 1995, killing 19 people and burying the south end of the 39-square-mile (100-sq-km) island in ash and burning rock. Many residents fled to Britain, the United States or neighboring islands, reducing the population from 11,000 to about 5,000. In the past few years the volcano has calmed, but the dome continues to grow and collapse, sending rivers of superheated rock, ash and gases down its flanks". (volcanolive.com)
------------------------
At:
SOUFRIÈRE HILLS Montserrat, West Indies 16.72°N, 62.18°W; summit elev. 1,052 m; All times are local (= UTC - 4 hours)
"High levels of pyroclastic-flow activity began at Soufriere Hills on 12 July. A hybrid earthquake swarm that began on 9 July merged at 0700 on 12 July into a continuous tremor signal. Prolonged and heavy rainfall occurred on the 12th during 0600-0900, causing mudflows into the Belham Valley. Pyroclastic flows began to travel into the Tar River Valley, with a moderate-sized flow occurring at 0653. A series of similar-sized pyroclastic flows traveled in the Tar River Valley throughout the morning. The first pyroclastic flow reached the sea at 1045. Pyroclastic-flow activity increased slowly through the afternoon until it became almost continuous. Flows also occurred into Tuitt's and White's ghauts. The activity picked up markedly at 1827, with more energetic pyroclastic flows. The level of activity fluctuated thereafter, with several smaller pyroclastic flows into the Tar River Valley, before escalating again at 2005 with another phase of near-continuous pyroclastic flows. The flows increased in size and several surges traveled 2 km over the sea at the mouth of the Tar River Valley. Pyroclastic flows also reached the sea in White's Ghaut and the Spanish Point area. These flows resulted in heavy ashfall and accretionary lapilli, particularly between Salem and Woodlands. A number of explosive events took place during this collapse, with the largest occurring between 2300 and 2400. The Washington VAAC reported that ash clouds rose to a maximum height of ~15 km a.s.l.
Heavy falls of ash and rock fragments occurred over all of the inhabited parts of Montserrat. The ashfall deposit was 115 mm thick at Lime Kiln Bay. The ash burden resulted in the collapse of several wooden buildings in the Salem area. Vegetation damage was extensive with downed trees and branches broken from many others. Many birds were killed by the ash or trapped alive in it. Ashfall from this event was reported on the islands of Nevis, St Kitts, Anguilla, and St Maarten, and resulted in the closure of several airports. At 0910 on 13 July an explosive eruption occurred, following 2 hours of very low seismic activity. The Washington VAAC estimated a cloud height of ~12 km a.s.l.
During a helicopter reconnaissance flight on the morning of 14 July, a large collapse scar was seen in the lava dome directed down the Tar River Valley. The Tar River Valley was extensively modified and eroded with a deep canyon gouged by the pyroclastic flows. The fan had been extended eastwards into the sea and northwards along the coast. The area north of the Tar River Valley extending to Killyhawk Ghaut was devastated".
________________________
Soufrière Hills
Country:
|
United Kingdom
|
Subregion Name:
|
West Indies
|
Volcano Number:
|
1600-05=
|
Volcano Type:
|
Stratovolcano
|
Volcano Status:
|
Historical
|
Last Known Eruption:
|
2003 (continuing)
|
Summit Elevation:
|
915 m
|
3,002 feet
|
Latitude:
|
16.72°N
|
16°43'0"N
|
Longitude:
|
62.18°W
|
62°11'0"W
|
"The complex andesitic Soufrière Hills volcano occupies the southern half of the island of Montserrat. The summit area consists primarily of a series of lava domes emplaced along an ESE-trending zone. Prior to 1995, the youngest dome was Castle Peak, which was located in English's Crater, a 1-km-wide crater breached widely to the east. Block-and-ash flow and surge deposits associated with dome growth predominate in flank deposits. Non-eruptive seismic swarms occurred at 30-year intervals in the 20th century, but with the exception of a 17th-century eruption, no historical eruptions were recorded on Montserrat until 1995. Long-term small-to-moderate ash eruptions beginning in that year were accompanied by lava dome growth and pyroclastic flows that forced evacuation of the southern half of the island and ultimately destroyed the capital city of Plymouth, causing major social and economic disruption to the island".
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METHODOLOGY
and the Orbital Paradigms as suggested by Juan Revilla
In Revilla's message # 21666:
we read:
>"1-) slow and long-range processes on Earth (such as geological processes) "correspond" or are correlated to slow and long-range movement of celestial
objects. I described this correlation as <<a 1:1 correspondence in time based on a metaphorical, non-physical relationship>>
2-) in practice, "Earth" is used as model or "matrix of metaphors", where the 1:1 correspondence is transposed based on analogy rather than on quantity, i.e., it is established at different scales. For example:
- slow and long-range on planet Earth = "deep", geologic, evolution, millions (or hundredths of thousands) of years
- slow and long-range in a human life = "deep", emotional, spiritual, philosophical, social, historical, perhaps re-incarnational, but in scale
of centuries at the most.
This type of associations stem from an aspect of orbital symbolism that I call "orbital domain", i.e., the area or range within which the planet
moves delimits its sphere of action in human life or on Earth, since "place" for planets in the solar system, dynamically speaking, is the equivalent of time-range or frequency (Kepler's 3rd law). Place, sphere or "domain" within the solar system always incorporates a very specific time dimension or range.
This is what differentiates dynamically, for example, Mercury or Venus from Saturn".<
Again, according to Juan Revilla's message # 21639:
"geological events are used as a model or metaphor for the meaning of AW197. In other words: one chooses one type of event among the many that a "prominent" (whatever that means in his case) AW197 can signify, establishes keywords for those events, and assumes that they will also be keywords for AW197.
Geology is used as a model that optimizes the metaphor-building process of giving a general meaning to AW197 that can be applied pragmatically in all cases (political, individual...), where geology as such is not necessarily involved. Geologic events constitute the metaphor".
----------
Consequently, the research is focused on orbital features that are peculiar in KBO's, Plutinos and SDO's.
Minor aspects are used to detect transitional stages of the hypothesized activity of the above mentioned bodies: e.g. the activity in the long time-range between a trine and an opposition.
Some Main Belt Asteroids are involved, according to some symbolic relations with Geology, that are suggested by their names.
___________________
___________________
GEOLOGICAL SETTING
Plate Tectonics
"Montserrat is a member of an island arc, the Lesser Antilles, that is formed where the North American and South American plates grind against, and dive under, the Caribbean plate. (see the world map) The movements of the plates carrying the continents ("plate tectonics") cause the Earth's map to gradually change over geological ages. The material from the plate that dives under another is melted by the hot interior of the planet and the material rises, forming volcanos in long lines - called "island arcs" when they occur at sea, mountain ranges on land "
"Montserrat emerged from the sea fairly recently, geologically speaking, only 25 million years before the present (25My BP)". "The map of the Earth looked then pretty much as it does now, give a take a mountain or island here and there".
"The submarine volcanos that arose from the sea to form Montserrat have long been erased and covered over by more recent eruptions. The geological record seems to indicate the presence of seven different volcanos on the island in the last couple of million years. (See the Montserrat map) The first volcano to erupt, that can be discerned from the geological record, is the Silver Hill volcano, something like 1.55My BP. Over the succeeding ages six other volcanic vents spewed ash and rocks to gradually enlarge the island. About 40Ky BP (Ky = thousand years) the South Soufriere Hill volcano blew".
----------------
Magmatic Features
According to Bowen's "Crystal Fractionation":
a "Magmatic Differentiation" is the source of different volcanic activities.
The magma of Soufriere Hills is an Andesitic Magma.
Andesitic Magmas are formed with a transformation/restructuration of the ancestral, deep, subcrustal Basaltic Magma.
"The andesite series includes lavas with composition ranging from basalt through basaltic andesite to dacite and rhyolite. Virtually all andesites are associated with a subduction zone where oceanic crust underthrusts a continent, the andesites becoming more potassic as well as richer in Cs, Rb, Ba, U & Th inland from the subduction zone. A marked negative Nb, Ta anomaly is always present but is never seen in rocks derived from sub-oceanic mantle. The underthrusting takes place along the line of an associated oceanic trench, usually of great depth, up to 32,000ft (10,000m).
The subduction plane is assumed to coincide with the Benioff zone, a plane of high earthquake intensity, which dips inward at an angle of up to 40 degrees under Peru or as low as 20 under southern Chile. The volcanoes tend to lie 50-100 miles on the continental side of the trench".
Also, Andesitic Magmas are the result of melting processes with a deep fusion of ancient sedimentary/continental/marine materials.
etc. At convergent boundaries rising molten bodies, may overtake one another and mix to form average compositions (Magma Mixing).
_______________________________
_______________________________
Astrological Setting (Tropical - Placidus)
Assuming Soufrière Hills (62w11-16n43) at 10:53 UT
Using RIYAL 2.11
RIYAL Sat July 12 2003 UT 10h53m00s Lat16n43 Lon62w11 SORT ALL
Talos = 0Ge21 11s01 9n26 Tau 1.2 1 23.2 [0..2]
TC302 = 0Ta28 3n45 15n08 Ari 48.1 412 35.1 [39..72]
Moon = 1Cp32 2s48 26s14 Sgr 1.0 0 5.1
FY128 = 1Li43 4s19 4s38 Vir 37.9 351 11.8 [37..63]
FZ173 = 1Li54 0s15 0s59 Vir 33.0 805 12.7 [32..141]
MD10 = 2Le13 29s36 9s14 Mon 15.2 137 59.1 [2..52]
Uranus = 2Pi21 r 0s47 11s22 Aqr 20.0 84 0.8
RZ215 = 2Pi32 r 5s04 15s17 Aqr 31.3 1006 25.5 [31..170]
SQ73 = 2Ta34 3n54 16n01 Ari 15.9 73 17.4 [14..20]
XX143 = 2Le40 2n10 21n40 Cnc 25.4 76 6.8 [10..26]
FP185 = 2Li46 2n57 1n36 Vir 34.3 3372 30.8 [34..415]
Midheav = 3Ta13 0n00 12n35 Ari
WN188 = 3Ca39 12s42 10n42 Ori 3.5 56 27.0 [2..27]
Pylenor = 3Ge42 5s03 15n55 Tau 18.9 69 5.4 [12..22]
Chaos = 3Ge48 2n39 23n31 Tau 42.1 311 12.0 [41..51]
CO1 = 3Vi59 18n19 27n00 LMi 11.7 96 19.7 [11..31]
GZ32 = 4Li00 14n36 11n48 Vir 20.8 111 15.0 [18..28]
Thereus = 4Ar20 9n55 10n49 Peg 9.4 35 20.4 [9..13]
GQ21 = 4Sc26 r 5n02 8s15 Vir 39.7 913 13.3 [38..150]
Ascend = 4Le37 0n00 19n06 Cnc
Saturn = 4Ca57 0s47 22n34 Gem 9.0 30 2.5
GO9 = 5Sc15 12n47 1s12 Vir 14.1 86 12.8 [14..25]
Hidalgo = 5Pi56 r 43s45 48s44 Phe 4.9 14 42.6 [2..10]
TO66 = 6Ar33 r 5n12 7n22 Psc 46.3 284 27.5 [38..48]
Elatus = 6Ca43 0n40 23n56 Gem 9.8 41 5.3 [7..17]
Ixion = 6Sa57 r 1n10 20s20 Sco 42.9 247 19.7 [30..49]
Radamantu= 7Li13 0n18 2s35 Vir 38.9 245 12.7 [33..45]
FZ53 = 7Sc17 r 12n20 2s16 Vir 18.3 116 34.8 [12..35]
CE10 = 7Ta31 r 23n01 35n34 Tri 2.1 30 145.5 [2..17]
Apogee = 7Ge38 r 0n50 22n24 Tau
Pelion = 7Pi41 r 4s37 12s58 Aqr 18.2 89 9.4 [17..23]
GB32 = 8Li01 3n07 0s19 Vir 36.8 3124 14.2 [35..392]
CO104 = 8Vi10 0n40 9n08 Leo 20.9 120 3.1 [21..28]
Mars = 8Pi18 5s01 13s06 Aqr 1.4 2 1.8
EL61 = 8Li32 26n19 20n43 Com 51.3 284 28.2 [35..51]
CF119 = 9Le10 2s09 15n53 Cnc 39.1 862 19.7 [39..142]
KF77 = 9Sc17 r 2s02 16s31 Lib 21.8 133 4.4 [20..32]
Venus = 9Ca27 0n12 23n19 Gem 0.7 1 3.4
QF6 = 9Le28 4s02 13n59 Cnc 4.8 19 24.3 [2..12]
NN8 = 9Ar55 r 3n45 7n23 Psc 5.2 966 165.4 [2..193]
Cyllarus = 10Ge04 3n27 25n23 Tau 20.5 134 12.6 [16..36]
DH5 = 10Vi10 2n27 10n01 Leo 14.9 105 22.4 [14..30]
AB229 = 10Cp18 r 58s20 80s31 Oct 10.9 385 68.7 [2..104]
LE31 = 10Le22 9n39 26n54 Cnc 8.6 23 151.9 [4..12]
TD10 = 10Ta25 3s04 12n02 Ari 13.7 950 6.0 [12..181]
Hylonome = 10Sc28 r 2n59 12s07 Lib 19.7 126 4.1 [19..31]
Dioretsa = 10Ge36 14s19 7n52 Ori 10.6 116 160.4 [2..45]
Quaoar = 10Sa48 r 7n15 14s54 Oph 43.4 285 8.0 [42..45]
PJ30 = 10Aq51 r 1n43 15s52 Cap 41.5 1337 5.7 [29..214]
OM67 = 12Pi05 r 5n58 1s30 Aqr 40.8 960 23.4 [39..155]
Neptune = 12Aq24 r 0n00 17s05 Cap 30.1 164 1.8
CR46 = 12Le37 1n26 18n23 Cnc 17.8 238 2.4 [18..59]
TX300 = 12Ar46 19n28 22n52 And 40.8 284 25.9 [38..48]
Varuna = 13Ca07 1n42 24n29 Gem 43.2 284 17.1 [41..45]
RP120 = 13Ar09 r 60n29 57n27 Cep 3.8 414 119.1 [2..109]
GB10 = 13Li18 11s44 16s01 Crv 15.2 126 13.3 [15..35]
OX3 = 13Aq30 r 2n11 14s41 Cap 25.8 182 2.6 [18..47]
AW197 = 13Le49 7s19 9n40 Cnc 47.2 328 24.3 [41..54]
SB60 = 13Pi57 r 21n48 13n49 Peg 43.5 271 24.0 [37..46]
PN34 = 14Aq02 r 4n07 12s40 Aqr 13.5 170 16.7 [13..48]
WU24 = 14Li03 42n13 33n01 CVn 13.1 59 42.6 [1..29]
PA44 = 14Sc14 1n36 14s35 Lib 4.0 53 3.3 [3..25]
HL3 = 14Ge34 6s34 16n01 Tau 6.2 38 35.6 [2..21]
QJ1 = 14Ca36 10n30 33n05 Gem 11.8 38 23.5 [2..20]
Chiron = 14Cp56 r 7n20 15s19 Sgr 12.2 50 6.9 [8..19]
Vertex = 15Sc10
Damocles = 15Aq49 r 0n39 15s29 Cap 19.9 41 62.1 [2..22]
HE46 = 15Ca57 9s27 13n06 Gem 9.9 115 158.4 [2..45]
DG8 = 16Cp11 r 10s25 32s48 Sgr 7.5 36 129.4 [2..19]
OO67 = 16Pi28 r 7s55 12s38 Aqr 20.9 12038 20.1 [21..1030
Bienor = 16Pi33 r 2n22 3s07 Psc 19.0 67 20.8 [13..20]
QB1 = 16Ar43 0n36 7n07 Psc 40.9 290 2.2 [41..47]
96PW = 17Ca11 18s14 4n14 Mon 18.1 4446 29.8 [3..538]
RZ214 = 17Ar16 6n51 13n06 Psc 41.2 772 20.5 [37..132]
FX128 = 17Li32 10n51 3n09 Vir 25.3 1051 22.3 [18..189]
TL66 = 17Ta39 3s39 13n35 Ari 35.1 768 24.0 [35..133]
AZ84 = 17Ca40 7s49 14n31 Gem 45.9 250 13.5 [33..47]
Pluto = 17Sa48 r 9n26 13s29 Oph 30.7 248 17.2 [30..49]
FY9 = 17Vi49 28n43 30n58 UMa 51.8 310 29.0 [39..53]
Pholus = 17Sc51 r 23n48 5n46 Ser 18.0 92 24.7 [9..32]
CR105 = 18Le16 4n17 19n25 Leo 54.3 3477 22.7 [44..415]
Sedna = 18Ta24 11s47 5n57 Cet 89.7 12085 11.9 [76..977]
CZ118 = 19Vi03 2s35 1n57 Leo 44.1 1262 27.7 [38..196]
DA62 = 19Vi11 29n09 30n48 Com 4.2 21 52.2 [4..11]
Sun = 19Ca42 0n00 22n00 Gem 1.0 1 0.0
RD215 = 19Ar49 5n47 13n06 Psc 39.6 1342 25.9 [38..206]
TY364 = 19Ar52 21s23 12s02 Cet 39.9 242 24.9 [36..41]
Heracles = 19Ar59 7n30 14n45 Psc 3.2 2 9.1 [0..3]
Jupiter = 20Le12 0n48 15n31 Leo 5.4 12 1.3
UB313 = 20Ar38 14s55 5s47 Cet 97.0 558 44.0 [38..98]
CY118 = 20Vi46 4n16 7n34 Leo 34.7 881 25.5 [35..149]
OP32 = 20Aq53 r 19n41 4n10 Equ 40.9 282 27.2 [39..47]
XZ255 = 21Ca30 1n22 23n04 Gem 16.1 64 2.6 [15..17]
XS35 = 21Vi44 15n09 17n09 Leo 11.6 76 19.5 [1..35]
Chariklo = 22Vi10 19s04 14s23 Crt 13.1 63 23.4 [13..19]
Nessus = 22Cp32 r 16s22 37s40 Sgr 18.1 121 15.6 [12..37]
Okyrhoe = 23Ta18 11s59 6n58 Tau 8.2 24 15.6 [6..11]
XA255 = 23Ca28 1n28 22n51 Gem 14.4 166 12.7 [9..51]
UR163 = 23Ar33 0n44 9n50 Psc 49.2 369 0.8 [37..66]
Orcus = 23Le37 16s56 2s22 Hya 47.6 248 20.5 [31..48]
RN109 = 23Ge51 46s41 23s20 Lep 3.3 50151 58.0 [3..2717]
Huya = 23Li54 9n23 0s32 Vir 29.4 249 15.5 [29..51]
RG33 = 24Ge16 28n26 51n43 Aur 11.3 29 34.9 [2..17]
MS4 = 24Sa25 r 13n46 9s34 Oph 47.5 269 17.7 [36..48]
BU48 = 25Le11 3n19 16n15 Leo 28.7 194 14.2 [21..46]
CC22 = 25Le13 2n39 15n36 Leo 4.2 20 6.4 [4..11]
YH32 = 25Sc15 r 76s50 75s25 Cha 5.9 23 79.1 [4..13]
KX14 = 25Sc50 r 0s19 19s31 Lib 39.7 241 0.4 [37..40]
GV9 = 25Li54 15s30 24s22 Hya 38.9 273 22.0 [39..46]
VS2 = 26Ta02 13n33 32n23 Per 36.4 249 14.8 [36..43]
UX25 = 26Ar09 0s02 10n04 Psc 42.6 279 19.4 [37..49]
QB243 = 26Aq20 r 0s42 13s24 Cap 20.0 204 6.8 [15..54]
Phaethon = 26Ge22 3n44 27n07 Tau 1.5 1 22.2 [0..2]
Asbolus = 26Aq48 r 14s13 25s52 PsA 7.1 76 17.6 [7..29]
VQ94 = 27Ta07 35n09 53n16 Per 9.0 3213 70.5 [7..429]
WL7 = 27Ar16 3n38 13n53 Psc 16.2 87 11.3 [15..24]
GM137 = 27Sc19 r 7n48 11s58 Lib 7.0 22 15.9 [7..9]
VU2 = 27Vi29 11s41 9s42 Crt 6.4 18 13.7 [3..11]
BL41 = 27Le42 8s54 3n54 Sex 9.3 31 12.5 [7..13]
Mercury = 27Ca52 1n49 22n22 Cnc 0.3 0 7.0
Deucalion= 28Li12 0n08 10s42 Vir 43.6 294 0.4 [42..47]
Node = 28Ta24 r 0n00 19n48 Tau
EC98 = 28Vi37 0n40 1n10 Vir 14.4 35 4.3 [6..16]
Hephaisto= 29Ge16 7n02 30n28 Aur 2.7 3 11.8 [0..4]
QD112 = 29Pi17 r 1s39 1s48 Psc 11.4 82 14.5 [8..30]
Icarus = 29Cp21 r 21s22 41s05 Mic 2.0 1 22.9 [0..2]
VR130 = 29Ar37 1s25 10n01 Psc 14.9 113 3.5 [15..32]
----------------------
Cuvier 10 Le 49 Milankovitch 23 Le 05 Richter 24 Le 28
Darwin 21 Le 39 Mohorovicic 29 Le 38 Tazieff 8 Aq 30
Flammario 25 Cp 17 Nephele 10 Ca 04 Vulcano 11 Vi 20
Flammeus 4 Ta 01 Pele 23 Sa 18 Wegener 16 Vi 06
Humboldt 20 Ar 49 Plinius 6 Cp 04 Werner 2 Vi 23
---------------------------
Focused Minor Planets
1)
AW197 = 13 Le 49
Neptune = 12 Aq 24 r
OX3 = 13 Aq 30 r
--------
TX300 = 12 Ar 46 Trine
Hephaistos = 29 Ge16 Semisquare
SB60 = 13 Pi 57 r Quincunx
______________
2)
TL66 = 17 Ta 39
Sedna = 18 Ta 24
--------
Pluto = 17 Sa 48 r Quincunx
FX128 = 17 Li 32
--------
TL66 is at the point of a yod, with Pluto and FX128 sextile
--------
OO67 = 16 Pi 28 r Sextile
AZ84 = 17Ca40
--------
RZ214 = 17 Ar 16 Semisextile
QB1 = 16 Ar 43
--------
FY9 = 17 Vi 49 Trine
Wegener = 16 Vi 06
--------
CR105 = 18 Le 16 Square
_______________
3)
Orcus = 23 Le 37
Richter = 24 Le 28
Milankovitch = 23 Le 05
------
Venus = 9 Ca 27 Semisquare
EL61 = 8 Li 32
------
UR163 = 23 Ar 33 Trine
Pele = 23 Sa 18
------
Huya = 23 Li 54 Sextile
_______________
4)
OO67 = 16 Pi 28 r
FY9 = 17 Vi 49
Wegener = 16 Vi 06
-------
Pluto = 17 Sa 48 r Square
TL66 = 17 Ta 39 Sextile
FX128 = 17 Li 32 Quincunx
-------
RZ214 = 17 Ar 16 Semisextile
QB1 = 16 Ar 43
_____________________
5)
Chaos = 3 Ge 48
Pylenor = 3 Ge 42
--------
Uranus = 2 Pi 21 r Square
RZ215 = 2 Pi 32 r
--------
Sun = 19 Ca 42 Semisquare
--------
Flammeus = 4 Ta 01 Semisextile
Midheav = 3 Ta 13
--------
Ascend = 4 Le 37 Sextile
Werner = 2 Vi 23 Square
FP185 = 2 Li 46 Trine
____________________
Others:
6)
RD215 = 19 Ar 49
TY364 = 19Ar52
UB313 = 20 Ar 38
Humboldt = 20 Ar 49
--------
Sun = 19 Ca 42 Square
--------
Jupiter = 20 Le 12 Trine
CR105 = 18 Le 16
--------
Chaos = 3 Ge 48 Semisquare
_________________________
7)
RZ215 = 2 Pi 32 r
Uranus = 2 Pi 21 r
Werner = 2 Vi 23
-------
Moon = 1 Cp 32 Sextile
-------
Chaos = 3 Ge 48 Square
Pylenor = 3 Ge 42
RZ214 = 17 Ar 16 Semisquare
---------
FP185 = 2 Li 46
FY128 = 1 Li 43 Quincunx
FZ173 = 1 Li 54
_______________________
8)
EL61 = 8 Li 32
Mars = 8 Pi 18 Quincunx
Venus = 9 Ca 27 Square
Orcus = 23 Le 37 Semisquare
----------
Apogee = 7 Ge 38 r Trine
Tazieff = 8 Aq 30
______________________________________________
______________________________________________
Astrological Setting (Sidereal - Fagan/Bradley)
Using RIYAL 2.11
RIYAL Sat July 12 2003 UT 10h53m00s Lat16n43 Lon62w11 SORT ALL
BU48 = 0Le24 3n19 16n15 Leo 28.7 194 14.2 [21..46]
CC22 = 0Le26 2n39 15n36 Leo 4.2 20 6.4 [4..11]
YH32 = 0Sc28 r 76s50 75s25 Cha 5.9 23 79.1 [4..13]
KX14 = 1Sc02 r 0s19 19s31 Lib 39.7 241 0.4 [37..40]
GV9 = 1Li07 15s30 24s22 Hya 38.9 273 22.0 [39..46]
VS2 = 1Ta14 13n33 32n23 Per 36.4 249 14.8 [36..43]
UX25 = 1Ar22 0s02 10n04 Psc 42.6 279 19.4 [37..49]
QB243 = 1Aq32 r 0s42 13s24 Cap 20.0 204 6.8 [15..54]
Phaethon = 1Ge35 3n44 27n07 Tau 1.5 1 22.2 [0..2]
Asbolus = 2Aq01 r 14s13 25s52 PsA 7.1 76 17.6 [7..29]
VQ94 = 2Ta20 35n09 53n16 Per 9.0 3213 70.5 [7..429]
WL7 = 2Ar28 3n38 13n53 Psc 16.2 87 11.3 [15..24]
GM137 = 2Sc32 r 7n48 11s58 Lib 7.0 22 15.9 [7..9]
VU2 = 2Vi42 11s41 9s43 Crt 6.4 18 13.7 [3..11]
BL41 = 2Le55 8s54 3n54 Sex 9.3 31 12.5 [7..13]
Mercury = 3Ca05 1n49 22n22 Cnc 0.3 0 7.0
Deucalion= 3Li24 0n08 10s42 Vir 43.6 294 0.4 [42..47]
Node = 3Ta37 r 0n00 19n48 Tau
EC98 = 3Vi50 0n40 1n10 Vir 14.4 35 4.3 [6..16]
Hephaisto= 4Ge29 7n02 30n28 Aur 2.7 3 11.8 [0..4]
QD112 = 4Pi29 r 1s39 1s48 Psc 11.4 82 14.5 [8..30]
Icarus = 4Cp34 r 21s22 41s05 Mic 2.0 1 22.9 [0..2]
VR130 = 4Ar50 1s25 10n01 Psc 14.9 113 3.5 [15..32]
Talos = 5Ta33 11s01 9n26 Tau 1.2 1 23.2 [0..2]
TC302 = 5Ar41 3n45 15n08 Ari 48.1 412 35.1 [39..72]
Moon = 6Sa45 2s48 26s14 Sgr 1.0 0 5.1
FY128 = 6Vi56 4s19 4s38 Vir 37.9 351 11.8 [37..63]
FZ173 = 7Vi07 0s15 0s59 Vir 33.0 805 12.7 [32..141]
MD10 = 7Ca25 29s36 9s14 Mon 15.2 137 59.1 [2..52]
Uranus = 7Aq34 r 0s47 11s22 Aqr 20.0 84 0.8
RZ215 = 7Aq45 r 5s04 15s17 Aqr 31.3 1006 25.5 [31..170]
SQ73 = 7Ar46 3n54 16n01 Ari 15.9 73 17.4 [14..20]
XX143 = 7Ca53 2n10 21n40 Cnc 25.4 76 6.8 [10..26]
FP185 = 7Vi58 2n57 1n36 Vir 34.3 3372 30.8 [34..415]
Midheav = 8Ar26 0n00 12n35 Ari
WN188 = 8Ge52 12s42 10n41 Ori 3.5 56 27.0 [2..27]
Pylenor = 8Ta55 5s03 15n55 Tau 18.9 69 5.4 [12..22]
Chaos = 9Ta01 2n39 23n31 Tau 42.1 311 12.0 [41..51]
CO1 = 9Le12 18n19 27n00 LMi 11.7 96 19.7 [11..31]
GZ32 = 9Vi13 14n36 11n48 Vir 20.8 111 15.0 [18..28]
Thereus = 9Pi33 9n55 10n49 Peg 9.4 35 20.4 [9..13]
GQ21 = 9Li38 r 5n02 8s15 Vir 39.7 913 13.3 [38..150]
Ascend = 9Ca50 0n00 19n06 Cnc
Saturn = 10Ge10 0s47 22n34 Gem 9.0 30 2.5
GO9 = 10Li28 12n47 1s12 Vir 14.1 86 12.8 [14..25]
Hidalgo = 11Aq09 r 43s45 48s44 Phe 4.9 14 42.6 [2..10]
TO66 = 11Pi46 r 5n12 7n22 Psc 46.3 284 27.5 [38..48]
Elatus = 11Ge56 0n40 23n56 Gem 9.8 41 5.3 [7..17]
Ixion = 12Sc10 r 1n10 20s20 Sco 42.9 247 19.7 [30..49]
Radamantu= 12Vi26 0n18 2s35 Vir 38.9 245 12.7 [33..45]
FZ53 = 12Li30 r 12n20 2s16 Vir 18.3 116 34.8 [12..35]
CE10 = 12Ar44 r 23n01 35n34 Tri 2.1 30 145.5 [2..17]
Apogee = 12Ta51 r 0n50 22n24 Tau
Pelion = 12Aq54 r 4s37 12s58 Aqr 18.2 89 9.4 [17..23]
GB32 = 13Vi14 3n07 0s19 Vir 36.8 3124 14.2 [35..392]
CO104 = 13Le23 0n40 9n08 Leo 20.9 120 3.1 [21..28]
Mars = 13Aq31 5s01 13s06 Aqr 1.4 2 1.8
EL61 = 13Vi45 26n19 20n43 Com 51.3 284 28.2 [35..51]
CF119 = 14Ca23 2s09 15n53 Cnc 39.1 862 19.7 [39..142]
KF77 = 14Li30 r 2s02 16s31 Lib 21.8 133 4.4 [20..32]
Venus = 14Ge40 0n12 23n18 Gem 0.7 1 3.4
QF6 = 14Ca41 4s02 13n59 Cnc 4.8 19 24.3 [2..12]
NN8 = 15Pi08 r 3n45 7n23 Psc 5.2 966 165.4 [2..193]
Cyllarus = 15Ta17 3n27 25n23 Tau 20.5 134 12.6 [16..36]
DH5 = 15Le23 2n27 10n01 Leo 14.9 105 22.4 [14..30]
AB229 = 15Sa30 r 58s20 80s31 Oct 10.9 385 68.7 [2..104]
LE31 = 15Ca35 9n39 26n54 Cnc 8.6 23 151.9 [4..12]
TD10 = 15Ar38 3s04 12n02 Ari 13.7 950 6.0 [12..181]
Hylonome = 15Li41 r 2n59 12s07 Lib 19.7 126 4.1 [19..31]
Dioretsa = 15Ta49 14s19 7n52 Ori 10.6 116 160.4 [2..45]
Quaoar = 16Sc01 r 7n15 14s53 Oph 43.4 285 8.0 [42..45]
PJ30 = 16Cp04 r 1n43 15s52 Cap 41.5 1337 5.7 [29..214]
OM67 = 17Aq18 r 5n58 1s30 Aqr 40.8 960 23.4 [39..155]
Neptune = 17Cp37 r 0n00 17s05 Cap 30.1 164 1.8
CR46 = 17Ca50 1n26 18n23 Cnc 17.8 238 2.4 [18..59]
TX300 = 17Pi58 19n28 22n52 And 40.8 284 25.9 [38..48]
Varuna = 18Ge20 1n42 24n29 Gem 43.2 284 17.1 [41..45]
RP120 = 18Pi22 r 60n29 57n27 Cep 3.8 414 119.1 [2..109]
GB10 = 18Vi30 11s44 16s01 Crv 15.2 126 13.3 [15..35]
OX3 = 18Cp43 r 2n11 14s41 Cap 25.8 182 2.6 [18..47]
AW197 = 19Ca01 7s19 9n40 Cnc 47.2 328 24.3 [41..54]
SB60 = 19Aq10 r 21n48 13n49 Peg 43.5 271 24.0 [37..46]
PN34 = 19Cp14 r 4n07 12s40 Aqr 13.5 170 16.7 [13..48]
WU24 = 19Vi16 42n13 33n01 CVn 13.1 59 42.6 [1..29]
PA44 = 19Li27 1n36 14s35 Lib 4.0 53 3.3 [3..25]
HL3 = 19Ta47 6s34 16n01 Tau 6.2 38 35.6 [2..21]
QJ1 = 19Ge49 10n30 33n04 Gem 11.8 38 23.5 [2..20]
Chiron = 20Sa09 r 7n20 15s18 Sgr 12.2 50 6.9 [8..19]
Vertex = 20Li23
Damocles = 21Cp02 r 0n39 15s29 Cap 19.9 41 62.1 [2..22]
HE46 = 21Ge10 9s27 13n06 Gem 9.9 115 158.4 [2..45]
DG8 = 21Sa24 r 10s25 32s48 Sgr 7.5 36 129.4 [2..19]
OO67 = 21Aq41 r 7s55 12s38 Aqr 20.9 12038 20.1 [21..1030
Bienor = 21Aq46 r 2n22 3s07 Psc 19.0 67 20.8 [13..20]
QB1 = 21Pi56 0n36 7n07 Psc 40.9 290 2.2 [41..47]
96PW = 22Ge24 18s14 4n14 Mon 18.1 4446 29.8 [3..538]
RZ214 = 22Pi29 6n51 13n06 Psc 41.2 772 20.5 [37..132]
FX128 = 22Vi45 10n51 3n09 Vir 25.3 1051 22.3 [18..189]
TL66 = 22Ar52 3s39 13n35 Ari 35.1 768 24.0 [35..133]
AZ84 = 22Ge53 7s49 14n31 Gem 45.9 250 13.5 [33..47]
Pluto = 23Sc00 r 9n26 13s29 Oph 30.7 248 17.2 [30..49]
FY9 = 23Le02 28n43 30n58 UMa 51.8 310 29.0 [39..53]
Pholus = 23Li03 r 23n48 5n46 Ser 18.0 92 24.7 [9..32]
CR105 = 23Ca28 4n17 19n25 Leo 54.3 3477 22.7 [44..415]
Sedna = 23Ar37 11s47 5n57 Cet 89.7 12085 11.9 [76..977]
CZ118 = 24Le16 2s35 1n57 Leo 44.1 1262 27.7 [38..196]
DA62 = 24Le24 29n09 30n48 Com 4.2 21 52.2 [4..11]
Sun = 24Ge55 0n00 22n00 Gem 1.0 1 0.0
RD215 = 25Pi01 5n47 13n06 Psc 39.6 1342 25.9 [38..206]
TY364 = 25Pi05 21s23 12s02 Cet 39.9 242 24.9 [36..41]
Heracles = 25Pi11 7n30 14n45 Psc 3.2 2 9.1 [0..3]
Jupiter = 25Ca25 0n48 15n30 Leo 5.4 12 1.3
UB313 = 25Pi51 14s55 5s47 Cet 97.0 558 44.0 [38..98]
CY118 = 25Le59 4n16 7n34 Leo 34.7 881 25.5 [35..149]
OP32 = 26Cp06 r 19n41 4n10 Equ 40.9 282 27.2 [39..47]
XZ255 = 26Ge42 1n22 23n04 Gem 16.1 64 2.6 [15..17]
XS35 = 26Le57 15n09 17n09 Leo 11.6 76 19.5 [1..35]
Chariklo = 27Le23 19s04 14s23 Crt 13.1 63 23.4 [13..19]
Nessus = 27Sa45 r 16s22 37s40 Sgr 18.1 121 15.6 [12..37]
Okyrhoe = 28Ar31 11s59 6n58 Tau 8.2 24 15.6 [6..11]
XA255 = 28Ge41 1n28 22n51 Gem 14.4 166 12.7 [9..51]
UR163 = 28Pi46 0n44 9n50 Psc 49.2 369 0.8 [37..66]
Orcus = 28Ca50 16s56 2s22 Hya 47.6 248 20.5 [31..48]
RN109 = 29Ta04 46s41 23s20 Lep 3.3 50151 58.0 [3..2717]
Huya = 29Vi06 9n23 0s32 Vir 29.4 249 15.5 [29..51]
RG33 = 29Ta29 28n26 51n43 Aur 11.3 29 34.9 [2..17]
MS4 = 29Sc38 r 13n46 9s34 Oph 47.5 269 17.7 [36..48]
----------------
Cuvier 16 Ca 02 Milankovitch 28 Ca 17 Richter 29 Ca 41
Darwin 26 Ca 52 Mohorovicic 4 Le 50 Tazieff 13 Cp 43
Flammario 0 Cp 30 Nephele 15 Ge 17 Vulcano 16 Le 32
Flammeus 9 Ar 14 Pele 28 Sc 31 Wegener 21 Le 19
Humboldt 26 Pi 02 Plinius 11 Sa 17 Werner 7 Le 36
---------------------------------
Focused Minor Planets
1)
AW197 = 19 Ca 01
Neptune = 17 Cp 37 r
OX3 = 18 Cp 43 r
--------
TX300 = 17 Pi 58 Trine
Hephaistos = 4 Ge 29 Semisquare
SB60 = 19Aq10 r Quincunx
_____________________________
2)
TL66 = 22 Ar 52
Sedna = 23 Ar 37
--------
OO67 = 21 Aq 41 r Sextile
AZ84 = 22 Ge 53
--------
QB1 = 21 Pi 56 Semisextile
RZ214 = 22 Pi 29
--------
Pluto = 23 Sc 00 r Quincunx
FX128 = 22 Vi 45
--------
TL66 is at the point of a yod, with Pluto and FX128 sextile
--------
CR105 = 23 Ca 28 Square
FY9 = 23 Le 02 Trine
Wegener = 21 Le 19
_____________________________
3)
Orcus = 28 Ca 50
Richter = 29 Ca 41
Milankovitch = 28 Ca 17
------
Venus = 14 Ge 40 Semisquare
------
UR163 = 28 Pi 46 Trine
Pele = 28 Sc 31
____________________________
4)
OO67 = 21 Aq 41 r
FY9 = 23 Le 02
Wegener = 21 Le 19
Pluto = 23 Sc 00 r Square
TL66 = 22 Ar 52 Sextile
AZ84 = 22Ge53 Trine
FX128 = 22 Vi 45 Quincunx
-------
RZ214 = 22 Pi 29 Semisextile
QB1 = 21 Pi 56
_________________________
5)
Chaos = 9 Ta 01
Pylenor = 8 Ta 55
---------
Uranus = 7 Aq 34 r Square
Werner = 7 Le 36
---------
Sun = 24 Ge 55 Semisquare
---------
Flammeus = 9 Ar 14 Semisextile
Midheav = 8 Ar 26
---------
FP185 = 7Vi58 Trine
---------
Ascend = 9 Ca 50 Sextile
_________________________
Others:
6)
RD215 = 25 Pi 01
UB313 = 25 Pi 51
TY364 = 25 Pi 05
Humboldt = 26 Pi 02
--------
Sun = 24 Ge 55 Square
--------
Jupiter = 25 Ca 25 Trine
CR105 = 23 Ca 28
--------
Chaos = 9 Ta 01 Semisquare
____________________
7)
RZ215 = 7 Aq 45 r
Uranus = 7 Aq 34 r
Werner = 7 Le 36
-------
Moon = 6 Sa 45 Sextile
-------
Chaos = 9 Ta 01 Square
Pylenor = 8 Ta 55
-------
RZ214 = 22 Pi 29 Semisquare
-------
FP185 = 7Vi58
FY128 = 6Vi56 Quincunx
FZ173 = 7Vi07
_____________________
8)
EL61 = 13 Vi 45
Mars = 13 Aq 31 Quincunx
Venus = 14 Ge 40 Square
Orcus = 28 Ca 50 Semisquare
Apogee = 12 Ta 51 r Trine
Tazieff = 13 Cp 43
_________________________________________________________
Tentative Astrology/Geology Correlations
According to the above mentioned geological features, the AW197/Neptune Opp, TL66/Pluto Quincunx, OO67/Pluto Square seem to have a prominence in the chart for this event.
Plate Tectonics's "Subduction" processes in a "Oceanic Area" seem to be related to Neptunian symbolisms.
The rising up of the deep ancestral, subcrustal magma - after being transformed/metamorphosed, seems to be related to Plutonic symbolisms.
Again, in Revilla's message # 21666:
>"...Neptune..is an excellent symbol of sedimentary
rocks, as an epitome of Uniformitarianism: eons of slow accumulation/deposition, strongly related to the layering, circling and.or rounding action of water or the wind (i.e. flowing...). Neptune has an
affinity with large water masses, with rivers and oceans with the layered "formations" used in geological nomenclature".<
Perhaps, the whole Soufrière Hills event is inserted in this Neptunian symbology.
>"Probably, ancient rock formations ...by themselves are not Neptune, but the slow "rounding" or "reducing" action of the agents of meteorization, where even the hardest rock proves to be malleable given enough time, may be represented by it".<
This relation seems to be fitting well with a sort of metaphoric extension: the above mentioned Bowen's "Crystal Fractionation" is a "layered" process, with a "layered", "stratified" action on the ancestral magma.
>"Neptune is the big gravitational frontier of the solar system, so it also represents the "breaking point" beyond which the individual defenses are no longer effective, and the process of socialization wins over... that is the meteorization".<
Perhaps, the "Crystal Fractionation" also: the individual crystals are without a defense facing their inner structural transformation.
>"... so that the big rock formations are probably represented by the "classical" cubewanos with very round orbits, farther away than Neptune.
Metamorphic and plutonic (igneous) processes are related to the Pluto and the plutinos, geologic upheavals to the SDO's.<
So, Soufrière Hills Volcano and his surrounding marine, oceanic environment seem to be fitting well with the orbital symbolism related to AW197.
Perhaps, the 24° inclination of the orbit may be related to the transitional features that are frequent in Geology. In fact, many big metamorphic (geologically) rock formations , such as "Schists", have "layered" or rounded structures (Orbicular structures and Eclogites) that are similar to those structures that are common in sedimentary rocks (some structures in the tectonic plates that are involved in Soufrière Hills, also).
A schist:
At a microscopic level:
Orbicular structures:
|
|
Left: Orbicular Structures.
|
Eclogite:
Garnet (Grt) and clinopyroxene (Onf) are the two major minerals in eclogite. Eclogite is basalt which has been metamorphosed at very high pressures in subduction zones.
Soufrière Hills is a "stratovolcano", that is a "layered volcano" with a depositional structure that it is very similar to a sedimentary process.
Perhaps, the explosive rising up of the more properly igneous material and the rising up of a "Lava dome" may be related to the TL66/Pluto quincunx.
Perhaps, the OO67/Pluto square may be related to a significant activity of OO67 as a marker for important steps in the geologic history.
Perhaps, AW197 seems to be active as a "catalyst" and as an "assembler" for the activities of other significant bodies: this is evidenced, up to now, by the very long time-range aspects with the slow moving main planets and bodies such as TL66.
About some relations between the AW197 orbital symbolism and some suggested keywords, Soufrière Hills Volcano has a stable, continue "social impact". The following report seems to be interesting:
Soufriere Hills Volcano (Montserrat)
16.72 N, 62.18 W, summit elevation 915 m, stratovolcano
Wednesday 16th July 2003
"Montserrat's governor declared the Caribbean island a disaster zone Tuesday, days after a volcanic eruption spewed clouds of rock and ash. Workers used bulldozers Tuesday to clear roads caked with ash that had hardened to a cement-like state following rains. Residents used shovels and pickaxes to clear their stairs and roofs. Volcanic flows of superheated debris and rock rolled about 3 miles down the side of the Soufriere Hills volcano. Heavy ash collapsed several buildings in the area of northwestern Salem. The ash was so heavy it broke off tree branches and smothered birds. Minor explosions continued to rumble from the depths of the volcano through Monday, but not enough to cause major ash fallout. There were no reports of serious injury. But Montserrat medical officials have asked international donors for 50,000 dust masks in an effort to prevent respiratory problems among islanders and workers clearing ash". (volcanolive.com)
This is a global impact: e.g., Etna Volcano is similar. Vesuvius, potentially and very probably, is more dangerous.
Obviously, this is only my rough, preliminar approach to an explanation for collected data about an hypotesized "geologic" delineation of AW197. Looking at further inprovements.
_______________________________________________
_______________________________________________
Centaurs' Message # 21871 (Updated)
M 6.0 Earthquake in Celebes Sea: July 01, 2003
Magnitude 6.0 CELEBES SEA
2003 July 01 05:52:24 UTC
Preliminary Earthquake Report
U.S. Geological Survey, National Earthquake Information Center
World Data Center for Seismology, Denver
|
|
|
|
Magnitude
|
6.0
|
Date-Time
|
Tuesday, July 01, 2003 at 05:52:24 (UTC) - Coordinated Universal Time
Tuesday, July 01, 2003 at 01:52:24 PM local time at epicenter
|
Location
|
4.57N 122.55E
|
Depth
|
636.9 kilometers
|
Region
|
CELEBES SEA
|
Reference
|
235 km (145 miles) SE of Jolo, Sulu Archipelago, Philippines
265 km (165 miles) SSE of Zamboanga, Mindanao, Philippines
1125 km (700 miles) S of MANILA, Philippines
2115 km (1310 miles) ENE of JAKARTA, Java, Indonesia
|
Location Quality
|
Error estimate: horizontal +/- 9.6 km; depth fixed by location program
|
Location Quality
Parameters
|
Nst=112, Nph=115, Dmin=2256.8 km, Rmss=0.89 sec, Erho=9.6 km, Erzz=0 km, Gp=49.4 degrees
|
Source
|
USGS NEIC (WDCS-D)
|
|
|
____________________________________
____________________________________
METHODOLOGY
An hypothesized astrology/geology correlation is carried out on the basis of the assumed Wegener's Geological Paradigm (Plate Tectonics)
and the Orbital Paradigms as suggested by Juan Revilla
----------
In Revilla's message # 21666:
we read:
"1-) slow and long-range processes on Earth (such as geological processes) "correspond" or are correlated to slow and long-range movement of celestial
objects. I described this correlation as <<a 1:1 correspondence in time based on a metaphorical, non-physical relationship>>
2-) in practice, "Earth" is used as model or "matrix of metaphors", where the 1:1 correspondence is transposed based on analogy rather than on quantity, i.e., it is established at different scales. For example:
- slow and long-range on planet Earth = "deep", geologic, evolution, millions (or hundredths of thousands) of years
- slow and long-range in a human life = "deep", emotional, spiritual, philosophical, social, historical, perhaps re-incarnational, but in scale
of centuries at the most.
This type of associations stem from an aspect of orbital symbolism that I call "orbital domain", i.e., the area or range within which the planet
moves delimits its sphere of action in human life or on Earth, since "place" for planets in the solar system, dynamically speaking, is the equivalent of time-range or frequency (Kepler's 3rd law). Place, sphere or "domain" within the solar system always incorporates a very specific time dimension or range.
This is what differentiates dynamically, for example, Mercury or Venus from Saturn".
Also, according to Juan Revilla's message # 21639:
"geological events are used as a model or metaphor for the meaning of AW197. In other words: one chooses one type of event among the many that a "prominent" (whatever that means in his case) AW197 can signify, establishes keywords for those events, and assumes that they will also be keywords for AW197.
Geology is used as a model that optimizes the metaphor-building process of giving a general meaning to AW197 that can be applied pragmatically in all cases (political, individual...), where geology as such is not necessarily involved. Geologic events constitute the metaphor".
Consequently, the research is focused on orbital features that are peculiar in KBO's, Plutinos and SDO's.
Minor aspects are used to detect transitional stages of the hypothesized activity of the above mentioned bodies: e.g. the activity in the long time-range between a trine and a opposition.
Some Main Belt Asteroids are involved, according to some symbolic relations with Geology, that are suggested by their names.
___________________
___________________
GEOLOGICAL SETTING
A very deep earthquake, that is typical on a "Subduction Zone".
Plate Tectonics
"From a tectonic point of view Southeast Asia (SEA) is a very complex area. It accommodates the convergence of three major plates (the Eurasian (EAP), Indo-Australian (IAP) and Pacific (PaP) plates, of which the latter drives the Caroline (CP) and Philippine Sea (PP) plates) and reveals a variety of tectonic processes.
Along the western and central boundary between the IAP and the EAP oceanic material subducts under Sundaland (the stable interior of SEA). At Sumatra (WSS and ESS) the oblique component of convergence is partly taken up by a large strike-slip fault that cuts Sumatra parallel to the trench. Java (JS) exhibits subduction in its most classic form.
Continental material of Australia has reached the trench at the eastern side of this boundary (TBS) resulting in almost completed accretion of the IAP and Timor. Here, convergence has been transferred from the fore-arc trench to back-arc thrusts.
At Irian Jaya the largly oblique component of convergence between the IAP and the CP is taken up by crustal shortening and elevation and by the left-lateral Sorong-Yapen-Ransiki fault. This fault runs from eastern New Guinea through the Bird's Head at northwestern Irian Jaya towards Halmahera (HS), where it possibly connects to the Philippine trench.
Left-lateral translation along the Matano-Palu-Koro fault system and subduction of the Celebes Sea (CS) at the North Sulawesi trench accommodate the clockwise rotation of Sulawesi.
The left-lateral Philippine Fault (PF) system that runs from the southern to the northern Philippines is a result of the oblique component of convergence between the PP and Sundaland. The accommodation of the normal component is divided between two trench systems, located at the western and eastern side of and roughly parallel to the Philippines".
"It appears as though the northeastern section of the North Arm of Sulawesi is rotating in a clockwise direction past the East Arm and Kalimantan. On the southeastern side of the small plate is an arched system of left-lateral faults, while towards the north there is a zone of subduction at the North Sulawesi Trench as northeastern Sulawesi over rides the Celebes Sea Floor. At this trench the trend of northeastern Sulawesi changes from an easterly trend to a northerly direction. Active volcanism from the Sangihe Arc approaches this bend from the north, and a chain of extinct volcanoes extend westward from this bend. These extinct volcanoes, which have been have been inactive throughout Quaternary time, are thought to have originated from the Sangihe Benioff Zone".
--------------------
Also:
"In Celebes (Sulawesi) Sea two different types of oceanic crust could be identified:
Oceanic crust type 1 is overprinted by widespread extensive volcano-magmatic and intrusive rocks. This 150 km broad crustal type occurs to the south of the Sulu Arc and stretches from Mindanao in the E about 300 km to the WSW.
The flat bedded surface of oceanic crustal type 2 lies 300 - 700 m deeper and shows no significant volcano-magmatic cover. This type of crust underlies the entire central and southern Celebes Sea Basin. Total sediment thickness above this crustal type 2 exceed that of crustal type 1. According to correlation with ODP sites 767 and 770 the accretionary complex along the Cotabato Trench, off Mindanao developed in post Middle Miocene to pre-Pliocene. In contrast/ the accretionary wedge off North Sulawesi is younger (post-Late Miocene to Holocene age). The Celebes Sea Basin is cut by several left-lateral strike-slip (wrench) faults".
--------------------
Petrology
"The petrology of Sulawesi is quite varied from one part of the island to another. The western arc of the island, which includes the southern and northern arms, as well as the western portion of central Sulawesi, is composed of Cretaceous subduction complexes which have been overlain by sediments that may be from an outer arc basin. The arc basin sediments are overlain as well by Upper Paleogene continental shelf deposits which include quartzose sandstone, shale, marly shale, coal, shallow water platform limestone, and redbeds. The ages of these clastics range from Lower Paleogene to Upper Eocene. These basin and shelf deposits have been overlain by volcanic and sedimentary rocks of Neogene age, and intruded by those same Neogene volcanics".
"The Neogene volcanism appears to be due to a westward subduction which affected both the East and Southeast Arms. There are a variety of volcanic rock types, such as basalt, andesite, dacite, rhyolite, and many alkali rocks in which leucite may be found".
This is a sequence of rocks that is obtained according to the Bowen's "Crystal Fractionation":
"The earliest volcanism is thought to have begun 18 Ma and produced basaltic lava. Approximately 9 Ma, andesitic eruptions began, followed by dacite eruptios 4-5 Ma. Various types of granitic magmas produced batholiths and stocks on the North Arm. All grades of metamorphic rocks are also found in this region. The ages of these igneous and metamorphic rocks are thought to range from 5-14 million years, with the majority of the magmatism occuring in the middle and late Miocene.
In the southwestern section of the South Arm there are two erosional windows which expose ultramafic and metamorphic rocks of the basement complex. The rocks, which likely formed in a region of subduction, include greenschist, hornblende-mica schist, chloritic phyllite, and lesser amounts of eclogite, glaucophane schist, and quartzite. Muscovite from a garnet schist sample was dated to 111 m.y. by the K-Ar technique.
In the northeast portion of the southern arm there are two exposed areas where melange is found. These are chaotic deposits of fragments of feldspathic sandstone and siltstone, red chert, red limestone, sheared shale, and the various metamorphic and ultramafic rocks described earlier. In one area, Bantimala, there is radiolarian red chert which is interbedded with a schist-pebble conglomerate, overlying schist. The chert is then overlain, or grades into a siliceous shale. Radiolaria from the chert and shale have been dated to the Early Cretaceous. The chert and shale are overlain by a mixture of clastic rocks, primarily shale, siltstone, and graywacke, as well as some minor limestone deposits.
The eastern arc, which is composed of the eastern central Sulawesi and the East and Southeast Arms has a much different assemblage of rocks. This part of Sulawesi is made up of subduction complexes and ophiolite fragments, considered to be products of a west-dipping subduction during the Late Cretaceous, Paleogene, and Neogene. Glaucophane schist, is common in the western portion of central Sulawesi. These high pressure, high temperature blueschist-facies rocks are juxtaposed upon both unmetamorposed rocks and metamorphic rocks of completely different temperature/pressure gradients, indicating large offsets between the bounding faults. The only rocks in this assemblege that could be dated were the radiolarian cherts which dated to the Middle or Upper Miocene. The eastern belt of sedimentary and low grade metamorphic rocks contains both pelagic and terrigenous clastic rocks. The clastics include limestone, shale, red and gray chert, and sandstone. The rocks can be dated by their Triassic, Jurassic, Cretaceous and possibly Tertiary fossils. The metamorphics include slate, schist, quartzite, and phyllite, intercalated with ophiolite fragments.
Ophiolites cover much of the East Arm and the northeast part of the Southeast arm. There are also Mesozoic and Tertiary sedimentary rocks amongst the ophiolites. The sedimentary rocks are much as previously described in the western belt, and their percentages increase in a eastward direction towards the Gulf of Tolo. The eastern secton of the East Arm contains abundant ophiolites with lesser amounts of sedimentary rocks of Mesozoic age to the northwest. To the southeast however, Mesozoic, Paleogene, and Miocene strata, mixed with ophiolite fragments, form a northwest-dipping imbricated complex. Coral reefs in this area have been uplifed as high as 700 m above sea level".
______________________
______________________
Astrological Setting (Tropical - Placidus)
Using RIYAL 2.11
RIYAL Tue July 1 2003 UT 5h52m24s Lat4n34 Lon122e33 SORT ALL
TC302 = 0Ta23 3n43 15n05 Ari 48.1 412 35.1 [39..72]
YH32 = 0Sa38 r 77s23 76s11 Cha 5.9 23 79.1 [4..13]
MD10 = 1Le24 29s37 9s07 Mon 15.2 137 59.1 [2..52]
FY128 = 1Li36 4s19 4s36 Vir 37.9 351 11.8 [37..63]
FZ173 = 1Li45 0s14 0s55 Vir 33.0 805 12.7 [32..141]
SQ73 = 2Ta11 3n48 15n48 Ari 15.9 73 17.4 [14..20]
XX143 = 2Le13 2n10 21n47 Cnc 25.4 76 6.8 [10..26]
Uranus = 2Pi36 r 0s46 11s16 Aqr 20.0 84 0.8
FP185 = 2Li38 2n55 1n38 Vir 34.3 3370 30.8 [34..415]
RZ215 = 2Pi42 r 5s04 15s15 Aqr 31.3 1006 25.5 [31..170]
CO1 = 3Vi03 18n30 27n31 LMi 11.7 96 19.7 [11..31]
Pylenor = 3Ge10 5s02 15n51 Tau 18.9 69 5.4 [12..22]
Saturn = 3Ca31 0s48 22n36 Gem 9.0 30 2.5
Chaos = 3Ge34 2n38 23n27 Tau 42.1 311 12.0 [41..51]
GZ32 = 3Li47 14n44 12n00 Vir 20.8 111 15.0 [18..28]
Mercury = 3Ca54 0n47 24n10 Gem 0.3 0 7.0
Thereus = 4Ar10 9n51 10n41 Psc 9.4 35 20.4 [9..13]
GQ21 = 4Sc28 r 5n03 8s15 Vir 39.7 912 13.3 [38..150]
GO9 = 5Sc18 r 12n57 1s03 Vir 14.1 86 12.8 [14..25]
Mars = 5Pi19 4s20 13s35 Aqr 1.4 2 1.8
Elatus = 5Ca24 0n38 23n58 Gem 9.8 41 5.3 [7..17]
TO66 = 6Ar33 5n10 7n20 Psc 46.3 284 27.5 [38..48]
Hidalgo = 6Pi46 r 42s48 47s37 Phe 4.9 14 42.6 [2..10]
QF6 = 6Le57 4s24 14n17 Cnc 4.8 19 24.3 [2..12]
Midheav = 7Le08 0n00 18n29 Cnc
Ixion = 7Sa08 r 1n10 20s21 Sco 42.9 247 19.7 [30..49]
Radamantu= 7Li08 0n19 2s32 Vir 38.9 245 12.7 [33..45]
Icarus = 7Aq16 r 19s21 37s04 Mic 1.9 1 22.9 [0..2]
FZ53 = 7Sc24 r 12n23 2s15 Vir 18.3 116 34.8 [12..35]
CO104 = 7Vi45 0n41 9n18 Leo 20.9 120 3.1 [21..28]
Pelion = 7Pi54 r 4s34 12s50 Aqr 18.2 89 9.4 [17..23]
GB32 = 7Li55 3n07 0s17 Vir 36.8 3121 14.2 [35..392]
EL61 = 8Li29 26n24 20n49 Com 51.3 284 28.2 [35..51]
CF119 = 8Le53 2s09 15n58 Cnc 39.1 862 19.7 [39..143]
Sun = 9Ca01 0n00 23n08 Gem 1.0 1 0.0
KF77 = 9Sc23 r 2s02 16s33 Lib 21.8 133 4.4 [20..32]
Cyllarus = 9Ge32 3n25 25n15 Tau 20.5 134 12.6 [16..36]
DH5 = 9Vi34 2n23 10n12 Leo 14.9 105 22.4 [14..30]
LE31 = 9Le37 9n53 27n21 Cnc 8.6 23 151.9 [4..12]
TD10 = 9Ta49 3s00 11n54 Ari 13.7 951 6.0 [12..181]
CE10 = 9Ta52 r 22n24 35n50 And 2.0 30 145.5 [2..17]
Dioretsa = 10Ge00 14s08 7n58 Tau 10.5 116 160.4 [2..45]
Hylonome = 10Sc35 r 3n01 12s08 Lib 19.7 126 4.1 [19..31]
Ascend = 10Sc43 0n00 15s02 Lib
NN8 = 10Ar43 r 3n49 7n45 Psc 5.3 965 165.4 [2..193]
Quaoar = 10Sa59 r 7n15 14s54 Oph 43.4 284 8.0 [42..45]
PJ30 = 11Aq02 r 1n42 15s49 Cap 41.5 1337 5.7 [29..214]
CR46 = 11Le56 1n26 18n36 Cnc 17.8 238 2.4 [18..59]
AB229 = 12Cp03 r 58s34 80s18 Oct 10.9 385 68.7 [2..104]
OM67 = 12Pi11 r 5n56 1s30 Aqr 40.8 960 23.4 [39..155]
Neptune = 12Aq39 r 0n00 17s00 Cap 30.1 164 1.8
TX300 = 12Ar43 19n22 22n46 And 40.8 284 25.9 [38..48]
HL3 = 12Ge48 6s14 16n09 Tau 6.3 38 35.6 [2..21]
Varuna = 12Ca50 1n41 24n30 Gem 43.2 284 17.1 [41..45]
GB10 = 13Li03 11s51 16s02 Crv 15.2 126 13.3 [15..35]
AW197 = 13Le35 7s19 9n44 Cnc 47.2 328 24.3 [41..54]
QJ1 = 13Ca36 10n33 33n14 Gem 11.8 38 23.5 [2..20]
OX3 = 13Aq48 r 2n10 14s36 Cap 25.8 182 2.6 [18..47]
WU24 = 13Li52 42n47 33n35 CVn 13.0 59 42.6 [1..29]
SB60 = 14Pi03 r 21n43 13n46 Peg 43.5 271 24.0 [37..46]
PA44 = 14Sc03 r 1n34 14s34 Lib 4.0 53 3.3 [3..25]
PN34 = 14Aq29 r 4n01 12s39 Aqr 13.5 170 16.7 [13..48]
HE46 = 15Ca09 9s22 13n16 Gem 9.8 115 158.4 [2..45]
Chiron = 15Cp38 r 7n20 15s15 Sgr 12.2 50 6.9 [8..19]
RP120 = 15Ar42 r 56n25 55n28 Lac 3.7 418 119.1 [2..109]
Damocles = 16Aq17 r 0n36 15s23 Cap 19.9 41 62.1 [2..22]
96PW = 16Ca31 18s16 4n17 Mon 18.0 4455 29.8 [3..539]
OO67 = 16Pi34 r 7s48 12s29 Aqr 20.9 12058 20.1 [21..1031
QB1 = 16Ar40 0n36 7n06 Psc 40.9 290 2.2 [41..47]
DA62 = 16Vi42 31n04 33n30 CVn 4.2 21 52.2 [4..11]
Bienor = 16Pi42 r 2n19 3s07 Psc 19.0 67 20.8 [13..20]
RZ214 = 17Ar12 6n50 13n04 Psc 41.2 772 20.5 [37..132]
RN109 = 17Ge23 45s37 22s35 Lep 3.3 40092 58.0 [3..2340]
AZ84 = 17Ca25 7s49 14n34 Gem 45.9 250 13.5 [33..47]
TL66 = 17Ta26 3s37 13n34 Ari 35.1 768 24.0 [35..133]
FX128 = 17Li28 10n53 3n13 Vir 25.3 1051 22.3 [18..189]
FY9 = 17Vi41 28n49 31n06 UMa 51.8 310 29.0 [39..53]
Jupiter = 17Le59 0n48 16n12 Leo 5.4 12 1.3
Apogee = 18Ta01 0s59 16n16 Ari
Pluto = 18Sa03 r 9n29 13s28 Oph 30.7 248 17.2 [30..49]
CR105 = 18Le04 4n17 19n29 Leo 54.3 3478 22.7 [44..415]
Pholus = 18Sc04 r 24n01 5n55 Ser 18.0 92 24.7 [9..32]
DG8 = 18Cp11 r 10s46 32s52 Sgr 7.4 36 129.4 [2..19]
Sedna = 18Ta18 11s46 5n57 Cet 89.7 12103 11.9 [76..978]
Heracles = 18Ar43 7n01 13n48 Psc 3.2 2 9.1 [0..3]
CZ118 = 18Vi55 2s34 2n01 Leo 44.1 1262 27.7 [38..196]
RD215 = 19Ar44 5n47 13n04 Psc 39.6 1342 25.9 [38..206]
TY364 = 19Ar48 21s16 11s58 Cet 39.9 242 24.9 [36..41]
Phaethon = 20Ge16 4n18 27n22 Tau 1.6 1 22.2 [0..2]
Talos = 20Ta31 9s52 8n21 Cet 1.3 1 23.2 [0..2]
CY118 = 20Vi35 4n15 7n38 Leo 34.7 881 25.5 [35..149]
UB313 = 20Ar37 14s53 5s46 Cet 97.0 558 44.0 [38..98]
XZ255 = 20Ca42 1n22 23n11 Gem 16.1 64 2.6 [15..17]
OP32 = 21Aq04 r 19n38 4n11 Equ 40.9 282 27.2 [39..47]
XS35 = 21Vi14 15n23 17n34 Leo 11.5 76 19.5 [1..35]
Vertex = 21Pi32
Chariklo = 21Vi35 19s15 14s20 Crt 13.1 63 23.4 [13..19]
Okyrhoe = 22Ta04 11s44 6n56 Tau 8.2 24 15.6 [6..11]
CC22 = 22Le15 2n34 16n31 Leo 4.2 20 6.4 [4..11]
XA255 = 22Ca35 1n26 22n58 Gem 14.5 166 12.7 [9..51]
Nessus = 23Cp02 r 16s21 37s33 Sgr 18.1 121 15.6 [12..37]
RG33 = 23Ge09 28n14 51n27 Aur 11.2 29 34.9 [2..17]
Orcus = 23Le24 16s58 2s20 Hya 47.6 248 20.5 [31..48]
UR163 = 23Ar29 0n44 9n49 Psc 49.2 369 0.8 [37..66]
Huya = 23Li53 r 9n26 0s29 Vir 29.4 249 15.5 [29..51]
MS4 = 24Sa36 r 13n47 9s34 Oph 47.5 269 17.7 [36..48]
BU48 = 24Le50 3n19 16n22 Leo 28.7 194 14.2 [21..46]
Hephaisto= 25Ge23 6n53 30n14 Aur 2.8 3 11.8 [0..4]
Venus = 25Ge44 0s15 23n07 Tau 0.7 1 3.4
VS2 = 25Ta46 13n30 32n16 Per 36.4 249 14.8 [36..43]
VQ94 = 25Ta53 34n16 52n05 Per 9.1 3214 70.5 [7..429]
GV9 = 25Li55 r 15s35 24s27 Hya 38.9 273 22.0 [39..46]
KX14 = 25Sc58 r 0s19 19s33 Lib 39.7 241 0.4 [37..40]
UX25 = 26Ar03 0s01 10n02 Psc 42.6 279 19.4 [37..49]
Moon = 26Ca05 4n20 25n12 Gem 1.0 0 5.2
VU2 = 26Vi20 12s03 9s35 Crt 6.3 18 13.7 [3..11]
BL41 = 26Le32 8s58 4n14 Sex 9.3 31 12.5 [7..13]
QB243 = 26Aq36 r 0s43 13s19 Cap 19.9 204 6.8 [15..54]
WL7 = 26Ar56 3n34 13n42 Psc 16.3 87 11.3 [15..24]
Asbolus = 27Aq18 r 14s07 25s37 PsA 7.1 76 17.6 [7..29]
GM137 = 27Sc49 r 8n08 11s45 Lib 7.0 22 15.9 [7..9]
Deucalion= 28Li13 r 0n08 10s43 Vir 43.6 294 0.4 [42..47]
EC98 = 28Vi16 0n40 1n18 Vir 14.4 35 4.3 [6..16]
Node = 28Ta53 r 0n00 19n55 Tau
VR130 = 29Ar13 1s23 9n54 Psc 14.9 113 3.5 [15..32]
QD112 = 29Pi15 1s42 1s52 Psc 11.3 82 14.5 [8..30]
WN188 = 29Ge51 13s11 10n16 Ori 3.6 56 27.0 [2..27]
-------------------------
Cuvier 5 Le 09 Mohorovicic 26 Le 14 Richter 19 Le 47
Darwin 17 Le 25 Milhankovitch 18 Le 52 Tazieff 10 Aq 05 r
Flammario 27 Cp 46 r Nephele 6 Ca 20 Vulcano 6 Vi 11
Flammeus 0 Ta 45 Pele 27 Sa 03 r Wegener 16 Vi 16
Humboldt 17 Ar 34 Plinius 8 Cp 21 Werner 27 Le 31
___________________________
Focused Minor Planets
1)
AW197 = 13 Le 35
Neptune = 12 Aq 39 r
OX3 = 13 Aq 48 r
---------
TX300 = 12 Ar 43 Trine
SB60 = 14 Pi 03 r Quincunx
______________
2)
TL66 = 17 Ta 26
Sedna = 18 Ta 18
----------
Pluto = 18 Sa 03 r Quincunx
----------
Jupiter = 17 Le 59 Square
Milhankovitc = 18 Le 52
----------
OO67 = 16 Pi 34 r Sextile
----------
FY9 = 17 Vi 41 Trine
Wegener = 16 Vi 16
----------
QB1 = 16 Ar 40 Semisextile
FX128 = 17 Li 28 Quincunx
_________________
3)
Orcus = 23 Le 24
Mohorovicic = 26 Le 14
Sun = 9 Ca 01 Semisquare
Hephaistos = 25 Ge 23 Sextile
UR163 = 23 Ar 29 Trine
________________
4)
Chaos = 3 Ge 34
Pylenor = 3 Ge 10
Mars = 5 Pi 19 Square
Uranus = 2 Pi 36 r
Saturn = 3 Ca 31 Semisextile
Mercury = 3 Ca 54
----------
FP185 = 2 Li 38 Trine
_________________
Others:
RD215 = 19 Ar 44
TY364 = 19 Ar 48
--------
Pluto = 18 Sa 03 r Trine
Richter = 19 Le 47
Milhankovitch = 18 Le 52
______________________________________
______________________________________
Astrological Setting (Sidereal - Fagan/Bradley)
Using RIYAL 2.11
RIYAL Tue July 1 2003 UT 5h52m24s Lat4n34 Lon122e33 SORT ALL
BU48 = 0Le03 3n19 16n22 Leo 28.7 194 14.2 [21..46]
Hephaisto= 0Ge36 6n53 30n14 Aur 2.8 3 11.8 [0..4]
Venus = 0Ge57 0s15 23n07 Tau 0.7 1 3.4
VS2 = 0Ta59 13n30 32n16 Per 36.4 249 14.8 [36..43]
VQ94 = 1Ta06 34n16 52n05 Per 9.1 3214 70.5 [7..429]
GV9 = 1Li08 r 15s35 24s27 Hya 38.9 273 22.0 [39..46]
KX14 = 1Sc11 r 0s19 19s33 Lib 39.7 241 0.4 [37..40]
UX25 = 1Ar16 0s01 10n02 Psc 42.6 279 19.4 [37..49]
Moon = 1Ca18 4n20 25n12 Gem 1.0 0 5.2
VU2 = 1Vi32 12s03 9s35 Crt 6.3 18 13.7 [3..11]
BL41 = 1Le45 8s58 4n14 Sex 9.3 31 12.5 [7..13]
QB243 = 1Aq49 r 0s43 13s19 Cap 19.9 204 6.8 [15..54]
WL7 = 2Ar09 3n34 13n42 Psc 16.3 87 11.3 [15..24]
Asbolus = 2Aq30 r 14s07 25s37 PsA 7.1 76 17.6 [7..29]
GM137 = 3Sc02 r 8n08 11s45 Lib 7.0 22 15.9 [7..9]
Deucalion= 3Li26 r 0n08 10s43 Vir 43.6 294 0.4 [42..47]
EC98 = 3Vi29 0n40 1n18 Vir 14.4 35 4.3 [6..16]
Node = 4Ta06 r 0n00 19n55 Tau
VR130 = 4Ar26 1s23 9n54 Psc 14.9 113 3.5 [15..32]
QD112 = 4Pi27 1s42 1s52 Psc 11.3 82 14.5 [8..30]
WN188 = 5Ge04 13s11 10n16 Ori 3.6 56 27.0 [2..27]
TC302 = 5Ar36 3n43 15n05 Ari 48.1 412 35.1 [39..72]
YH32 = 5Sc51 r 77s23 76s11 Cha 5.9 23 79.1 [4..13]
MD10 = 6Ca37 29s37 9s07 Mon 15.2 137 59.1 [2..52]
FY128 = 6Vi49 4s19 4s36 Vir 37.9 351 11.8 [37..63]
FZ173 = 6Vi58 0s14 0s55 Vir 33.0 805 12.7 [32..141]
SQ73 = 7Ar24 3n48 15n48 Ari 15.9 73 17.4 [14..20]
XX143 = 7Ca26 2n10 21n47 Cnc 25.4 76 6.8 [10..26]
Uranus = 7Aq49 r 0s46 11s16 Aqr 20.0 84 0.8
FP185 = 7Vi51 2n55 1n38 Vir 34.3 3370 30.8 [34..415]
RZ215 = 7Aq54 r 5s04 15s15 Aqr 31.3 1006 25.5 [31..170]
CO1 = 8Le16 18n30 27n31 LMi 11.7 96 19.7 [11..31]
Pylenor = 8Ta22 5s02 15n51 Tau 18.9 69 5.4 [12..22]
Saturn = 8Ge44 0s48 22n36 Gem 9.0 30 2.5
Chaos = 8Ta47 2n38 23n27 Tau 42.1 311 12.0 [41..51]
GZ32 = 9Vi00 14n44 12n00 Vir 20.8 111 15.0 [18..28]
Mercury = 9Ge07 0n47 24n10 Gem 0.3 0 7.0
Thereus = 9Pi23 9n51 10n41 Psc 9.4 35 20.4 [9..13]
GQ21 = 9Li41 r 5n03 8s15 Vir 39.7 912 13.3 [38..150]
GO9 = 10Li31 r 12n57 1s03 Vir 14.1 86 12.8 [14..25]
Mars = 10Aq31 4s20 13s35 Aqr 1.4 2 1.8
Elatus = 10Ge37 0n38 23n58 Gem 9.8 41 5.3 [7..17]
TO66 = 11Pi46 5n10 7n20 Psc 46.3 284 27.5 [38..48]
Hidalgo = 11Aq59 r 42s48 47s37 Phe 4.9 14 42.6 [2..10]
QF6 = 12Ca10 4s24 14n17 Cnc 4.8 19 24.3 [2..12]
Midheav = 12Ca20 0n00 18n29 Cnc
Ixion = 12Sc21 r 1n10 20s20 Sco 42.9 247 19.7 [30..49]
Radamantu= 12Vi21 0n19 2s32 Vir 38.9 245 12.7 [33..45]
Icarus = 12Cp29 r 19s21 37s04 Mic 1.9 1 22.9 [0..2]
FZ53 = 12Li37 r 12n23 2s15 Vir 18.3 116 34.8 [12..35]
CO104 = 12Le58 0n41 9n18 Leo 20.9 120 3.1 [21..28]
Pelion = 13Aq07 r 4s34 12s50 Aqr 18.2 89 9.4 [17..23]
GB32 = 13Vi08 3n07 0s17 Vir 36.8 3121 14.2 [35..392]
EL61 = 13Vi42 26n24 20n49 Com 51.3 284 28.2 [35..51]
CF119 = 14Ca05 2s09 15n58 Cnc 39.1 862 19.7 [39..143]
Sun = 14Ge14 0n00 23n08 Gem 1.0 1 0.0
KF77 = 14Li36 r 2s02 16s33 Lib 21.8 133 4.4 [20..32]
Cyllarus = 14Ta45 3n25 25n15 Tau 20.5 134 12.6 [16..36]
DH5 = 14Le47 2n23 10n12 Leo 14.9 105 22.4 [14..30]
LE31 = 14Ca50 9n53 27n20 Cnc 8.6 23 151.9 [4..12]
TD10 = 15Ar02 3s00 11n54 Ari 13.7 951 6.0 [12..181]
CE10 = 15Ar05 r 22n24 35n50 And 2.0 30 145.5 [2..17]
Dioretsa = 15Ta13 14s08 7n58 Tau 10.5 116 160.4 [2..45]
Hylonome = 15Li47 r 3n01 12s08 Lib 19.7 126 4.1 [19..31]
Ascend = 15Li56 0n00 15s02 Lib
NN8 = 15Pi56 r 3n49 7n45 Psc 5.3 965 165.4 [2..193]
Quaoar = 16Sc12 r 7n15 14s54 Oph 43.4 284 8.0 [42..45]
PJ30 = 16Cp15 r 1n42 15s49 Cap 41.5 1337 5.7 [29..214]
CR46 = 17Ca09 1n26 18n35 Cnc 17.8 238 2.4 [18..59]
AB229 = 17Sa15 r 58s34 80s18 Oct 10.9 385 68.7 [2..104]
OM67 = 17Aq24 r 5n56 1s30 Aqr 40.8 960 23.4 [39..155]
Neptune = 17Cp52 r 0n00 17s00 Cap 30.1 164 1.8
TX300 = 17Pi56 19n22 22n46 And 40.8 284 25.9 [38..48]
HL3 = 18Ta01 6s14 16n09 Tau 6.3 38 35.6 [2..21]
Varuna = 18Ge03 1n41 24n30 Gem 43.2 284 17.1 [41..45]
GB10 = 18Vi16 11s51 16s02 Crv 15.2 126 13.3 [15..35]
AW197 = 18Ca48 7s19 9n43 Cnc 47.2 328 24.3 [41..54]
QJ1 = 18Ge49 10n33 33n14 Gem 11.8 38 23.5 [2..20]
OX3 = 19Cp00 r 2n10 14s36 Cap 25.8 182 2.6 [18..47]
WU24 = 19Vi05 42n47 33n35 CVn 13.0 59 42.6 [1..29]
SB60 = 19Aq16 r 21n43 13n46 Peg 43.5 271 24.0 [37..46]
PA44 = 19Li16 r 1n34 14s34 Lib 4.0 53 3.3 [3..25]
PN34 = 19Cp42 r 4n01 12s38 Aqr 13.5 170 16.7 [13..48]
HE46 = 20Ge22 9s22 13n16 Gem 9.8 115 158.4 [2..45]
Chiron = 20Sa51 r 7n20 15s14 Sgr 12.2 50 6.9 [8..19]
RP120 = 20Pi55 r 56n25 55n28 Lac 3.7 418 119.1 [2..109]
Damocles = 21Cp30 r 0n36 15s23 Cap 19.9 41 62.1 [2..22]
96PW = 21Ge44 18s16 4n17 Mon 18.0 4455 29.8 [3..539]
OO67 = 21Aq47 r 7s48 12s29 Aqr 20.9 12058 20.1 [21..1031
QB1 = 21Pi53 0n36 7n06 Psc 40.9 290 2.2 [41..47]
DA62 = 21Le55 31n04 33n30 CVn 4.2 21 52.2 [4..11]
Bienor = 21Aq55 r 2n19 3s07 Psc 19.0 67 20.8 [13..20]
RZ214 = 22Pi25 6n50 13n04 Psc 41.2 772 20.5 [37..132]
RN109 = 22Ta36 45s37 22s35 Lep 3.3 40092 58.0 [3..2340]
AZ84 = 22Ge37 7s49 14n33 Gem 45.9 250 13.5 [33..47]
TL66 = 22Ar38 3s37 13n34 Ari 35.1 768 24.0 [35..133]
FX128 = 22Vi41 10n53 3n13 Vir 25.3 1051 22.3 [18..189]
FY9 = 22Le54 28n49 31n06 UMa 51.8 310 29.0 [39..53]
Jupiter = 23Ca12 0n48 16n12 Leo 5.4 12 1.3
Apogee = 23Ar14 0s59 16n16 Ari
Pluto = 23Sc16 r 9n29 13s28 Oph 30.7 248 17.2 [30..49]
CR105 = 23Ca17 4n17 19n29 Leo 54.3 3478 22.7 [44..415]
Pholus = 23Li17 r 24n01 5n55 Ser 18.0 92 24.7 [9..32]
DG8 = 23Sa24 r 10s46 32s52 Sgr 7.4 36 129.4 [2..19]
Sedna = 23Ar31 11s46 5n57 Cet 89.7 12103 11.9 [76..978]
Heracles = 23Pi55 7n01 13n48 Psc 3.2 2 9.1 [0..3]
CZ118 = 24Le07 2s34 2n01 Leo 44.1 1262 27.7 [38..196]
RD215 = 24Pi57 5n47 13n04 Psc 39.6 1342 25.9 [38..206]
TY364 = 25Pi00 21s16 11s58 Cet 39.9 242 24.9 [36..41]
Phaethon = 25Ta29 4n18 27n22 Tau 1.6 1 22.2 [0..2]
Talos = 25Ar44 9s52 8n21 Cet 1.3 1 23.2 [0..2]
CY118 = 25Le48 4n15 7n38 Leo 34.7 881 25.5 [35..149]
UB313 = 25Pi49 14s53 5s46 Cet 97.0 558 44.0 [38..98]
XZ255 = 25Ge55 1n22 23n11 Gem 16.1 64 2.6 [15..17]
OP32 = 26Cp17 r 19n38 4n11 Equ 40.9 282 27.2 [39..47]
XS35 = 26Le27 15n23 17n34 Leo 11.5 76 19.5 [1..35]
Vertex = 26Aq44
Chariklo = 26Le48 19s15 14s20 Crt 13.1 63 23.4 [13..19]
Okyrhoe = 27Ar17 11s44 6n56 Tau 8.2 24 15.6 [6..11]
CC22 = 27Ca28 2n34 16n31 Leo 4.2 20 6.4 [4..11]
XA255 = 27Ge48 1n26 22n57 Gem 14.5 166 12.7 [9..51]
Nessus = 28Sa15 r 16s21 37s33 Sgr 18.1 121 15.6 [12..37]
RG33 = 28Ta22 28n14 51n26 Aur 11.2 29 34.9 [2..17]
Orcus = 28Ca37 16s58 2s21 Hya 47.6 248 20.5 [31..48]
UR163 = 28Pi42 0n44 9n49 Psc 49.2 369 0.8 [37..66]
Huya = 29Vi06 r 9n26 0s29 Vir 29.4 249 15.5 [29..51]
MS4 = 29Sc49 r 13n47 9s34 Oph 47.5 269 17.7 [36..48]
-------------------
Cuvier 10 Ca 22 Milankovitch 24 Ca 05 Richter 25 Ca 00
Darwin 22 Ca 37 Mohorovicic 1 Le 27 Tazieff 15 Cp 18 r
Flammario 2 Cp 59 r Nephele 11 Ge 33 Vulcano 11 Le 24
Flammeus 5 Ar 58 Pele 2 Sa 16 r Wegener 15 Le 28
Humboldt 22 Pi 47 Plinius 13 Sa 34 Werner 2 Le 44
___________________
Focused Minor Planets
1)
AW197 = 18 Ca 48
Neptune = 17 Cp 52 r
OX3 = 19 Cp 00 r
---------
TX300 = 17 Pi 56 Trine
SB60 = 19 Aq 16 r Quincunx
______________
2)
TL66 = 22 Ar 38
Sedna = 23 Ar 31
----------
Pluto = 23 Sc 16 r Quincunx
----------
Jupiter = 23 Ca 12 Square
Milankovitch = 24 Ca 05
----------
OO67 = 21 Aq 47 r Sextile
----------
FY9 = 22 Le 54 Trine
QB1 = 21 Pi 53 Semisextile
FX128 = 22 Vi 41 Quincunx
_________________
3)
Orcus = 28 Ca 37
Sun = 14 Ge 14 Semisquare
Hephaistos = 0 Ge 36 Sextile
UR163 = 28 Pi 42 Trine
________________
4)
Chaos = 8 Ta 47
Pylenor = 8 Ta 22
Mars = 10 Aq 31 Square
Uranus = 7 Aq 49 r
Saturn = 8 Ge 44 Semisextile
Mercury = 9 Ge 07
----------
FP185 = 7 Vi 51 Trine
_________________
Others:
RD215 = 24 Pi 57
TY364 = 25 Pi 00
--------
Pluto = 23 Sc 16 r Trine
Richter = 25 Ca 00
Milankovitch = 24 Ca 05
_______________________
Suggested Astrology/Geology Correlations
According to the above mentioned geological features, the AW197/Neptune Opp, TL66/Jupiter Square, TL66/Saturn/Mercury Semisquare, TL66/Pluto Quincunx, OO67/Pluto Square, OO67/TL66 Sextile seem to have a prominence in the chart for this event.
Plate Tectonics' "Subduction" processes in a "Oceanic Area" seem to be related to Neptune symbolisms.
The convective currents of the deep ancestral, subcrustal magma seem to be related to Pluto symbolisms.
Again, in Revilla's message # 21666:
>"...Neptune..is an excellent symbol of sedimentary rocks, as an epitome of Uniformitarianism: eons of slow accumulation/deposition, strongly related to the layering, circling and.or rounding action of water or the wind (i.e. flowing...). Neptune has an affinity with large water masses, with rivers and oceans with the layered "formations" used in geological nomenclature".<
Perhaps, the whole Earthquake on Celebes Sea event may be inserted in this Neptune symbology.
>"Probably, ancient rock formations ...by themselves are not Neptune, but the slow "rounding" or "reducing" action of the agents of meteorization, where even the hardest rock proves to be malleable given enough time, may be represented by it".<
This relation seems to be fitting with a sort of metaphoric extension: the above mentioned Bowen's "Crystal Fractionation" is a "layered" process, with a slow , "layered", "stratified" action on the ancestral magma. Crystal Fractionation is not an agent of meteorization, but it is active as a "reducing" factor on the primordial magma. Crystals become smaller and more homogenized along a sequence of zones.
>"Neptune is the big gravitational frontier of the solar system, so it also represents the "breaking point" beyond which the individual defenses are no longer effective, and the process of socialization wins over... that is the meteorization".<
Perhaps, the "Crystal Fractionation" again: the individual crystals are without a defense facing their inner structural transformation.
>"... so that the big rock formations are probably represented by the "classical" cubewanos with very round orbits, farther away than Neptune.
Metamorphic and plutonic (igneous) processes are related to the Pluto and the plutinos, geologic upheavals to the SDO's.<
So, Celebes Sea is a marine, oceanic environment with many geological structures that seem to be fitting well with the orbital symbolisms related to Neptune/Pluto/AW197.
Perhaps, the 24° inclination of the AW197 orbit may be related to the transitional features that are frequent in Geology. In fact, many big metamorphic (geologically) rock formations , such as "Schists" have "layered" or rounded structures (Orbicular structures and Eclogites) that are similar to those structures that are common in sedimentary rocks (see the Soufriere Hills event in message # 21789).
Another example:
as mentioned above , Ophiolites are rocky structures that are very representative in the tectonic plates that are involved in Celebes Sea.
Rounded structures, such as "Pillow lavas" are frequent into Ophiolites:
Ophiolite with rounded "Pilllow lava"
---------------
Ophiolites
Ophiolites are pieces of oceanic plate that have been thrusted (obducted) onto the edge of continental plates. They provide models for processes at mid-ocean ridges.
Ophiolites are an assemblage of mafic and ultramafic lavas and hypabyssal rocks found in association with sedimentary rocks like greywackes and cherts. They are found in areas that have complex structure. Cross-sections simplified from R.C. Coleman, 1981, Journal of Geophysical Research, v. 86, p. 2497-2508.
Ancient Pillow Lavas:
Pillow lavas are obtained when the rising primordial magma reaches a "breaking point" beyond wich his individual defenses are no longer effective, facing the water masses that are acting as a sort of "meteorization". The "Crystal Fractionation" is deviated/accelerated abruptly.
So, these structures/architectures (in Geology, "textures" also) seem to be fitting with the above mentioned Revilla's:
>big rock formations that are probably represented by the "classical" cubewanos with very round orbits, farther away than Neptune<
Perhaps, the violence of this earthquake may be related to the TL66/Pluto quincunx (deep upheaval by traction > faults).
Perhaps, the OO67/Pluto square may be related to a significant activity of OO67 (with a very long "geologic" period) as a marker for important steps in the geologic history.
Perhaps, AW197 seems to be active as a "catalyst" and as an "assembler" for the activities of other significant bodies: this is evidenced, up to now, by many long time-range aspects between it and the slow moving main planets and powerful bodies such as TL66.
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Centaurs' Message # 21964 (updated)
Fuego Volcanic Eruption (Guatemala): June 29, 2003
Fuego (1979)
FUEGO Guatemala 14.47°N, 90.88°W; summit elev. 3,763 m; All times are local (= UTC - 6 hours)
"Based on information from INSIVUMEH, the Washington VAAC reported that a moderate eruption began at Fuego on 29 June at 1700. Lava flows were seen, and ash fell S and SW of the volcano. As of 30 June lava flows were still visible, an ash plume was W of the summit, and seismicity was at low levels. Both days a hot spot was visible on satellite imagery, but an ash cloud could not be distinguished from abundant meteorological clouds in the area".
-------------------------
2-8 July 2003
INSIVUMEH reported that the eruption at Fuego on 29 June during 1745-2200 consisted mainly of lava flows and avalanches of volcanic material traveling down the volcano's E flank. Incandescence was visible from the city of Antigua and the S coast. Ash fell in villages W and SE of the volcano, including San Pedro Yepocapa. Explosions and tremor were recorded by a seismic station. After the eruption, weak-to-moderate explosions at Fuego produced ash clouds to ~900 m above the volcano and seismographs mainly recorded tremor. Pyroclastic-flow material extended ~1.5 km down the volcano's W flank. Fuego was at Alert Level Yellow and pilots were advised to avoid flying near the volcano.
(Source: Instituto Nacional Di Sismologia, Volcanologia, Meteorologia E Hidrologia)
---------------------------------------------------
FVXX21 KWBC 301120
VOLCANIC ASH ADVISORY
ISSUED: 2003JUN30/1130Z
VAAC: WASHINGTON
VOLCANO: FUEGO 1402-09 LOCATION: N1428W09053
AREA: GUATEMALA
SUMMIT ELEVATION: 12345 FT (3763 M)
ADVISORY NUMBER: 2003/034
INFORMATION SOURCE: INSIVUMEH. GOES-12 IMAGERY. GFS MODEL WINDS FORECAST.
ERUPTION DETAILS: ERUPTION BEGAN APPROXIMATELY 29/2300Z.
OBS ASH DATE/TIME: 30/1045Z
OBS ASH CLOUD: ASH NOT IDENTIFIABLE FROM SATELLITE DATA. WINDS SFC/FL250 MOVING W 15-20 KNOTS. FCST ASH CLOUD +6H: SEE SIGMETS AND VAFTAD.
REMARKS: INSIVUMEH REPORTED THAT THE ERUPTION LESSENED BY 05Z ALTHOUGH LAVA FLOWS CONTINUED. ASH WAS REPORTED TO STILL BE IN THE ATMOSPHERE TO THE WEST OF THE SUMMIT. SATELLITE IMAGERY THROUGH 1045Z CONTINUED TO SHOW A BRILLIANT HOT SPOT BUT NO ASH WAS DETECTED. TURK NEXT ADVISORY: WILL BE ISSUED BY 2003JUN30/1730Z.
_____________________
_____________________
Country:
|
Guatemala
|
Subregion Name:
|
Guatemala
|
Volcano Number:
|
1402-09=
|
Volcano Type:
|
Stratovolcano
|
Volcano Status:
|
Historical
|
Last Known Eruption:
|
2003
|
Summit Elevation:
|
3763 m
|
12,346 feet
|
Latitude:
|
14.473°N
|
14°28'22"N
|
Longitude:
|
90.880°W
|
90°52'49"W
|
"Volcán Fuego, one of Central America's most active volcanoes, is one of three large stratovolcanoes overlooking Guatemala's former capital, Antigua. The scarp of an older edifice, Meseta, lies between 3763-m-high Fuego and its twin volcano to the north, Acatenango. Collapse of the ancestral Meseta volcano about 8500 years ago produced the massive Escuintla debris-avalanche deposit, which extends about 50 km onto the Pacific coastal plain. Growth of the modern Fuego volcano followed, continuing the southward migration of volcanism that began at Acatenango. In contrast to the mostly andesitic Acatenango volcano, eruptions at Fuego have become more mafic with time, and most historical activity has produced basaltic rocks. Frequent vigorous historical eruptions have been recorded at Fuego since the onset of the Spanish era in 1524, and have produced major ashfalls, along with occasional pyroclastic flows and lava flows".
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METHODOLOGY
and the Orbital Paradigms as suggested by Juan Revilla
----------
According to Revilla's message # 21666:
"1-) slow and long-range processes on Earth (such as geological processes) "correspond" or are correlated to slow and long-range movement of celestial
objects. I described this correlation as <<a 1:1 correspondence in time based on a metaphorical, non-physical relationship>>
2-) in practice, "Earth" is used as model or "matrix of metaphors", where the 1:1 correspondence is transposed based on analogy rather than on quantity, i.e., it is established at different scales. For example:
- slow and long-range on planet Earth = "deep", geologic, evolution, millions (or hundredths of thousands) of years
- slow and long-range in a human life = "deep", emotional, spiritual, philosophical, social, historical, perhaps re-incarnational, but in scale
of centuries at the most.
This type of associations stem from an aspect of orbital symbolism that I call "orbital domain", i.e., the area or range within which the planet
moves delimits its sphere of action in human life or on Earth, since "place" for planets in the solar system, dynamically speaking, is the equivalent of time-range or frequency (Kepler's 3rd law). Place, sphere or "domain" within the solar system always incorporates a very specific time dimension or range.
This is what differentiates dynamically, for example, Mercury or Venus from Saturn".
Also, according to Juan Revilla's message # 21639:
"geological events are used as a model or metaphor for the meaning of AW197. In other words: one chooses one type of event among the many that a "prominent" (whatever that means in his case) AW197 can signify, establishes keywords for those events, and assumes that they will also be keywords for AW197.
Geology is used as a model that optimizes the metaphor-building process of giving a general meaning to AW197 that can be applied pragmatically in all cases (political, individual...), where geology as such is not necessarily involved. Geologic events constitute the metaphor".
-----------------
Consequently, the research is focused on orbital features that are peculiar in KBO's, Plutinos and SDO's.
Minor aspects are used to detect transitional stages of the hypothesized activity of the above mentioned bodies: e.g. the activity in the long time-range between a trine and a opposition.
Some Main Belt Asteroids are involved, according to some symbolic relations with Geology, that are suggested by their names.
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GEOLOGICAL SETTING
From: Smithsonian Institution Global Volcanism Program's Website, February 2002:
"The Kingdom of Guatemala (so known since 1549) was the political heart of Spanish rule in Central America, and had its largest population. Guatemala declared independence from Spain in 1821, along with the other Central American countries. The region has not been free of political unrest, and the quality of volcano reporting has varied in space and time. ... "
PLate Tectonics
"Fuego (fire in Spanish) has been the most active volcano in Guatemala in historic time. Fuego is located along at the trenchward end of 10 km fissure containing three other vents, most notably Acatenango.
Most active volcanoes in the Mexico/Central American Region occur in belts produced by subduction of Pacific oceanic crust beneath the southern edge of the North American Plate and the western edge of the Caribbean Plate. Large stratovolcanoes and silicic calderas are found here, but the region also contains many basaltic volcanic fields, particularly in the central valley of Mexico and along the Guatemala-El Salvador border. A few other active volcanoes in northern Mexico are related to extensional tectonics of the Basin and Range Province, which split the Baja California peninsula from the mainland.
The volcanic front of Guatemala begins at the triple junction of the North America, Cocos, and Caribbean plates, with the Cocos plate underthrusting the Caribbean plate along the Middle America trench. The front is a belt of large frequently active stratovolcanoes, which Stoiber and Carr divided into segments on the basis of volcanic lineaments and seismicity. Tacaná and Tajumulco are the highest volcanoes in all of Central America and are on a separate segment of the front, which has been historically inactive.
Guatemala is cut by several transcurrent faults. The northernmost of those is the Cuilco-Chixoy-Polochic system, a left-lateral fault zone which extends into southern Mexico. It represents the present boundary between the Caribbean and Americas plates, and has been active for the past 10 m.y.
Quaternary volcanoes north and west of the Polochic fault differ from those in the Guatemalan front. They occur in a NW trending belt and consist of small volume sphene bearing domes with intermediate silica content of the Chiapas volcanic belt. The volcanic centers of this belt (including Nicolas Ruiz, Tzomtehuitz and El Chichón) apparently result from oblique subduction of the Cocos plate under the Americas plate. (Capaul, 1987)
The volcanic front is divided into four morphotectonic zones based on block rotation about the transcurrent faults. Tacaná lies on their Zone I, on basement rock, and is some 30 km south of the Polochic fault. In their model, Zone I is locked into place and unaffected by extensional tectonics.
Guatemala is an uplifted block of continental crust of at least Paleozoic age. The continental crust of Guatemala is characterized by metamorphic rocks, anatexites, and plutonites of granitic composition, overlain by upper Paleozoic to Tertiary sediments. The Tertiary of Guatemala is characterized by violently explosive volcanism of cal-alkaline affinity, very similar to the Quaternary volcanism. The Quaternary vents lie mostly to the south of the Tertiary rocks.
The Motagua fault zone is a truly well documented active major strike-slip fault zone and was an active earthquake zone. The Motagua fault zone represented the southern most border of the North American plate. This can be better seen in the figure below with the sharp bending of the Cordilleran orocline in this part of Guatemala. The western end of the Motagua fault zone was also being recognized in the scheme of global plate tectonics as a triple point junction where the North American plate, the Caribbean plate and the Cocos plate intersect. Thus, this region was of critical importance for determining the tectonics of North America, the Caribbean plate and the South American plate. The region in south central Guatemala is shown in the map below in the lightly colored quadrangle.
A complex multiply deformed and polymetamorphic terrain was defined. The first deformation and metamorphism was regional and occurred during the Paleozoic. The second deformation and metamorphism began probably in the Cretaceous and continued into the Tertiary Period. It was related to the westward movement of the North American plate, the bending of the Cordilleran orocline, and large scale left-lateral strike-slip faulting along the Motagua and related fault systems. This tectonism also included massive injections of ophiolites that produced extensive secondary metamorphism in the adjacent metamorphic rocks (Roper, P.J., 1978).
-----------------------
Magma Features
According to Bowen's "Crystal Fractionation":
a "Magmatic Differentiation" is the source of different volcanic activities.
The magma of Fuego Volcano is a Basaltic-Andesitic Magma.
Fuego magmas are formed with a transformation/restructuration of the ancestral, deep, subcrustal Basaltic Magma.
Also, Fuego magmas are the result of melting processes with a deep fusion of ancient sedimentary/continental/marine materials, etc. into a shallow secondary magmatic chamber. At convergent boundaries rising molten bodies, may overtake one another and mix to form average compositions (Magma Mixing).
"The andesite series includes lavas with composition ranging from basalt through basaltic andesite to dacite and rhyolite. Virtually all andesites are associated with a subduction zone where oceanic crust underthrusts a continent, the andesites becoming more potassic as well as richer in Cs, Rb, Ba, U & Th inland from the subduction zone. A marked negative Nb, Ta anomaly is always present but is never seen in rocks derived from sub-oceanic mantle. The underthrusting takes place along the line of an associated oceanic trench, usually of great depth, up to 32,000ft (10,000m).
The subduction plane is assumed to coincide with the Benioff zone, a plane of high earthquake intensity, which dips inward at an angle of up to 40 degrees under Peru or as low as 20 under southern Chile. The volcanoes tend to lie 50-100 miles on the continental side of the trench".
-------------------------------------------
More about Chemistry and Magma System:
"Prehistoric lavas from Fuego are more silicic than historic lavas but all rocks share the same pattern of chemical variation. Historic lavas have been exclusively high-Al2O3 basalts. Chemistry of major elements is consistent with plagioclase, olivine, augite and magnetite fractionation (POAM) from high-Al2O3 basalts. Separate batches of magma can be recognized from trace-element data. This suggests that closed-system fractionation of distinct magma bodies is occurring. Deep fractionation of olivine and clinopyroxene and magnetite out of the primary olivine tholeiite in a deep reservoir is suggested by 1) high concentrations of incompatible elements 2) very low Ni and Sc and 3) highly variable V in Fuego's parent magmas. This reservoir may be located at the base of the crust. Closed-system behavior is indicated by 1) grouping of elements when plotted against stratigraphy, especially Sr 2) different parental trace element compositions required in Rayleigh calculations 3) fractionation trends within batches.
The historic trend toward mafic products is attributed to changes of the parental magma chamber. Current reposes on the order of months of a few years do not allow as silicic magmas to evolve. The Meseta vent, active prior to Fuego erupted more silicic lavas. Chesner et al. propose that the height of Meseta prohibited frequent low-pressure eruptions. After a summit collapse and a slight relocation of eruption, more basic magmas were able to erupt forming the newer Fuego vent. Alternatively, the magma production rate may be increasing thus prohibiting longer repose/assimilation periods.
The Fuego vent is probably fed by a shallow dike-like chamber (0.1 km- 3) which is supplied by the deeper larger parental chamber discussed above. The magmatic evolution of Fuego is considered less complex than the adjacent Acatenango and Agua vents.
A recent previous Fuego eruption produced more than 0.2 km³ of pyroclastic high-Al2O3 basalt (equivalent to >0.1 km³ of void-free magma), quenched at a temperature of about 1050°C. Early erupted magma was rich in plagioclase and poor in mafic phenocrysts, magmas erupted next in sequence were poor in all phenocryst phases, while the final magmas were rich in all phenocryst phases. These changes, and variations in 8 major and 21 minor elements can be explained by crystal/liquid fractionation of high-Al2O3 basalt. Crystals in Fuego's magma contain inclusions of glass with an average H2O content of about 3%, an amount that suggests that crystallization began at a depth of >5 km. Petrographic data, observed extrustion rates, glass inclusion analyses, regional geological features, and various geophysical considerations collectively suggest that crystallization adn differentiation occurred within a vertical, dike-like conduit during a period of a few days to several months. The Fuego parental basalt contained 5% MgO, 10% FeO and about 0.8% K2O, it began crystallization at 1030 ±50°C with plagioclase, olivine, and magnetite the principal phases. Plagioclase was apparently rafted upward by bubbles within the magma body. Tidal triggering of crystal growth, magma ascent and eruption are suggested" (Rose et al., 1978).
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Astrological Setting (Tropical - Placidus)
Using RIYAL 2.11
RIYAL Sun June 29 2003 UT 23h00m00s Lat14n28 Lon90w53 SORT ALL
TC302 = 0Ta22 3n42 15n04 Ari 48.1 412 35.1 [39..72]
Mercury = 1Ca08 0n35 24n01 Gem 0.3 0 7.0
MD10 = 1Le19 29s38 9s06 Mon 15.2 137 59.1 [2..52]
YH32 = 1Sa21 r 77s26 76s17 Cha 5.9 23 79.1 [4..13]
FY128 = 1Li36 4s20 4s36 Vir 37.9 351 11.8 [37..63]
FZ173 = 1Li45 0s14 0s55 Vir 33.0 805 12.7 [32..141]
SQ73 = 2Ta08 3n47 15n46 Ari 15.9 73 17.4 [14..20]
XX143 = 2Le10 2n10 21n47 Cnc 25.4 76 6.8 [10..26]
Uranus = 2Pi37 r 0s46 11s16 Aqr 20.0 84 0.8
FP185 = 2Li37 2n55 1n38 Vir 34.3 3370 30.8 [34..415]
RZ215 = 2Pi42 r 5s05 15s14 Aqr 31.3 1006 25.5 [31..170]
CO1 = 2Vi57 18n32 27n35 LMi 11.7 96 19.7 [11..31]
Pylenor = 3Ge06 5s02 15n51 Tau 18.9 69 5.4 [12..22]
Saturn = 3Ca21 0s48 22n36 Gem 9.0 30 2.5
Chaos = 3Ge32 2n38 23n27 Tau 42.1 311 12.0 [41..51]
GZ32 = 3Li46 14n44 12n01 Vir 20.8 111 15.0 [18..28]
Thereus = 4Ar08 9n51 10n40 Psc 9.4 35 20.4 [9..13]
GQ21 = 4Sc29 r 5n03 8s15 Vir 39.7 912 13.3 [38..150]
Mars = 4Pi53 4s15 13s40 Aqr 1.4 2 1.8
Elatus = 5Ca14 0n38 23n58 Gem 9.8 41 5.3 [7..17]
GO9 = 5Sc19 r 12n59 1s02 Vir 14.1 86 12.8 [14..25]
TO66 = 6Ar33 5n09 7n20 Psc 46.3 284 27.5 [38..48]
QF6 = 6Le40 4s26 14n18 Cnc 4.8 19 24.3 [2..12]
Hidalgo = 6Pi49 r 42s41 47s29 Phe 5.0 14 42.6 [2..10]
Radamantu= 7Li08 0n19 2s32 Vir 38.9 245 12.7 [33..45]
Ixion = 7Sa09 r 1n11 20s21 Sco 42.9 247 19.7 [30..49]
FZ53 = 7Sc25 r 12n23 2s16 Vir 18.3 116 34.8 [12..35]
CO104 = 7Vi42 0n41 9n19 Leo 20.9 120 3.1 [21..28]
Sun = 7Ca47 0n00 23n13 Gem 1.0 1 0.0
GB32 = 7Li55 3n07 0s17 Vir 36.8 3121 14.2 [35..392]
Pelion = 7Pi55 r 4s33 12s49 Aqr 18.2 89 9.4 [17..23]
Icarus = 8Aq05 r 19s05 36s34 Mic 1.9 1 22.9 [0..2]
EL61 = 8Li29 26n25 20n50 Com 51.3 284 28.2 [35..51]
CF119 = 8Le51 2s08 15n59 Cnc 39.1 862 19.7 [39..143]
KF77 = 9Sc24 r 2s02 16s33 Lib 21.8 133 4.4 [20..32]
Cyllarus = 9Ge28 3n25 25n14 Tau 20.5 134 12.6 [16..36]
DH5 = 9Vi31 2n23 10n13 Leo 14.9 105 22.4 [14..30]
LE31 = 9Le32 9n55 27n24 Cnc 8.6 23 151.9 [4..12]
TD10 = 9Ta44 3s00 11n53 Ari 13.7 951 6.0 [12..181]
Moon = 9Ca52 3n23 26n27 Gem 1.0 0 5.2
Dioretsa = 9Ge56 14s07 7n58 Tau 10.5 116 160.4 [2..45]
CE10 = 10Ta04 r 22n20 35n50 And 2.0 30 145.5 [2..17]
Hylonome = 10Sc36 r 3n01 12s08 Lib 19.7 126 4.1 [19..31]
NN8 = 10Ar47 r 3n50 7n47 Psc 5.3 965 165.4 [2..193]
Quaoar = 11Sa00 r 7n16 14s54 Oph 43.4 284 8.0 [42..45]
PJ30 = 11Aq03 r 1n42 15s49 Cap 41.4 1336 5.7 [29..214]
CR46 = 11Le52 1n26 18n37 Cnc 17.8 238 2.4 [18..59]
OM67 = 12Pi12 r 5n55 1s30 Aqr 40.8 960 23.4 [39..155]
AB229 = 12Cp15 r 58s35 80s16 Oct 10.9 385 68.7 [2..104]
HL3 = 12Ge36 6s12 16n10 Tau 6.3 38 35.6 [2..21]
Neptune = 12Aq41 r 0n00 17s00 Cap 30.1 164 1.8
TX300 = 12Ar43 19n21 22n45 And 40.8 284 25.9 [38..48]
Varuna = 12Ca48 1n41 24n30 Gem 43.2 284 17.1 [41..45]
GB10 = 13Li02 11s51 16s02 Crv 15.2 126 13.3 [15..35]
QJ1 = 13Ca29 10n33 33n15 Gem 11.8 38 23.5 [2..20]
AW197 = 13Le33 7s19 9n44 Cnc 47.2 328 24.3 [41..54]
OX3 = 13Aq49 r 2n10 14s36 Cap 25.8 182 2.6 [18..47]
WU24 = 13Li52 42n51 33n38 CVn 13.0 59 42.6 [1..29]
SB60 = 14Pi04 r 21n42 13n46 Peg 43.5 271 24.0 [37..46]
PA44 = 14Sc04 r 1n33 14s35 Lib 4.0 53 3.3 [3..25]
Apogee = 14Ta07 1s20 14n48 Ari
PN34 = 14Aq32 r 4n00 12s39 Aqr 13.5 170 16.7 [13..48]
HE46 = 15Ca03 9s22 13n17 Gem 9.8 115 158.4 [2..45]
Chiron = 15Cp43 r 7n20 15s14 Sgr 12.2 50 6.9 [8..19]
RP120 = 15Ar53 r 55n57 55n12 Lac 3.7 418 119.1 [2..109]
Damocles = 16Aq20 r 0n36 15s23 Cap 19.9 41 62.1 [2..22]
DA62 = 16Vi26 31n18 33n49 UMa 4.2 21 52.2 [4..11]
96PW = 16Ca26 18s16 4n17 Mon 18.0 4456 29.8 [3..539]
OO67 = 16Pi34 r 7s48 12s28 Aqr 20.9 12060 20.1 [21..1031
RN109 = 16Ge38 45s29 22s31 Lep 3.3 38965 58.0 [3..2296]
QB1 = 16Ar39 0n36 7n06 Psc 40.9 290 2.2 [41..47]
Ascend = 16Sa40 0n00 22s46 Oph
Bienor = 16Pi43 r 2n18 3s07 Psc 19.0 67 20.8 [13..20]
RZ214 = 17Ar11 6n50 13n03 Psc 41.2 772 20.5 [37..132]
AZ84 = 17Ca23 7s49 14n34 Gem 45.9 250 13.5 [33..47]
TL66 = 17Ta24 3s36 13n34 Ari 35.1 768 24.0 [35..133]
FX128 = 17Li28 10n54 3n13 Vir 25.3 1051 22.3 [18..189]
FY9 = 17Vi40 28n49 31n07 UMa 51.8 309 29.0 [39..53]
Jupiter = 17Le45 0n48 16n17 Cnc 5.4 12 1.3
CR105 = 18Le03 4n17 19n29 Leo 54.3 3478 22.7 [44..415]
Pluto = 18Sa05 r 9n29 13s28 Oph 30.7 248 17.2 [30..49]
Pholus = 18Sc06 r 24n03 5n56 Ser 18.0 92 24.7 [9..32]
Sedna = 18Ta18 11s46 5n57 Cet 89.7 12105 11.9 [76..978]
DG8 = 18Cp25 r 10s48 32s52 Sgr 7.4 36 129.4 [2..19]
Heracles = 18Ar32 6n57 13n41 Psc 3.2 2 9.1 [0..3]
CZ118 = 18Vi54 2s34 2n02 Leo 44.1 1262 27.7 [38..196]
Talos = 19Ta30 9s45 8n13 Cet 1.3 1 23.2 [0..2]
Phaethon = 19Ge36 4n21 27n23 Tau 1.6 1 22.2 [0..2]
RD215 = 19Ar43 5n47 13n04 Psc 39.6 1342 25.9 [38..206]
TY364 = 19Ar47 21s16 11s58 Cet 39.9 242 24.9 [36..41]
CY118 = 20Vi34 4n15 7n39 Leo 34.7 881 25.5 [35..149]
UB313 = 20Ar36 14s53 5s46 Cet 97.0 558 44.0 [38..98]
XZ255 = 20Ca37 1n22 23n12 Gem 16.1 64 2.6 [15..17]
Midheav = 21Vi00 0n00 3n34 Leo
OP32 = 21Aq06 r 19n38 4n11 Equ 40.9 282 27.2 [39..47]
XS35 = 21Vi11 15n25 17n37 Leo 11.5 76 19.5 [1..35]
Chariklo = 21Vi32 19s16 14s20 Crt 13.1 63 23.4 [13..19]
Okyrhoe = 21Ta55 11s42 6n55 Tau 8.2 24 15.6 [6..11]
CC22 = 21Le56 2n34 16n37 Leo 4.2 20 6.4 [4..11]
XA255 = 22Ca29 1n26 22n58 Gem 14.5 166 12.7 [9..51]
RG33 = 23Ge01 28n13 51n25 Aur 11.2 29 34.9 [2..17]
Nessus = 23Cp05 r 16s20 37s32 Sgr 18.0 121 15.6 [12..37]
Orcus = 23Le23 16s58 2s20 Hya 47.6 248 20.5 [31..48]
UR163 = 23Ar29 0n44 9n48 Psc 49.2 369 0.8 [37..66]
Huya = 23Li53 r 9n26 0s29 Vir 29.4 249 15.5 [29..51]
Venus = 24Ge10 0s18 23n00 Tau 0.7 1 3.4
MS4 = 24Sa38 r 13n47 9s34 Oph 47.5 269 17.7 [36..48]
BU48 = 24Le48 3n19 16n22 Leo 28.7 194 14.2 [21..46]
Vertex = 24Le56
Hephaisto= 24Ge57 6n52 30n12 Aur 2.8 3 11.8 [0..4]
VQ94 = 25Ta45 34n11 51n57 Per 9.1 3214 70.5 [7..429]
VS2 = 25Ta45 13n30 32n16 Per 36.4 249 14.8 [36..43]
GV9 = 25Li55 r 15s36 24s28 Hya 38.9 273 22.0 [39..46]
KX14 = 25Sc59 r 0s19 19s33 Lib 39.7 241 0.4 [37..40]
UX25 = 26Ar03 0s01 10n02 Psc 42.6 279 19.4 [37..49]
VU2 = 26Vi13 12s05 9s35 Crt 6.3 18 13.7 [3..11]
BL41 = 26Le24 8s58 4n16 Sex 9.3 31 12.5 [7..13]
QB243 = 26Aq38 r 0s43 13s18 Cap 19.9 204 6.8 [15..54]
WL7 = 26Ar53 3n33 13n41 Psc 16.3 87 11.3 [15..24]
Asbolus = 27Aq20 r 14s07 25s35 PsA 7.1 76 17.6 [7..29]
GM137 = 27Sc54 r 8n10 11s43 Lib 7.0 22 15.9 [7..9]
Deucalion= 28Li13 r 0n08 10s43 Vir 43.6 294 0.4 [42..47]
EC98 = 28Vi14 0n40 1n19 Vir 14.4 35 4.3 [6..16]
Node = 29Ta01 r 0n00 19n56 Tau
VR130 = 29Ar10 1s23 9n53 Psc 14.9 113 3.5 [15..32]
QD112 = 29Pi14 1s43 1s53 Psc 11.3 82 14.5 [8..30]
WN188 = 29Ge25 13s14 10n12 Ori 3.6 56 27.0 [2..27]
----------------------------
Cuvier 4 Le 30 Milankovitch 18 Le 24 Richter 19 Le 16
Darwin 16 Le 56 Mohorovicic 25 Le 52 Tazieff 10 Aq 13
Flammario 28 Cp 01 Nephele 5 Ca 54 Vulcano 5 Vi 36
Flammeus 0 Ta 21 Pele 27 Sa 29 Wegener 9 Vi 36
Humboldt 17 Ar 10 Plinius 8 Cp 38 Werner 26 Le 58
---------------------------
Focused Minor Planets
1)
AW197 = 13Le33
Neptune = 12 Aq 41 r
OX3 = 13 Aq 49 r
---------
Apogee = 14 Ta 07 Square
TX300 = 12 Ar 43 Trine
SB60 = 14 Pi 04 r Quincunx
______________
2)
TL66 = 17 Ta 24
Sedna = 18 Ta 18
-------
Pluto = 18 Sa 05 r Quincunx
Ascend = 16 Sa 40
FX128 = 17 Li 28
-------
TL66 is at the point of a yod, with Pluto and FX128 sextile
-------
Jupiter = 17 Le 45 Square
Darwin = 16 Le 56
CR105 = 18 Le 03
Milankovitch = 18 Le 24
--------
OO67 = 16 Pi 34 r Sextile
AZ84 = 17 Ca 23
--------
FY9 = 17 Vi 40 Trine
--------
QB1 = 16 Ar 39 Semisextile
RZ214 = 17 Ar 11
Humboldt = 17 Ar 10
___________________________
3)
Orcus = 23 Le 23
Mohorovicic = 25 Le 52
-------
Sun = 7 Ca 47 Semisquare
Moon = 9 Ca 52
-------
Venus = 24 Ge 10 Sextile
Hephaistos = 24 Ge 57
-------
UR163 = 23 Ar 29 Trine
MS4 = 24 Sa 38 r
__________________________
4)
OO67 = 16 Pi 34 r
FY9 = 17 Vi 40
--------
Pluto = 18 Sa 05 r Square
TL66 = 17 Ta 24 Sextile
--------
FX128 = 17 Li 28 Quincunx
Darwin = 16 Le 56
--------
RZ214 = 17 Ar 11 Semisextile
QB1 = 16 Ar 39
Humboldt = 17 Ar 10
AZ84 = 17 Ca 23 Trine
____________________________
5)
Chaos = 3 Ge 32
Pylenor = 3 Ge 06
--------
Mars = 4 Pi 53 Square
Uranus = 2 Pi 37 r
--------
Saturn = 3 Ca 21 Semisextile
RD215 = 19 Ar 43 Semisquare
Cuvier = 4 Le 30 Sextile
____________________
Others:
6)
RD215 = 19 Ar 43
TY364 = 19 Ar 47
UB313 = 20 Ar 36
--------
Pluto = 18 Sa 05 r Trine
Jupiter = 17 Le 45
Milankovitch = 18 Le 24
Richter = 19 Le 16
CR105 = 18 Le 03
--------
Mars = 4 Pi 53 Semisquare
Chaos = 3 Ge 32
________________________________
7)
RZ215 = 2 Pi 42 r
Uranus = 2 Pi 37 r
------
Mercury = 1 Ca 08 Trine
FZ173 = 1 Li 45 Quincunx
FY128 = 1 Li 36
FP185 = 2 Li 37
Chaos = 3 Ge 32 Square
Pylenor = 3 Ge 06
RZ214 = 17 Ar 11 Semisquare
___________________________
8)
EL61 = 8 Li 29
Sun = 7 Ca 47 Square
Moon = 9 Ca 52
Plinius = 8 Cp 38
-------
CF119 = 8 Le 51 Sextile
Ixion = 7 Sa 09 r
-------
Orcus = 23Le23 Semisquare
Tazieff = 10 Aq 13 Trine
___________________________________________
___________________________________________
Astrological Setting (Sidereal - Fagan/Bradley)
Using RIYAL 2.11
RIYAL Sun June 29 2003 UT 23h00m00s Lat14n28 Lon90w53 SORT ALL
BU48 = 0Le01 3n19 16n22 Leo 28.7 194 14.2 [21..46]
Vertex = 0Le09
Hephaisto= 0Ge10 6n52 30n12 Aur 2.8 3 11.8 [0..4]
VQ94 = 0Ta57 34n11 51n57 Per 9.1 3214 70.5 [7..429]
VS2 = 0Ta57 13n30 32n16 Per 36.4 249 14.8 [36..43]
GV9 = 1Li08 r 15s36 24s28 Hya 38.9 273 22.0 [39..46]
KX14 = 1Sc12 r 0s19 19s33 Lib 39.7 241 0.4 [37..40]
UX25 = 1Ar15 0s01 10n02 Psc 42.6 279 19.4 [37..49]
VU2 = 1Vi25 12s05 9s35 Crt 6.3 18 13.7 [3..11]
BL41 = 1Le37 8s58 4n16 Sex 9.3 31 12.5 [7..13]
QB243 = 1Aq51 r 0s43 13s18 Cap 19.9 204 6.8 [15..54]
WL7 = 2Ar06 3n33 13n41 Psc 16.3 87 11.3 [15..24]
Asbolus = 2Aq33 r 14s07 25s35 PsA 7.1 76 17.6 [7..29]
GM137 = 3Sc06 r 8n10 11s43 Lib 7.0 22 15.9 [7..9]
Deucalion= 3Li26 r 0n08 10s43 Vir 43.6 294 0.4 [42..47]
EC98 = 3Vi27 0n40 1n19 Vir 14.4 35 4.3 [6..16]
Node = 4Ta14 r 0n00 19n56 Tau
VR130 = 4Ar23 1s23 9n53 Psc 14.9 113 3.5 [15..32]
QD112 = 4Pi27 1s43 1s53 Psc 11.3 82 14.5 [8..30]
WN188 = 4Ge38 13s14 10n12 Ori 3.6 56 27.0 [2..27]
TC302 = 5Ar35 3n42 15n04 Ari 48.1 412 35.1 [39..72]
Mercury = 6Ge21 0n35 24n01 Gem 0.3 0 7.0
MD10 = 6Ca32 29s38 9s06 Mon 15.2 137 59.1 [2..52]
YH32 = 6Sc34 r 77s26 76s17 Cha 5.9 23 79.1 [4..13]
FY128 = 6Vi49 4s20 4s36 Vir 37.9 351 11.8 [37..63]
FZ173 = 6Vi57 0s14 0s55 Vir 33.0 805 12.7 [32..141]
SQ73 = 7Ar21 3n47 15n46 Ari 15.9 73 17.4 [14..20]
XX143 = 7Ca23 2n10 21n47 Cnc 25.4 76 6.8 [10..26]
Uranus = 7Aq50 r 0s46 11s16 Aqr 20.0 84 0.8
FP185 = 7Vi50 2n55 1n38 Vir 34.3 3370 30.8 [34..415]
RZ215 = 7Aq55 r 5s05 15s14 Aqr 31.3 1006 25.5 [31..170]
CO1 = 8Le10 18n32 27n35 LMi 11.7 96 19.7 [11..31]
Pylenor = 8Ta18 5s02 15n50 Tau 18.9 69 5.4 [12..22]
Saturn = 8Ge34 0s48 22n36 Gem 9.0 30 2.5
Chaos = 8Ta45 2n38 23n27 Tau 42.1 311 12.0 [41..51]
GZ32 = 8Vi59 14n44 12n01 Vir 20.8 111 15.0 [18..28]
Thereus = 9Pi21 9n51 10n40 Psc 9.4 35 20.4 [9..13]
GQ21 = 9Li41 r 5n03 8s15 Vir 39.7 912 13.3 [38..150]
Mars = 10Aq06 4s15 13s40 Aqr 1.4 2 1.8
Elatus = 10Ge27 0n38 23n58 Gem 9.8 41 5.3 [7..17]
GO9 = 10Li32 r 12n59 1s02 Vir 14.1 86 12.8 [14..25]
TO66 = 11Pi46 5n09 7n20 Psc 46.3 284 27.5 [38..48]
QF6 = 11Ca53 4s26 14n18 Cnc 4.8 19 24.3 [2..12]
Hidalgo = 12Aq02 r 42s41 47s29 Phe 5.0 14 42.6 [2..10]
Radamantu= 12Vi21 0n19 2s32 Vir 38.9 245 12.7 [33..45]
Ixion = 12Sc22 r 1n11 20s21 Sco 42.9 247 19.7 [30..49]
FZ53 = 12Li38 r 12n23 2s16 Vir 18.3 116 34.8 [12..35]
CO104 = 12Le55 0n41 9n19 Leo 20.9 120 3.1 [21..28]
Sun = 13Ge00 0n00 23n13 Gem 1.0 1 0.0
GB32 = 13Vi08 3n07 0s17 Vir 36.8 3121 14.2 [35..392]
Pelion = 13Aq08 r 4s33 12s49 Aqr 18.2 89 9.4 [17..23]
Icarus = 13Cp18 r 19s05 36s34 Mic 1.9 1 22.9 [0..2]
EL61 = 13Vi42 26n25 20n50 Com 51.3 284 28.2 [35..51]
CF119 = 14Ca03 2s08 15n59 Cnc 39.1 862 19.7 [39..143]
KF77 = 14Li37 r 2s02 16s33 Lib 21.8 133 4.4 [20..32]
Cyllarus = 14Ta41 3n25 25n14 Tau 20.5 134 12.6 [16..36]
DH5 = 14Le43 2n23 10n13 Leo 14.9 105 22.4 [14..30]
LE31 = 14Ca45 9n55 27n23 Cnc 8.6 23 151.9 [4..12]
TD10 = 14Ar57 3s00 11n53 Ari 13.7 951 6.0 [12..181]
Moon = 15Ge05 3n23 26n27 Gem 1.0 0 5.2
Dioretsa = 15Ta09 14s07 7n58 Tau 10.5 116 160.4 [2..45]
CE10 = 15Ar17 r 22n20 35n51 And 2.0 30 145.5 [2..17]
Hylonome = 15Li49 r 3n01 12s08 Lib 19.7 126 4.1 [19..31]
NN8 = 16Pi00 r 3n50 7n47 Psc 5.3 965 165.4 [2..193]
Quaoar = 16Sc13 r 7n16 14s54 Oph 43.4 284 8.0 [42..45]
PJ30 = 16Cp16 r 1n42 15s49 Cap 41.4 1336 5.7 [29..214]
CR46 = 17Ca05 1n26 18n37 Cnc 17.8 238 2.4 [18..59]
OM67 = 17Aq24 r 5n55 1s30 Aqr 40.8 960 23.4 [39..155]
AB229 = 17Sa28 r 58s35 80s16 Oct 10.9 385 68.7 [2..104]
HL3 = 17Ta49 6s12 16n10 Tau 6.3 38 35.6 [2..21]
Neptune = 17Cp54 r 0n00 17s00 Cap 30.1 164 1.8
TX300 = 17Pi56 19n21 22n45 And 40.8 284 25.9 [38..48]
Varuna = 18Ge01 1n41 24n30 Gem 43.2 284 17.1 [41..45]
GB10 = 18Vi15 11s51 16s03 Crv 15.2 126 13.3 [15..35]
QJ1 = 18Ge42 10n33 33n15 Gem 11.8 38 23.5 [2..20]
AW197 = 18Ca46 7s19 9n44 Cnc 47.2 328 24.3 [41..54]
OX3 = 19Cp02 r 2n10 14s36 Cap 25.8 182 2.6 [18..47]
WU24 = 19Vi05 42n51 33n38 CVn 13.0 59 42.6 [1..29]
SB60 = 19Aq16 r 21n42 13n46 Peg 43.5 271 24.0 [37..46]
PA44 = 19Li17 r 1n33 14s35 Lib 4.0 53 3.3 [3..25]
Apogee = 19Ar20 1s20 14n48 Ari
PN34 = 19Cp45 r 4n00 12s38 Aqr 13.5 170 16.7 [13..48]
HE46 = 20Ge16 9s22 13n17 Gem 9.8 115 158.4 [2..45]
Chiron = 20Sa56 r 7n20 15s14 Sgr 12.2 50 6.9 [8..19]
RP120 = 21Pi06 r 55n57 55n12 Lac 3.7 418 119.1 [2..109]
Damocles = 21Cp32 r 0n36 15s23 Cap 19.9 41 62.1 [2..22]
DA62 = 21Le39 31n18 33n49 UMa 4.2 21 52.2 [4..11]
96PW = 21Ge39 18s16 4n17 Mon 18.0 4456 29.8 [3..539]
OO67 = 21Aq47 r 7s48 12s28 Aqr 20.9 12060 20.1 [21..1031
RN109 = 21Ta51 45s29 22s31 Lep 3.3 38965 58.0 [3..2296]
QB1 = 21Pi52 0n36 7n06 Psc 40.9 290 2.2 [41..47]
Ascend = 21Sc52 0n00 22s46 Oph
Bienor = 21Aq56 r 2n18 3s07 Psc 19.0 67 20.8 [13..20]
RZ214 = 22Pi24 6n50 13n03 Psc 41.2 772 20.5 [37..132]
AZ84 = 22Ge36 7s49 14n34 Gem 45.9 250 13.5 [33..47]
TL66 = 22Ar37 3s36 13n34 Ari 35.1 768 24.0 [35..133]
FX128 = 22Vi41 10n54 3n13 Vir 25.3 1051 22.3 [18..189]
FY9 = 22Le53 28n49 31n07 UMa 51.8 309 29.0 [39..53]
Jupiter = 22Ca57 0n48 16n16 Cnc 5.4 12 1.3
CR105 = 23Ca15 4n17 19n29 Leo 54.3 3478 22.7 [44..415]
Pluto = 23Sc18 r 9n29 13s28 Oph 30.7 248 17.2 [30..49]
Pholus = 23Li19 r 24n03 5n56 Ser 18.0 92 24.7 [9..32]
Sedna = 23Ar31 11s46 5n57 Cet 89.7 12105 11.9 [76..978]
DG8 = 23Sa38 r 10s48 32s52 Sgr 7.4 36 129.4 [2..19]
Heracles = 23Pi45 6n57 13n41 Psc 3.2 2 9.1 [0..3]
CZ118 = 24Le07 2s34 2n02 Leo 44.1 1262 27.7 [38..196]
Talos = 24Ar43 9s45 8n13 Cet 1.3 1 23.2 [0..2]
Phaethon = 24Ta49 4n21 27n23 Tau 1.6 1 22.2 [0..2]
RD215 = 24Pi56 5n47 13n04 Psc 39.6 1342 25.9 [38..206]
TY364 = 25Pi00 21s16 11s58 Cet 39.9 242 24.9 [36..41]
CY118 = 25Le47 4n15 7n39 Leo 34.7 881 25.5 [35..149]
UB313 = 25Pi49 14s53 5s46 Cet 97.0 558 44.0 [38..98]
XZ255 = 25Ge50 1n22 23n12 Gem 16.1 64 2.6 [15..17]
Midheav = 26Le12 0n00 3n34 Leo
OP32 = 26Cp19 r 19n38 4n11 Equ 40.9 282 27.2 [39..47]
XS35 = 26Le24 15n25 17n37 Leo 11.5 76 19.5 [1..35]
Chariklo = 26Le45 19s16 14s20 Crt 13.1 63 23.4 [13..19]
Okyrhoe = 27Ar08 11s42 6n55 Tau 8.2 24 15.6 [6..11]
CC22 = 27Ca09 2n34 16n37 Leo 4.2 20 6.4 [4..11]
XA255 = 27Ge42 1n26 22n58 Gem 14.5 166 12.7 [9..51]
RG33 = 28Ta14 28n13 51n25 Aur 11.2 29 34.9 [2..17]
Nessus = 28Sa18 r 16s20 37s32 Sgr 18.0 121 15.6 [12..37]
Orcus = 28Ca36 16s58 2s20 Hya 47.6 248 20.5 [31..48]
UR163 = 28Pi42 0n44 9n48 Psc 49.2 369 0.8 [37..66]
Huya = 29Vi06 r 9n26 0s29 Vir 29.4 249 15.5 [29..51]
Venus = 29Ta22 0s18 23n00 Tau 0.7 1 3.4
MS4 = 29Sc51 r 13n47 9s34 Oph 47.5 269 17.7 [36..48]
------------------------
Cuvier 9 Ca 43 Milankovitch 23 Ca 37 Richter 24 Ca 29
Darwin 22 Ca 09 Mohorovicic 1 Le 05 Tazieff 15 Cp 26
Flammario 3 Cp 14 Nephele 11 Ge 07 Vulcano 10 Le 49
Flammeus 5 Ar 34 Pele 2 Sa 42 Wegener 14 Le 49
Humboldt 22 Pi 23 Plinius 13 Sa 51 Werner 2 Le 11
---------------------------
Focused Minor Planets
1)
AW197 = 18 Ca 46
Neptune = 17 Cp 54 r
OX3 = 19 Cp 02 r
-------
Apogee = 19 Ar 20 Square
TX300 = 17 Pi 56 Trine
_____________
2)
TL66 = 22 Ar 37
Sedna = 23 Ar 31
Jupiter = 22 Ca 57 Square
CR105 = 23 Ca 15
--------
Pluto = 23 Sc18 r Quincunx
FX128 = 22 Vi 41
Ascend = 21 Sc 52
--------
TL66 is at the point of a yod, with Pluto and FX128 sextile
--------
OO67 = 21 Aq 47 r Sextile
AZ84 = 22 Ge 36
--------
FY9 = 22 Le 53 Trine
RZ214 = 22 Pi 24 Semisextile
_____________
3)
Orcus = 28 Ca 36
Sun = 13 Ge 00 Semisquare
Moon = 15 Ge 05
-------
Venus = 29 Ta 22 Sextile
UR163 = 28 Pi 42 Trine
______________
4)
OO67 = 21 Aq 47 r
FY9 = 22 Le 53
------
Jupiter = 22 Ca 57 Quincunx
FX128 = 22 Vi 41
------
OO67 is at the point of a yod, with Jupiter and FX128 sextile
-------------
Pluto = 23 Sc18 r Square
Ascend = 21 Sc 52
---------
TL66 = 22 Ar 37 Sextile
RZ214 = 22 Pi 24 Semisextile
__________________
5)
Chaos = 8 Ta 45
Pylenor = 8 Ta 18
--------
Mars = 10 Aq 06 Square
Uranus = 7 Aq 50 r
RZ215 = 7 Aq 55 r
-------
Saturn = 8 Ge 34 Semisextile
-------
FP185 = 7 Vi 50 Trine
FZ173 = 6 Vi 57
-------
Cuvier = 9 Ca 43 Sextile
____________________
Others:
6)
RD215 = 24 Pi 56
TY364 = 25 Pi 00
UB313 = 25 Pi 49
--------
Pluto = 23 Sc18 r Trine
Jupiter = 22 Ca 57
Milankovitch = 23 Ca 37
Richter = 24 Ca 29
CR105 = 23Ca15
--------
Mars = 10 Aq 06 Semisquare
Chaos = 8 Ta 45
________________________________
7)
RZ215 = 7 Aq 55
Uranus = 7 Aq 50 r
------
Mercury = 6 Ge 21 Trine
FZ173 = 6 Vi 57 Quincunx
FY128 = 6 Vi 49
FP185 = 7 Vi 50
Chaos = 8 Ta 45 Square
Pylenor = 8 Ta 18
RZ214 = 22 Pi 24 Semisquare
________________________________
8)
EL61 = 13 Vi 42
Sun = 13 Ge 00 Square
Moon = 15 Ge 05
Plinius = 13 Sa 51
-------
CF119 = 14 Ca 03 Sextile
Ixion = 12 Sc 22 r
-------
Orcus = 28 Ca 36 Semisquare
Tazieff = 15 Cp 26 Trine
______________________________________
TENTATIVE ASTROLOGY/GEOLOGY CORRELATIONS
According to the above mentioned geological features, the AW197/Neptune Opp, TL66/Pluto Quincunx, OO67/Pluto Square seem to have a prominence in the chart for this event.
Plate Tectonics's "Subduction" processes in a "Oceanic Area" seem to be related to Neptunian symbolisms.
The rising up of the deep ancestral, subcrustal magma - after being transformed/metamorphosed, seems to be related to Plutonic symbolisms.
Trying a step by step metaphor building process of deriving the meaning of AW197, references are made to Revilla's message # 21666, and to messages # 21789 (Soufrière Hills Eruption) and # 21871 (Celebes Sea Earthquake).
>"...Neptune..is an excellent symbol of sedimentary rocks, as an epitome of Uniformitarianism: eons of slow accumulation/deposition, strongly related to the layering, circling and.or rounding action of water or the wind (i.e.flowing...). Neptune has an affinity with large water masses, with rivers and oceans with the layered "formations" used in geological nomenclature".<
Perhaps, the whole Fuego event is inserted in this Neptunian symbology.
>"Probably, ancient rock formations ...by themselves are not Neptune, but the slow "rounding" or "reducing" action of the agents of meteorization, where even the hardest rock proves to be malleable given enough time, may be represented by it".<
This relation seems to be fitting with a sort of metaphoric extension: the above mentioned Bowen's "Crystal Fractionation" is a slow, long-time range "layered" process, with a "layered", "stratified" action on the ancestral magma.
>"Neptune is the big gravitational frontier of the solar system, so it also represents the "breaking point" beyond which the individual defenses are no longer effective, and the process of socialization wins over... that is the meteorization".<
Perhaps, the "Crystal Fractionation" also: the individual crystals are without a defense facing their inner structural transformation.
>"... so that the big rock formations are probably represented by the "classical" cubewanos with very round orbits, farther away than Neptune.
Metamorphic and plutonic (igneous) processes are related to the Pluto and the plutinos, geologic upheavals to the SDO's.<
Many big igneous rock formations are the results of the “Crystal Fractionation”, that it is a relatively slow, long-time process, based on the transfer and the relocation of molecules. The results are always architectural-structural changes. Even if these changes are at a molecular dimension, the whole phenomenon is active at a global level.
Consequently, the “Crystal Fractionation” is a geochemical paradigm that may be related, tentatively, to the KBO orbital symbolism.
Also (at least partly), some characteristics in the secondary metamorphic process may be related to this symbolism.
So, FuegoVolcano and the very near marine, oceanic environment seem to be fitting with the orbital symbolism related to the AW197/Neptune opposition.
Fuego is a "stratovolcano", that is a "layered volcano" with a depositional structure that it is very similar to a sedimentary process. Perhaps, this may be related to a transitional character of AW197.
Perhaps, the explosive rising up of the more properly igneous material may be related to the TL66/Pluto quincunx.
Perhaps, the OO67/Pluto square may be related to a significant activity of OO67 as a marker for important steps in the geologic history.
---------------------
To follow the Fuego’s eruptive style may be useful for some additional (preliminary and provisional) remarks.
Fuego Eruptive Style:
>>“Eruptions of Fuego occur in clusters. Clusters last 20-70 years and are separated by 80-170 years. The latter period has been suggested as the period between magma batches from a lower magmatic chamber”. <<
The deep ancestral magma rising up to a deep magmatic chamber may be related to Pluto/Plutinos symbologies.
>>“Fuego eruptions are commonly brief and highly explosive, with an eruption column maintained for several hours (Plinian style). Fuego also has less explosive eruptions and lava flows”.<<
The eruption analyzed here is a moderate explosive lava flow, that is not strictly “Plinian”, but we have not differences in the magma rising up process.
>> “Plinian columns develop when a volatile rich magma is tapped. Gas (dominated by H2O in Central America) exsolves from rising magma as magma cracks its way to the surface.The gas nucleates as little bubbles that then grow. As the bubbles grow, the magma gets less dense, accelerating its rise”.
This igneous rising up seems to have a correlation with the Pluto/TL66 quincunx.
>> “Near the surface, the bubbles are packed tight together and possibly overpressured, making an explosive froth. At contact with the atmosphere, the froth shatters into a variety of sizes. Hunks of froth make pumice or, more formally, pumice lapilli. Most froth breaks into ash, fragments of bubble wall, usually planar bits or angular fragments that look like parts of a honeycomb cell. Explosively expanding gases thrust the froth fragments into the atmosphere, where the tiny, red hot ash particles efficiently exchange heat with air. The hot mixture is so expanded that it is less dense than air and it rises. Air is drawn in from all around the plume. As it rushes in, it is deflected left by the rotation of the earth (Coriolis force) and the rising column develops a corkscrew appearance”. <<
Again, this seem to have a correlation with Pluto/Plutinos/SDO symbologies. Structural features, such as “honeycomb cell” and “corkscrew appearance” seem to be related, very tentatively, to metaphoric extensions for AW197. “Coriolis forces” are a very interesting “dynamic system” that it is not sufficiently investigated, up to now.
>> “Later in the eruption, magma from deeper in the chamber gets to the vent and the explosiveness of the eruption decreases and this is bad news. The magma from deeper in the chamber has less water and other gasses. Therefore, fewer bubbles and denser froth (the bubbles are loosely packed). The low gas content and denser froth lead to less explosiveness and less efficient fragmentation (more big pieces). This leads to less mixing with the atmosphere and slower transfer of heat”.<<
This “regulation” of the phenomenon with a decelerating action and a reorganization of bubbles, with a denser (= more viscous) magma (changes in the molecular structure) seem to be correlated to the AW197 “energy” versus the explosivity related, perhaps, to the Pluto/TL66 quincunx.
>> “At some point, the ash-air mixture becomes heavier than air and column collapse occurs. The result is a ground hugging pyroclastic flow, a turbulent, fluidized bed, accellerated by gravity to speeds of 100 or more km/hr. These eruption clouds have a fairly dense base or core. Jetting in front is a hurricane cloud or surge. The surge does most of the killing as it arrives first and has greatest extent. It leaves a thin deposit of well-sorted, cross-bedded, sand-size debris, often mostly mineral fragments. The pyroclastic flow deposit is thicker and has minimal sorting and layering”. <<
Again, we have a possible Pluto/SDO igneous upheaval. The violent character is not the case of the examined eruption. However, we have a little column collapse, just for the starting of a moderate pyroclastic flow. Perhaps, AW197 is active in regulating the entire process according to a long time-range sequence of events. Perhaps, we have a sort of “balancing” gesture of AW197, versus the highly incisive gesture of TL66. Perhaps, the Pluto/TL66 quincunx is not so strongly explosive. Fuego volcano is still at high level of alert.
____________________________
The round orbit of AW197 appears to have a sort of "wide breath", involving large-scale/massive rock formations/phenomena, such as a "subduction".
Perhaps, the 24° inclination of the orbit may be related to a transitional feature of this body, like the transitions that are frequent in Geology.
This inclination appears as a very "incisive" character of AW197, that may be a transition between Pluto/Plutinos/SDO orbital symbolisms.
By means of this inclination, the whole pattern of the orbit of AW197 appears to have a "three-dimensional" character (the orbit plane and the vertical extension/inclination).
This three-dimensional character may be in tuning with the "architecture" concept and related metaphorical extensions.
The inclination of the above mentioned Benioff zone seems to have some relations with the inclination of the orbit of AW197.
The Benioff zone appears to be like a frontier, a "breaking point" beyond which the individual defenses of rocks are no longer effective. This character of the Benioff zone seems to fit with a KBO orbital symbolism.
A parallelism appears to be possible: the "incisive" orbital action/gesture and the subduction movement beyond a frontier in the Earth's depth:
(Image courtesy of David McConnell)
Considering that the orbit of Pluto has a 17 degrees inclination,
the orbit of AW197, with its 24 degrees, appears to be relatively more "incisive":
---------------
The three-dimensional changes in the magma structure and the subsequent crystalized rocks (starting from the ancestral basaltic magma, up to a restructured andesitic magma), may be related to AW197 activities.
The structure of a rock formed by the ancestral magma:
Almost all of the grains in this rock are olivine.
The structure of a rock crystalized by a transformed andesitic magma:
Crystals are mainly small Feldspars
--------------------------------------
Many big metamorphic rock formations that are related to depths very near to the Benioff zone, such as Ophiolites and Schists, have "layered" or rounded structures (Orbicular structures, Eclogites) that are similar to those structures that are common in sedimentary rocks (some structures in the tectonic plates that are involved in Fuego, also)(Messages # 21789, # 21871).
Perhaps, AW197 seems to be active as a "catalyst" and as an "assembler" for the activities of other significant bodies: this is evidenced, up to now, by the very long time-range aspects with the slow moving main planets and bodies such as TL66.
__________________________________________________________
__________________________________________________________
___________________________________________________
Centaurs' Message # 22205 (updated)
Colima Volc. Erupt. (Mexico): October 24, 2002
"As of the 31st of October, the Universidad de Colima has reported that Colima's web video camera showed an ash-and-steam plume rising to a height of ~5.5 km a.s.l. on 24 October at 0430. The plume drifted toward the N. Neither ash nor steam was visible on satellite imagery. The present scene coninues with a slow lava emission by the sectors the West and Southwest. This type of activity could stay during weeks. By virtue of the stability shown in the monitored parameters, the state systems of Civil Defence of Colima and Jalisco, decided to raise to the preventive evacuation of the communities of La Yerbabuena (Colima) and Juan Barragán, the El Agostadero, Los Machos y El Borbollón (Jalisco). Nevertheless, the possibility that does not discard a rise in the activity forces to reframe the occurrence of scenes that could be included/understood between the eruptive events of 1999 (moderate explosions) and 1913 (great explosions), whose development could happen in a matter of hours from the beginning of the event. The Colima volcano is currently at the YELLOW alert level".
------------------------
COLIMA western México 19.514°N,103.62°W; summit elev. ~3,850 m; All times are local (= UTC - 6 hours [or 5 hours early April-late October])
Colima's web video camera showed an ash-and-steam plume rising to a height of ~5.5 km a.s.l. on 24 October at 0430. The plume drifted toward the N. Neither ash nor steam was visible on satellite imagery.
Source: Air Force Weather Agency (2002)
______________________
Country:
|
México
|
Subregion Name:
|
México
|
Volcano Number:
|
1401-04=
|
Volcano Type:
|
Stratovolcanoes
|
Volcano Status:
|
Historical
|
Last Known Eruption:
|
2003 (continuing)
|
Summit Elevation:
|
3850 m
|
12,631 feet
|
Latitude:
|
19.514°N
|
19°30'50"N
|
Longitude:
|
103.62°W
|
103°37'0"W
|
"The Colima volcanic complex is the most prominent volcanic center of the western Mexican Volcanic Belt. It consists of two southward-younging volcanoes, Nevado de Colima (the 4320 m high point of the complex) on the north and the 3850-m-high historically active Volcán de Colima at the south. A group of cinder cones of probable late-Pleistocene age is located on the floor of the Colima graben west and east of the Colima complex. Volcán de Colima (also known as Volcán Fuego) is a youthful stratovolcano constructed within a 5-km-wide caldera, breached to the south, that has been the source of large debris avalanches. Major slope failures have occurred repetitively from both the Nevado and Colima cones, and have produced a thick apron of debris-avalanche deposits on three sides of the complex. Frequent historical eruptions date back to the 16th century. Occasional major explosive eruptions (most recently in 1913) have destroyed the summit and left a deep, steep-sided crater that was slowly refilled and then overtopped by lava dome growth".
____________________________
____________________________
METHODOLOGY
and the Orbital Paradigms as suggested by Juan Revilla
----------
According to Revilla's message # 21666:
"1-) slow and long-range processes on Earth (such as geological processes) "correspond" or are correlated to slow and long-range movement of celestial
objects. I described this correlation as <<a 1:1 correspondence in time based on a metaphorical, non-physical relationship>>
2-) in practice, "Earth" is used as model or "matrix of metaphors", where the 1:1 correspondence is transposed based on analogy rather than on quantity, i.e., it is established at different scales. For example:
- slow and long-range on planet Earth = "deep", geologic, evolution, millions (or hundredths of thousands) of years
- slow and long-range in a human life = "deep", emotional, spiritual, philosophical, social, historical, perhaps re-incarnational, but in scale
of centuries at the most.
This type of associations stem from an aspect of orbital symbolism that I call "orbital domain", i.e., the area or range within which the planet
moves delimits its sphere of action in human life or on Earth, since "place" for planets in the solar system, dynamically speaking, is the equivalent of time-range or frequency (Kepler's 3rd law). Place, sphere or "domain" within the solar system always incorporates a very specific time dimension or range.
This is what differentiates dynamically, for example, Mercury or Venus from Saturn".
Also, according to Juan Revilla's message # 21639:
"geological events are used as a model or metaphor for the meaning of AW197. In other words: one chooses one type of event among the many that a "prominent" (whatever that means in his case) AW197 can signify, establishes keywords for those events, and assumes that they will also be keywords for AW197.
Geology is used as a model that optimizes the metaphor-building process of giving a general meaning to AW197 that can be applied pragmatically in all cases (political, individual...), where geology as such is not necessarily involved. Geologic events constitute the metaphor".
-----------------
Consequently, the research is focused on orbital features that are peculiar in KBO's, Plutinos and SDO's.
Minor aspects are used to detect transitional stages of the hypothesized activity of the above mentioned bodies: e.g. the activity in the long time-range between a trine and a opposition.
Some Main Belt Asteroids are involved, according to some symbolic relations with Geology, that are suggested by their names.
___________________
___________________
GEOLOGICAL SETTING
Plate Tectonics
Colima volcano is located in a seismically active zone near the coast of central Mexico. The plate tectonic setting in Mexico is complex. In this map (which was adapted from maps drawn by other researchers), you can see that there is quite a complicated mixture of spreading ridges (red), transform faults (dark blue), and subduction trenches (light blue).
This volcano is near the juncture of three tectonic plates: the North American Plate to the north-east, the Rivera Plate to the north-west, and the Cocos Plate to the south. Both the Rivera Plate and the Cocos Plate are being consumed beneath the North American Plate. The slower moving Rivera Plate is moving north-west at about 2 cm per year relative to the the North American Plate and the faster moving Cocos plate is moving in a similar direction at a rate of about 4.5 cm per year.
The interactions of one continental plate (North American) and three oceanic plates (Cocos, Rivera, and Pacific) explain the active plate tectonic processes in central Mexico. The Middle American Trench hugs the Pacific coast of central Mexico and marks the boundary between the North American Plate with the subducting Cocos and Rivera Plates. The Pacific Plate shares a divergent plate boundary with both the Cocos Plate and Rivera Plate, and transform plate boundaries connect these spreading ridges. The Cocos and Rivera Plates move towards North America with a component of counter-clockwise rotational motion. A zone of extensional deformation forms the boundary between the Cocos and Rivera Plates and results from differential rotational motion between these two plates that causes slight divergence. This extensional zone extends into Mexico where it forms one arm of the Jalisco triple junction within the Trans-Mexican Volcanic Belt (TMVB), a continental volcanic arc that extends along an east-west trend across central Mexico. Subduction of the Rivera Plate is likely the cause of the formation of the other two arms of the Jalisco triple junction. Active normal faulting forms many grabens in the TMVB as a result of intra-arc extension.
The regional strain field is likely to be dominated by subduction-related strain, with a smaller contribution from rift-related fault slip and block rotation. GPS measurements, when combined with seismological and volcanological constraints on the dip and configuration of the subducting plates, should lead to a suite of plausible models that link the onshore deformation to the motions of the slabs.
The along-trench variations in the strain rates and maximum shortening directions are used to find the transition between lithosphere overlying the subducting Rivera and Cocos plates, and to determine whether this transition coincides with the Colima graben and/or with a gravity anomaly attributed to the subducted portion of the Rivera-Cocos boundary.
Regional Volcanism
Subduction of the Rivera and Cocos Plates produces volcanism along the TMVB, which is a continental volcanic arc that lies along an east-west trend across Mexico. The TMVB is oblique to the trench due to the differential velocities of the subducting plates. A relatively high velocity of the subducting slab at the southern end of the trench causes a shallow dip of the subducting slab, while relatively lower velocities at the northern end of the trench cause steeper dips. This causes volcanism to occur at a greater distance from the trench in the southern end of the subduction zone and closer to the trench at the northern end. This is indicated by the location of volcanoes that are plotted in the above figure as red triangles. Volcanism in the TMVB began around 15 Ma and has formed large stratovolcanoes, small shield volcanoes, rhyolite domes, and rhyolite calderas. Some of the basaltic volcanism, such as the formation of small shield volcanoes, is a result of intra-arc extension.
Most of the volcanoes, such as Colima, are probably associated with the subduction of various small tectonic plates under the North American plate. Other volcanoes are possibly associated with "leaky" transform faults, and the rest are unclear.
The two plates subducting beneath Jalisco also affect the volcanism of the overlying Jalisco block. The Jalisco region is a volcanologist's playground, containing what may be the world's most diverse volcanic rocks. Much of the volcanism is focused in grabens that indicate active regional extension. The Tepic-Zacoalco fault zone and Colima graben, which separates the Jalisco block from the North American plate, contain both active and dormant andesitic volcanoes, including Volcan Colima, North America's most active volcano. The Chapala-Tula fault zone, part of the TransMexican Volcanic Belt, also contains many active volcanoes. Additional volcanism is also concentrated in several smaller grabens, which form a volcanic front approximately 90 km from the trench. The Rivera slab dips about 45°, reaching depths of 100 km beneath the volcanic front defined by the small grabens near the trench. Speculation about a link between the subducting Rivera and Cocos plates and the onshore history of volcanic activity and plate tectonics of the Jalisco region have led to several types of models for the deformation in the region. In one model the Colima graben represents deformation of the continent above a tear in the subducting slab. Others consider the Colima graben to be an early manifestation of an eastward jump of the East Pacific Rise. Other models invoke differential motion and oblique subduction of the Rivera and Cocos plates beneath the continental margin to explain extension along the Colima graben and other fault zones. One model attributes the volcanism and rifting at the Colima graben to a hotspot beneath the Guadalajara region. GPS measurements are best suited for distinguishing between models that invoke differential motion and oblique subduction of the Rivera and Cocos plates. Also, it is postulated that the dip, configuration, convergence rate, and angle of obliquity of the downgoing slabs are important in controlling deformation and volcanism within the overlying plate.
Source: Eos, Vol. 76, October 17, 1995, p. 417.
----------------------------
Magma Features
According to Bowen's "Crystal Fractionation":
a "Magmatic Differentiation" is the source of different volcanic activities.
The magma of Colima Volcano is a Basaltic Olivine-Andesitic Olivine Magma.
Colima magmas are formed with a transformation/restructuration of the ancestral, deep, subcrustal Basaltic Magma. In the Bowen's series, Olivine is the ancestral, primordial mineral.
"The andesite series includes lavas with composition ranging from basalt through basaltic andesite to dacite and rhyolite. Virtually all andesites are associated with a subduction zone where oceanic crust underthrusts a continent, the andesites becoming more potassic as well as richer in Cs, Rb, Ba, U & Th inland from the subduction zone. A marked negative Nb, Ta anomaly is always present but is never seen in rocks derived from sub-oceanic mantle. The underthrusting takes place along the line of an associated oceanic trench, usually of great depth, up to 32,000ft (10,000m).
The subduction plane is assumed to coincide with the Benioff zone, a plane of high earthquake intensity, which dips inward at an angle of up to 40 degrees under Peru or as low as 20 under southern Chile. The volcanoes tend to lie 50-100 miles on the continental side of the trench".
____________________________________
____________________________________
Astrological Setting (Tropical - Placidus)
Using RIYAL 2.11
RIYAL Thu October 24 2002 UT 9h30m00s Lat19n31 Lon103w37 SORT ALL
Pylenor = 0Ge06 r 5s34 14n44 Tau 18.6 69 5.4 [12..22]
EC98 = 0Li47 0n24 0n03 Vir 14.7 35 4.3 [6..16]
Sun = 0Sc48 0n00 11s45 Vir 1.0 1 0.0
PN34 = 1Aq43 2n01 17s49 Cap 13.4 170 16.7 [13..48]
Elatus = 1Ca48 r 0s07 23n19 Gem 9.3 43 5.5 [7..17]
QF6 = 2Le10 17s07 2n59 CMi 3.3 19 24.3 [2..12]
Chaos = 2Ge33 r 2n33 23n10 Tau 42.2 312 12.0 [41..51]
FY128 = 2Li41 4s01 4s45 Vir 37.8 350 11.8 [37..62]
FZ173 = 2Li42 0n07 0s58 Vir 33.2 799 12.7 [32..140]
GO9 = 3Sc29 11n52 1s30 Vir 14.0 86 12.8 [14..25]
FP185 = 3Li38 2n02 0n25 Vir 34.3 3315 30.8 [34..410]
XX143 = 3Le56 2n05 21n18 Cnc 25.2 76 6.8 [10..26]
TO66 = 4Ar03 r 4n55 6n07 Psc 46.2 284 27.5 [38..48]
CO1 = 4Vi04 18n00 26n41 LMi 12.0 96 19.7 [11..31]
GQ21 = 4Sc29 4n37 8s40 Vir 39.6 905 13.3 [38..149]
Moon = 4Ge38 0s24 20n40 Tau 1.0 0 5.2
Chiron = 4Cp44 6n18 17s04 Sgr 11.7 50 6.9 [8..19]
GZ32 = 5Li08 14n02 10n50 Vir 21.0 111 15.0 [18..28]
HL3 = 5Ge09 r 1s55 19n16 Tau 7.8 38 35.6 [2..21]
Mars = 5Li32 1n03 1s14 Vir 1.7 2 1.8
CE10 = 5Le36 r 25n27 43n21 Lyn 3.2 31 145.5 [2..18]
Ixion = 6Sa17 1n24 19s59 Sco 43.0 247 19.7 [30..49]
MD10 = 6Le25 29s38 10s06 Mon 13.9 138 59.0 [2..52]
Cyllarus = 7Ge02 r 3n05 24n32 Tau 20.1 135 12.6 [16..36]
FZ53 = 7Sc08 9n44 4s41 Vir 17.8 116 34.8 [12..35]
Icarus = 7Cp39 17s59 41s10 CrA 1.4 1 22.9 [0..2]
PJ30 = 7Aq52 1n35 16s46 Cap 41.0 1329 5.7 [29..213]
WN188 = 7Ge53 r 28s34 6s37 Eri 5.4 55 26.9 [2..27]
Okyrhoe = 7Ta55 r 12s22 2n25 Cet 8.6 24 15.6 [6..11]
Radamantu= 8Li12 0n32 2s46 Vir 38.8 245 12.7 [33..45]
Neptune = 8Aq12 0n03 18s10 Cap 30.1 164 1.8
OO67 = 8Pi23 r 6s42 14s38 Aqr 21.0 12640 20.1 [21..1064
OX3 = 8Aq29 2n04 16s09 Cap 26.2 182 2.6 [18..47]
GB32 = 8Li39 2n42 0s57 Vir 37.0 3060 14.2 [35..386]
OM67 = 8Pi42 r 5n29 3s13 Aqr 40.6 963 23.4 [39..156]
KF77 = 8Sc47 1s44 16s04 Lib 22.0 132 4.4 [20..32]
Bienor = 9Pi00 r 1n21 6s57 Aqr 19.1 67 20.8 [13..20]
Node = 9Ge04 r 0n00 21n49 Tau
CO104 = 9Vi31 0n49 8n46 Leo 20.9 119 3.1 [21..28]
EL61 = 9Li31 25n50 19n55 Com 51.3 284 28.2 [35..51]
Hylonome = 9Sc33 2n38 12s10 Lib 19.6 125 4.1 [19..31]
TX300 = 9Ar42 r 19n32 21n43 Peg 40.7 284 25.9 [38..48]
CF119 = 9Le52 1s46 16n05 Cnc 39.2 862 19.7 [39..142]
Quaoar = 9Sa54 6n56 15s05 Oph 43.4 284 8.0 [42..45]
RN109 = 9Pi57 r 12s01 18s55 Aqr 2.8 31063 58.0 [3..1974]
NN8 = 10Ar20 r 8n03 11n29 Psc 7.2 960 165.4 [2..192]
SB60 = 10Pi46 r 21n40 12n32 Peg 43.4 271 24.0 [37..46]
Damocles = 11Aq06 r 0s24 17s49 Cap 19.5 41 62.1 [2..22]
RP120 = 11Ta20 r 6n12 21n07 Ari 2.5 401 119.1 [2..106]
DH5 = 11Vi21 0n33 7n49 Leo 14.6 105 22.4 [14..30]
DA62 = 11Vi43 44n34 47n07 CVn 4.8 21 52.2 [4..11]
Venus = 11Sc58 r 6s46 21s51 Lib 0.7 1 3.4
CC22 = 12Le25 0s27 16n39 Cnc 4.6 21 6.4 [4..11]
Ascend = 12Vi34 0n00 6n51 Leo
Hephaisto= 12Ge46 r 8n27 30n42 Aur 3.9 3 11.8 [0..4]
CR46 = 12Le49 1n37 18n31 Cnc 18.0 238 2.4 [18..59]
Midheav = 12Ge56 0n00 22n21 Tau
GB10 = 13Li08 10s32 14s51 Crv 15.2 126 13.3 [15..35]
QD112 = 13Pi12 r 3s42 10s01 Aqr 10.7 82 14.5 [8..30]
Varuna = 13Ca21 r 1n29 24n15 Gem 43.1 285 17.1 [41..46]
QB1 = 13Ar52 r 0n34 6n00 Psc 40.9 291 2.2 [41..47]
RZ214 = 14Ar20 r 7n24 12n28 Psc 41.0 776 20.5 [37..132]
Thereus = 14Pi24 r 13n26 6n16 Peg 9.2 35 20.4 [9..13]
DG8 = 14Cp41 17s08 39s39 CrA 6.0 35 129.4 [2..19]
AW197 = 14Le45 7s07 9n36 Cnc 47.3 328 24.3 [41..54]
TL66 = 15Ta09 r 3s10 13n22 Ari 35.0 774 24.0 [35..134]
Jupiter = 15Le30 0n31 16n41 Cnc 5.3 12 1.3
Nessus = 15Cp32 15s06 37s31 CrA 17.5 121 15.7 [12..37]
QJ1 = 15Ca36 r 13n09 35n34 Aur 10.7 38 23.4 [2..20]
Pluto = 15Sa49 9n22 13s22 Oph 30.6 247 17.2 [30..49]
Pholus = 16Sc40 22n23 4n42 Ser 17.4 92 24.7 [9..32]
RD215 = 16Ar46 r 6n30 12n36 Psc 39.4 1353 25.9 [38..207]
TY364 = 16Ar53 r 21s40 13s22 Cet 40.0 243 24.9 [36..42]
GM137 = 17Sc06 9n10 8s08 Lib 7.0 22 15.9 [7..9]
Dioretsa = 17Ge27 r 15s14 7n40 Ori 9.1 116 160.4 [2..45]
Mercury = 17Li27 1n55 5s05 Vir 0.4 0 7.0
Sedna = 17Ta37 r 11s58 5n35 Cet 90.0 12477 11.9 [76..1000
VQ94 = 17Ta37 r 30n30 45n58 And 10.1 3234 70.5 [7..431]
OP32 = 17Aq40 r 19n45 3n19 Equ 40.8 282 27.2 [39..47]
WU24 = 17Li48 39n32 29n21 Boo 11.8 59 42.6 [1..29]
AZ84 = 18Ca06 r 7s53 14n24 Gem 45.9 251 13.5 [33..47]
FX128 = 18Li08 9n41 1n51 Vir 24.7 1044 22.3 [18..188]
QB243 = 18Aq35 r 1s04 16s16 Cap 19.5 203 6.8 [15..54]
Heracles = 18Aq37 5n15 10s15 Aqr 2.8 2 9.1 [0..3]
96PW = 18Ca43 r 20s16 2n03 CMi 16.7 4690 29.8 [3..558]
WL7 = 18Ar53 r 3n04 10n14 Psc 16.4 88 11.3 [15..24]
FY9 = 19Vi00 28n36 30n23 Com 51.7 309 29.0 [39..53]
CR105 = 19Le03 4n02 18n56 Leo 54.0 3497 22.7 [44..417]
UB313 = 19Ar44 r 15s12 6s22 Cet 97.0 559 44.0 [38..98]
VR130 = 19Ar52 r 1s12 6n39 Psc 15.0 113 3.5 [15..32]
CZ118 = 20Vi05 2s05 2n00 Leo 44.4 1252 27.7 [38..195]
XZ255 = 21Ca08 1n19 23n05 Gem 16.1 64 2.6 [15..17]
UR163 = 21Ar27 r 0n45 9n04 Psc 49.0 370 0.8 [37..66]
Vertex = 21Ta31
CY118 = 21Vi49 3n33 6n31 Leo 34.7 876 25.6 [35..148]
Talos = 21Cp49 4n59 16s45 Sgr 1.6 1 23.2 [0..2]
RG33 = 21Ge54 r 31n08 54n15 Aur 10.3 29 34.9 [2..17]
Phaethon = 22Ta29 r 26n04 43n22 Per 2.3 1 22.2 [0..2]
XA255 = 22Ca53 0n34 22n03 Gem 15.2 166 12.7 [9..51]
Chariklo = 23Vi07 17s17 13s07 Crt 13.1 63 23.4 [13..19]
MS4 = 23Sa13 13n12 10s05 Oph 47.5 268 17.7 [35..48]
Hidalgo = 23Cp33 41s33 61s49 Pav 6.2 14 42.6 [2..10]
UX25 = 23Ar45 r 0n16 9n28 Psc 42.7 280 19.4 [37..49]
VS2 = 24Ta05 r 14n14 32n32 Per 36.4 249 14.8 [36..43]
Huya = 24Li20 8n41 1s21 Vir 29.5 248 15.5 [29..50]
SQ73 = 24Ar32 r 2n53 12n11 Psc 15.7 73 17.4 [14..21]
Orcus = 24Le45 16s57 2s44 Hya 47.5 248 20.5 [31..48]
Uranus = 24Aq57 r 0s45 13s55 Cap 20.0 84 0.8
Asbolus = 25Cp01 15s41 36s31 Sgr 6.9 76 17.6 [7..29]
KX14 = 25Sc23 0s18 19s24 Lib 39.7 241 0.4 [37..40]
VU2 = 25Vi29 11s48 9s02 Crt 5.3 18 13.7 [3..11]
AB229 = 26Sa01 55s23 78s40 Aps 9.3 382 68.7 [2..103]
GV9 = 26Li27 15s21 24s27 Hya 38.9 273 22.0 [39..45]
BU48 = 26Le31 2n57 15n27 Leo 28.4 194 14.2 [21..46]
XS35 = 26Vi36 15n06 15n11 Com 10.0 76 19.5 [1..35]
PA44 = 27Li38 0s16 10s53 Vir 5.2 53 3.3 [3..25]
YH32 = 27Sc50 50s46 67s28 Cir 6.9 23 79.1 [4..13]
RZ215 = 27Aq53 r 5s50 17s41 Aqr 31.2 1008 25.5 [31..170]
BL41 = 28Le04 7s53 4n45 Sex 8.9 31 12.5 [7..13]
LE31 = 28Le14 14n02 25n11 Leo 7.9 23 151.9 [4..12]
TC302 = 28Ar35 r 3n23 14n07 Psc 48.3 414 35.0 [39..72]
Deucalion= 28Li39 0n08 10s52 Vir 43.6 293 0.4 [41..47]
HE46 = 28Ca54 r 8s16 12n17 Cnc 8.3 116 158.4 [2..45]
Saturn = 28Ge56 r 1s20 22n06 Ori 9.0 30 2.5
Apogee = 29Ar01 3s21 8n00 Psc
Pelion = 29Aq04 r 4s03 15s35 Aqr 18.1 89 9.4 [17..23]
TD10 = 29Ar34 r 2s43 8n46 Psc 13.3 965 6.0 [12..183]
-------------------------------
Cuvier 27 Ge 27 Milankovitch 29 Ca 19
