KELUT

Crater Lake

Country: Indonesia

Subregion Name: Java (Indonesia)

Volcano Number: 0603-28=

Volcano Type: Stratovolcano

Volcano Status: Historical

Last Known Eruption: 1990

Summit Elevation: 1731 m 5,679 feet

Latitude: 7.93°S 7°56'0"S

Longitude: 112.308°E 112°18'30"E

The relatively inconspicuous, 1731-m-high Kelut stratovolcano contains a summit crater lake that has been the source of some of Indonesia's most deadly eruptions. A cluster of summit lava domes cut by numerous craters has given the summit a very irregular profile. Satellitic cones and lava domes are also located low on the eastern, western, and SSW flanks. Eruptive activity has in general migrated in a clockwise direction around the summit vent complex. More than 30 eruptions have been recorded from Gunung Kelut since 1000 AD. The ejection of water from the crater lake during Kelut's typically short, but violent eruptions has created pyroclastic flows and lahars that have caused widespread fatalities and destruction. After more than 5000 persons were killed during an eruption in 1919, an ambitious engineering project sought to drain the crater lake. This initial effort lowered the lake by more than 50 m, but the 1951 eruption deepened the crater by 70 m, leaving 50 million cubic meters of water after repair of the damaged drainage tunnels. After more than 200 deaths in the 1966 eruption, a new deeper tunnel was constructed, and the lake's volume before the 1990 eruption was only about 1 million cubic meters.

(The Smithsonian's Global Volcanism Program, http://www.volcano.si.edu/index.cfm)

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Kelut Volcanic Eruption (Indonesia): February 10, 1990

Kelut eruption - February 1990, Indonesia

Start date: 10/02/1990

http://www.interragate.info/notable-past-event/5162

The 10 February eruption of Kelut volcano began with small explosions between 11:41 and 12:35 local time. The main Plinian phase of the eruption began at 12:35 and lasted approximately 4 hours, devastating an area within 5 km of the summit, producing a 10 km high eruption column, and generating pumice-rich pyroclastic flows and pumice fallout mainly to the south-west A few small explosions followed the main eruption on February 11 and 12 1990.

Although 42,770 people were evacuated from the immediate vicinity of the volcano, most damage and casualties were sustained outside the evacuated area, and caused by roof collapse associated with the accumulation of rain-soaked ash. The regencies of Blitar and Kediri were most affected and within a 35 km radius of the volcano drinking water sources were polluted by volcanic ash.

1 Bourdier, J-L, Pratomo, I, Thouret, J-C, Boudon, G & Vincent, P.M. 1997. Observations, stratigraphy and eruptive processes of the 1990 eruption of Kelut volcano, Indonesia. Journal of Volcanology and Geothermal Research. Vol. 79, pp 181-203

2 Surono, P, L. 1995. Seismic precursors of the February 10, 1990 eruption of Kelut volcano, Java. Journal of Volcanology and Geothermal Research. Vol. 65, pp 135-146

3 ReliefWeb. 1990. Indonesia Volcanic Eruption Feb 1990 UNDRO Information Reports 1-2

http://www.reliefweb.int/rw/RWB.NSF/db900SID/OCHA-64CLD4?OpenDocument

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http://www.volcano.si.edu/world/volcano.cfm?vnum=0603-28=&volpage=var&VErupt=Y&VSources=Y&VRep=Y&VWeekly=Y#bgvn_1501

Contents of Monthly Reports

All information contained in these reports is preliminary and subject to change.

All times are local (= UTC + 7 hours)

01/1990 (BGVN 15:01) Explosive eruption produces heavy tephra falls, pyroclastic flows, and lahars; more than 30 people killed

A strong explosive eruption on 10 February produced a large cloud and heavy tephra falls. Although evacuation began before the onset of the eruption, more than 30 people were reported killed in the densely populated area near the volcano.

Local seismicity increased to ~10x the normal rate between the middle and end of November, then returned to background levels. A second episode of increased seismicity occurred during the second and third weeks of January, accompanied by a rise in crater lake temperature from 32 to 38°C. Enhanced earthquake activity was again detected 7 February, and lake temperature peaked at 39-41°C. Measurements on 8 February indicated that lake pH had decreased to 4.2 from its usual 4.9, and hydrophones in the lake recorded noise at 3x normal levels. However, seismicity and hydrophone noise declined that day and remained relatively quiet until the onset of the eruption. During the night of 9-10 February, transmission from the lake instruments (via the ARGOS satellite) ceased. VSI issued an evacuation warning on 10 February at 1000. Press sources estimated the number of evacuees at 60,000.

The eruption began 10 February at 1141, with the strongest explosive phase at 1250, and activity continued until 1700. Pyroclastic flows traveled [5-6] km down the steep-walled valley on the E flank (from the breach in the summit crater), filling it to a depth of ~10 m. The crater lake was emptied during the eruption. However, most of the damage and casualties were attributed to heavy tephra falls that reached 20-30 cm thickness. In Nglegok (~55 km SW of the volcano) residents reported falls of fist-sized tephra, with some material that was head-sized. About 15 cm of ash accumulated at Blitar, ~25 km SW of the summit. Ashfalls were also reported from Malang, ~35 km E of Kelut. The weight of the tephra caused houses to collapse, trapping their occupants. As of 20 February, the official death toll had risen to 32, with >500 homes and 50 schools destroyed and many others damaged.

Tracking of the plume by satellite was made difficult by heavy weather cloud activity in the area. Imagery from Japan's GMS satellite at 1300 showed a bright cloud 53 km across centered over the volcano. At 1347, a NOAA polar orbiter image revealed that the plume, still roughly circular and centered over the volcano, had grown to ~160 km in diameter. Preliminary temperature analysis suggested that the top of the dense cloud was at ~12 km altitude, although diffuse material could have extended higher. By 1600, GMS data indicated that the plume had drifted slightly WSW and was ~310 km long. Very diffuse-appearing material could be seen extending to the NW coast of Australia, ~1,400 km from Kelut, on a NOAA polar orbiter image the next day at 1347. Dispersed remnants of the plume could be traced on GMS images until 1900.

Small explosions with associated glow and/or lightning were continuing during the night of 11-12 February, accompanied by strong seismic activity. A second strong explosive episode occurred between 1512 and 1827 on 12 February. Incandescent tephra rose 7 km above the crater. Rains triggered a major lahar on 15 February that moved downslope at 40-60 km/hour, inundating parts of subdistricts ~16 km NNW (Kepung) and 17 and 28 km NW (Ploso Klaten and Guran) of the summit, forcing residents to flee to high ground. Further heavy rains during the night of 16-17 February forced 50,000 Kepung subdistrict residents to flee. Minor eruptive activity for ~2 hours that night sent thick ash clouds to ~600 m above the vent. Additional lahars the next day moved downslope at ~45 km/hour, destroying hundreds of hectares of agricultural land.

Information Contacts: VSI; Y. Sawada, JMA; O. Karst, SAB; U.S. Embassy, Jakarta; T. Casadevall, USGS; Jakarta Post; UPI.

Further Reference: Sudradjat, Adjat, 1991, A preliminary account of the 1990 eruption of the Kelut volcano: Geol. Jahrbuch, v. A127, p. 447-462.

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09/1990 (BGVN 15:09) February eruption created new pit crater and emptied crater lake; high-temperature gas emission

The following is from Patrick Allard. "Joint investigations . . . were conducted by volcanologists from VSI, the French CNRS, and Paris Univ on 19 July, 25 August, and 2 September. Many months after the 10-12 February explosive eruption, intense activity was persisting.

"The topography of the crater (figure 1) was deeply modified by the eruption. The former crater lake (~2 x 106 m3), blasted out during the initial eruptive phase, has been replaced by a pit crater ~450 x 500 m wide and 100 m deep. The walls of the pit are very steep and unstable, leading to frequent landslides. A lake of muddy water (85°C), 150 x 160 m, occupies its SE floor. Strong, loud emission of steam and gas (193°C, ~14 bars pressure for a steam-saturated reservoir) continuously occurs from two blowing vents N of the lake, contributing much of the plume that rises a few hundred meters above the crater rim. Gas samples were taken from these vents 19 July.

Figure 1. Sketch of Kelut's crater showing main sites of gas emission, August-September 1990. Courtesy of Patrick Allard.

"Thick tephra layers from the February eruption have accumulated in the remaining parts of the crater, dipping with a gentle slope toward the inner pit. These layers are cut by arcuate fractures, more or less concentric to the pit walls, as well as by smaller radial fissures, which probably result from both compaction and sliding of the recent deposits. Some arcuate fractures are >1 m wide and 20 m deep. During our August visit it was discovered that high-temperature gases (>500°C, and up to 850°C at 1 m depth) escape from many of these, red glow being visible in the daylight at some sites. Gas plumes, varying in color from white to blue, mark the active vents, and the fractures and rims are blanketed with abundant sublimates. While some fractures are extinct, others are very recent, since their opening projected blocks and lapilli above the upper mud layer that formed during the rainy season (February-June). The release of high-temperature gases through these fractures may reflect either late (passive) degassing of cooling pyroclastic deposits from the February eruption or active degassing of a shallow magma body (residual intrusion?). Analysis of both stable and radioactive components in gas and aerosol samples collected at different sites may provide some geochemical insight into this question, as well as into the possibility of further phreatic or even phreato-magmatic events.

"Huge devastation in the Kelut area attests to the power of the February eruption. VSI estimated the total volume of erupted tephra at 120 x 106 m3 and that of lahar deposits at 24 x 106 m3. Given this volume and other parameters such as the maximum eruptive column height (~12 km) and the duration of the magmatic phase (~8 hours as a whole; 15:01), a VEI of 3 (high) to 4 (low) can be attributed to this eruption.*

"Rainfall over the volcano averages 5-7 x 106 m3/year, so the crater lake could re-form during the next year or more, depending on the rate of heat output. The explosive blast of the crater lake and consequent lahar formation were responsible for most casualties from the past Kelut eruptions in 1919 (5,160 casualties), 1951 (7), and 1966 (210), even though this hazard was successfully mitigated by VSI during the 1990 eruption."

*Both VSI's estimate of tephra volume (>100 x 106 m3) and measurements of eruption cloud height meet the criteria of Newhall and Self (1982) for a VEI of 4. Preliminary temperature analysis from satellite images suggested that the top of the dense portion of the plume was at ~12 km altitude (15:01), but lidar data from the RV Akademik Korolev detected layers above 20 km altitude, well into the stratosphere, in the central and western Pacific shortly after the eruption [and the SAGE II instrument detected aerosols to 25 km] (see Atmospheric Effects, GVNB 15:08 and 15:12]).

Reference: Newhall, C.G., and Self, S., 1982, The Volcanic Explosivity Index (VEI): an estimate of explosive magnitude for historical volcanism: JGR (Oceans and Atmospheres), v. 87, no. C2, p. 1231-1238.

Information Contacts: VSI; P. Allard, G. Polian, and J-C. Sabroux, CNRS, France; A. Jambon and B. Marty, Univ Paris, France.

(http://www.volcano.si.edu/world/)

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Beginning (4:41 UT):

Using RIYAL 2.81

Astrological Setting (Tropical - Placidus)

RIYAL Sat February 10 1990 UT 4h41m00s Lat7s56 Lon112e19 SORT ALL

Planet	Longit.	Latitude	Declin.	Const.	H.D.	Period	Inclin.	O. Range
OP32	0Aq16	24n03	3n27	Aql	39.8	283	27.2	38.6->47.5
XZ255	0Ta16	1s47	9n54	Psc	15.4	64	2.6	15.4->16.6
KF77	0Li26 r	1n12	0n56	Vir	25.8	133	4.4	19.8->32.1
SQ73	0Aq37	16s00	35s35	Mic	14.5	73	17.4	14.4->20.4
AW197	0Le37 r	1s42	18n22	Cnc	48.8	326	24.3	41.4->53.4
Jupiter	1Ca10 r	0s01	23n25	Gem	5.2	12	1.3
Thereus	1Li21 r	10s19	9s59	Crt	11.2	35	20.4	8.6->12.8
QB243	1Sa32	6s43	27s03	Sco	15.5	204	6.8	15.2->54.0
XR190	2Ge17 r	9n26	29n51	Tau	59.3	435	46.5	52.8->62.0
AZ84	2Ca45 r	5s11	18n14	Ori	46.4	250	13.5	32.7->46.5
SA278	2Ar46	3s47	2s23	Psc	50.5	898	16.3	33.0->153.
CR105	3Le09 r	1s59	17n31	Cnc	48.8	3483	22.7	44.1->415.
Nessus	4Li31 r	8n28	5n58	Vir	12.1	123	15.6	11.8->37.5
RN43	4Aq42	16n51	2s42	Aql	41.0	267	19.3	40.5->42.3
CZ118	4Vi54 r	5n33	14n52	Leo	50.3	1243	27.7	37.7->193.
FY9	5Vi06 r	28n44	36n01	UMa	50.7	308	29.0	38.4->52.9
FZ173	5Vi16 r	6n05	15n14	Leo	36.9	796	12.7	32.5->139.
XA255	5Ge37 r	8s08	13n14	Tau	27.7	163	12.7	9.4->50.4
UR163	6Ar30	0n40	3n12	Psc	45.7	371	0.8	37.0->66.2
Vesta	6Pi51	4s24	13s05	Aqr	2.3	4	7.1	2.1->2.6
GV9	7Li09 r	20s22	21s27	Crt	38.7	272	22.0	38.7->45.3
Crantor	7Le13 r	2n33	20n56	Cnc	17.2	86	12.8	14.1->24.8
FP185	7Vi36 r	12s58	3s20	Sex	36.8	3276	30.8	34.3->406.
Uranus	7Cp59	0s17	23s29	Sgr	19.4	84	0.8
UX25	8Ar01	5n19	8n04	Psc	44.4	280	19.4	36.6->48.9
PN34	8Sc11	30s00	16s45	Hya	19.5	172	16.6	13.3->48.4
Mars	8Cp23	0s31	23s41	Sgr	1.5	2	1.8
KX14	9Sc21 r	0s23	14s58	Lib	40.1	241	0.4	37.0->40.5
Hylonome	9Vi50 r	1s26	6n33	Leo	19.2	126	4.1	18.9->31.4
Sedna	10Ta07	11s35	3n50	Cet	94.4	12290	11.9	76.2->988.
TD10	10Cp20	5n44	17s20	Sgr	19.6	934	6.0	12.3->178.
Typhon	10Ge25r	2n26	24n25	Tau	24.2	235	2.4	17.6->58.7
Teharonhi	10Aq25	0n15	17s24	Cap	44.8	291	2.6	42.7->45.1
Orcus	10Le26 r	14s27	3n41	Hya	46.4	247	20.5	30.7->48.1
VR130	10Aq34	2n38	15s03	Cap	20.4	117	3.5	14.7->33.1
Apogee	10Sc55	5s08	19s58	Lib
Vertex	10Vi56
Chiron	11Ca22r	7s12	15n47	Gem	11.2	51	6.9	8.5->19.0
Okyrhoe	12Cp01	14n00	8s58	Sct	9.3	24	15.6	5.7->11.0
Pylenor	12Pi07	2s13	9s04	Aqr	12.9	69	5.4	11.7->21.8
MS4	12Sa21	10n22	12s00	Oph	47.8	269	17.7	35.5->47.8
GQ21	12Li21 r	0s41	5s31	Vir	38.3	905	13.4	38.2->148.
RM43	12Ar30	26s57	19s49	Cet	37.1	873	28.7	35.1->147.
Damocles	13Ar21	56n22	54n34	Lac	3.7	41	61.9	1.6->22.1
Neptune	13Cp28	0n51	21s55	Sgr	30.2	164	1.8
CO104	13Ca33r	2n57	25n42	Gem	20.8	119	3.1	20.6->27.9
CO1	13Ge43r	0s48	21n39	Tau	20.8	95	19.7	11.0->30.6
Pallas	13Ar44	20s30	13s28	Cet	2.6	5	34.8	2.1->3.4
Chaos	13Ta49	1s00	15n01	Ari	43.2	311	12.0	41.0->50.9
Deucalion	13Li49 r	0n14	5s14	Vir	44.4	293	0.4	41.4->46.7
Lilith	13Cp56	0n54	21s49	Sgr	3.0	4	5.6	2.1->3.2
OX3	14Cp54	0n57	21s40	Sgr	33.0	180	3.3	17.4->46.4
GB32	15Vi16 r	3s07	2n55	Leo	42.1	3030	14.2	35.4->383.
GM137	15Ar52	13s57	6s38	Cet	8.8	22	15.8	7.0->8.8
PJ30	16Cp18	0s45	23s12	Sgr	33.5	1351	5.7	28.6->215.
Eris	16Ar22	17s19	9s34	Cet	97.5	559	43.9	38.2->97.6
BU48	16Ca30r	6s17	16n11	Gem	23.0	194	14.2	20.5->46.5
Node	16Aq30r	0n00	15s54	Cap
CF119	16Ca46r	5n41	28n01	Gem	41.7	853	19.7	38.7->141.
TC302	16Ar50	4s08	2n48	Psc	51.6	414	35.0	39.1->71.9
Ceto	16Le52r	13s55	2n29	Hya	17.8	1056	22.3	17.8->189.
Asbolus	16Vi53 r	6n37	11n16	Leo	18.8	77	17.6	6.9->29.3
PB112	17Aq24	9s41	24s50	Cap	39.9	1115	15.4	35.3->179.
Pluto	17Sc46	15n35	2s08	Ser	29.7	248	17.2	29.7->49.2
TL66	18Ar16	7n44	14n18	Psc	36.2	772	24.0	35.0->133.
OM67	18Aq32	3s33	18s39	Cap	39.2	971	23.4	39.2->156.
Hephaistos	18Ta42	7n04	24n11	Ari	3.8	3	11.8	0.4->4.0
Radamantus	18Vi54 r	4n54	8n53	Leo	36.9	245	12.8	33.0->45.2
Midheav	20Aq10	0n00	14s46	Cap
Saturn	20Cp14	0n15	21s40	Sgr	10.0	29	2.5
MW12	20Sc36	15n42	2s44	Ser	49.9	308	21.5	39.2->52.0
RR43	20Ar48	25s36	15s36	Cet	37.4	285	28.5	37.2->49.4
BL41	20Cp53	1n09	20s41	Sgr	10.8	30	13.5	6.9->12.6
Venus	20Cp59	7n06	14s47	Sgr	0.7	1	3.4
TO66	21Pi01	1s45	5s10	Aqr	45.0	285	27.4	38.2->48.4
TX300	21Pi11	12n20	7n50	Psc	39.5	285	25.9	38.0->48.6
Sun	21Aq11	0n00	14s26	Cap	1.0	1	0.0
Ceres	21Ge21	4n48	27n57	Tau	2.6	5	10.6	2.6->3.0
RZ214	21Pi44	13n42	9n18	Peg	37.7	780	20.5	36.7->132.
Chariklo	21Ge55r	14n30	37n40	Aur	15.7	63	23.4	13.1->18.5
GZ32	21Le58r	9n04	22n44	Leo	24.6	111	15.0	18.1->28.1
Elatus	22Sa03	0n53	22s20	Oph	13.0	45	5.6	7.4->17.8
WL7	22Aq12	7s14	20s56	Cap	20.9	90	11.2	14.9->25.3
Ascend	22Ta20	0n00	18n21	Ari
RD215	22Pi41	15n50	11n38	Peg	37.6	1359	25.9	37.6->207.
Flora	22Sa52	3n48	19s27	Oph	2.5	3	5.9	1.9->2.5
OO67	22Cp52	10n08	11s31	Aql	28.7	13533	20.1	20.7->1115
QD112	23Vi08 r	2n35	5n06	Vir	14.6	83	14.5	8.0->30.1
UJ438	23Aq17	3n10	10s46	Cap	22.9	74	3.8	8.2->26.9
Pholus	23Ge17r	14s00	9n17	Ori	9.1	92	24.7	8.7->32.2
HB57	23Vi44 r	6s45	3s43	Leo	41.6	2040	15.5	38.1->283.
Cyllarus	24Pi11	10s00	11s28	Aqr	16.3	134	12.6	16.2->36.2
VQ94	24Ar19	22s49	11s49	Cet	29.6	2738	70.5	6.8->384.6
Atlantis	24Ca37r	2s52	18n23	Gem	2.7	3	2.7	1.5->3.0
Ixion	24Sc40	6n06	13s01	Lib	45.4	247	19.7	29.8->49.0
SB60	25Aq00	17n04	2n56	Peg	42.2	272	24.0	37.6->46.4
Logos	25Le02r	0n39	13n47	Leo	40.6	306	2.9	39.8->51.0
Varuna	25Ge12r	3s23	19n59	Tau	42.5	284	17.1	40.8->45.6
QB1	25Pi15	0s07	2s00	Psc	40.9	292	2.2	40.9->47.1
Moon	25Le55	0s52	12n04	Leo	1.0	0	5.3
Amycus	25Ca59r	4n26	25n19	Gem	19.5	126	13.3	15.2->35.1
Quaoar	26Sc01	5n45	13s40	Lib	43.9	284	8.0	41.7->44.8
CY118	26Le16r	8s08	5n06	Sex	37.0	870	25.6	34.6->147.
XX143	26Ge17r	1s49	21n34	Tau	19.9	76	6.8	9.7->26.3
Huya	26Vi27 r	1n46	3n02	Vir	32.2	248	15.5	28.6->50.4
Bienor	13s30	27Cp16	33s55	Sgr	19.6	67	20.7	13.2->19.8
YQ179	27Ge21r	7s59	15n26	Tau	43.7	851	20.8	37.3->142.
Mercury	27Cp32	0s30	21s08	Sgr	0.5	0	7.0
EL61	27Vi41 r	24n07	22n56	Com	51.5	283	28.2	34.8->51.5
RZ215	27Cp43	18s00	38s12	Sgr	32.0	1019	25.5	30.9->171.
RL43	28Aq07	2n53	9s25	Cap	23.5	121	12.3	23.5->25.5
Echeclus	28Ca13r	3s44	16n51	Cnc	13.4	35	4.3	5.9->15.7
TY364	28Pi25	15s55	15s12	Cet	40.6	243	24.9	36.4->41.5
Pelion	28Sa47	5n57	17s29	Sgr	17.4	89	9.4	17.3->22.6
FZ53	29Ca17r	37s03	16s01	Pup	12.5	117	34.8	12.4->35.5
DH5	29Ta34	22s41	2s08	Eri	16.2	104	22.5	14.0->30.3
VS2	29Ar37	14n39	24n59	Psc	36.7	249	14.8	36.4->42.7

Celsius 5 Ar 17 Kelvin 29 Sa 06 Richter 3 Ge 59

Cuvier 13 Sc 06 Milankovitch 4 Aq 55 Tazieff 16 Le 10

Darwin 18 Vi 08 Mohorovicic 0 Aq 46 Vulcano 29 Sc 13

Flammario 10 Aq 35 Nephele 12 Cp 57 Wegener 4 Pi 57

Flammeus 20 Ta 50 Pele 17 Pi 53 Werner 15 Pi 28

Humboldt 9 Aq 53 Plinius 29 Pi 39 Cielobuio 23 Le 53

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Focused Minor Planets

AW197 = 0 Le 37 r

OP32 = 0 Aq 16

Mohorovicic = 0 Aq 46

Jupiter = 1 Ca 10 r Semisextile

XR190 = 2 Ge 17 r Sextile

Vulcano = 29 Sc 13 Trine

Plinius = 29 Pi 39

__________________

TL66 = 18 Ar 16

Eris = 16 Ar 22

TC302 = 16 Ar 50

Pluto = 17 Sc 46 Quincunx

Darwin = 18 Vi 08

Saturn = 20 Cp 14 Square

PB112 = 17 Aq 24 Sextile

OM67 = 18 Aq 32

Midheav = 20 Aq 10

Hephaistos = 18 Ta 42 Semisextile

Pele = 17 Pi 53

_________________

Varuna = 25 Ge 12 r

Moon = 25 Le 55 Sextile

CY118 = 26 Le 16 r

VQ94 = 24 Ar 19

Ixion = 24 Sc 40 Quincunx

Quaoar = 26 Sc 01

Orcus = 10 Le 26 r Semisquare

Atlantis = 24 Ca 37 r Semisextile

SB60 = 25 Aq 00 Trine

QB1 = 25 Pi 15 Square

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Chaos = 13 Ta 49

Cuvier = 13 Sc 06

Neptune = 13 Cp 28 Trine

Nephele = 12 Cp 57

GB32 = 15 Vi 16 r

Pallas = 13 Ar 44 Semisextile

Damocles = 13 Ar 21

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OO67 = 22 Cp 52

Venus = 20 Cp 59

Flora = 22 Sa 52 Semisextile

RD215 = 22 Pi 41 Sextile

Ascend = 22 Ta 20 Trine

Cielobuio = 23 Le 53 Quincunx

_________________

UX25 = 8 Ar 01

GV9 = 7 Li 09 r

Uranus = 7 Cp 59 Square

Mars = 8 Cp 23

__________________

Others:

RZ215 = 27 Cp 43

Mercury = 27 Cp 32

YQ179 = 27 Ge 21 r Quincunx

EL61 = 27 Vi 41 r Trine

__________________

TX300 = 21 Pi 11

RZ214 = 21 Pi 44

TO66 = 21 Pi 01

Sun = 21 Aq 11 Semisextile

MW12 = 20 Sc 36 Trine

Ceres = 21 Ge 21 Square

Flammeus = 20 Ta 50 Sextile

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Astrological Setting (Sidereal - Fagan/Bradley)

RIYAL Sat February 10 1990 UT 4h41m00s Lat7s56 Lon112e19 SORT ALL

Planet	Longit.
Atlantis	0Ca01 r
Ixion	0Sc04
SB60	0Aq24
Logos	0Le26 r
Varuna	0Ge36 r
QB1	0Pi38
Moon	1Le19
Amycus	1Ca23 r
Quaoar	1Sc25
CY118	1Le40 r
XX143	1Ge40 r
Huya	1Vi50 r
Bienor	2Cp39
YQ179	2Ge45 r
Mercury	2Cp56
EL61	3Vi04 r
RZ215	3Cp07
RL43	3Aq31
Echeclus	3Ca37 r
TY364	3Pi48
Pelion	4Sa11
FZ53	4Ca41 r
DH5	4Ta58
VS2	5Ar01
OP32	5Cp40
XZ255	5Ar40
KF77	5Vi50 r
SQ73	6Cp01
AW197	6Ca01 r
Jupiter	6Ge33 r
Thereus	6Vi44 r
QB243	6Sc56
XR190	7Ta41 r
AZ84	8Ge09 r
SA278	8Pi10
CR105	8Ca33 r
Nessus	9Vi55 r
RN43	10Cp06
CZ118	10Le17 r
FY9	10Le30 r
FZ173	10Le40 r
XA255	11Ta01 r
UR163	11Pi54
Vesta	12Aq15
GV9	12Vi33 r
Crantor	12Ca37r
FP185	12Le59 r
Uranus	13Sa23
UX25	13Pi25
PN34	13Li34
Mars	13Sa47
KX14	14Li44 r
Hylonome	15Le14 r
Sedna	15Ar30
TD10	15Sa44
Typhon	15Ta48 r
Teharonhi	15Cp48
Orcus	15Ca50r
VR130	15Cp57
Apogee	16Li18
Vertex	16Le20
Chiron	16Ge46r
Okyrhoe	17Sa24
Pylenor	17Aq31
MS4	17Sc44
GQ21	17Vi45 r
RM43	17Pi54
Damocles	18Pi44
Neptune	18Sa51
CO104	18Ge57r
CO1	19Ta06 r
Pallas	19Pi07
Chaos	19Ar12
Deucalion	19Vi12 r
Lilith	19Sa20
OX3	20Sa18
GB32	20Le40 r
GM137	21Pi16
PJ30	21Sa41
Eris	21Pi46
BU48	21Ge53r
Node	21Cp53r
CF119	22Ge09r
TC302	22Pi14
Ceto	22Ca16r
Asbolus	22Le17 r
PB112	22Cp48
Pluto	23Li09
TL66	23Pi40
OM67	23Cp56
Hephaistos	24Ar06
Radamantus	24Le18 r
Midheav	25Cp34
Saturn	25Sa38
MW12	26Li00
RR43	26Pi12
BL41	26Sa17
Venus	26Sa23
TO66	26Aq25
TX300	26Aq34
Sun	26Cp34
Ceres	26Ta45
RZ214	27Aq08
Chariklo	27Ta18 r
GZ32	27Ca22r
Elatus	27Sc26
WL7	27Cp36
Ascend	27Ar44
RD215	28Aq05
Flora	28Sc15
OO67	28Sa16
QD112	28Le31 r
UJ438	28Cp41
Pholus	28Ta41 r
HB57	29Le08 r
Cyllarus	29Aq35
VQ94	29Pi42

Celsius 10 Pi 41 Kelvin 4 Sa 30 Richter 9 Ta 22

Cuvier 18 Li 30 Milankovitch 10 Cp 19 Tazieff 21 Ca 34

Darwin 23 Le 31 Mohorovicic 6 Cp 10 Vulcano 4 Sc 37

Flammario 15 Cp 59 Nephele 18 Sa 20 Wegener 10 Aq 20

Flammeus 26 Ar 14 Pele 23 Aq 17 Werner 20 Aq 51

Humboldt 15 Cp 17 Plinius 5 Pi 03 Cielobuio 29 Ca 16

________________________

Focused Minor Planets

AW197 = 6 Ca 01 r

OP32 = 5 Cp 40

Mohorovicic = 6 Cp 10

Jupiter = 6 Ge 33 r Semisextile

XR190 = 7 Ta 41 r Sextile

Vulcano = 4 Sc 37 Trine

Plinius = 5 Pi 03

__________________

TL66 = 23 Pi 40

Eris = 21 Pi 46

TC302 = 22 Pi 14

Pluto = 23 Li 09 Quincunx

Darwin = 23 Le 31

Saturn = 25 Sa 38 Square

PB112 = 22 Cp 48 Sextile

OM67 = 23 Cp 56

Hephaistos = 24 Ar 06 Semisextile

Pele = 23 Aq 17

_________________

Varuna = 0 Ge 36 r

Moon = 1 Le 19 Sextile

CY118 = 1 Le 40 r

VQ94 = 29 Pi 42

Ixion = 0 Sc 04 Quincunx

Quaoar = 1 Sc 25

Orcus = 15 Ca 50 r Semisquare

Atlantis = 0 Ca 01 r Semisextile

SB60 = 0 Aq 24 Trine

___________________

Chaos = 19 Ar 12

Cuvier = 18 Li 30

Neptune = 18 Sa 51 Trine

Nephele = 18 Sa 20

GB32 = 20 Le 40 r

Pallas = 19 Pi 07 Semisextile

Damocles = 18 Pi 44

__________________

OO67 = 28 Sa 16

Venus = 26 Sa 23

RD215 = 28 Aq 05 Sextile

Ascend = 27 Ar 44 Trine

Flora = 28 Sc 15 Semisextile

Cielobuio = 29 Ca 16 Quincunx

_________________

UX25 = 13 Pi 25

GV9 = 12 Vi 33 r

Uranus = 13 Sa 23 Square

Mars = 13 Sa 47

__________________

Others:

RZ215 = 3 Cp 07

Mercury = 2 Cp 56

YQ179 = 2 Ge 45 r Quincunx

EL61 = 3 Vi 04 r Trine

__________________

TX300 = 26 Aq 34

RZ214 = 27 Aq 08

TO66 = 26 Aq 25

Sun = 26 Cp 34 Semisextile

Ceres = 26 Ta 45 Square

MW12 = 26 Li 00 Trine

Flammeus = 26 Ar 14 Sextile

_____________________________

Astrocartography

Sun has the MC line going through Indonesia, very near Kelut volcano

PB112 has the MC line going through Indonesia, very near Kelut volcano

OM67 has the MC line going through Indonesia, very near Kelut volcano

MW12 is setting very near Kelut volcano

_______________________

The strongest explosive phase (5:35 UT)

RIYAL Sat February 10 1990 UT 5h35m00s Lat7s56 Lon112e19 SORT ALL

OP32 = 0Aq16 24n03 3n27 Aql 39.8 283 27.2 38.6->47.5

XZ255 = 0Ta17 1s47 9n54 Psc 15.4 64 2.6 15.4->16.6

KF77 = 0Li26 r 1n12 0n56 Vir 25.7 133 4.4 19.8->32.1

AW197 = 0Le37 r 1s42 18n22 Cnc 48.8 326 24.3 41.4->53.4

SQ73 = 0Aq37 16s00 35s35 Mic 14.5 73 17.4 14.4->20.4

Jupiter = 1Ca10 r 0s01 23n25 Gem 5.2 12 1.3

Thereus = 1Li21 r 10s19 9s59 Crt 11.2 35 20.4 8.6->12.8

QB243 = 1Sa32 6s43 27s03 Sco 15.5 204 6.8 15.2->54.0

XR190 = 2Ge17 r 9n26 29n51 Tau 59.3 435 46.5 52.8->62.0

AZ84 = 2Ca45 r 5s11 18n14 Ori 46.4 250 13.5 32.7->46.5

SA278 = 2Ar46 3s47 2s22 Psc 50.5 898 16.3 33.0->153.

CR105 = 3Le09 r 1s59 17n31 Cnc 48.8 3483 22.7 44.1->415.

Midheav = 4Pi14 0n00 9s58 Aqr

Nessus = 4Li31 r 8n28 5n58 Vir 12.1 123 15.6 11.8->37.5

RN43 = 4Aq42 16n51 2s42 Aql 41.0 267 19.3 40.5->42.3

CZ118 = 4Vi54 r 5n33 14n52 Leo 50.3 1243 27.7 37.7->193.

Ascend = 4Ge58 0n00 21n08 Tau

FY9 = 5Vi06 r 28n44 36n01 UMa 50.7 308 29.0 38.4->52.9

FZ173 = 5Vi16 r 6n05 15n14 Leo 36.9 796 12.7 32.5->139.

XA255 = 5Ge37 r 8s08 13n14 Tau 27.7 163 12.7 9.4->50.4

UR163 = 6Ar30 0n40 3n12 Psc 45.7 371 0.8 37.0->66.2

Vesta = 6Pi52 4s24 13s05 Aqr 2.3 4 7.1 2.1->2.6

GV9 = 7Li09 r 20s22 21s27 Crt 38.7 272 22.0 38.7->45.3

Crantor = 7Le13 r 2n33 20n56 Cnc 17.2 86 12.8 14.1->24.8

FP185 = 7Vi36 r 12s58 3s19 Sex 36.8 3276 30.8 34.3->406.

Uranus = 7Cp59 0s17 23s29 Sgr 19.4 84 0.8

UX25 = 8Ar02 5n19 8n04 Psc 44.4 280 19.4 36.6->48.9

PN34 = 8Sc11 16s45 30s00 Hya 19.5 172 16.6 13.3->48.4

Mars = 8Cp25 0s31 23s41 Sgr 1.5 2 1.8

KX14 = 9Sc21 r 0s23 14s58 Lib 40.1 241 0.4 37.0->40.5

Vertex = 9Vi47

Hylonome = 9Vi50 r 1s26 6n33 Leo 19.2 126 4.1 18.9->31.4

Sedna = 10Ta07 11s35 3n50 Cet 94.4 12290 11.9 76.2->988.

TD10 = 10Cp20 5n44 17s20 Sgr 19.6 934 6.0 12.3->178.

Typhon = 10Ge25 r 2n26 24n25 Tau 24.2 235 2.4 17.6->58.7

Teharonhi= 10Aq25 0n15 17s24 Cap 44.8 291 2.6 42.7->45.1

Orcus = 10Le26 r 14s27 3n41 Hya 46.4 247 20.5 30.7->48.1

VR130 = 10Aq34 2n38 15s03 Cap 20.4 117 3.5 14.7->33.1

Apogee = 10Sc55 5s08 19s59 Lib

Chiron = 11Ca22 r 7s12 15n47 Gem 11.2 51 6.9 8.5->19.0

Okyrhoe = 12Cp01 14n00 8s58 Sct 9.3 24 15.6 5.7->11.0

Pylenor = 12Pi07 2s13 9s04 Aqr 12.9 69 5.4 11.7->21.8

MS4 = 12Sa21 10n22 12s00 Oph 47.8 269 17.7 35.5->47.8

GQ21 = 12Li21 r 0s41 5s31 Vir 38.3 905 13.4 38.2->148.

QF6 = 12Li23 r 18n29 12n07 Vir 11.5 19 24.3 2.2->12.0

RM43 = 12Ar30 26s57 19s49 Cet 37.1 873 28.7 35.1->147.

Damocles = 13Ar22 56n22 54n34 Lac 3.7 41 61.9 1.6->22.1

Neptune = 13Cp28 0n51 21s55 Sgr 30.2 164 1.8

CO104 = 13Ca33 r 2n57 25n42 Gem 20.8 119 3.1 20.6->27.9

CO1 = 13Ge43 r 0s48 21n39 Tau 20.8 95 19.7 11.0->30.6

Pallas = 13Ar45 20s30 13s28 Cet 2.6 5 34.8 2.1->3.4

Chaos = 13Ta49 1s00 15n01 Ari 43.2 311 12.0 41.0->50.9

Deucalion= 13Li49 r 0n14 5s14 Vir 44.4 293 0.4 41.4->46.7

Lilith = 13Cp57 0n54 21s49 Sgr 3.0 4 5.6 2.1->3.2

OX3 = 14Cp54 0n57 21s40 Sgr 33.0 180 3.3 17.4->46.4

GB32 = 15Vi16 r 3s07 2n55 Leo 42.1 3030 14.2 35.4->383.

GM137 = 15Ar52 13s57 6s38 Cet 8.8 22 15.8 7.0->8.8

PJ30 = 16Cp18 0s45 23s12 Sgr 33.5 1351 5.7 28.6->215.

Eris = 16Ar22 17s19 9s34 Cet 97.5 559 43.9 38.2->97.6

BU48 = 16Ca30 r 6s17 16n11 Gem 23.0 194 14.2 20.5->46.5

Node = 16Aq30 r 0n00 15s54 Cap

CF119 = 16Ca46 r 5n41 28n01 Gem 41.7 853 19.7 38.7->141.

TC302 = 16Ar50 4s08 2n48 Psc 51.6 414 35.0 39.1->71.9

Ceto = 16Le52 r 13s55 2n29 Hya 17.8 1056 22.3 17.8->189.

Asbolus = 16Vi53 r 6n37 11n16 Leo 18.8 77 17.6 6.9->29.3

PB112 = 17Aq24 9s41 24s49 Cap 39.9 1115 15.4 35.3->179.

Pluto = 17Sc46 15n35 2s08 Ser 29.7 248 17.2 29.7->49.2

TL66 = 18Ar16 7n44 14n18 Psc 36.2 772 24.0 35.0->133.

OM67 = 18Aq32 3s33 18s39 Cap 39.2 971 23.4 39.2->156.

Hephaisto= 18Ta43 7n04 24n11 Ari 3.8 3 11.8 0.4->4.0

Radamantu= 18Vi54 r 4n54 8n54 Leo 36.9 245 12.8 33.0->45.2

Saturn = 20Cp14 0n15 21s40 Sgr 10.0 29 2.5

MW12 = 20Sc36 15n42 2s44 Ser 49.9 308 21.5 39.2->52.0

RR43 = 20Ar48 25s36 15s36 Cet 37.4 285 28.5 37.2->49.4

BL41 = 20Cp53 1n09 20s41 Sgr 10.8 30 13.5 6.9->12.6

Venus = 20Cp59 7n06 14s47 Sgr 0.7 1 3.4

TO66 = 21Pi02 1s45 5s10 Aqr 45.0 285 27.4 38.2->48.4

TX300 = 21Pi11 12n20 7n50 Psc 39.5 285 25.9 38.0->48.6

Sun = 21Aq13 0n00 14s26 Cap 1.0 1 0.0

Ceres = 21Ge21 4n48 27n57 Tau 2.6 5 10.6 2.6->3.0

RZ214 = 21Pi44 13n42 9n18 Peg 37.7 780 20.5 36.7->132.

Chariklo = 21Ge55 r 14n30 37n40 Aur 15.7 63 23.4 13.1->18.5

GZ32 = 21Le58 r 9n04 22n44 Leo 24.6 111 15.0 18.1->28.1

Elatus = 22Sa03 0n53 22s20 Oph 13.0 45 5.6 7.4->17.8

WL7 = 22Aq13 7s14 20s56 Cap 20.9 90 11.2 14.9->25.3

RD215 = 22Pi41 15n50 11n38 Peg 37.6 1359 25.9 37.6->207.

OO67 = 22Cp52 10n08 11s31 Aql 28.7 13533 20.1 20.7->1115

Flora = 22Sa53 3n48 19s27 Oph 2.5 3 5.9 1.9->2.5

QD112 = 23Vi07 r 2n35 5n06 Vir 14.6 83 14.5 8.0->30.1

UJ438 = 23Aq17 3n10 10s46 Cap 22.9 74 3.8 8.2->26.9

Pholus = 23Ge17 r 14s00 9n17 Ori 9.1 92 24.7 8.7->32.2

HB57 = 23Vi44 r 6s45 3s43 Leo 41.6 2040 15.5 38.1->283.

Cyllarus = 24Pi11 10s00 11s28 Aqr 16.3 134 12.6 16.2->36.2

VQ94 = 24Ar19 22s49 11s49 Cet 29.6 2738 70.5 6.8->384.6

Atlantis = 24Ca37 r 2s52 18n23 Gem 2.7 3 2.7 1.5->3.0

Ixion = 24Sc40 6n06 13s01 Lib 45.4 247 19.7 29.8->49.0

SB60 = 25Aq00 17n04 2n56 Peg 42.2 272 24.0 37.6->46.4

Logos = 25Le02 r 0n39 13n47 Leo 40.6 306 2.9 39.8->51.0

Varuna = 25Ge12 r 3s23 19n59 Tau 42.5 284 17.1 40.8->45.6

QB1 = 25Pi15 0s07 2s00 Psc 40.9 292 2.2 40.9->47.1

RP120 = 25Li55 r 25s35 33s34 Cen 26.5 413 119.2 2.5->108.5

Amycus = 25Ca59 r 4n26 25n19 Gem 19.5 126 13.3 15.2->35.1

Quaoar = 26Sc01 5n45 13s40 Lib 43.9 284 8.0 41.7->44.8

CY118 = 26Le16 r 8s08 5n06 Sex 37.0 870 25.6 34.6->147.

XX143 = 26Ge17 r 1s49 21n34 Tau 19.9 76 6.8 9.7->26.3

Moon = 26Le25 0s55 11n51 Leo 1.0 0 5.3

Huya = 26Vi27 r 1n46 3n02 Vir 32.2 248 15.5 28.6->50.4

Bienor = 27Cp16 13s30 33s55 Sgr 19.6 67 20.7 13.2->19.8

YQ179 = 27Ge21 r 7s59 15n26 Tau 43.7 851 20.8 37.3->142.

Mercury = 27Cp35 0s30 21s08 Sgr 0.5 0 7.0

EL61 = 27Vi40 r 24n07 22n56 Com 51.5 283 28.2 34.8->51.5

RZ215 = 27Cp43 18s00 38s12 Sgr 32.0 1019 25.5 30.9->171.

RL43 = 28Aq08 2n53 9s25 Cap 23.5 121 12.3 23.5->25.5

Echeclus = 28Ca13 r 3s44 16n51 Cnc 13.4 35 4.3 5.9->15.7

TY364 = 28Pi25 15s55 15s12 Cet 40.6 243 24.9 36.4->41.5

Pelion = 28Sa47 5n57 17s29 Sgr 17.4 89 9.4 17.3->22.6

FZ53 = 29Ca17 r 37s03 16s00 Pup 12.5 117 34.8 12.4->35.5

DH5 = 29Ta34 22s41 2s08 Eri 16.2 104 22.5 14.0->30.3

VS2 = 29Ar37 14n39 24n59 Psc 36.7 249 14.8 36.4->42.7

LE31 = 29Ta49 r 21s23 0s49 Eri 11.5 23 152.1 4.3->11.9

DA62 = 29Pi53 29s23 26s48 Scl 10.5 21 52.2 4.1->11.3

sidereal

RIYAL Sat February 10 1990 UT 5h35m00s Lat7s56 Lon112e19 SORT ALL

Atlantis = 0Ca01 r 2s52 18n23 Gem 2.7 3 2.7 1.5->3.0

Ixion = 0Sc04 6n06 13s01 Lib 45.4 247 19.7 29.8->49.0

SB60 = 0Aq24 17n04 2n56 Peg 42.2 272 24.0 37.6->46.4

Logos = 0Le26 r 0n39 13n47 Leo 40.6 306 2.9 39.8->51.0

Varuna = 0Ge35 r 3s23 19n59 Tau 42.5 284 17.1 40.8->45.6

QB1 = 0Pi38 0s07 2s00 Psc 40.9 292 2.2 40.9->47.1

WN188 = 0Pi47 21s27 21s26 Cet 22.3 54 27.0 2.2->26.5

Diana = 0Ca58 r 6n59 27n54 Gem 2.1 4 8.7 2.1->3.2

RP120 = 1Li19 r 25s35 33s34 Cen 26.5 413 119.2 2.5->108.5

Amycus = 1Ca23 r 4n26 25n19 Gem 19.5 126 13.3 15.2->35.1

Quaoar = 1Sc25 5n45 13s40 Lib 43.9 284 8.0 41.7->44.8

CY118 = 1Le39 r 8s08 5n06 Sex 37.0 870 25.6 34.6->147.

XX143 = 1Ge40 r 1s49 21n34 Tau 19.9 76 6.8 9.7->26.3

Moon = 1Le48 0s55 11n51 Leo 1.0 0 5.3

Huya = 1Vi50 r 1n46 3n02 Vir 32.2 248 15.5 28.6->50.4

Iris = 1Sc56 3s53 23s09 Lib 2.9 4 5.5 1.8->2.9

Phaethon = 2Ar03 12n19 21n43 Psc 2.4 1 22.1 0.1->2.4

Bienor = 2Cp39 13s30 33s55 Sgr 19.6 67 20.7 13.2->19.8

YQ179 = 2Ge45 r 7s59 15n26 Tau 43.7 851 20.8 37.3->142.

Mercury = 2Cp59 0s30 21s08 Sgr 0.5 0 7.0

EL61 = 3Vi04 r 24n07 22n56 Com 51.5 283 28.2 34.8->51.5

RZ215 = 3Cp07 18s00 38s12 Sgr 32.0 1019 25.5 30.9->171.

Sibelius = 3Cp15 2s05 22s38 Sgr 2.4 3 7.0 1.9->2.6

RL43 = 3Aq31 2n53 9s25 Cap 23.5 121 12.3 23.5->25.5

Echeclus = 3Ca37 r 3s44 16n51 Cnc 13.4 35 4.3 5.9->15.7

TY364 = 3Pi48 15s55 15s12 Cet 40.6 243 24.9 36.4->41.5

Pelion = 4Sa11 5n57 17s29 Sgr 17.4 89 9.4 17.3->22.6

FZ53 = 4Ca41 r 37s03 16s01 Pup 12.5 117 34.8 12.4->35.5

Atropos = 4Pi47 9s26 8s53 Cet 2.4 4 20.4 2.0->2.8

DH5 = 4Ta58 22s41 2s08 Eri 16.2 104 22.5 14.0->30.3

VS2 = 5Ar01 14n39 24n58 Psc 36.7 249 14.8 36.4->42.7

LE31 = 5Ta12 r 21s23 0s49 Eri 11.5 23 152.1 4.3->11.9

DA62 = 5Pi16 29s23 26s48 Scl 10.5 21 52.2 4.1->11.3

Amfortas = 5Vi33 r 4s11 3s54 Vir 2.3 4 6.7 2.0->2.7

OP32 = 5Cp40 24n03 3n27 Aql 39.8 283 27.2 38.6->47.5

XZ255 = 5Ar40 1s47 9n54 Psc 15.4 64 2.6 15.4->16.6

KF77 = 5Vi50 r 1n12 0n56 Vir 25.7 133 4.4 19.8->32.1

AW197 = 6Ca01 r 1s42 18n22 Cnc 48.8 326 24.3 41.4->53.4

SQ73 = 6Cp01 16s00 35s35 Mic 14.5 73 17.4 14.4->20.4

Jupiter = 6Ge33 r 0s01 23n25 Gem 5.2 12 1.3

Amor = 6Ar34 10s01 2n28 Cet 2.4 3 11.9 1.1->2.8

Thereus = 6Vi44 r 10s19 9s59 Crt 11.2 35 20.4 8.6->12.8

QB243 = 6Sc56 6s43 27s03 Sco 15.5 204 6.8 15.2->54.0

XR190 = 7Ta41 r 9n26 29n51 Tau 59.3 435 46.5 52.8->62.0

Dike = 7Sc57 1n29 19s13 Sco 2.2 4 13.9 2.1->3.2

Aura = 7Aq57 2s39 13s02 Aqr 3.3 5 10.6 2.7->3.4

AZ84 = 8Ge09 r 5s11 18n14 Ori 46.4 250 13.5 32.7->46.5

SA278 = 8Pi10 3s47 2s23 Psc 50.5 898 16.3 33.0->153.

VU2 = 8Sc10 2s47 23s26 Sco 10.3 18 13.8 3.1->10.7

Sappho = 8Cp26 5n46 13s52 Cap 2.0 3 8.7 1.8->2.8

Orpheus = 8Pi30 sr 7s38 5s46 Psc 0.8 1 2.7 0.8->1.6

CR105 = 8Ca33 r 1s59 17n31 Cnc 48.8 3483 22.7 44.1->415.

Astraea = 8Pi35 3s34 2s00 Psc 2.8 4 5.4 2.1->3.1

Urania = 8Ar58 1n52 14n28 Ari 2.1 4 2.1 2.1->2.7

Icarus = 9Cp05 7s20 26s27 Cap 2.0 1 22.9 0.2->2.0

Midheav = 9Aq37 0n00 9s58 Aqr

PA44 = 9Ca46 r 3s26 15n50 Cnc 20.9 53 3.3 3.5->24.7

Nessus = 9Vi55 r 8n28 5n58 Vir 12.1 123 15.6 11.8->37.5

Alekto = 10Cp06 0s07 19s12 Cap 2.8 5 4.7 2.4->3.7

RN43 = 10Cp06 16n51 2s42 Aql 41.0 267 19.3 40.5->42.3

CZ118 = 10Le17 r 5n33 14n52 Leo 50.3 1243 27.7 37.7->193.

Ascend = 10Ta22 0n00 21n08 Tau

FY9 = 10Le30 r 28n44 36n01 UMa 50.7 308 29.0 38.4->52.9

FZ173 = 10Le40 r 6n05 15n14 Leo 36.9 796 12.7 32.5->139.

XA255 = 11Ta01 r 8s08 13n14 Tau 27.7 163 12.7 9.4->50.4

Hekate = 11Ta30 5s08 16n16 Tau 3.4 5 6.4 2.6->3.6

Tristan = 11Sa53 1n26 21s51 Sgr 2.4 4 2.5 2.2->2.7

UR163 = 11Pi54 0n40 3n12 Psc 45.7 371 0.8 37.0->66.2

Vesta = 12Aq16 4s24 13s05 Aqr 2.3 4 7.1 2.1->2.6

Hidalgo = 12Aq20 24s56 31s53 Scl 4.1 14 42.4 2.0->9.7

GV9 = 12Vi33 r 20s22 21s27 Crt 38.7 272 22.0 38.7->45.3

DonQuixot= 12Le34 r 11n11 19n14 Leo 5.9 9 30.7 1.2->7.3

Crantor = 12Ca37 r 2n33 20n56 Cnc 17.2 86 12.8 14.1->24.8

Toro = 12Cp54 2n02 16s25 Cap 1.2 2 9.4 0.8->2.0

CC22 = 12Cp59 0n54 17s30 Cap 8.6 19 6.6 4.4->10.0

FP185 = 12Le59 r 12s58 3s19 Sex 36.8 3276 30.8 34.3->406.

Eurydike = 13Ta13 6n00 27n31 Tau 2.7 4 5.0 1.9->3.5

Uranus = 13Sa23 0s17 23s29 Sgr 19.4 84 0.8

UX25 = 13Pi25 5n19 8n04 Psc 44.4 280 19.4 36.6->48.9

Megaira = 13Ge31 r 2n11 25n23 Gem 2.9 5 10.2 2.2->3.4

PN34 = 13Li34 16s45 30s00 Hya 19.5 172 16.6 13.3->48.4

Eunomia = 13Pi43 9n22 11n54 Psc 2.2 4 11.8 2.2->3.1

Mars = 13Sa49 0s31 23s41 Sgr 1.5 2 1.8

Lachesis = 14Aq16 0n15 8s01 Aqr 3.2 5 7.0 2.9->3.3

Hebe = 14Li27 14n48 0s27 Vir 2.9 4 14.8 1.9->2.9

KX14 = 14Li44 r 0s23 14s58 Lib 40.1 241 0.4 37.0->40.5

96PW = 14Vi45 r 21n52 16n22 Com 17.2 3545 29.8 2.5->462.4

Parsifal = 14Cp53 1s14 19s04 Cap 2.6 4 3.6 2.6->2.7

Vertex = 15Le11

Hylonome = 15Le14 r 1s26 6n33 Leo 19.2 126 4.1 18.9->31.4

Sedna = 15Ar30 11s35 3n50 Cet 94.4 12290 11.9 76.2->988.

TD10 = 15Sa44 5n44 17s20 Sgr 19.6 934 6.0 12.3->178.

Typhon = 15Ta48 r 2n26 24n25 Tau 24.2 235 2.4 17.6->58.7

Teharonhi= 15Cp48 0n15 17s24 Cap 44.8 291 2.6 42.7->45.1

Irene = 15Aq50 6s53 14s01 Aqr 3.0 4 9.1 2.2->3.0

Orcus = 15Ca50 r 14s27 3n41 Hya 46.4 247 20.5 30.7->48.1

VR130 = 15Cp58 2n38 15s03 Cap 20.4 117 3.5 14.7->33.1

Apogee = 16Li19 5s08 19s58 Lib

Chiron = 16Ge46 r 7s12 15n47 Gem 11.2 51 6.9 8.5->19.0

Hygiea = 17Cp03 1n13 16s07 Cap 3.0 6 3.8 2.8->3.5

Dioretsa = 17Aq21 13s54 19s53 Aqr 20.5 117 160.3 2.4->45.5

Okyrhoe = 17Sa25 14n00 8s57 Sct 9.3 24 15.6 5.7->11.0

Pylenor = 17Aq31 2s13 9s04 Aqr 12.9 69 5.4 11.7->21.8

Bacchus = 17Cp32 5s26 22s22 Cap 1.3 1 9.4 0.7->1.5

MS4 = 17Sc44 10n22 12s00 Oph 47.8 269 17.7 35.5->47.8

GQ21 = 17Vi45 r 0s41 5s31 Vir 38.3 905 13.4 38.2->148.

QF6 = 17Vi46 r 18n29 12n07 Vir 11.5 19 24.3 2.2->12.0

RM43 = 17Pi54 26s57 19s49 Cet 37.1 873 28.7 35.1->147.

Thalia = 18Vi34 15n09 8n45 Vir 2.1 4 10.2 2.0->3.2

Damocles = 18Pi45 56n22 54n34 Lac 3.7 41 61.9 1.6->22.1

Neptune = 18Sa51 0n51 21s55 Sgr 30.2 164 1.8

CO104 = 18Ge57 r 2n57 25n41 Gem 20.8 119 3.1 20.6->27.9

CO1 = 19Ta06 r 0s48 21n39 Tau 20.8 95 19.7 11.0->30.6

Pallas = 19Pi08 20s30 13s28 Cet 2.6 5 34.8 2.1->3.4

CE10 = 19Vi11 r 26s24 29s31 Hya 17.4 31 145.3 2.0->17.6

Chaos = 19Ar12 1s00 15n01 Ari 43.2 311 12.0 41.0->50.9

Deucalion= 19Vi12 r 0n14 5s14 Vir 44.4 293 0.4 41.4->46.7

Lilith = 19Sa21 0n54 21s49 Sgr 3.0 4 5.6 2.1->3.2

OX3 = 20Sa18 0n57 21s40 Sgr 33.0 180 3.3 17.4->46.4

Euphrosyn= 20Ta30 32n06 54n25 Cam 2.4 6 26.3 2.4->3.9

GB32 = 20Le40 r 3s07 2n55 Leo 42.1 3030 14.2 35.4->383.

GM137 = 21Pi16 13s57 6s38 Cet 8.8 22 15.8 7.0->8.8

Eros = 21Cp28 1n05 14s59 Cap 1.8 2 10.8 1.1->1.8

PJ30 = 21Sa41 0s45 23s12 Sgr 33.5 1351 5.7 28.6->215.

Eris = 21Pi46 17s19 9s34 Cet 97.5 559 43.9 38.2->97.6

Cybele = 21Cp47 0n58 15s00 Cap 3.2 6 3.5 3.1->3.8

BU48 = 21Ge53 r 6s17 16n11 Gem 23.0 194 14.2 20.5->46.5

Node = 21Cp53 r 0n00 15s54 Cap

Aglaja = 22Pi08 2n11 8n36 Psc 2.8 5 5.0 2.5->3.3

CF119 = 22Ge09 r 5n41 28n01 Gem 41.7 853 19.7 38.7->141.

TC302 = 22Pi14 4s08 2n48 Psc 51.6 414 35.0 39.1->71.9

Ceto = 22Ca16 r 13s55 2n29 Hya 17.8 1056 22.3 17.8->189.

Asbolus = 22Le17 r 6n37 11n16 Leo 18.8 77 17.6 6.9->29.3

PB112 = 22Cp48 9s41 24s49 Cap 39.9 1115 15.4 35.3->179.

Pluto = 23Li09 15n35 2s08 Ser 29.7 248 17.2 29.7->49.2

Psyche = 23Aq17 1s04 5s47 Aqr 2.6 5 3.1 2.5->3.3

Klotho = 23Le34 r 0s45 4n00 Leo 2.5 4 11.8 2.0->3.4

TL66 = 23Pi40 7n44 14n18 Psc 36.2 772 24.0 35.0->133.

OM67 = 23Cp56 3s33 18s39 Cap 39.2 971 23.4 39.2->156.

Hephaisto= 24Ar06 7n04 24n10 Ari 3.8 3 11.8 0.4->4.0

Radamantu= 24Le18 r 4n54 8n54 Leo 36.9 245 12.8 33.0->45.2

Dulcinea = 24Li23 2s31 19s53 Lib 3.0 4 5.2 1.8->3.0

RG33 = 24Ca52 r 34n27 47n04 UMa 14.8 30 35.1 2.2->17.0

Apollo = 25Ta24 9n27 32n29 Aur 1.9 2 6.4 0.6->2.3

Saturn = 25Sa38 0n15 21s40 Sgr 10.0 29 2.5

MW12 = 26Li00 15n42 2s44 Ser 49.9 308 21.5 39.2->52.0

Tisiphone= 26Sa05 2s31 24s20 Sgr 3.4 6 19.1 3.1->3.6

RR43 = 26Pi12 25s36 15s36 Cet 37.4 285 28.5 37.2->49.4

BL41 = 26Sa17 1n09 20s41 Sgr 10.8 30 13.5 6.9->12.6

Venus = 26Sa23 7n06 14s47 Sgr 0.7 1 3.4

TO66 = 26Aq25 1s45 5s10 Aqr 45.0 285 27.4 38.2->48.4

TX300 = 26Aq34 12n20 7n50 Psc 39.5 285 25.9 38.0->48.6

Sun = 26Cp37 0n00 14s26 Cap 1.0 1 0.0

Ceres = 26Ta45 4n48 27n56 Tau 2.6 5 10.6 2.6->3.0

Talos = 26Aq45 10s25 12s59 Aqr 0.7 1 23.2 0.2->2.0

RZ214 = 27Aq08 13n42 9n18 Peg 37.7 780 20.5 36.7->132.

Chariklo = 27Ta18 r 14n30 37n39 Aur 15.7 63 23.4 13.1->18.5

GZ32 = 27Ca22 r 9n04 22n44 Leo 24.6 111 15.0 18.1->28.1

Elatus = 27Sc27 0n53 22s20 Oph 13.0 45 5.6 7.4->17.8

WL7 = 27Cp36 7s14 20s56 Cap 20.9 90 11.2 14.9->25.3

Juno = 28Li03 9n34 9s11 Lib 3.3 4 13.0 2.0->3.4

RD215 = 28Aq05 15n50 11n38 Peg 37.6 1359 25.9 37.6->207.

OO67 = 28Sa16 10n08 11s30 Aql 28.7 13533 20.1 20.7->1115

Flora = 28Sc16 3n48 19s27 Oph 2.5 3 5.9 1.9->2.5

Heracles = 28Cp17 1n25 12s33 Cap 2.1 2 9.2 0.4->3.2

QD112 = 28Le31 r 2n35 5n06 Vir 14.6 83 14.5 8.0->30.1

UJ438 = 28Cp41 3n10 10s46 Cap 22.9 74 3.8 8.2->26.9

Pholus = 28Ta41 r 14s00 9n17 Ori 9.1 92 24.7 8.7->32.2

Isolda = 28Cp57 2n34 11s15 Cap 3.2 5 3.9 2.6->3.5

HB57 = 29Le08 r 6s45 3s43 Leo 41.6 2040 15.5 38.1->283.

Cyllarus = 29Aq35 10s00 11s28 Aqr 16.3 134 12.6 16.2->36.2

VQ94 = 29Pi42 22s49 11s49 Cet 29.6 2738 70.5 6.8->384.6

Metis = 29Aq43 3s38 5s36 Aqr 2.2 4 5.6 2.1->2.7

RIYAL Sat February 10 1990 UT 5h35m00s Lat7s56 Lon112e19 PARANS

-0h31.1 Moon i

-0h27.3 RL4 m

-0h17.2 DH5 a

-0h16.5 QB2 d

-0h13.8 XR1 a

-0h06.5 FP1 i

0h03.8 XA2 a

0h10.9 CZ1 i

0h13.2 FZ1 i

0h18.9 Hyl i

0h23.7 Typ a

__________________________________

Kelut Volcanic Eruption (Indonesia): May 19, 1919

Kelut or Kelud (Gunung Kelud) is a volcano located on the island of Java in Indonesia. Like other Indonesian volcanoes, Kelut is known for large explosive eruptions throughout its history.

On May 19, 1919, an eruption at Kelut killed an estimated 5,000 people, mostly through hot mudflows; it named "Lahar". More recent eruptions in 1951, 1966, and 1990 have altogether killed another 250 people.

References

Zen, M.T., and Hadikusumo, D. (1965) "The future danger of Mt. Kelut" Bulletin Volcanologique series 2, 28: pp. 275-282.

Van Bemmelen, R.W. (1970) The geology of Indonesia, Vol. 1A, general geology of Indonesia and adjacent archipelagoes Martinus Nijhoff, The Hague, ISBN 90-247-1171-1

Brand, E.W. (1984) "Landslides in Southeast Asia: a state-of-the-art report" In IV International Symposium on Landslides = IV Symposium international sur les glissements de terrains 1: pp. 17–59, Canadian Geotechnical Society, Toronto, OCLC 77114072

http://en.wikipedia.org/wiki/Kelut

http://www.interragate.info/notable-past-event/5178

____________________

Assuming approximately Noon, converted to 4:52:48 UT by Astrodienst

Using RIYAL 2.81

Astrological Setting (Tropical - Placidus)

RIYAL Mon May 19 1919 UT 4h52m48s Lat7s56 Lon112e19 SORT ALL

Planet	Longit.	Latitude	Declin.	Const.	H.D.	Period	Inclin.	O. Range
TC302	0Pi15	29s23	38s28	Gru	66.6	409	35.0	38.7->71.5
TD10	0Sc16 r	2n42	9s02	Vir	81.4	920	6.0	12.3->176.
OX3	0Sc20 r	2s42	14s07	Vir	45.6	181	3.3	17.5->46.5
TY364	0Cp42 r	19n49	3s38	Ser	40.4	241	24.9	36.0->41.4
QB243	1Ca00	5n38	29n05	Aur	50.8	205	6.8	15.4->54.1
Radamantus	1Ta27	4n41	16n22	Ari	35.2	245	12.8	32.9->45.3
Uranus	1Pi34	0s45	11s37	Aqr	20.0	84	0.8
WL7	2Ge19	9n00	29n26	Tau	15.0	91	11.2	15.0->25.6
BU48	2Cp22 r	9n30	13s56	Ser	40.9	191	14.3	20.3->45.9
UJ438	2Pi52	3n29	7s12	Aqr	21.2	74	3.8	8.2->26.9
TX300	2Sa55 r	26s11	46s17	Lup	40.3	283	25.9	37.9->48.3
(Midheav)	3Ge22	0n00	20n50	Tau
Vesta	3Le35	4n27	23n41	Cnc	2.4	4	7.1	2.2->2.6
Node	3Sa50	0n00	20s55	Sco
Orcus	3Ta59	16n28	28n15	Tri	32.7	247	20.5	30.5->48.1
Mercury	4Ta32	2s43	10n28	Ari	0.4	0	7.0
Pluto	5Ca13	3s57	19n24	Gem	43.7	251	17.1	30.0->49.5
GQ21	5Ca48	13s07	10n13	Mon	62.7	922	13.4	38.5->150.
Chiron	5Ar50	2n51	4n56	Psc	18.8	50	6.9	8.4->18.8
OP32	6Li05 r	2n46	0n07	Vir	40.8	285	27.1	38.8->47.9
CY118	6Ge46	25s10	3s23	Eri	70.6	875	25.6	34.8->148.
Neptune	6Le47	0s04	18n31	Cnc	30.1	167	1.8
Venus	7Ca22	2n16	25n31	Gem	0.7	1	3.4
CF119	7Ta29	19n23	32n12	Tri	71.4	848	19.7	38.7->140.
DH5	8Sa10 r	23n25	1n29	Oph	24.0	103	22.5	13.9->30.1
Asbolus	8Li31 r	2s07	5s19	Vir	12.7	76	17.6	6.9->29.0
Okyrhoe	8Aq33 r	12n25	6s07	Aql	10.5	24	15.6	5.7->11.1
RG33	8Ca51	33n28	56n30	Lyn	15.4	30	35.5	2.2->16.9
PB112	9Sa07 r	15s00	36s37	Sco	76.5	1098	15.4	35.2->177.
Nessus	9Ar27	5s53	1s40	Cet	36.4	122	15.6	11.8->37.3
KF77	9Ta29	1n48	16n21	Ari	27.7	133	4.4	19.9->32.1
XA255	9Ar46	12s26	7s34	Cet	49.5	162	12.7	9.3->50.1
Thereus	9Vi47	13s39	4s46	Sex	11.9	38	20.1	8.9->13.7
BL41	10Sc01r	12s45	26s53	Hya	12.5	31	13.4	7.2->12.6
VQ94	10Ar22	48s53	40s06	Phe	97.1	2643	70.5	6.7->375.7
Hylonome	10Pi31	1n18	6s25	Aqr	30.3	125	4.2	18.8->31.2
TO66	10Sa38r	27s24	49s04	Nor	38.3	283	27.4	38.1->48.1
Logos	10Ta49	2s50	12n22	Ari	42.6	305	2.9	39.8->50.9
SB60	10Sc52r	21s05	34s57	Cen	37.6	272	24.0	37.6->46.5
Lilith	11Li02 r	6s14	10s06	Vir	3.1	4	5.6	2.1->3.2
Teharonhi	11Sc09 r	2s36	17s39	Lib	43.1	292	2.6	42.7->45.3
XX143	11Ca47	0n05	23n00	Gem	22.8	77	6.8	9.7->26.4
RD215	11Sa57r	18n29	3s54	Oph	65.7	1324	25.9	37.5->203.
Pholus	12Sa00r	19n24	3s00	Oph	23.0	91	24.7	8.7->31.7
Chariklo	12Ta23	21n45	36n05	Tri	17.6	63	23.4	13.1->18.5
UR163	12Sa45r	0s34	22s54	Oph	38.2	367	0.8	36.9->65.6
Apogee	12Sc54	1s54	17s32	Lib
OM67	13Sc01r	23s11	37s39	Cen	63.1	964	23.3	39.2->156.
(Moon)	13Cp07	3n22	19s28	Sgr	1.0	0	5.3
Ixion	13Vi27 r	19n41	24n34	Leo	47.6	250	19.6	30.1->49.2
Bienor	13Cp29r	18s00	40s39	CrA	19.2	67	20.7	13.1->19.8
Sedna	13Ar37	9s09	3s03	Cet	123.8	11945	12.0	75.9->969.
Damocles	13Aq56r	4s33	21s01	Cap	17.3	40	62.2	1.6->21.9
Amycus	13Pi56	6n15	0s33	Psc	32.0	125	13.4	15.1->34.8
Jupiter	14Ca01	0n15	22n58	Gem	5.2	12	1.3
FY9	14Ge55	1s38	20n59	Tau	41.1	310	28.9	38.4->53.2
HB57	14Ca57	15s23	7n19	Mon	79.7	2089	15.5	38.4->288.
Elatus	14Le59	4n22	20n31	Cnc	13.5	45	5.6	7.5->17.8
QD112	15Pi01	4s56	10s27	Aqr	10.1	82	14.5	8.0->29.9
AZ84	15Ar18	11n11	16n19	Psc	40.3	248	13.6	32.5->46.4
VS2	15Cp18r	4s34	27s06	Sgr	41.2	246	14.8	36.2->42.3
GZ32	15Aq20	6s49	22s45	Cap	19.3	110	15.1	18.0->27.9
GB32	15Ca38	13s15	9n22	Mon	86.0	3114	14.2	35.7->390.
MW12	16Vi20 r	6s05	0s13	Leo	51.6	311	21.5	39.6->52.2
XR190	16Ar22	40n43	43n07	And	61.7	431	46.6	52.3->61.8
Cyllarus	16Vi23 r	11n23	15n51	Leo	36.1	135	12.6	16.4->36.1
PJ30	16Le32	2s20	13n40	Cnc	56.8	1393	5.5	28.8->220.
Crantor	16Sc51r	12n50	4s33	Lib	14.2	86	12.8	14.0->24.8
Varuna	17Pi02	16s01	19s49	Aqr	40.7	280	17.2	40.6->45.1
Typhon	17Pi20	0s11	5s11	Aqr	55.4	232	2.4	17.4->58.1
OO67	18Sc28r	20n15	2n11	Ser	90.8	12543	20.1	20.7->1059
CZ118	18Ca48	23n04	44n55	Lyn	86.9	1259	27.7	38.1->195.
FP185	18Ge56	30s10	7s05	Ori	80.1	3346	30.8	34.5->412.
GV9	19Ge20	4s04	18n58	Tau	42.3	274	21.9	38.9->45.5
Huya	20Ge13	15s11	7n57	Ori	48.6	250	15.5	28.9->50.4
EL61	20Ca42	4s47	17n08	Gem	44.4	286	28.1	35.0->51.8
Deucalion	20Ca48	0n19	22n09	Gem	46.8	296	0.4	42.0->46.8
CR105	20Ar50	21s34	11s52	Cet	58.0	3418	22.8	44.0->409.
QB1	21Sa00r	2s12	25s20	Oph	44.3	289	2.2	40.7->46.7
RM43	21Cp03r	14s02	35s38	Sgr	70.1	852	28.8	34.8->144.
VR130	21Vi12 r	0s29	3n03	Leo	27.8	118	3.5	14.8->33.2
RZ215	21Li26 r	17s42	24s40	Hya	70.2	1017	25.4	31.0->171.
Hephaistos	21Ta30	3n28	21n29	Ari	3.9	3	13.1	0.4->4.0
Saturn	21Le55	1n26	15n34	Leo	9.2	30	2.5
Echeclus	21Ca59	3s29	18n13	Gem	13.2	35	4.3	5.9->15.7
XZ255	22Pi10	2s33	5s27	Aqr	15.4	63	2.6	15.4->16.4
SA278	22Aq29	7n40	6s46	Aqr	86.5	883	16.3	32.7->151.
Vertex	22Pi32
Ceres	22Pi36	9s17	11s28	Aqr	3.0	5	10.6	2.5->3.0
FZ173	23Ge12	12n27	35n42	Aur	72.8	802	12.7	32.7->140.5
GM137	23Pi31	14s33	15s54	Cet	9.0	23	15.6	7.1->9.2
TL66	23Cp33r	23n33	1n51	Aql	66.9	753	24.0	34.8->130.
MS4	23Vi56 r	11s40	8s18	Crt	42.3	272	17.7	35.8->48.1
UX25	24Cp37r	19n40	1s50	Aql	48.7	277	19.4	36.2->48.7
SQ73	24Aq39	14s34	26s59	PsA	14.7	74	17.5	14.6->20.5
Mars	24Ta52	0n05	19n04	Tau	1.5	2	1.9
Pylenor	24Aq53	0s17	13s30	Cap	12.0	68	5.5	11.6->21.6
Chaos	25Aq21	11s59	24s20	Aqr	49.3	307	12.0	40.6->50.5
Flora	25Ar22	4s04	6n01	Psc	1.9	3	5.9	1.9->2.5
RN43	25Li43 r	7n09	3s17	Vir	42.3	268	19.3	40.7->42.4
CO1	26Sa01r	2s30	25s54	Sgr	13.9	94	19.8	10.9->30.4
FZ53	26Cp35r	35n19	13n53	Aql	33.5	115	34.8	12.3->35.1
Sun	27Ta10	0n00	19n32	Tau	1.0	1	0.0
Atlantis	27Ca14	1s58	18n48	Cnc	2.8	3	2.7	1.5->3.0
(Ascend)	27Le23	0n00	12n23	Leo
AW197	27Ta29	20n49	39n46	Per	53.3	326	24.3	41.5->53.3
YQ179	27Ar34	20s26	8s30	Cet	75.9	843	20.9	37.2->141.
PN34	27Ca52	0s15	20n22	Cnc	48.5	173	16.5	13.5->48.6
KX14	27Ca54	0s06	20n29	Cnc	39.6	244	0.4	37.4->40.7
Pallas	28Aq12	26n48	13n06	Peg	3.4	5	34.7	2.1->3.4
RZ214	28Sc22r	9n08	10s53	Lib	56.4	769	20.5	36.7->131.
CO104	28Sa37r	3s09	26s35	Sgr	26.4	118	3.1	20.4->27.6
Quaoar	28Le49	4s55	7n17	Leo	44.9	288	8.0	42.3->45.0
RL43	29Ca02	7s53	12n38	Cnc	25.5	123	12.2	23.7->25.6
Eris	29Pi02	29s40	27s22	Scl	94.4	556	44.0	37.8->97.4
Ceto	29Pi17	3s08	3s09	Psc	71.1	1024	22.4	17.7->185.
Pelion	29Pi22	7s03	6s43	Psc	19.0	89	9.4	17.3->22.5
RR43	29Sa24r	2s11	25s38	Sgr	42.9	282	28.6	37.1->48.9
DA62	29Li47 r	8s04	18s55	Vir	4.2	21	52.3	4.1->11.2

Celsius 16 Cp 26 Kelvin 4 Le 22 Richter 6 Sa 16

Cuvier 15 Ta 48 Milankovitch 14 Ca 59 Tazieff 18 Li 58

Darwin 21 Le 39 Mohorovicic 3 Ar 09 Vulcano 19 Sc 53

Flammario 9 Le 46 Nephele 4 Ta 48 Wegener 25 Cp 39

Flammeus 5 Ca 36 Pele 1 Sc 59 Werner 20 Ar 49

Humboldt 20 Ca 23 Plinius 27 Vi 49

______________________

Focused Minor Planets

AW197 = 27 Ta 29

Sun = 27 Ta 10

RZ214 = 28 Sc 22 r

Atlantis = 27 Ca 14 Sextile

KX14 = 27 Ca 54

Eris = 29 Pi 02

Pallas = 28 Aq 12 T Square

Quaoar = 28 Le 49

Plinius = 27 Vi 49 Trine

YQ179 = 27 Ar 34 Semisextile

___________________

Orcus = 3 Ta 59

Mercury = 4 Ta 32

Nephele = 4 Ta 48

Pluto = 5 Ca 13 Sextile

Flammeus = 5 Ca 36

Node = 3 Sa 50 Quincunx

TX300 = 2 Sa 55 r

Mohorovicic = 3 Ar 09 Semisextile

Kelvin = 4 Le 22 Square

__________________

TL66 = 23 Cp 33 r

UX25 = 24 Cp 37 r

Mars = 24 Ta 52 Trine

MS4 = 23 Vi 56 r

Ceres = 22 Pi 36 Sextile

Vertex = 22 Pi 32

FZ173 = 23 Ge 12 Quincunx

_________________

Chaos = 25 Aq 21

Pylenor = 24 Aq 53

Mars = 24 Ta 52 Square

UX25 = 24 Cp 37 r Semisextile

Wegener = 25 Cp 39

__________________

Ixion = 13 Vi 27 r

Jupiter = 14 Ca 01 Sextile

HB57 = 14 Ca 57

Milankovitch =14 Ca 59

FY9 = 14 Ge 55 Square

__________________

Others:

SA278 = 22 Aq 29

Saturn = 21 Le 55

Hephaistos = 21 Ta 30 Square

RZ215 = 21 Li 26 r Trine

__________________

TC302 = 0 Pi 15

Uranus = 1 Pi 34

Pele = 1 Sc 59 Trine

__________________

CF119 = 7 Ta 29

Venus = 7 Ca 22 Sextile

Neptune = 6 Le 47 Square

Richter = 6 Sa 16 Quincunx

__________________

GB32 = 15 Ca 38

Jupiter = 14 Ca 01

HB57 = 14 Ca 57

Milankovitch =14 Ca 59

Celsius = 16 Cp 26

Cuvier = 15 Ta 48 Sextile

MW12 = 16 Vi 20 r

Varuna = 17 Pi 02 Trine

Typhon = 17 Pi 20

_________________________

Astrological Setting (Sidereal - Fagan/Bradley)

RIYAL Mon May 19 1919 UT 4h52m48s Lat7s56 Lon112e19 SORT ALL

Planet	Longit.