The Meteoritical Bulletin, No. 98, September 2010
Authors: WEISBERG Michael K. , SMITH Caroline , HERD Christopher , HAACK Henning , YAMAGUCHI Akira , CHENNAOUI AOUDJEHANE Hasnaa , WELZENBACH Linda , GROSSMAN Jeffrey N. 
Published: December 2010

Abstract– This issue of The Meteoritical Bulletin reports information on 1103 meteorites including 281 non‐Antarctic meteorites (Table 1) and 822 Antarctic meteorites (Table 2). Reported in full written descriptions are three falls. Full descriptions are also given for three shergottites, two ungrouped irons, a primitive achondrite, an olivine diogenite, and a lunar meteorite. One iron, Gebel Kamil, was found in and around the Kamil impact crater. Also reported is a new dense collection area in Tunisia. Tables list a wide variety of meteorites including chondrites, ureilites, irons, acapulcoites, and HEDs. Antarctic meteorites reported in this edition include meteorites recovered by ANSMET (US), CHINARE (China), KOREAMET (Korea), and the NIPR (Japan) meteorite recovery programs.

 List of newly approved, non‐Antarctic meteorties by country.

Name
Location
Date of recovery or purchase(p)
Latitude
Longitude
Mass (g)
Pieces
Class
Sha
WGb
Fa mol %
Fs mol %
Wo mol %
Mag sus log109 m3 kg−1)
Classifier(s)c
Type specimen mass (g)
Type specimen location
Main massd
Comment

Meteorites from Argentina

Cruz del Eje
Cordoba
18‐May‐1971
30°45′S
64°47′W
14kg
1
Iron, IAB complex

A. Ruzicka, M. Hutson, Cascadia; S. Kissin, LHU
21.4
Cascadia
Anon

Meteorites from Canada

Redwater
Alberta
30‐Aug‐2009
53°55.974′N
112°58.620′W
230
2
H4
S2
W5
19.2 ± 1.3
16.2 ± 1.5
1.3 ± 0.3

C. Herd, UAb
40.5
UAb
B. Newman

Meteorites from Ecuador

Daule
Guayas
23‐Mar‐2008
1°52′15.2″S
79°57′27.2″W
6580
1
L5
S4
W0
24.5 ± 0.5
20.8 ± 0.5
1.4 ± 0.2

J. Grossman, USGS
20.37
SI
Farmer
See written description

Meteorites from Egypt

Gebel Kamil
Al Wadi al Jadid, East Uweinat Desert
19‐Feb‐2009
22°01′06″N
26°05′16″E
1600 kg
1000s
Iron, ungrouped

M. D’Orazio, Luigi Folco
1500
MNA‐SI
EGM
See written description

GSS 030
Al Wadi al Jadid
26‐Dec‐2006
26°22.69′N
26°51.03′E
51.3
1
H6
S2
W3/4
18.5 ± 0.2
16.4 ± 0.2

4.71
L. Ferrière & M. Bourot‐Denise, MNHNP
12.2
MNHNP
L. Ferrière

GSS 031
Al Wadi al Jadid
30‐Dec‐2006
25°26.17′N
25°29.19′E
62.3
1
H5
S3/4
W2
18.6 ± 0.2
16.6 ± 1.0
 
5.06
L. Ferrière & M. Bourot
14
MNHNP
L. Ferrière

GSS 032
Al Wadi al Jadid
31‐Dec‐2006
26°11.20′N
25°27.34′E
8.3
1
Acapulcoite

W4
7.5 ± 0.2
8.2 ± 0.2
 
 
L. Ferrière & M. Bourot
6.7
MNHNP
L. Ferrière
Ca‐pyx Fs3.6Wo43.5; grain sizes ∼100–300; rare relic chondrules

GSS 033
Al Wadi al Jadid
31‐Dec‐2006
26°11.20′N
25°27.34′E
80.1
1
L5
S3/4
W2
24.8 ± 0.4
21.2 ± 0.9
 
4.34
L. Ferrière & M. Bourot
18.7
MNHNP
L. Ferrière

GSS 034
Al Wadi al Jadid
31‐Dec‐2006
26°11.20′N
25°27.34′E
7.72
1
L5/6
S5/6
W2
24.4 ± 0.6
20.6 ± 1.0
 
 
L. Ferrière & M. Bourot
6.2
MNHNP
L. Ferrière

GSS 035
Al Wadi al Jadid
2‐Jan‐2007
26°37.00′N
26°11.96′E
40.9
1
H5/6
S3/4
W3/4
19.0 ± 0.1
16.3 ± 0.2
 
 
L. Ferrière & M. Bourot
8.9
MNHNP
L. Ferrière

GSS 036
Al Wadi al Jadid
2‐Jan‐2007
26°37.52′N
26°11.90′E
129
1
H5
S2/3
W4/5
19.1 ± 0.2
16.7 ± 0.4
 
4.56
L. Ferrière & M. Bourot
21.8
MNHNP
L. Ferrière

GSS 037
Al Wadi al Jadid
2‐Jan‐2007
26°46.28′N
26°32.57′E
66.9
6
H4
S2/3
W3/4
18.6 ± 0.2
16.4 ± 0.2
 
4.69
L. Ferrière & M. Bourot
15.3
MNHNP
L. Ferrière

GSS 038
Al Wadi al Jadid
3‐Jan‐2007
26°49.55′N
27°08.54′E
146
1
H5
S4/5
W2
18.8 ± 0.7
17.1 ± 0.6
 
4.85
L. Ferrière & M. Bourot
24.5
MNHNP
L. Ferrière

GSS 039
Al Wadi al Jadid
3‐Jan‐2007
26°49.41′N
27°08.49′E
129
1
H5
S4/5
W3/4
18.8 ± 0.3
16.7 ± 0.3
 
5.18
L. Ferrière & M. Bourot
25
MNHNP
L. Ferrière

Meteorites from Libya

Ashuwairif 001
Ash Shati’
15‐Nov‐2008
29°21′34 N
14°15′19″E
14566
3
H4
S2
W3
16
14
 
 
A. Bischoff, K. Metzler, J. Roszjar
21.5
IfP
IfP

Ashuwairif 002
Gharyan
15‐Nov‐2008
29°22′47″N
14°16′11″E
11953
6
L5/6
S4
W2
24
20
 
 
A. Bischoff, K. Metzler, J. Roszjar
20
IfP
IfP
Shock veins

DaG 1051
Al Jufrah
2000
27°10.15′N
16°08.12′E
40.1
1
Shergottite

26–45
19–33
 
 
A. Bischoff, M. Horstmann, IfP and E. H. Haiderer, Vienna, Austria
8.4
IfP
Anon
See written description

Meteorites from Mali

Taoudenni
Gao
Dec‐2007
22°47.5′N
3°58.0′W
24370
1
Diogenite

34
69
4
2.8
A. Jambon, O. Boudouma, D. Badia, UPVI
31
UPVI
AHabibi
Finder— Dhamen Ouled Ali

Meteorites from Mexico

La Ciénega
Sonora
Jun‐2007
30°12′06.70N
111°56′09.14W
7632
8
H6
S3
W2
18.6
16.5
1.5
 
Jeff Grossman, USGS
31
SI
G. Notkin
Finder— G. Bruce

Meteorites from northwewst Africa

NWA 2151

02‐Feb‐2004p

417.44
1
Iron, IAB‐sHL

A. Rubin, UCLA
35.32
UCLA
Gessler

NWA 2211

Jan 2005

27690
6
L
S6
W3
22.4 ± 0.4
19.1 ± 0.3
0.6 ± 0.2
 
K. van Drongelen, ROM; A. E. Rubin, UCLA
85.9
UCLA
ROM
Melt breccia

NWA 2613

1999

20.3
1
H4/5

19.1–21.1
17.1–19.3
 
 
R. Bartoschewitz, P. Appel, B. Mader, Kiel
4.7
Vernad
Hochsieder

NWA 2986
Morocco
2006p

201
3
Shergottite

 
37.4–53.8
10.8–15.8
 
T. Bunch and J. Wittke
21.3
NAU
Farmer, Strope
See written description

NWA 4802

2007p

11.3
1
L6
S2
W1
24
20.2
1.8
 
A. Rubin, UCLA
2.33
UCLA
Kkessel*

NWA 4803

2007p

35.5
1
L6
S4
W2
23
 
 
 
A. Rubin, UCLA
7.51
UCLA
Kkessel*

NWA 4804

2007P

69.9
1
L4
S3
W4
22.6
14.6
2.1
 
A. Rubin, UCLA
14.73
UCLA
Kkessel*

NWA 4805

2007p

34.5
1
L6
S3
W2
23.1
 
 
 
A. Rubin, UCLA
7.21
UCLA
Kkessel*

NWA 4861

Jul‐2005p

2400
1
Iron, IAB complex

 
 
 
 
A. Ruzicka, M. Hutson, Cascadia, S. Kissin, LHU
210.4
Cascadia
Thompson

NWA 5297
Morocco
Mar‐2008

130
9
Primitive achondrite

28.6
 
 
 
A. Irving, S. Kuehner, UWS
20
UWS
GHupé
See written description

NWA 5602

Feb‐2007

49
1
Ureilite

20.4; 9.9
17.2–17.3
7.5–7.6
 
A. Irving, S. Kuehner, UWS
9.8
UWS
GHupé
0.33 wt% Cr2O3 in ol

NWA 5609

Jun‐2006

2134
1
L4
S2
W2
23.7–24.9
20.3
1.6
 
A. Irving, S. Kuehner, UWS
20
UWS
GHupé
*

NWA 5691

May‐2009

259
1
Eucrite

 
59.1–59.6
4.6–5.1
 
A. Irving, S. Kuehner, UWS
22
UWS
Anon

NWA 5718
Algeria
2006p

90.5
1
Shergottite

 
0.5–39.1
9.6
 
T. Bunch, J. Wittke, NAU
19.4
NAU
DPitt
See written description

NWA 5776

Sep‐2006p

683
1
L‐melt breccia
S6
W2
22.8 ± 0.8
 
 
 
A. E. Rubin, UCLA
34.4
UCLA
Reed

NWA 5784
Morocco
2008p

2600
1
Diogenite

31.3
 
 
 
T. Bunch, J. Wittke, NAU
20.6
FMNH
Reed
ol‐rich diogenite

NWA 5787
Morocco
Feb‐2009

48
1
Eucrite

 
48.8–49.2
4.0–4.9
 
A. Irving, S. Kuehner, UWS
9.6
UWS
SBuhl

NWA 5788

Jul‐2006

7286
1
L3.8
S2
W2
11.4–24.6
12.4–25.5; 11.7–18.7
0.6–4.6; 35.9–48.1
 
A. Irving, S. Kuehner, UWS
47
UWS
PMani
Cr2O3 in ol 0.01–0.03 wt%.

NWA 5935

23‐Jun‐2009p

374
1
H5
S1
W3–4
18
16
 
 
J. Roszjar, A. Bischoff
25.1
IfP
Anon

NWA 5936

23‐Jun‐2009p

235
1
H5
S2
W4
18
16
 
 
J. Roszjar, A. Bischoff
20.5
IfP
Anon

NWA 5939

13‐Jan‐2004p

297
1
H3–6
S3
W2
18.3 ± 1.6
15.9 ± 1.2
 
 
J. Roszjar, A. Bischoff
20
IfP
Anon

NWA 5940

2‐Jul‐2009p

151000
1
H5–6
S4
W2–3
19.5
16.5
 
 
J. Roszjar, A. Bischoff
25
IfP
Anon

NWA 5957

Jun‐2008

1083
1
Howardite

 
29.6; 63.0; 22.7–28.7
4.6; 2.6; 40.5–42.1
 
A. Irving, S. Kuehner, UWS
30.2
UWS
Farmer
FeO/MnO pyx 26.4–35.5

NWA 5959
Morocco
Sep‐2009

1750
1
Howardite

 
24.1–27.8; 60.2; 26.2; 39.3
3.8–3.9; 1.7; 42.1; 7.5
 
A. Irving, S. Kuehner, UWS
20
UWS
DStimpson
FeO/MnO in px 25.2–32.7 Purchased in Taliouine

NWA 5968
Morocco
2008p

15.5
1
Diogenite

8.8
 
 
 
T. Bunch, J. Wittke, NAU
4.4
NAU
Anon
ol‐rich

NWA 5981
Morocco
Oct 2009

243
1
Lodranite

 
4.0; 9.7
44.4; 1.4
 
A. Irving, S. Kuehner, UWS
20
UWS
DStimpson
Paired with NWA 4478

NWA 5982
Arg Chach, Mali
Mar 2009

1400
1
Eucrite, polymict

 
32.8; 59.4; 27.8
2.4; 4.6; 41.3
 
A. Irving, S. Kuehner, UWS
20
UWS
Ralew
FeO/MnO in pyx 32.5–34.0

NWA 6072
Morocco
May 2008p

333
3
Eucrite

 
64
2
 
R. Korotev, A. Foreman, R. Zeigler, WUSL
20.4
WUSL
Labenne
Augite, Fs70Wo43; granulitic texture

NWA 6074
Morocco
June 2008p

48.8
1
Diogenite

24–25
18–26
40,181
 
R. Korotev, A. Foreman, R. Zeigler, WUSL
10
WUSL
Labenne
Polymict

NWA 6157
Algeria
Feb‐2010p

42
1
Diogenite, olivine

29.3–30.1
24.3
2.8
 
A. Irving, S. Kuehner, UWS
8.9
UWS
Farmer
See written description

NWA 6203
Bechar, Algeria
2007
∼30°31′N
∼4°18′W
35400
14
Iron, IAB‐MG
Moderate
Moderate
4.9 ± 0.2
6.9 ± 0.3
1.8 ± 0.3
 
C. Herd, G. Nadeau, UAb
197.9
UAb
S. Buhl

NWA 6235
Fezzou Village, Morocco
15‐Sep‐2005
30°55.68′N
4°51.50′W
216
1
Ureilite

4.1–22.1
3.0–19.2
0.33–10.6
 
Sawadaa
22.05
NSMT
Sawada
Finder— M. Aziz

NWA 6236
Fezzou Village, Morocco
4‐Oct‐2005
30°58.29′N
4°56.99′W
145
2
R4

36.0–41.6
14.5–30.5
0.31–9.7
 
Sawada
23.93
NSMT
Sawada

Meteorites from Oman

Dho 1435
Zufar
5‐Feb‐2007
18°14.917′N
54°0.218′E
11.7
1
H5
S3
W3
18.6–19.9
16.4–17.1

4.91
R. Bartoschewitz, P. Appel, B. Mader, Kiel
2.34
Kiel
Barto
Finder— R. Bartoschewitz

Dho 1445
Zufar
9‐Mar‐2003
19°26.218′N
054°42.399′E
442
1
LL5
S3
W1
31.7–32.5
25.0–26.5

3.66
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20
Kiel
Anon
Fs93.4Wo6.6; An11Or6

Dho 1446
Zufar
9‐Mar‐2003
19°27.084′N
054°39.144′E
199
1
H5

W3
 
 

4.83
R. Bartoschewitz
20
Kiel
Anon

Dho 1447
Zufar
14‐Apr‐2002
18°37′N
54°11′E
49.4
3
H∼4

W5
 
 

4.62
R. Bartoschewitz
10
Kiel
Anon

Dho 1448
Zufar
11‐Aug‐2002
19°21′N
54°48′E
3110
Many
L∼6

W4
 
 

4.32
R. Bartoschewitz
20.4
Kiel
Anon

Dho 1449
Zufar
11 Aug 2002
19°13.8′N
54°52.8′E
1959
Several
L/LL∼6

W4
 
 

4.09
R. Bartoschewitz
21.8
Kiel
Anon

Dho 1450
Zufar
18‐Feb‐2008
19°15.838′N
54°43.417′E
5.4
2
LL∼6

W3
 
 

4.44
R. Bartoschewitz
1.1
Kiel
Anon

Dho 1451
Zufar
20‐Feb‐2008
19°12.782′N
54°37.246′E
570
3
H∼5

W4
 
 

4.65–4.81
R. Bartoschewitz
20
Kiel
Anon

Dho 1452
Zufar
20‐Feb‐2008
19°00.961′N
54°22.070′E
163
1
L∼6

W2

4.79
R. Bartoschewitz
20
Kiel
Anon

Dho 1453
Zufar
21‐Feb‐2008
18°59.919′N
54°23.629′E
402
2
L/LL∼5

W1/2

4.37–4.67
R. Bartoschewitz
20
Kiel
Anon
Melt pockets

Dho 1455
Zufar
22‐Feb‐2008
18°58.593′N
54°24.229′E
489
6
LL5
S1
W3
31.7–32.7
25.4–25.9
 
3.61
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20
Kiel
Anon
Feld An10Or7

Dho 1456
Zufar
22‐Feb‐2008
18°59.278′N
54°25.095′E
90.2
1
H∼5

 
 
 
4.87
R. Bartoschewitz
18
Kiel
Anon
Melt pockets

Dho 1457
Zufar
22‐Feb‐2008
18°59.905′N
54°24.974′E
11.4
1
H∼5

W4
 
 
 
4.94
R. Bartoschewitz
2.3
Kiel
Anon

Dho 1458
Zufar
22‐Feb‐2008
18°59.535′N
54°25.065′E
428
20
L∼5

W4
 
 
 
4.76
R. Bartoschewitz
20
Kiel
Anon

Dho 1459
Zufar
23‐Feb‐2008
19°01.129′N
54°22.411′E
50.4
1
H5
S1
W2
18.1–19.7
16.5–17.8
 
5
R. Bartoschewitz, P. Appel, B. Mader, Kiel
10.1
Kiel
Anon

Dho 1460
Zufar
23‐Feb‐2008
19°01.092′N
54°22.338′E
40.5
1
L∼6

W2
 
 
 
4.74
R. Bartoschewitz
8.1
Kiel
Anon

Dho 1463
Zufar
25‐Feb‐2008
18°27.167′N
54°09.693′E
23.6
1
L/LL∼4

W4
 
 
 
4.56
R. Bartoschewitz
4.7
Kiel
Anon

Dho 1464
Zufar
26‐Feb‐2008
18°34.134′N
54°10.085′E
68.5
1
H∼5

 
 
 
5
R. Bartoschewitz
13.7
Kiel
Anon

Dho 1465
Zufar
26‐Feb‐2008
18°34.143′N
54°10.268′E
237
1
L∼6

W1/2

4.78
R. Bartoschewitz
20
Kiel
Anon
 

Dho 1466
Zufar
26‐Feb‐2008
18°34.277′N
54°10.263′E
268
50
L∼6

W4

4.73
R. Bartoschewitz
20
Kiel
Anon

Dho 1467
Zufar
26‐Feb‐2008
18°33.969′N
54°09.477′E
1305
5
L∼5

W4

4.65
R. Bartoschewitz
20
Kiel
Anon

Dho 1468
Zufar
26‐Feb‐2008
18°33.969′N
54°09.477′E
65.6
1
H∼5

W4

4.94
R. Bartoschewitz
13.1
Kiel
Anon

Dho 1469
Zufar
26‐Feb‐2008
18°33.706′N
54°10.330′E
110
1
L∼6

W3

4.65
R. Bartoschewitz
20
Kiel
Anon

Dho 1470
Zufar
26‐Feb‐2008
18°34.003′N
54°10.180′E
51.6
1
H∼5

4.89
R. Bartoschewitz
10.3
Kiel
Anon
Melt pockets

Dho 1471
Zufar
26‐Feb‐2008
18°34.001′N
54°09.623′E
760
1
H∼5

W3

4.87
R. Bartoschewitz
20
Kiel
Anon
Melt pockets

Dho 1472
Zufar
26‐Feb‐2008
18°34.460′N
54°08.962′E
1064.1
1
LL6
S1
W1
31.1–32.2
25.8–26.2
 
3.63
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20
Kiel
Anon
Feld An10Or4

Dho 1473
Zufar
27‐Feb‐2008
18°36.304′N
54°10.131′E
131.2
5
L/LL∼6

W4
 
 
 
4.58
R. Bartoschewitz
20
Kiel
Anon

Dho 1475
Zufar
27‐Feb‐2008
18°36.186′N
54°10.665′E
1039.2
3
L∼6

W4
 
 
 
4.62
R. Bartoschewitz
20
Kiel
Anon

Dho 1490
Zufar
19‐Nov‐2008
18°47.870′N
54°24.262′E
309
1
H5–6
S3
W2–3
18.5
16.5
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
27.8
IfP
Anon
Breccia, shock veins

Dho 1491
Zufar
19‐Nov‐2008
18°44.595′N
54°22.614′E
256
1
L4–6
S4
W1
25
20 ± 2.5
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
20.6
IfP
Anon
Breccia, shock veins

Dho 1492
Zufar
22‐Nov‐2008
18°46.550′N
54°27.260′E
510
1
H3
S2
W4
14.5 ± 5.8
9 ± 5.5
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
20.2
IfP
Anon

Dho 1493
Zufar
24‐Nov‐2008
18°40.427′N
54°27.010′E
14000
4
L6
S5
W3
22.5
19
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
64.6
IfP
Anon
Shock veins

Dho 1494
Zufar
25‐Nov‐2008
18°41.110′N
54°26.522′E
1400
1
H4
S2
W1–2
17.5
16
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
33.3
IfP
Anon

Dho 1495
Zufar
25‐Nov‐2008
18°40.022′N
54°26.092E
2300
1
L4
S2
W1–2
22.5
18.5
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
53.6
IfP, Univ. Muenster
Anon
Partly shock‐darkened

Dho 1496
Zufar
25‐Nov‐2008
18°41.227′N
54°25.200′E
1000
1
LL(L)3
S3
W1–2
19 ± 10
15 ± 10
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
37.2
IfP, Univ. Muenster
Anon

Dho 1497
Zufar
27‐Nov‐2008
18°43.901′N
54°23.821′E
1856
1
L3–5
S3
W0/1
23.5 ± 5.5
15 ± 6.5
 
 
A. Bischoff, M. Matthes, M. Horstmann, IfP
59.3
IfP, Univ. Muenster
Anon
Breccia

Dho 1513
Zufar
1‐Apr‐2009
19°20′15.59N
54°31′58.54E
3782
1
L5
S2
W3
24.7–25.1
20.5
1.9
 
A. Irving and S. Kuehner, UWS,
20
UWS
Anon

Dho 1562
Zufar
16‐Jan‐2004
18°55.560′N
54°23.933′E
7550
1
L6
S3
W1
23.8
20.3
1.6
 
M. Ivanova, S. Borisovsky
1616
Vernad
Anon

Dho 1563
Zufar
9‐Dec‐2004
18°27.257′N
54°26.195′E
70
1
H5
S2
W3
18.6
16.3
1.3
 
M. Ivanova, S. Borisovsky
26.6
Vernad
Anon

Dho 1564
Zufar
8‐Dec‐2004
18°41.770′N
54°22.200′E
26
1
H5
S1
W3
17.9
15.5
1.6
 
M. Ivanova, S. Borisovsky
8.1
Vernad
Anon

Dho 1565
Zufar
2008
18°16.410′N
54°12.820
43kg
many
H5
S1
W3
18.7
16.5
1.3
 
M. Ivanova, S. Borisovsky
106.4
Vernad
Anon

Dho 1566
Zufar
2008
18°14.540′N
54° 6.390′E
605
1
LL5–6
S2
W2
30.5
25
2.3
 
M. Ivanova, S. Borisovsky
80.2
Vernad
Anon
Breccia

JaH 349
Al Wusta
5‐Mar‐2003
19°17.879′N
055°44.996′E
64.3
1
L∼6

W4
 
 
 
4.59
R. Bartoschewitz
12.87
Kiel
Anon

JaH 350
Al Wusta
5‐Mar‐2003
19°20.338′N
055°32.682′E
67.3
1
L∼6

W3
 
 
 
4.76
R. Bartoschewitz
13.46
Kiel
Anon

JaH 351
Al Wusta
5‐Mar‐2003
19°21.721′N
055°37.021′E
437.3
8
H∼5

W4
 
 
 
4.89
R. Bartoschewitz
20.7
Kiel
Anon

JaH 352
Al Wusta
5‐Mar‐2003
19°21.620′N
055°37.668′E
1005
1
H∼6

W4
 
 
 
4.87
R. Bartoschewitz
22.3
Kiel
Anon

JaH 353
Al Wusta
5‐Mar‐2003
19°21.819′N
055°38.076′E
366.2
1
H∼5

W3
 
 
 
5.03
R. Bartoschewitz
20
Kiel
Anon
Melt rich

JaH 354
Al Wusta
7‐Mar‐2003
19°21.802′N
055°38.124′E
1200.8
12
L∼6

 
 
 
4.66
R. Bartoschewitz
20
Kiel
Anon
breccia

JaH 355
Al Wusta
7‐Mar‐2003
19°21.531′N
055°32.906′E
16879.1
70
L∼6

W4
 
 
 
4.42
R. Bartoschewitz
26.6
Kiel
Anon

JaH 356
Al Wusta
7‐Mar‐2003
19°21.387′N
055°31.790′E
53.3
1
H∼6

W4
 
 
 
4.74
R. Bartoschewitz
10.66
Kiel
Anon

JaH 357
Al Wusta
7‐Mar‐2003
19°21.718′N
055°36.750′E
1479.5
12
H∼6

W4
 
 
 
4.77
R. Bartoschewitz
20
Kiel
Anon

JaH 358
Al Wusta
7‐Mar‐2003
19°21.214′N
055°37.386′E
528.2
2
L∼5

W2
 
 
 
4.76
R. Bartoschewitz
20
Kiel
Anon

JaH 359
Al Wusta
9‐Mar‐2003
19°21.561′N
055°35.599′E
645.3
12
H∼4

W4
 
 
 
5.01
R. Bartoschewitz
21
Kiel
Anon

JaH 361
Al Wusta
10‐Mar‐2003
19°17.423′N
055°33.725′E
21.2
1
L∼4

 
 
 
4.76
R. Bartoschewitz
4.24
Kiel
Anon

JaH 362
Al Wusta
10‐Mar‐2003
19°20.637′N
055°44.677′E
104.5
1
L∼5

W3
 
 
 
4.64
R. Bartoschewitz
22.3
Kiel
Anon

JaH 363
Al Wusta
10‐Mar‐2003
19°33.823′N
056°03.104′E
186.5
1
H∼5

W2
 
 
 
5
R. Bartoschewitz
20.9
Kiel
Anon

JaH 364
Al Wusta
10‐Mar‐2003
19°32.732′N
056°02.618′E
735.6
1
L∼6

W4
 
 
 
4.32
R. Bartoschewitz
21.4
Kiel
Anon

JaH 365
Al Wusta
11‐Mar‐2003
19°37.119
056°02.536′E
3665.1
1
H∼4

W2
 
 
 
4.99
R. Bartoschewitz
20
Kiel
Anon

JaH 366
Al Wusta
11‐Mar‐2003
19°39.375
056°03.366′E
99.5
1
L∼6

W2
 
 
 
4.79
R. Bartoschewitz
22.7
Kiel
Anon
Melt pools

JaH 367
Al Wusta
18‐Mar‐2003
19°20.737′N
055°52.304′E
572.9
12
L∼5

W5
 
 
 
4.47
R. Bartoschewitz
20
Kiel
Anon

JaH 368
Al Wusta
18‐Mar‐2003
19°16.419′N
055°48.624′E
892.7
2
H∼4

W4
 
 
 
4.7
R. Bartoschewitz
20.7
Kiel
Anon

JaH 369
Al Wusta
18‐Mar‐2003
19°17.115′N
055°49.346′E
7100
1
H∼5

W4
 
 
 
4.74
R. Bartoschewitz
20.4
Kiel
Anon

JaH 370
Al Wusta
18‐Mar‐2003
19°19.910′N
055°48.610′E
1453.1
1
L∼6

W4
 
 
 
4.65
R. Bartoschewitz
20
Kiel
Anon

JaH 371
Al Wusta
18‐Mar‐2003
19°18.617′N
055°49.855′E
660.5
9
L∼6

W4
 
 
 
4.66
R. Bartoschewitz
20
Kiel
Anon

JaH 372
Al Wusta
19‐Mar‐2003
19°21.523′N
055°42.643′E
380.9
1
H∼4

W4
 
 
 
5.01
R. Bartoschewitz
20
Kiel
Anon

JaH 373
Al Wusta
20‐Mar‐2003
19°20.328′N
055°43.117′E
68.6
8
L∼5

W4
 
 
 
4.69
R. Bartoschewitz
13.73
Kiel
Anon

JaH 374
Al Wusta
18‐Mar‐2003
19°18.160′N
055°42.223′E
60.6
4
H5
S1
W4
18.3–18.7
15.5–17.3
 
4.94
R. Bartoschewitz, P. Appel, B. Mader, Kiel
15.3
Kiel
Anon

JaH 375
Al Wusta
20‐Mar‐2003
19°18.160′N
055°42.058′E
113.4
3
L∼4

W4
 
 
 
4.66
R. Bartoschewitz
20
Kiel
Anon

JaH 376
Al Wusta
20‐Mar‐2003
19°19.104′N
055°42.182′E
1429.4
20
H5
S1
W4
17.9–18.6
15.7–17.0
 
4.9
R. Bartoschewitz, P. Appel, B. Mader, Kiel
21.5
Kiel
Anon

JaH 377
Al Wusta
21‐Mar‐2003
19°18.626′N
055°42.656′E
373.5
3
H5
S1
W4
18.2–18.8
16.3–16.9
 
4.92
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20.3
Kiel
Anon

JaH 378
Al Wusta
21‐Mar‐2003
19°17.358′N
055°42.881′E
1186.3
2
L∼6

W4
 
 
 
4.64
R. Bartoschewitz
20.8
Kiel
Anon

JaH 379
Al Wusta
21‐Mar‐2003
19°17.063′N
055°42.214′E
297.7
1
H∼6

W4
 
 
 
4.73
R. Bartoschewitz
19.9
Kiel
Anon

JaH 380
Al Wusta
22‐Mar‐2003
19°18.204′N
055°42.351′E
144.5
8
H∼5

W4
 
 
 
4.78
R. Bartoschewitz
20
Kiel
Anon

JaH 381
Al Wusta
22‐Mar‐2003
19°18.448′N
055°41.869′E
501
2
H∼5

W4
 
 
 
4.8
R. Bartoschewitz
22.5
Kiel
Anon

JaH 382
Al Wusta
22‐Mar‐2003
19°17.851′N
055°46.974′E
308.9
1
H∼5

W3
 
 
 
4.93
R. Bartoschewitz
20.9
Kiel
Anon

JaH 383
Al Wusta
22‐Mar‐2003
19°16.939′N
055°46.855′E
374.8
1
H∼5

W3
 
 
 
4.87
R. Bartoschewitz
24.1
Kiel
Anon
Melt pockets

JaH 384
Al Wusta
22‐Mar‐2003
19°16.859′N
055°46.991′E
519.7
2
L∼6

W4
 
 
 
4.66
R. Bartoschewitz
20
Kiel
Anon

JaH 386
Al Wusta
26‐Feb‐2003
19°17.947′N
055°47.640′E
1412.9
1
H∼5

W3
 
 
 
4.8
R. Bartoschewitz
20
Kiel
Anon

JaH 387
Al Wusta
26‐Feb‐2003
19°16.586′N
055°46.001′E
622.4
1
L5
S1
W4
25.0–26.9
20.7–22.6
 
4.71
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20.2
Kiel
Anon

JaH 388
Al Wusta
26‐Feb‐2003
19°16.665′N
055°45.841′E
1589.2
1
L∼6
S1
W4
 
 
 
4.34
R. Bartoschewitz
21.3
Kiel
Anon

JaH 389
Al Wusta
23‐Feb‐2003
19°16.766′N
055°46.003′E
1059.7
1
H∼6

W4
 
 
 
4.9
R. Bartoschewitz
20
Kiel
Anon

JaH 390
Al Wusta
2‐Mar‐2003
19°16.458′N
055°45.428′E
159.2
2
H∼6

W3
 
 
 
4.9
R. Bartoschewitz
23.5
Kiel
Anon

JaH 391
Al Wusta
2‐Mar‐2003
19°16.718′N
055°46.387′E
57.9
1
H∼4

W4
 
 
 
5.12
R. Bartoschewitz
11.59
Kiel
Anon

JaH 392
Al Wusta
2‐Mar‐2003
19°17.494′N
055°47.057′E
220.8
1
H∼6

W4
 
 
 
4.91
R. Bartoschewitz
22.3
Kiel
Anon

JaH 393
Al Wusta
2‐Mar‐2003
19°19.090′N
055°46.519′E
1360.8
1
H∼5

W3
 
 
 
4.88
R. Bartoschewitz
20.1
Kiel
Anon

JaH 394
Al Wusta
3‐Mar‐2003
19°18.077′N
055°48.503′E
1174.4
1
L∼6

W4
 
 
 
4.45
R. Bartoschewitz
20
Kiel
Anon

JaH 493
Al Wusta
1‐Mar‐2007
19°47.070′N
56°25.001′E
438.7
4
L6
S3–4
W3
24.4
20.8
1.5
4.12
E. Gnos, E. Janots, B. Hofmann
438.7
NMBE
NMBE
Paired with JaH 494; finder—MEggimann1

JaH 494
Al Wusta
1‐Mar‐2007
19°47.144′N
56°25.573′E
63.8
2
L6
S4
W3
26
 
 
4.12
E. Gnos, E. Janots, B. Hofmann
63.8
NMBE
NMBE
Paired JaH 493; finder—MEggimann1

JaH 495
Al Wusta
06‐Mar‐2007
19°47.105′N
56°24.746′E
501.8
2
L6
S3
W4
25
 
 
4.1
E. Gnos, E. Janots, B. Hofmann
501.8
NMBE
NMBE
Paired JaH 493; finder—MEggimann1

JaH 500
Al Wusta
12‐Mar‐2007
19°45.136′N
56°18.578′E
1432.2
18
H5
S2
W4
17
 
 
4.67
E. Gnos, E. Janots, B. Hofmann
1432.2
NMBE
NMBE
Paired JaH 501; finder—Al‐Kathiri1

JaH 502
Al Wusta
12‐Mar‐2007
19°45.313′N
56°18.404′E
138.6
5
H5
S2
W4
19
 
 
4.95
E. Gnos, E. Janots, B. Hofmann
138.6
NMBE
NMBE
Paired JaH 500; finder—Al‐Kathiri1

JaH 503
Al Wusta
12‐Mar‐2007
19°45.134′N
56°18.636′E
2421.6
27
H3–4
S2
W4
18
 
 
4.59
E. Gnos, E. Janots, B. Hofmann
2421.6
NMBE
NMBE
Paired JaH 500; finder—Al‐Kathiri1

JaH 504
Al Wusta
12‐Mar‐2007
19°45.164′N
56°18.618′E
674.3
1
H3–5
S2
W4
19
 
 
4.56
E. Gnos, E. Janots, B. Hofmann
674.3
NMBE
NMBE
Paired JaH 500; finder—Al‐Kathiri1

JaH 513
Zufar
20‐Jan‐2008
19°31.859′N
55°10.787′E
9.5
1
LL7
S1
W2
28.6
23.5
3.8
 
E. Gnos, E. Janots, B. Hofmann
9.5
NMBE
NMBE
See written description

JaH 521
Zufar
22‐Jan‐2008
19°31.829′N
55°10.894′E
1989
113
L6
S3
W3
24.3
20.8
1.6
 
E. Gnos, E. Janots, B. Hofmann
1989
NMBE
NMBE
Paired JaH 520; finder—Al‐Kathiri2

JaH 522
Zufar
22‐Jan‐2008
19°31.902′N
55°10.889′E
6
1
H6

18
 
 
 
E. Gnos, B. Hofmann
6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 523
Zufar
22‐Jan‐2008
19°31.909′N
55°10.910′E
60.6
1
H6
S2
W3
19
16.7
1.4
 
E. Gnos, B. Hofmann
60.6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 524
Zufar
22‐Jan‐2008
19°31.873′N
55°10.785′E
6
1
H6

19
 
 
 
E. Gnos, B. Hofmann
6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 525
Zufar
22‐Jan‐2008
19°31.994′N
55°10.501′E
1.6
1
L4–6
S1
W3
24
 
 
 
E. Gnos, B. Hofmann
1.6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 526
Zufar
22‐Jan‐2008
19°32.000′N
55°10.534′E
5.6
1
H6

19
 
 
 
E. Gnos, B. Hofmann
5.6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 527
Zufar
22‐Jan‐2008
19°32.024′N
55°10.532′E
3.8
1
H6

18
 
 
 
E. Gnos, B. Hofmann
3.8
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 528
Zufar
22‐Jan‐2008
19°32.057′N
55°10.442′E
19.7
1
H6
S3
W4
18
 
 
 
E. Gnos, B. Hofmann
19.7
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 529
Zufar
22‐Jan‐2008
19°32.057′N
55°10.442′E
2.1
1
H6

18
 
 
 
E. Gnos, B. Hofmann
2.1
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 530
Zufar
22‐Jan‐2008
19°32.009′N
55°10.494′E
12.6
1
H4–6
S2
W4
19
 
 
 
E. Gnos, B. Hofmann
12.6
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 531
Zufar
22‐Jan‐2008
19°32.049′N
55°10.529′E
1.7
1
H6

18
 
 
 
E. Gnos, B. Hofmann
1.7
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 533
Zufar
22‐Jan‐2008
19°32.433′N
55°10.024′E
24
1
H6
S2
W4
18.1
 
 
 
E. Gnos, B. Hofmann
23.9
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 535
Zufar
22‐Jan‐2008
19°32.161′N
55°10.027′E
89.4
1
H4–6
S2
W4
18
 
 
 
E. Gnos, B. Hofmann
89.4
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 536
Zufar
22‐Jan‐2008
19°32.641′N
55°9.905′E
1
1
H6

19
 
 
 
E. Gnos, B. Hofmann
1
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 537
Zufar
22‐Jan‐2008
19°32.200′N
55°10.431′E
33.2
1
H6
S3
W4
19
 
 
 
E. Gnos, B. Hofmann
33.2
NMBE
NMBE
Paired JaH 511; finder—Al‐Kathiri2

JaH 543
Zufar
23‐Jan‐2008
19°32.284′N
55°10.073′E
8.8
1
H6

18
 
 
 
E. Gnos, B. Hofmann
8.8
NMBE
NMBE
Paired JaH 511; finder—EGnos2

JaH 547
Zufar
23‐Jan‐2008
19°32.292′N
55°10.100′E
105.6
1
H4–6
S2
W3
20
 
 
 
E. Gnos, B. Hofmann
105.6
NMBE
NMBE
Paired JaH 511; finder—EGnos2

JaH 551
Zufar
23‐Jan‐2008
19°31.748′N
55°10.899′E
24
1
H4–6
S2
W3
18.1
 
 
 
E. Gnos, B. Hofmann
23.9
NMBE
NMBE
paired JaH 511; finder—EGnos1

JaH 559
Al Wusta
25‐Jan‐2008
19°50.395′N
56°6.310′E
208.6
8
H3.7/3.8
S2
W4
18.6–20.6
14.6–19.9
0.2–2.1
 
E. Gnos, B. Hofmann
208.6
NMBE
NMBE
Paired JaH 560; chondrule size 0.35 mm, bulk Fe 24.1%; finder—EGnos1

SaU 438
Al Wusta
11‐Feb‐2007
21°5.943′N
57°16.060′E
90.7
1
H5
S4
W2
19.6–20.3
17.1–18.0
 
5.04
R. Bartoschewitz, P. Appel, B. Mader, Kiel
18.2
Kiel
Barto
Finder—C. Bartoschewitz

SaU 463
Al Wusta
28‐Feb‐2008
20°00.951′N
56°33.483′E
519.3
2
L∼6

 
 
 
4.72
R. Bartoschewitz
20
Kiel
Anon
Petrologic type is approximate.

SaU 464
Al Wusta
29‐Feb‐2008
20°01.534′N
56°33.496′E
210.3
1
LL5
S1
W1
27.3–28.4
7.3–24.8
 
3.81
R. Bartoschewitz, P. Appel, B. Mader, Kiel
20
Kiel
Anon
An24Or17

SaU 465
Al Wusta
29‐Feb‐2008
20°00.816′N
56°33.472′E
100.5
1
H∼6

W4
 
 
 
4.91
R. Bartoschewitz
20
Kiel
Anon

SaU 466
Al Wusta
29 Feb 2008
20°05.820′N
56°37.468′E
228.3
2
L/LL∼5

W4
 
 
 
4.48
R. Bartoschewitz
20
Kiel
Anon

SaU 467
Al Wusta
22‐Feb‐2008
20°09.599′N
56°38.775′E
271.7
1
L∼5

W2
 
 
 
4.7
R. Bartoschewitz
20
Kiel
Anon

SaU 468
Al Wusta
12‐Mar‐2003
20°59.869′N
057°17.697′E
59.8
1
H∼6

W4
 
 
 
4.74
R. Bartoschewitz
11.96
Kiel
Anon

SaU 469
Al Wusta
12‐Mar‐2003
20°59.784′N
057°17.272′E
365.5
5
L∼6

W2/3

4.61
R. Bartoschewitz
20
Kiel
Anon
 

Shişr 113
Zufar
3‐Feb‐2007
18°15.057′N
53°59.921′E
12.5
1
H∼5

W4

4.86
R. Bartoschewitz
2.7
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 114
Zufar
3‐Feb‐2007
18°15.171′N
53°59.92′E
2.4
1
H∼5

W4

4.92
R. Bartoschewitz
0.48
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 115
Zufar
3‐Feb‐2007
18°15.224′N
53°59.925′E
2.9
1
H∼5

W4

4.95
R. Bartoschewitz
0.48
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 116
Zufar
3‐Feb‐2007
18°15.225′N
53°59.918′E
2.9
1
H∼5

W4

4.85
R. Bartoschewitz
0.58
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 117
Zufar
3‐Feb‐2007
18°15.263′N
53°59.903′E
4.8
1
H∼5

W4

4.86
R. Bartoschewitz
1.1
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 118
Zufar
03 Feb 2007
18°15.183′N
53°59.731′E
10.2
1
L/LL4

W2
24.6–27.9
20.8–22.8
 
4.75
R. Bartoschewitz, P. Appel, B. Mader, Kiel
2.04
Kiel
Barto
An11Or3‐5; kamacite Co 0.9%; finder—C. Bartoschewitz

Shişr 119
Zufar
3‐Feb‐2007
18°15.254′N
53°59.88′E
6.8
1
H∼5

W4
 
 
 
4.8
R. Bartoschewitz
1.36
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 120
Zufar
4‐Feb‐2007
18°15.279′N
53°59.668′E
8.2
2
H∼5

W4
 
 
 
4.92
R. Bartoschewitz
1.64
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 121
Zufar
4‐Feb‐2007
18°15.517′N
53°59.528′E
49
2
H4
S2
W2
18.8–19.6
16.2–17.2
 
4.89
R. Bartoschewitz, P. Appel, B. Mader, Kiel
9.8
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 122
Zufar
4‐Feb‐2007
18°15.524′N
53°59.592′E
46.2
1
H∼5

W3
 
 
 
4.84
R. Bartoschewitz
9.24
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 123
Zufar
4‐Feb‐2007
18°15.523′N
53°59.592′E
48.2
1
H∼5

W1
 
 
 
4.94
R. Bartoschewitz
9.64
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 124
Zufar
4‐Feb‐2007
18°15.521′N
53°59.594′E
1.9
1
H∼5

W4
 
 
 
4.78
R. Bartoschewitz
0.38
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 126
Zufar
4‐Feb‐2007
18°15.477′N
53°59.605′E
11.7
1
H5
S2
W3
18.2–20.5
16.2–17.2
 
4.62
R. Bartoschewitz, P. Appel, B. Mader, Kiel
2.34
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 127
Zufar
4‐Feb‐2007
18°15.483′N
53°59.591′E
6.1
1
H∼5

W2
 
 
 
4.85
R. Bartoschewitz
1.22
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 128
Zufar
4‐Feb‐2007
18°15.488′N
53°59.59′E
52.4
1
H∼5

W3
 
 
 
4.76
R. Bartoschewitz
11.7
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 129
Zufar
4‐Feb‐2007
18°15.481′N
53°59.608′E
25.2
1
H∼5

W4
 
 
 
4.78
R. Bartoschewitz
5.04
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 130
Zufar
4‐Feb‐2007
18°15.491′N
53°59.588′E
13.4
1
H∼5

W4
 
 
 
4.87
R. Bartoschewitz
3.1
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 131
Zufar
4‐Feb‐2007
18°15.503′N
53°59.569′E
2.8
1
H∼5

W4
 
 
 
4.84
R. Bartoschewitz
0.56
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 132
Zufar
4‐Feb‐2007
18°15.525′N
53°59.547′E
13.6
1
H∼5

W1
 
 
 
4.96
R. Bartoschewitz
3.3
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 133
Zufar
4‐Feb‐2007
18°15.565′N
53°59.579′E
12.3
1
H∼5

W4
 
 
 
4.92
R. Bartoschewitz
2.46
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 134
Zufar
5‐Feb‐2007
18°15.53′N
53°59.571′E
0.5
1
H∼5

W4
 
 
 
4.71
R. Bartoschewitz
0.16
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 135
Zufar
5‐Feb‐2007
18°15.541′N
53°59.506′E
69.7
1
H∼5

W3
 
 
 
4.77
R. Bartoschewitz
13.94
Kiel
Barto
Finder— C. Bartoschewitz

Shişr 141
Zufar
3‐Feb‐2007
18°15.232′N
53°59.87′E
38.6
2
H∼5

W2
 
 
 
4.94
R. Bartoschewitz
9.2
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 142
Zufar
3‐Feb‐2007
18°15.088′N
53°59.931′E
25.3
1
H∼5

W3
 
 
 
4.82
R. Bartoschewitz
5.06
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 143
Zufar
3‐Feb‐2007
18°15.087′N
53°59.816′E
16
1
H∼5

W4
 
 
 
4.83
R. Bartoschewitz
4.3
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 145
Zufar
4‐Feb‐2007
18°15.133′N
53°59.877′E
12.7
1
H∼5

W4
 
 
 
4.82
R. Bartoschewitz
2.54
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 146
Zufar
4‐Feb‐2007
18°15.113′N
53°59.88′E
6.9
1
H∼5

W4
 
 
 
4.88
R. Bartoschewitz
1.8
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 147
Zufar
4‐Feb‐2007
18°15.052′N
53°59.817′E
20.7
1
H∼5

W3
 
 
 
4.85
R. Bartoschewitz
4.14
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 148
Zufar
4‐Feb‐2007
18°15.043′N
53°59.8′E
23
2
H∼5

W3
 
 
 
4.92
R. Bartoschewitz
4.5
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 149
Zufar
4‐Feb‐2007
18°15.13′N
53°59.842′E
14.1
1
H∼5

W4
 
 
 
4.77
R. Bartoschewitz
2.82
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 150
Zufar
4‐Feb‐2007
18°15.239′N
53°59.713′E
61.3
1
H∼5

W2
 
 
 
4.87
R. Bartoschewitz
12.4
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 151
Zufar
4‐Feb‐2007
18°15.254′N
53°59.691′E
8.1
1
H∼5

W2
 
 
 
4.8
R. Bartoschewitz
1.62
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 152
Zufar
4‐Feb‐2007
18°15.312′N
53°59.822′E
12.8
2
H∼5

W3
 
 
 
4.92
R. Bartoschewitz
2.9
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 153
Zufar
4‐Feb‐2007
18°15.259′N
53°59.73′E
9.8
1
H∼5

W2
 
 
 
4.93
R. Bartoschewitz
1.96
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 154
Zufar
4‐Feb‐2007
18°15.537′N
53°59.624′E
53.2
1
H∼5

W4
 
 
 
4.87
R. Bartoschewitz
10.8
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 155
Zufar
5‐Feb‐2007
18°15.591′N
53°59.569′E
32.5
1
H4
S2
W3
18.9–19.8
16.5–19.4
 
4.83
R. Bartoschewitz, P. Appel, B. Mader, Kiel
6.7
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 156
Zufar
5‐Feb‐2007
18°15.666′N
53°59.599′E
130
1
H∼5

W4
 
 
 
4.86
R. Bartoschewitz
20
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 157
Zufar
5‐Feb‐2007
18°15.663′N
53°59.54′E
5.6
1
H∼5

W3
 
 
 
4.89
R. Bartoschewitz
1.12
Kiel
Barto
Finder— R. Bartoschewitz

Shişr 166
Zufar
10‐Apr‐2008
18°32′56.68N
53°58′40.73E
128.8
1
Lunar

39
50
27
 
R. Zeigler and R. Korotev
20.1
WUSL
Labenne*
See written description

Meteorites from Romania

Pleşcoi
Plescoi Village, Berca Commune, Buzau Co
12‐Jun‐2008
45°16′30″N
26°42′35″E
6913
1
L5–6
S2
W1
25.5 ± 0.3
21.4 ± 0.1
1.3 ± 0.2
 
D. Pop and G. Benedix
20
BBU
M. Popescu*
See written description

Meteorites from Russia

Batyushkovo
Smolensk Region
Jun‐2007
55°32.92′N
35°17.97′E
4620
1
L5
S5
W1
23.7
20.1
1.6
 
D.D. Badjukov, Vernad
4620
Vernad
Vernad

Kirishi
Leningrad Region
Sep‐2006
59°32.9′N
32°06.8′E
1350
1
L4
S1
W0
24.5
13.8
 
 
D.D. Badjukov, Vernad
46.5
Vernad
Belov
pyx: Fs2‐26

Meteorites from Saudi Arabia

AaU 001
Ash Sharqiyah
20‐Mar‐2008
22°43.315′N
48°57.562′E
194.3
1
H3.8
S2
W2/3
17.6–20.1
17.3–21.6
0.6–2.5
 
E. Gnos, B. Hofmann
20.5
MHNGE
SGS
Mean chondrule size 0.32 mm, bulk Fe 24.8 wt%, finder—EGnos1

Qulumat Nadqan 001
Ash Sharqiyah
21‐Mar‐2008
23°8.581′N
49°31.951′E
13901
6
L3.7
S3
W1
18.9–27.6
16.8–21.2
0.2–2.1
 
E. Gnos, B. Hofmann
36
MHNGE
SGS
mean chondrule size 0.60 mm, bulk Fe 20.5 wt%; finder—EGnos1

Yabrin 001
Ash Sharqiyah
19‐Mar‐2008
23°20.865′N
48°44.245′E
65.193
1
LL5
S4
W2
26.4
22
1.5
 
E. Gnos, B. Hofmann
15
MHNGE
SGS
Ringwoodite, mean chondrule size 1.0 mm, bulk Fe 19.7 wt%; finder—EGnos1

Yabrin 002
Ash Sharqiyah
19‐Mar‐2008
23°21.430′N
48°43.347′E
46.324
1
H5
S2
W2
18.2
15.9
1.1
 
E. Gnos, B. Hofmann
10
MHNGE
SGS
Mean chondrule size 0.41 mm, bulk Fe 24.5 wt%; finder—EGnos1

Meteorites from Slovenia

Jesenice
Upper Sava Valley
9‐Apr‐2009
46°25.282′N
14°03.130′E
3667
3
L6
S3
W0/1
25
21
 
 
A. Bischoff
3300
SMNH
SMNH
See written description

Meteorites from Tunisia

En Naffatiyah
Madaniyin
20‐Mar‐2007
33°13.133′N
10°50.067′E
87.2
1
L6
S4
W2–3
25.5
21
 
 
Addi Bischoff
19
IFP
Anon
Synonym: Neffatia

Tieret 001
Tieret
22‐Feb‐2009
30°44′53.5″N
10°12′36.6″E
602
1
H6
S1
W2
18.2
15.9
1.7
4.89
L. Folco
8.8
MNA‐SI
Tunis
See written description

Tieret 002
Tieret
22‐Feb‐2009
30°47′44.75″N
10°14′44.04″E
23.5
1
L6
S3
W2
22.9
20.2
1.7
4.22
L. Folco
10.6
MNA‐SI
Tunis
See written description

Tieret 003
Tieret
23‐Feb‐2009
30°49′9.49″N
10°15′1.07″E
17.1
2
H6
S2
W2
17.3
15.7
1.4
4.79
L. Folco
7.3
MNA‐SI
Tunis
See written description

Tieret 004
Tieret
25‐Feb‐2009
30°58′4.48″N
10°2′45.13″E
10.6
1
H5
S3
W3
18.3
15.9
1.5
4.44
L. Folco
2.3
MNA‐SI
Tunis
See written description

Tieret 005
Tieret
25‐Feb‐2009
30°58′3.32″N
10°2′48.36″E
18.3
1
L6
S2
W3
23.4
20.4
1.9
4.11
L. Folco
6.8
MNA‐SI
Tunis
See written description

Tieret 006
Tieret
25‐Feb‐2009
30°58′17.51″N
10°3′17.98″E
20.7
1
L4
S2
W1
22.5
19
1.7
4.74
L. Folco
5.5
MNA‐SI
Tunis
See written description

Tieret 007
Tieret
25‐Feb‐2009
30°58′32.22″N
10°5′24.92″E
11
1
H5
S3
W2
16.8
15.2
1.6
5.02
L. Folco
3.6
MNA‐SI
Tunis
See written description

Meteorites from the United Arab Emirates

UAE 003
Abu Dhabi
24‐Feb‐2009
22°42′35.5″N
55°07′31.5″E
47
1
H6
S1
W2/3
18.9
17.2

Smith/Hezel
6.35
NHM
EAD

UAE 004
Abu Dhabi
24‐Feb‐2009
22°41′57.2″N
55°05′17.2″E
205
29
H5
S2
W2/3
18.8
16.7

Smith/Hezel
13.95
NHM
EAD

UAE 005
Abu Dhabi
24‐Feb‐2009
22°41′58.0″N
55°05′42.1″E
212
1
H6
S1
W4
20.1
17.6

Smith/Hezel
22.34
NHM
EAD

UAE 006
Abu Dhabi
25‐Feb‐2009
22°42′01.7″N
55°06′15.3″E
200
1
L4
S2
W2
22.3
17.8

Smith/Hezel
45.77
NHM
EAD

UAE 007
Abu Dhabi
26‐Feb‐2009
22°47′19.5″N
55°05′40.9″E
7
1
H5
S1
W3/4
17.7
15.9

Smith/Hezel
1.67
NHM
EAD

UAE 008
Abu Dhabi
26‐Feb‐2009
22°47′26.3″N
55°05′40.3″E
23
1
H5
S1/2
W4
19.3
19.1

Smith/Hezel
3.53
NHM
EAD

UAE 009
Abu Dhabi
26‐Feb‐2009
22°47′35.4″N
55°05′48.0″E
15
1
H6
S1
W4
18.7
16.8

Smith/Hezel
2.85
NHM
EAD

UAE 010
Abu Dhabi
27‐Feb‐2009
22°50′59.9″N
55°08′40.3″E
53
1
L6
S2
W1/2
25.7
21.9

Smith/Hezel
9.87
NHM
EAD

UAE 011
Abu Dhabi
27‐Feb‐2009
22°51′04.1″N
55°08′30.3″E
296
1
L6
S2
W1/2
25.4
22.4

Smith/Hezel
29.32
NHM
EAD

UAE 012
Abu Dhabi
27‐Feb‐2009
22°51′38.0″N
55°10′59.4″E
21
1
L6
S2
W1/2
25.9
21.8

Smith/Hezel
4.22
NHM
EAD

UAE 013
Abu Dhabi
28‐Feb‐2009
22°52′42.5″N
55°09′04.6″E
55
1
L6
S2
W1/2
25.9
22.4

Smith/Hezel
8.15
NHM
EAD

UAE 014
Abu Dhabi
28‐Feb‐2009
22°52′08.6″N
55°09′06.8″E
95
1
L6
S2
W2
25.9
21.5

Smith/Hezel
12.14
NHM
EAD

UAE 015
Abu Dhabi
28‐Feb‐2009
22°52′07.7″N
55°09′05.5″E
57
1
L6
S3/4
W2
25.6
21.8

Smith/Hezel
13.39
NHM
EAD

UAE 016
Abu Dhabi
28‐Feb‐2009
22°52′07.6″N
55°09′00.3″E
19
3
L6
S3
W3
24.8
21.2

Schlüter
3.39
Hamb
EAD

UAE 017
Abu Dhabi
28‐Feb‐2009
22°51′57.2″N
55°09′24.1″E
15
1
L6
S3
W3
24.6
21

Schlüter
3.26
Hamb
EAD

UAE 018
Abu Dhabi
1‐Mar‐2009
22°47′42.2″N
55°12′27.9″E
540
1
H5
S2
W4
20
17.3

Schlüter
41.9
Hamb
EAD

UAE 019
Abu Dhabi
1‐Mar‐2009
22°53′15.5″N
55°10′31.4″E
87
3
L6
S3
W3
25
 

Schlüter
14.06
Hamb
EAD

UAE 020
Abu Dhabi
2‐Mar‐2009
22°53′17.2″N
55°11′03.8″E
170
1
L6
S3
W3
24.9
20.9

Schlüter
16.3
Hamb
EAD

UAE 021
Abu Dhabi
2‐Mar‐2009
22°53′19.4″N
55°11′04.0″E
35
1
L6
S3
W3
25.2
21

Schlüter
8.33
Hamb
EAD

UAE 022
Abu Dhabi
3‐Mar‐2009
22°53′41.7″N
55°10′14.9″E
100
1
L6
S3
W3
24.8
21.3

Schlüter
14.89
Hamb
EAD

UAE 023
Abu Dhabi
3‐Mar‐2009
22°53′43.0″N
55°10′13.2″E
87
1
L6
S3
W3
24.9
20.8

Schlüter
20.4
Hamb
EAD

UAE 024
Abu Dhabi
3‐Mar‐2009
22°53′35.3″N
55°10′41.8″E
45
1
L6
S3
W3
25
22

Schlüter
8.21
Hamb
EAD

UAE 025
Abu Dhabi
3‐Mar‐2009
22°53′35.1″N
55°10′28.0″E
148
3
L6
S3
W3
24.7
20.6

Schlüter
21.34
Hamb
EAD

UAE 026
Abu Dhabi
3‐Mar‐2009
22°53′30.6″N
55°10′53.1″E
97
1
L6
S2/3
W3
24.7
20.8

Schlüter
10.47
Hamb
EAD

UAE 027
Abu Dhabi
3‐Mar‐2009
22°53′38.6″N
55°10′13.8″E
107
1
L6
S2
W3
24.7
21

Schlüter
20.82
Hamb
EAD

UAE 028
Abu Dhabi
3‐Mar‐2009
22°53′27.3″N
55°10′47.6″E
39
1
L6
S3
W2/3
25
 

Schlüter
10.51
Hamb
EAD

UAE 002
Abu Dhabi
11‐Feb‐2005
22°50′32.3″N
55°08′27.7″E
>2000
1
L6
S3
W3
24.9
21.3

Schlüter
32.3
Senck
EAD

Meteorites from the United States

Bluewing 030
Nevada
1999–2000
40°16′N
118°56′W
18.81
1
H5
S2
W4
19.2

A. Rubin, UCLA
4.33
UCLA
Gessler

Bluewing 031
Nevada
1999–2000
40°16′N
118°56′W
170
1
H5
S2
W4
18.3

A. Rubin, UCLA
36.31
UCLA
Gessler

Bluewing 033
Nevada
1999–2000
40°16′N
118°56′W
287.44
1
L5
S2
W3
24.3

A. Rubin, UCLA
41.61
UCLA
Gessler

Bluewing 034
Nevada
1999–2000
40°16′N
118°56′W
34
1
H5
S2
W3
18.3

A. Rubin, UCLA
8.99
UCLA
Gessler

Bluewing 035
Nevada
1999–2000
40°16′N
118°56′W
12.56
1
L6
S2
W3
23.5

A. Rubin, UCLA
2.78
UCLA
Gessler

Bluewing 036
Nevada
1999–2000
40°16′N
118°56′W
10.47
1
L6
S3
W2
24.3

A. Rubin, UCLA
2.82
UCLA
Gessler

Buffalo Gap
Taylor County, Texas
2003
32°14′46″N
99°59′35″W
9300
1
Iron, IAB‐ung

J.T. Wasson, UCLA
33
UCLA
JUtas
See written description

Camp Wood
Real County, Texas
1960s
29°46′21″N
99°52′30″W
148 kg
1
Iron, IIIAB

J.T. Wasson, UCLA
28
UCLA
JUtas
Medium octahedrite, finder—G. Hutcherson

Chocolate Mountains
California
2004
33°0′44″N
114°52′W
699
1
Ureilite
S3
W3
17.8 (cores)
15.5
6
 
P. Warren, A. Rubin, UCLA
46
UCLA
Bill Sajkowicz*
found at the base of Black Mountain

Coffeyville
Kansas
Jul‐2006
37°01′N
95°40′W
35900
1
H5
S2
W3
18.7
16.7
1.6
 
J. Grossman, USGS
85
SI
G. Notkin and S. Arnold
Finder— G. Langworthy

CdDL 021
California
3‐Feb‐2004
35°18.00′N
117°27.63W
31720
1
L6
S2
W3
24.6 ± 0.4
 
 
 
A. E. Rubin, UCLA
7.85
UCLA
K. Donnelly

Fitzwater Pass
Oregon
Spring‐1974
42°2′18.2″N
120°35′21.9″W
65.4
1
Iron, IIIF

 
 
 
 
A. Ruzicka, M. Hutson, R. Pugh, Cascadia, S. Kissin, LHU;
12.4
Cascadia
P. Albertson*

Morrow County
Oregon
1999
45.5 ± 0.5°N
119.5 ± 0.5°W
18200
1
L6
S5
W1
24.5 ± 0.4
20.4 ± 0.1
 
 
M. Hutson, A.Ruzicka, R. Pugh, Cascadia
25.4
Cascadia
D. E. Wesson*
Oriented specimen; coordinates approx. for county center

Tamarack
Idaho
10‐May‐2004
44°56′2″N
116°25′54″W
41
2
Iron, IIAB

 
 
 
 
A. Ruzicka, M. Hutson, Cascadia, S. Kissin, LHU
14.2
Cascadia
J. Adams*

TM 204
Churchill Co., Nevada
7‐Jul‐2005
39°40.733′N
117°37.767′W
41.6
1
H4
S1
W5
Fa 16.9 ± 0.1, n = 8
 
 
 
A. E. Rubin, UCLA
8.8
UCLA
Verish

TM 533
Churchill Co.
9‐May‐2007
39°41.367′N
117°37.415′W
25.3
1
H5
S3
W2
18.6 ± 0.2 n = 7
16.4 ± 0.2
1.3 n = 5
 
A. E. Rubin, UCLA
7.3
UCLA
Verish
Fs6.0±0.3, Wo45.5 n = 2;

TM 535
Churchill Co.
9‐May‐2007
39°41.345′N
117°37.354′W
26.1
1
H4
S1
W5
18.1 ± 0.2 n = 4
16.2
1.3 n = 2
 
A. E. Rubin, UCLA
5.3
UCLA
Verish

TM 541
Churchill Co.
9‐May‐2007
39°41.304′N
117°37.453′W
5.7
1
H3.8
S1
W3
17.3 ± 0.2, n = 5
 
 
 
A. E. Rubin, UCLA
1.9
UCLA
Verish

TM 542
Churchill Co.
10‐May‐2007
39°41.232′N
117°37.571′W
4.6
1
H5
S3
W1
18.3 ± 0.1 n = 7
 
 
 
A. E. Rubin, UCLA
2.1
UCLA
Verish

TM 543
Churchill Co.
10‐May‐2007
39°41.363′N
117°37.219′W
18.1
1
H4
S2
W3
18.5 ± 0.3 n = 6
 
 
 
A. E. Rubin, UCLA
4
UCLA
Verish

TM 563
Churchill Co.
27‐May‐2007
39°40.632′N
117° 37.715′W
9.3
1
H5
S3
W2
19.0 ± 0.7 n = 5
 
 
 
A. E. Rubin, UCLA
2.1
UCLA
Stanley

TM 572
Churchill Co.
28‐May‐2007
39°40.863′N
117° 36.795′W
10.7
1
H6
S1
W3
19.1 ± 0.1 n = 6
 
 
 
A. E. Rubin, UCLA
2.5
UCLA
Stanley

Willcox Playa 004
Cochise Co., Arizona
7‐Feb‐2004
32°8.521′N
109°49.454′W
19.9
1
L6
S4
W2
24.5 ± 0.3
 
 
 
A. Rubin, UCLA
4.85
UCLA
Verish

Willcox Playa 005
Cochise Co., Arizona
10‐Dec‐2004
32°5.634′N
109°53.047′W
278
1
H5
S3
W3
18.0 ± 0.2
 
 
 
A. Rubin, UCLA
20.6
UCLA
Verish

Willcox Playa 006
Cochise Co., Arizona
11‐Dec‐2004
32°6.773′N
109°53.559′W
3.1
1
H6
S3
W2
18.7 ± 0.2
 
 
 
A. Rubin, UCLA
0.7
UCLA
Verish

Willcox Playa 007
Cochise Co., Arizona
12‐Dec‐2004
32°11.306′N
109°50.738′W
62.4
1
L6
S2
W1
24.4 ± 0.1
 
 
 
A. Rubin, UCLA
12.5
UCLA
Verish

AaU = Abar al’ Uj; CdDL = Cuddeback Dry Lake; DaG = Dar al Gani; Dho = Dhofar; GSS = Great Sand Sea; JaH = Jiddat al Harasis; NWA = Northwest Africa; SaU = Sayh al Uhaymir; TM = Tungsten Mountain; UAE = United Arab Emirates.

aSh—shock classifications conform to the scheme of Stöffler et al. (1991).

bWG—weathering grade using the scal of Wlotzka (1993).

cName and institution of classifier.

dLocation or holder of the main mass.

A key to abbreviations for addresses used in the table can be found at our web site http://tin.er.usgs.gov/meteor/MetBullAddresses.php.

*Denotes finder.

pDate of purchase.

Al‐Kathiri1—A. Al‐Kathiri, E. Gnos, E. Janots, B. Hofmann, L. Huber.

Al‐Kathiri2—A. Al‐Kathiri, E. Gnos, B. Hofmann, A. Grimberg, E. Janots.

EGnos1—E. Gnos, B. Hofmann, M. Halawani, Y. Tarabulsi, M. Hakeemmann, M. Halawani, Y. Tarabulsi, M. Hakeem.

EGnos2—E. Gnos, B. Hofmann, A. Grimberg, E. Janots.

Gessler—Nicholas Gessler.

MEggimann1—M. Eggimann, B. Hofmann, F. Zurfluh.

MEggimann2—M. Eggimann, E. Gnos, E. Janots, B. Hofmann, L. Huber, F. Zurfluh.

Sawada1—Y. Sawada, ShiU; T. Endo, H. Nishido, OkaU; K. Nagao, UTok; M. Kusakabe, UToy; I. Ahn and J. I. Lee, KOPRI.

*Bulk comp. (INAA, R. Korotev, WUSL): 1.2 wt.% Ni, 506 ppb Ir, 146 ppb Au, REE 1.2xCI chondrites.

ol = olivine; pyx = pyroxene.

Further information on these meteorites can be found in the Meteoritical Society Meteorite Database http://tin.er.usgs.gov/meteor/metbull.php.

 a) Antarctic meteorites recovered by the United States Antarctic Search for Meteorites (ANSMET) Program. b) Antarctic meteorites recovered by the Chinese Antarctic Research (CHINARE) Program. c) Antarctic meteorites recovered by the Korean Antarctic Meteorite (KOREAMET) Program. d) Antarctic meteorites recovered by the Japanese Antarctic Meteorite Program.

Name
Mass (g)
Class
WG
F
Fa mole%
Fs mole%
Ref.

(a) U.S. Antarctic meteoritie program

DOM 08001
1305.4
Eucrite‐breccia
A/B
A
 
25–6
33 (1)

DOM 08002
173.2
LL‐impact melt
Be
A/B
30
25
33 (1)

DOM 08003
109
CM2
B
A/B
 2–48
 
33 (1)

DOM 08004
294.5
CO3
B
B
 0–51
 1.0–15
32 (2)

DOM 08005
88.8
Eucrite
A/B
A
 
26–62
32 (2)

DOM 08006
667.3
CO3
B/C
A
 1.0–33
 0–3
32 (2)

DOM 08007
24.7
H5
A/B
A
20
17
33 (1)

DOM 08008
27.1
Eucrite‐breccia
B/C
A
 
26–6
33 (1)

DOM 08009
5.2
CM2
B/C
B/C
 1–4
 1–21
33 (1)

DOM 08010
8.3
CM2
B/C
B/C
 1.0–17
 1.0–2
32 (2)

DOM 08011
3.4
Eucrite
A/B
A
 
28–63
32 (2)

DOM 08012
18.6
Ure
B
A
 3.0–22
 
32 (2)

DOM 08013
28.8
CO3
B/C
B
 1.0–55
 1.0–6
32 (2)

DOM 08014
19.6
Eucrite
A/B
A
 
27–63
32 (2)

DOM 08015
8.4
CM2
B
B
 1.0–52
 
32 (2)

DOM 08016
6.2
CM2
B/Ce
B/C
 1–31
 3–19
33 (1)

DOM 08019
1434.5
LL5
B
B
 
 
33 (1)

GRA 06110
205.4
L5
C
C
 
 
32 (2)

GRA 06111
599.6
L5
C
A/B
 
 
32 (2)

GRA 06116
1853.3
H5
B/C
C
18
16
32 (2)

GRA 06117
1022.5
H5
C
C
18
16
32 (2)

GRA 06126
682.1
L5
A/B
A
 
 
32 (2)

GRA 06140
139.3
L5
B/C
A
 
 
32 (2)

GRA 06141
135.4
H6
B/C
A/B
 
 
32 (2)

GRA 06142
111.3
LL5
A/B
A
 
 
32 (2)

GRA 06143
244.3
L5
B/C
A/B
 
 
32 (2)

GRA 06144
57.2
L6
B/C
A/B
 
 
32 (2)

GRA 06145
84.9
L5
B/C
A
 
 
32 (2)

GRA 06146
192.4
LL5
A
A
 
 
32 (2)

GRA 06147
143.5
LL5
A/B
A/B
 
 
32 (2)

GRA 06148
362.6
L6
B/C
A
 
 
32 (2)

GRA 06149
60.1
LL5
B/C
A/B
 
 
32 (2)

GRA 06174
95.8
L6
B/C
A
 
 
32 (2)

GRA 06175
73.3
LL5
A/B
A/B
 
 
32 (2)

GRA 06176
95.8
L5
B/C
A
 
 
32 (2)

GRA 06177
92.7
L5
B/C
A/B
 
 
32 (2)

GRA 06178
37
L3.5
B
A
 7.0–35
 2.0–5
32 (2)

GRA 06179
46.1
LL4
A/B
A
30
25
32 (2)

LAR 06251
2217.9
L6
B/C
A
 
 
32 (2)

LAR 06252
2660.1
EH3
Be
A/B
 1
 1.0–4
32 (2)

LAR 06257
1721.4
LL6
B/C
A
 
 
32 (2)

LAR 06259
924.5
LL6
A/B
A
 
 
32 (2)

LAR 06273
837.9
L6
B/C
A
 
 
32 (2)

LAR 06274
905.6
H6
B/Ce
A
 
 
32 (2)

LAR 06275
707.3
H6
B/C
A
 
 
32 (2)

LAR 06276
1140.2
H6
B/Ce
B
 
 
32 (2)

LAR 06277
1032.2
H5
B/Ce
A
 
 
32 (2)

LAR 06278
1196.8
H6
B/Ce
A/B
 
 
32 (2)

LAR 06279
729.8
LL3.8
B
A
14–40
 6–19
33 (1)

LAR 06280
1313.4
H6
B/C
A
 
 
32 (2)

LAR 06281
762.4
H5
B/Ce
A
 
 
32 (2)

LAR 06282
694.1
LL5
B/C
A
 
 
32 (2)

LAR 06283
878.2
LL3.8
Be
A
10–44
 3–28
33 (1)

LAR 06284
1261
L5
B/Ce
A/B
 
 
32 (2)

LAR 06285
982.2
LL6
A/B
A/B
 
 
32 (2)

LAR 06286
741.8
H6
B/C
A
19
17
32 (2)

LAR 06287
574.7
L5
B/C
A/B
 
 
32 (2)

LAR 06288
630.4
L6
A/Be
A
 
 
32 (2)

LAR 06289
524.1
H6
B/Ce
A
 
 
32 (2)

LAR 06290
452.8
L5
B
A
 
 
32 (2)

LAR 06291
329.7
L6
A/B
A
 
 
32 (2)

LAR 06292
623.7
LL5
A/B
A
 
 
32 (2)

LAR 06293
583.5
LL6
A/B
A
 
 
32 (2)

LAR 06294
291.8
L5
B
A
 
 
32 (2)

LAR 06295
225.7
H5–6
B/C
A
18
16
33 (1)

LAR 06296
381.8
H6
B/Ce
A
 
 
32 (2)

LAR 06297
331.2
H5
B/Ce
A
 
 
32 (2)

LAR 06300
990.3
LL6
A/B
A
 
 
32 (2)

LAR 06301
803.6
LL3.8
B
A
11.0–33
 6.0–34
32 (2)

LAR 06303
2583.7
L5
A
A
 
 
32 (2)

LAR 06306
263.5
H6
C
C
 
 
32 (2)

LAR 06307
354.5
LL6
Be
A/B
 
 
32 (2)

LAR 06308
465.5
L6
B
A/B
 
 
32 (2)

LAR 06309
601.8
H6
C
A/B
 
 
32 (2)

LAR 06310
815.1
L5
B/C
A/B
 
 
32 (2)

LAR 06311
234.5
L6
B/C
A/B
 
 
32 (2)

LAR 06312
423.8
LL6
B
A
 
 
32 (2)

LAR 06313
821.9
LL5
B
A
 
 
32 (2)

LAR 06314
518.1
L5
B
A
 
 
32 (2)

LAR 06315
347.7
L5
B/C
A
 
 
32 (2)

LAR 06316
277.0
H6
C
C
 
 
32 (2)

LAR 06320
161.2
LL3.8
B/C
A
2–30
 2–9
33 (1)

LAR 06321
248.1
H6
B/C
A
 
 
32 (2)

LAR 06322
325.2
L5
B
A/B
 
 
32 (2)

LAR 06323
320.6
L6
B/Ce
A
 
 
32 (2)

LAR 06324
202.3
LL5
A/B
A
 
 
32 (2)

LAR 06325
257.4
L5
B/C
A/B
 
 
32 (2)

LAR 06326
272.2
LL6
A/B
A
 
 
32 (2)

LAR 06327
286.1
LL6
B/Ce
A
 
 
32 (2)

LAR 06328
151.1
H6
C
B/C
 
 
32 (2)

LAR 06329
135.3
L6
B/C
A/B
 
 
32 (2)

LAR 06330
179.3
LL6
A/B
A
 
 
32 (2)

LAR 06331
87.8
LL5
A/B
A
 
 
32 (2)

LAR 06332
129.3
H6
B/C
A/B
 
 
32 (2)

LAR 06333
138.5
L6
B/C
A/B
 
 
32 (2)

LAR 06334
59.1
L5
Ce
A/B
 
 
32 (2)

LAR 06335
10.5
L5
B
A
 
 
32 (2)

LAR 06336
346.8
L5
B/C
A
 
 
32 (2)

LAR 06337
83.9
H6
B/C
A/B
 
 
32 (2)

LAR 06338
72.7
L6
B/C
A
 
 
32 (2)

LAR 06339
66.2
L6
B/C
A
 
 
32 (2)

LAR 06399
16.9
L4
B
A/B
24
20
32 (2)

LAR 06400
134.8
LL6
A/B
A
 
 
32 (2)

LAR 06401
168.1
L5
B
A/B
25
21
33 (1)

LAR 06402
84.3
L6
B
A
 
 
32 (2)

LAR 06403
94.7
LL6
A/B
A
 
 
32 (2)

LAR 06404
83.6
H5
B/C
A
 
 
32 (2)

LAR 06405
160.0
L5
B/C
A
 
 
32 (2)

LAR 06406
105.7
LL6
B/C
A
 
 
32 (2)

LAR 06407
68.3
L6
B/C
A
 
 
32 (2)

LAR 06408
63.7
L5
B
A
 
 
32 (2)

LAR 06409
35.2
L5
B/C
A
 
 
32 (2)

LAR 06423
16.3
L4
B
A/B
 
 
33 (1)

LAR 06470
10.6
LL5
A/B
A
 
 
32 (2)

LAR 06471
19.6
L6
B/C
A
 
 
32 (2)

LAR 06472
38.8
H6
B/C
A
 
 
32 (2)

LAR 06473
14.4
H6
B/C
A
 
 
32 (2)

LAR 06474
9.1
L6
B/Ce
A
 
 
32 (2)

LAR 06475
18.9
L6
Be
A
 
 
32 (2)

LAR 06476
13.9
H5
B/C
A
 
 
32 (2)

LAR 06477
26.6
H5
B/Ce
A
 
 
32 (2)

LAR 06478
4.3
H5
B/C
A
 
 
32 (2)

LAR 06479
14.3
L6
B
A
 
 
32 (2)

LAR 06500
18.1
H5
C
B/C
 
 
32 (2)

LAR 06501
8.8
H6
C
A/B
 
 
32 (2)

LAR 06502
11.0
H5
C
A
19
17
33 (1)

LAR 06503
10.4
H6
C
A/B
 
 
32 (2)

LAR 06504
12.2
H6
C
A/B
 
 
32 (2)

LAR 06505
20.7
L5
B
A/B
 
 
32 (2)

LAR 06506
6.6
H6
C
B
 
 
32 (2)

LAR 06507
12.1
LL‐impact melt
Be
B
34
11
33 (1)

LAR 06508
22.9
L6
C
B
25
21
32 (2)

LAR 06509
67.0
L5
B/C
B
 
 
32 (2)

LAR 06512
29.0
Mesosiderite
A/B
A/B
31
22–58
32 (2)

LAR 06542
10.6
L5
C
A/B
24
20
32 (2)

LAR 06560
159.6
L5
C
B
 
 
32 (2)

LAR 06561
125.0
H5
C
B
 
 
32 (2)

LAR 06562
111.1
L6
C
A
 
 
32 (2)

LAR 06563
213.4
H5
C
A
 
 
32 (2)

LAR 06564
125.3
H5
C
B
 
 
32 (2)

LAR 06565
154.9
L6
Ce
C
 
 
32 (2)

LAR 06566
216.4
L5
C
A/B
 
 
32 (2)

LAR 06567
145.5
H5
C
A
 
 
32 (2)

LAR 06568
81.8
H5
C
A
 
 
32 (2)

LAR 06569
122.8
H6
C
A
 
 
32 (2)

LAR 06570
47.4
H5
Ce
A/B
 
 
32 (2)

LAR 06571
57.5
H5
C
B
 
 
32 (2)

LAR 06572
56.4
L5
B
A/B
 
 
32 (2)

LAR 06573
23.2
L5
B
A/B
 
 
32 (2)

LAR 06574
53.2
L5
C
B
 
 
32 (2)

LAR 06575
37.0
L5
B
A/B
 
 
32 (2)

LAR 06576
35.7
L5
B/C
B
 
 
32 (2)

LAR 06577
30.2
LL5
C
B
 
 
32 (2)

LAR 06578
38.3
H6
C
B
 
 
32 (2)

LAR 06579
25.6
L5
B
A/B
 
 
32 (2)

LAR 06600
13.7
LL6
B/C
B
 
 
32 (2)

LAR 06601
25.7
H4
C
A/B
19
16
32 (2)

LAR 06602
21.1
H6
C
B
 
 
32 (2)

LAR 06603
5.0
L6
C
C
 
 
32 (2)

LAR 06604
10.7
L5
B
B
 
 
32 (2)

LAR 06605
34.6
Lodranite
B
B
12
12
32 (2)

LAR 06606
19.7
L6
B/C
B
 
 
32 (2)

LAR 06607
27.3
L5
B/Ce
B
 
 
32 (2)

LAR 06608
13.5
L5
B
A/B
 
 
32 (2)

LAR 06609
10.4
H6
C
C
 
 
32 (2)

LAR 06618
43.5
Ureilite
Ce
C
 7–19
 
33 (1)

LAR 06626
22.4
EL4
C
A/B
 
 0–2
32 (2)

LAR 06636
6.3
L5‐impact melt
CE
C
34
10
32 (2)

LAR 06654
10.2
EL4
C
B
25
21
32 (2)

LAR 06659
20.2
LL5
CE
B
 
 0–2
32 (2)

LAR 06673
35.5
LL3.8
B
A/B
28
23
32 (2)

LAR 06674
31.2
Terr
B
B
14–33
14–28
32 (2)

LAR 06686
21.9
CM2
B/C
A/B
 0–45
 0–1
32 (2)

LAR 06691
17.7
Mesosiderite
B/C
A
 
28–35
32 (2)

LAR 06800
371.2
L5
B/C
A
 
 
32 (2)

LAR 06801
257.9
L6
B/C
A
 
 
32 (2)

LAR 06802
445.1
LL6
A/B
A
 
 
32 (2)

LAR 06803
472.6
L5
B/C
A
 
 
32 (2)

LAR 06804
130.0
H6
B/Ce
A/B
 
 
32 (2)

LAR 06805
337.6
L6
B/C
A/B
 
 
32 (2)

LAR 06806
454.3
L5
B/Ce
A/B
 
 
32 (2)

LAR 06807
250.0
H5
B/C
A
 
 
32 (2)

LAR 06808
237.9
L5
Be
A/B
 
 
32 (2)

LAR 06809
371.2
L5
B/Ce
A
 
 
32 (2)

LAR 06810
121.3
L6
B/C
A/B
 
 
32 (2)

LAR 06811
150.4
LL6
B
A
 
 
32 (2)

LAR 06812
96.7
LL6
A/Be
A/B
 
 
32 (2)

LAR 06813
170.4
H6
C
A/B
 
 
32 (2)

LAR 06814
56.1
L6
B/C
B
 
 
32 (2)

LAR 06815
89.9
LL6
A/B
A
 
 
32 (2)

LAR 06816
97.9
LL6
B
A/B
 
 
32 (2)

LAR 06817
73.0
H5
B/C
A
 
 
32 (2)

LAR 06818
71.2
H6
B/Ce
A
 
 
32 (2)

LAR 06819
48.5
H6
B/Ce
A
 
 
32 (2)

LAR 06820
63.0
L5
B
A/B
 
 
32 (2)

LAR 06821
66.9
H5
C
A/B
 
 
32 (2)

LAR 06822
65.7
H6
C
A/B
 
 
32 (2)

LAR 06823
47.5
LL6
B
B
 
 
32 (2)

LAR 06824
52.5
L5
B/C
B
 
 
32 (2)

LAR 06825
33.6
H6
C
A/B
 
 
32 (2)

LAR 06826
29.5
H6
C
A/B
 
 
32 (2)

LAR 06827
20.2
H6
C
B
 
 
32 (2)

LAR 06828
12.6
LL6
A/B
A
 
 
32 (2)

LAR 06829
22.0
L5
B
A/B
 
 
32 (2)

LAR 06878
16.6
H6
B/C
A
 
 
32 (2)

LAR 06879
13.2
L5
Be
A
 
 
32 (2)

LAR 06880
254.4
LL6
A/B
A
 
 
32 (2)

MIL 07011
7120.0
L5
B/Ce
A
 
 
33 (1)

MIL 07012
2604.4
LL6
C
C
 
 
33 (1)

MIL 07013
1491.3
L5
C
B
 
 
33 (1)

MIL 07014
710.4
H6
B/C
B/C
 
 
33 (1)

MIL 07015
472.4
H5
B/C
B/C
 
 
33 (1)

MIL 07017
3094.4
H5
Ce
B
 
 
33 (1)

MIL 07018
1665.7
LL6
Be
B
 
 
33 (1)

MIL 07019
1669.2
L5
C
C
 
 
33 (1)

MIL 07020
930.0
L5
C
A/B
 
 
33 (1)

MIL 07021
746.7
H5
B
A
 
 
33 (1)

MIL 07022
1126.9
L6
C
C
 
 
33 (1)

MIL 07023
2085.0
L5
C
C
 
 
33 (1)

MIL 07024
747.4
L6
B
A
 
 
33 (1)

MIL 07025
1072.7
H5
B
A
 
 
33 (1)

MIL 07026
879.3
L5
A/B
A/B
 
 
33 (1)

MIL 07027
1041.1
L5
C
C
 
 
33 (1)

MIL 07029
991.1
H6
B/C
B
 
 
33 (1)

MIL 07030
592.8
H5
B/C
B
 
 
33 (1)

MIL 07031
930.0
H6
B
A
 
 
33 (1)

MIL 07032
194.7
L6
B/C
C
 
 
33 (1)

MIL 07033
349.4
L6
B/C
B
 
 
33 (1)

MIL 07034
240.0
L6
B/C
C
 
 
33 (1)

MIL 07035
270.1
H6
B
A
 
 
33 (1)

MIL 07036
234.1
H5
B
B
 
 
33 (1)

MIL 07037
362.4
L6
B/C
A/B
 
 
33 (1)

MIL 07038
431.9
L6
B/C
A/B
 
 
33 (1)

MIL 07039
258.9
L5
A/B
A/B
 
 
33 (1)

MIL 07040
413.0
H5
C
B
 
 
33 (1)

MIL 07041
257.3
L6
B
B
 
 
33 (1)

MIL 07042
184.8
H5
B
C
 
 
33 (1)

MIL 07043
288.0
H5
C
B
 
 
33 (1)

MIL 07044
460.7
H5
C
B/C
 
 
33 (1)

MIL 07045
308.7
L5
B/C
C
 
 
33 (1)

MIL 07046
441.8
H5
C
C
 
 
33 (1)

MIL 07047
733.2
L6
C
C
 
 
33 (1)

MIL 07048
222.2
L6
B/C
C
 
 
33 (1)

MIL 07049
577.4
H5
C
C
 
 
33 (1)

MIL 07050
176.9
H4
C
C
20
18
33 (1)

MIL 07051
93.1
H5
C
B
 
 
33 (1)

MIL 07052
164.4
L5
B
B
 
 
33 (1)

MIL 07053
76.5
L5
B
B/C
 
 
33 (1)

MIL 07054
62.9
L5
B/C
B
 
 
33 (1)

MIL 07055
51.1
H6
B
A/B
 
 
33 (1)

MIL 07056
68.1
L6
C
A/B
 
 
33 (1)

MIL 07057
114.9
H5
C
A/B
 
 
33 (1)

MIL 07058
53.0
H5
C
C
 
 
33 (1)

MIL 07059
81.9
L6
B/C
B
 
 
33 (1)

MIL 07060
0.4
H5
B/C
B
 
 
33 (1)

MIL 07061
0.8
H6
B/C
B
 
 
33 (1)

MIL 07062
1.6
H6
B/C
A/B
 
 
33 (1)

MIL 07063
6.7
L6
C
B
 
 
33 (1)

MIL 07064
0.3
H6
B
B
 
 
33 (1)

MIL 07066
0.4
L6
B
B
 
 
33 (1)

MIL 07067
0.8
L5
B
B
 
 
33 (1)

MIL 07068
1.9
L6
C
B
 
 
33 (1)

MIL 07069
0.7
H6
B
B
 
 
33 (1)

MIL 07070
18.8
H6
B/Ce
A/B
 
 
33 (1)

MIL 07071
9.4
H5
B/C
A
 
 
33 (1)

MIL 07072
0.3
L6
B
A
 
 
33 (1)

MIL 07073
0.3
H5
B/C
A
 
 
33 (1)

MIL 07074
4.5
H5
B/C
A
 
 
33 (1)

MIL 07075
1.4
H5
C
A
 
 
33 (1)

MIL 07076
13.1
H5
B/C
A
 
 
33 (1)

MIL 07077
10.4
H5
B
A
 
 
33 (1)

MIL 07078
0.6
H5
B/C
A
 
 
33 (1)

MIL 07079
57.7
H5
B/C
A/B
 
 
33 (1)

MIL 07080
20.9
H5
C
A/B
 
 
33 (1)

MIL 07081
3.4
H5
C
B
 
 
33 (1)

MIL 07082
12.6
H5
C
A/B
 
 
33 (1)

MIL 07084
4.2
H5
C
A/B
 
 
33 (1)

MIL 07085
0.8
H5
B/C
B
 
 
33 (1)

MIL 07086
14.5
H5
C
A/B
 
 
33 (1)

MIL 07087
13.0
H5
C
B
 
 
33 (1)

MIL 07088
7.5
L5
A/B
B
 
 
33 (1)

MIL 07089
32.9
H5
C
B
 
 
33 (1)

MIL 07090
3.2
H6
C
B
 
 
33 (1)

MIL 07091
7.8
H5
B/C
Be
 
 
33 (1)

MIL 07092
0.5
H6
B/C
B
 
 
33 (1)

MIL 07093
1.1
LL5
B
B
 
 
33 (1)

MIL 07094
25.2
H6
C
B
 
 
33 (1)

MIL 07095
47.6
H6
C
B
 
 
33 (1)

MIL 07096
9.1
H6
C
B
 
 
33 (1)

MIL 07097
7.1
H5
B
B
 
 
33 (1)

MIL 07098
54.8
L5
B
B
 
 
33 (1)

MIL 07100
254.9
H6
B
A
 
 
33 (1)

MIL 07101
285.2
H6
C
C
 
 
33 (1)

MIL 07102
350.8
H6
C
B
 
 
33 (1)

MIL 07103
138.4
H6
C
C
 
 
33 (1)

MIL 07104
109.7
H6
C
A
 
 
33 (1)

MIL 07105
139.9
H5
C
C
 
 
33 (1)

MIL 07106
118.2
H5
C
B
 
 
33 (1)

MIL 07107
112.8
H5
C
B
 
 
33 (1)

MIL 07109
133.8
H5
C
C
 
 
33 (1)

MIL 07110
256.4
H6
B/C
Ae
 
 
33 (1)

MIL 07111
269.2
L6
A/B
A
 
 
33 (1)

MIL 07112
332.6
L5
A/B
A
 
 
33 (1)

MIL 07113
264.5
H6
B/C
A/B
 
 
33 (1)

MIL 07115
106.6
H5
B/C
A/B
 
 
33 (1)

MIL 07116
72.1
H6
B/C
A
 
 
33 (1)

MIL 07117
104.6
H6
B/C
A/B
 
 
33 (1)

MIL 07118
146.6
L4
B
Ae
 
 
33 (1)

MIL 07120
179.1
L4
B/C
B
 
 
33 (1)

MIL 07121
358.3
H5
C
B
 
 
33 (1)

MIL 07122
221.1
H6
C
B
 
 
33 (1)

MIL 07123
303.4
L6
B
A/B
 
 
33 (1)

MIL 07124
378.6
L5
B
A/B
 
 
33 (1)

MIL 07125
213.3
L5
A/B
A
 
 
33 (1)

MIL 07126
210.4
H5
B
A/B
 
 
33 (1)

MIL 07127
180.3
H5
B
A/B
 
 
33 (1)

MIL 07128
156.4
H6
C
B
 
 
33 (1)

MIL 07129
371.4
H6
B
A/B
 
 
33 (1)

MIL 07130
33.7
H5
B/C
A/B
 
 
33 (1)

MIL 07131
56.0
H6
B/C
A/B
 
 
33 (1)

MIL 07132
71.0
H6
B/C
A
 
 
33 (1)

MIL 07133
95.4
H6
B/C
A/B
 
 
33 (1)

MIL 07134
102.1
H5
B/C
A
 
 
33 (1)

MIL 07135
132.7
H6
B/C
A/B
 
 
33 (1)

MIL 07136
62.0
H5
B/C
A/B
 
 
33 (1)

MIL 07137
110.4
L5
B
A/B
 
 
33 (1)

MIL 07138
91.3
H5
B
A/B
 
 
33 (1)

MIL 07140
50.4
L5
B
B
 
 
33 (1)

MIL 07141
91.6
H6
C
A/B
 
 
33 (1)

MIL 07142
91.8
H6
B/C
B
 
 
33 (1)

MIL 07143
81.9
H6
C
B
 
 
33 (1)

MIL 07144
73.3
H5
C
B
 
 
33 (1)

MIL 07145
153.2
L6
C
B
 
 
33 (1)

MIL 07146
53.2
L4
B
B
 
 
33 (1)

MIL 07148
35.1
H5
A/B
B
 
 
33 (1)

MIL 07149
49.1
H5
C
B
 
 
33 (1)

MIL 07150
86.2
H5
C
B
 
 
33 (1)

MIL 07151
45.7
H6
A
A
 
 
33 (1)

MIL 07152
98.2
L6
B
B
 
 
33 (1)

MIL 07153
122.2
L6
B/C
A
 
 
33 (1)

MIL 07154
91.4
L5
C
C
 
 
33 (1)

MIL 07155
91.6
H6
B/C
A
 
 
33 (1)

MIL 07156
57.1
H6
B
A
 
 
33 (1)

MIL 07157
62.7
H6
B/C
A/B
 
 
33 (1)

MIL 07158
50.6
H6
B/C
A
 
 
33 (1)

MIL 07159
120.2
L6
A/B
A/B
 
 
33 (1)

MIL 07160
54.0
H6
B/C
B
 
 
33 (1)

MIL 07161
22.0
H6
B
B
 
 
33 (1)

MIL 07162
43.0
H6
B
B
 
 
33 (1)

MIL 07163
63.0
H6
B
A
 
 
33 (1)

MIL 07164
85.5
L6
B
B/C
 
 
33 (1)

MIL 07165
54.1
H5
B/Ce
B
 
 
33 (1)

MIL 07166
104.2
L6
B/C
B
 
 
33 (1)

MIL 07167
129.2
H5
B
B/C
 
 
33 (1)

MIL 07168
87.5
H5
B
B/C
 
 
33 (1)

MIL 07169
56.2
H5
B
B/C
 
 
33 (1)

MIL 07170
58.8
L6
C
A/B
 
 
33 (1)

MIL 07171
56.9
L6
B/C
B
 
 
33 (1)

MIL 07172
138.1
L5
C
B
 
 
33 (1)

MIL 07173
30.9
H6
C
C
 
 
33 (1)

MIL 07174
65.4
H6
C
B
 
 
33 (1)

MIL 07175
31.5
H5
B/C
B
 
 
33 (1)

MIL 07176
75.5
L5
B/C
A/B
 
 
33 (1)

MIL 07177
83.5
L5
B/C
B/C
 
 
33 (1)

MIL 07178
44.8
H5
C
C
 
 
33 (1)

MIL 07179
32.7
L6
C
A/B
 
 
33 (1)

MIL 07180
113.9
L5
B/C
A/B
 
 
33 (1)

MIL 07181
136.3
L6
B/C
A
 
 
33 (1)

MIL 07182
112.0
CO3
B
A
0–42
6
33 (1)

MIL 07183
110.7
H6
B/C
A/B
 
 
33 (1)

MIL 07184
134.1
L5
B
A
 
 
33 (1)

MIL 07185
115.4
L6
B/C
A/B
 
 
33 (1)

MIL 07186
40.3
L6
B/C
A/B
 
 
33 (1)

MIL 07187
106.6
H5
B/C
A
 
 
33 (1)

MIL 07188
105.0
H5
B
A
 
 
33 (1)

MIL 07189
54.7
L6
B/C
A
 
 
33 (1)

MIL 07190
65.5
L6
C
A/B
 
 
33 (1)

MIL 07191
49.0
H6
B/C
B/C
 
 
33 (1)

MIL 07192
78.0
L5
C
B
 
 
33 (1)

MIL 07194
73.1
H6
B/C
B
 
 
33 (1)

MIL 07195
64.9
H6
B/C
B/C
 
 
33 (1)

MIL 07196
59.5
L6
C
C
 
 
33 (1)

MIL 07197
85.5
L6
C
C
 
 
33 (1)

MIL 07198
75.2
L6
B/C
C
 
 
33 (1)

MIL 07199
130.4
L6
B/C
C
 
 
33 (1)

MIL 07220
1.7
H6
C
A/B
 
 
33 (1)

MIL 07221
5.3
H6
C
B
 
 
33 (1)

MIL 07222
2.5
H6
C
B
 
 
33 (1)

MIL 07223
1.6
L6
C
B
 
 
33 (1)

MIL 07224
1.6
L6
C
A/B
 
 
33 (1)

MIL 07225
4.5
H6
C
A/B
 
 
33 (1)

MIL 07226
5.4
H6
C
B
 
 
33 (1)

MIL 07227
3.9
H6
C
B
 
 
33 (1)

MIL 07228
2.7
H6
C
B
 
 
33 (1)

MIL 07229
1.7
L6
B/C
B
 
 
33 (1)

MIL 07240
28.9
H5
B/C
A/B
 
 
33 (1)

MIL 07241
33.6
EH3
B
A/B
 
1–15
33 (1)

MIL 07242
24.0
H5
B
A
 
 
33 (1)

MIL 07243
21.4
L6
A/B
A
 
 
33 (1)

MIL 07244
6.1
L6
A/B
A
 
 
33 (1)

MIL 07245
3.2
L6
A/B
A
 
 
33 (1)

MIL 07246
2.7
L6
A/B
A
 
 
33 (1)

MIL 07247
1.7
H6
B/C
A/B
 
 
33 (1)

MIL 07248
2.2
H6
B/C
A
 
 
33 (1)

MIL 07249
4.7
L4
B
A/B
 
 
33 (1)

MIL 07250
1.4
H6
C
B
 
 
33 (1)

MIL 07251
14.5
H6
C
B
 
 
33 (1)

MIL 07252
2.4
H6
C
C
 
 
33 (1)

MIL 07253
5.6
H6
C
B
 
 
33 (1)

MIL 07254
2.7
L6
C
B
 
 
33 (1)

MIL 07255
7.7
L6
B/C
B
 
 
33 (1)

MIL 07256
0.4
L6
B
B
 
 
33 (1)

MIL 07257
4.2
H6
C
A/B
 
 
33 (1)

MIL 07258
3.0
L6
B
B
 
 
33 (1)

MIL 07260
2.4
H6
C
B
 
 
33 (1)

MIL 07261
17.3
H6
C
B
 
 
33 (1)

MIL 07262
0.3
L6
B/C
C
 
 
33 (1)

MIL 07263
2.3
H6
C
B
 
 
33 (1)

MIL 07264
5.7
L6
B
B
 
 
33 (1)

MIL 07265
0.6
CO3
B
B
1–73
1–16
33 (1)

MIL 07266
9.7
H6
C
B
 
 
33 (1)

MIL 07267
7.4
H6
C
C
 
 
33 (1)

MIL 07268
1.1
LL6
B
B
31
26
33 (1)

MIL 07269
1.9
H5
B
B
 
 
33 (1)

MIL 07270
32.8
H6
B/C
A/B
 
 
33 (1)

MIL 07271
21.7
H6
B/C
A/B
 
 
33 (1)

MIL 07272
59.2
L6
A/B
A
 
 
33 (1)

MIL 07273
33.9
H5‐anomalous
B/C
A/B
16
14
33 (1)

MIL 07274
23.7
H6
B/Ce
A/B
 
 
33 (1)

MIL 07275
29.3
H5
B/C
A/B
 
 
33 (1)

MIL 07276
15.0
L5
A/B
A
 
 
33 (1)

MIL 07277
34.1
CV3
B
A/B
0–13
1–9
33 (1)

MIL 07278
33.0
L5
B/C
A/B
 
 
33 (1)

MIL 07279
9.8
H5
B/C
Ae
 
 
33 (1)

MIL 07301
4.3
L6
B/C
B
 
 
33 (1)

MIL 07307
0.5
H6
B
A/B
 
 
33 (1)

MIL 07308
13.2
L5
B/C
B
 
 
33 (1)

MIL 07309
5.9
L6
C
B
 
 
33 (1)

MIL 07312
9.7
L6
B
A
 
 
33 (1)

MIL 07316
2.2
H6
B/C
B
 
 
33 (1)

MIL 07317
1.3
H6
C
A
 
 
33 (1)

MIL 07318
4.0
H6
C
B
 
 
33 (1)

MIL 07319
0.9
L6
B
A
 
 
33 (1)

MIL 07320
4.2
L6
B/C
C
 
 
33 (1)

MIL 07321
1.3
H6
C
A/B
 
 
33 (1)

MIL 07323
16.1
L5
B/C
B
 
 
33 (1)

MIL 07324
12.2
L6
B/C
B
 
 
33 (1)

MIL 07325
2.9
L5
C
B
 
 
33 (1)

MIL 07326
15.8
H6
B
A/B
 
 
33 (1)

MIL 07327
10.6
H6
C
B
 
 
33 (1)

MIL 07328
1.0
L5
B
B
 
 
33 (1)

MIL 07329
6.1
H6
C
B
 
 
33 (1)

MIL 07330
1.1
L6
B
B
 
 
33 (1)

MIL 07331
7.6
L5
B
A/B
 
 
33 (1)

MIL 07332
17.2
L5
B/C
A/B
 
 
33 (1)

MIL 07333
12.8
H5
C
B
 
 
33 (1)

MIL 07334
11.5
H6
C
B
 
 
33 (1)

MIL 07335
16.3
H5
B
B
 
 
33 (1)

MIL 07337
7.3
H6
C
B
 
 
33 (1)

MIL 07339
1.2
L4
A/B
A/B
 
 
33 (1)

MIL 07360
2.5
L5
B
B
 
 
33 (1)

MIL 07362
4.2
H6
C
A
 
 
33 (1)

MIL 07363
1.8
H6
C
B
 
 
33 (1)

MIL 07364
1.0
EH3
B
B
2
1–12
33 (1)

MIL 07365
13.6
H6
C
B
 
 
33 (1)

MIL 07366
2.1
H6
C
B
 
 
33 (1)

MIL 07367
1.4
L6
C
B
 
 
33 (1)

MIL 07368
2.0
CO3
B
A/B
0–45
1
33 (1)

MIL 07369
2.8
EH3
C
B
 
0–4
33 (1)

MIL 07370
45.6
L6
C
B
 
 
33 (1)

MIL 07371
10.8
LL5
C
C
 
 
33 (1)

MIL 07372
52.5
LL5
B/C
B
 
 
33 (1)

MIL 07373
20.8
L5
C
C
 
 
33 (1)

MIL 07374
14.9
L5
B/C
A/B
 
 
33 (1)

MIL 07375
4.0
H6
B/C
A/B
 
 
33 (1)

MIL 07376
12.1
H5
B/C
B
 
 
33 (1)

MIL 07377
28.9
H6
B
B
 
 
33 (1)

MIL 07378
13.5
L5
C
C
 
 
33 (1)

MIL 07379
10.0
L5
C
C
 
 
33 (1)

MIL 07390
7.4
H6
C
B
 
 
33 (1)

MIL 07391
1.7
H6
C
B
 
 
33 (1)

MIL 07392
5.2
H5
C
B
 
 
33 (1)

MIL 07393
11.8
EH3
C
B/C
 
0–4
33 (1)

MIL 07394
12.2
H6
C
B/C
 
 
33 (1)

MIL 07395
4.2
L6
A/B
A
 
 
33 (1)

MIL 07396
11.8
H6
C
A/B
 
 
33 (1)

MIL 07397
2.7
L5
C
B
 
 
33 (1)

MIL 07398
2.8
L5
C
B
 
 
33 (1)

MIL 07399
0.5
L5
B
B
 
 
33 (1)

MIL 07402
1.6
L5
C
B
 
 
33 (1)

MIL 07405
1.8
H5
C
B
 
 
33 (1)

MIL 07406
6.1
H6
C
B
 
 
33 (1)

MIL 07410
11.9
L5
B
B
 
 
33 (1)

MIL 07412
22.3
H5
C
C
 
 
33 (1)

MIL 07413
2.4
L5
B/C
A
 
 
33 (1)

MIL 07414
1.9
L5
B
A/B
 
 
33 (1)

MIL 07415
21.2
H6
C
B
 
 
33 (1)

MIL 07416
0.3
H6
B/C
B
 
 
33 (1)

MIL 07419
2.4
L5
B
B
 
 
33 (1)

MIL 07433
1.7
L5
B/C
A
24
21
33 (1)

MIL 07447
32.0
Ureilite
B/Ce
A/B
10–17
14
33 (1)

MIL 07486
5.4
L5
C
B
23
20
33 (1)

MIL 07488
0.3
H4
B
A
18
16
33 (1)

MIL 07497
4.1
CM2
B
A/B
0–76
4
33 (1)

MIL 07531
2.7
CO3
B
A/B
1.0–15
1.0–11
32 (2)

MIL 07546
0.4
CO3
B
B
0–51
1–4
33 (1)

MIL 07552
0.4
CO3
C
A/B
1.0–48
1.0–4
32 (2)

MIL 07555
2.7
CO3
B
A/B
1.0–32
5.0–9
32 (2)

MIL 07560
16.4
CO3
B
A/B
0–37
1.0–2
32 (2)

MIL 07570
3.2
LL6
A/B
A
30
25
33 (1)

MIL 07582
12.4
Acapulcoite
B/C
A
10
11
32 (2)

MIL 07588
1.4
CB
A/B
A
1–3
1–3
33 (1)

MIL 07590
1.8
CV3
B
B
1–20
 
33 (1)

MIL 07591
1.5
H5
C
B
18
16
33 (1)

MIL 07597
1.0
CV3
B
B
3–64
1
33 (1)

MIL 07668
3.0
CM2
B
A/B
1.0–40
 
32 (2)

MIL 07669
15.8
CV3
Be
B
1–41
 
33 (1)

MIL 07672
1.8
CM2
Be
C
0–8
 
33 (1)

MIL 07674
4.2
CM2
B
B
0–55
1
33 (1)

MIL 07675
37.4
CM2
Be
B
0–47
5
33 (1)

MIL 07677
1.2
CM1–2
Be
C
1
 
32 (2)

MIL 07678
7.7
CV3
B/C
B
0–36
 
33 (1)

MIL 07680
2.5
CM2
B
B
0–39
 
33 (1)

MIL 07681
20.7
CV3
B/C
B
0–47
5
33 (1)

MIL 07682
5.1
CM2
B
B
1–52
 
33 (1)

MIL 07683
3.1
CV3
B
B
0–13
1
33 (1)

MIL 07684
1.3
CV3
B
B
0–10
3
33 (1)

MIL 07685
9.7
CV3
B/C
B
0–44
1
33 (1)

MIL 07688
0.9
CO3
B
B
0–51
 
33 (1)

MIL 07690
4.9
CV3
B
B
1–39
 
33 (1)

MIL 07691
4.0
CV3
B
B
1–37
1
33 (1)

MIL 07692
5.2
CM2
Be
B
0–54
 
33 (1)

MIL 07695
1.4
CO3
B
B
0–60
0–6
33 (1)

MIL 07696
16.4
CV3
Ce
B
0–46
1
33 (1)

MIL 07699
2.0
CV3
B
Ce
0–8
1
33 (1)

MIL 07701
5.7
CM2
Be
B
 
 
33 (1)

MIL 07702
7.4
CM2
B
A
0–19
 
33 (1)

MIL 07703
13.6
CM2
Be
B
0–48
 
33 (1)

SCO 06030
11.4
Lodranite
C
C
8
11
32 (2)

Name
Mass (g)
Class
Fa mole%
Fs mole%

(b) Chinese Antarctic research program

GRV 021692
0.61
E
2.4 ± 2.7
0.8 ± 0.5

Name
Mass (g)
Class
WG
S
Fa mole%

(c) Korean Antarctic Meteorite Program

TIL 07007
18
CV3
W1
S2
0.3–6.4

TIL 07012
30
Acapulcoite

9.8

Name
Mass (g)
Class
WG
Fa mole%
Fs mole%
Ref.

(d) Japanese Antarctic Meteorite Program

Y‐981115
12.59
H4
A
19.1 (18.2–23.4)
17.4 (15.8–20.1)
J19

Y‐981116
13.47
H4
A
19.3 (18.4–20.7)
17.0 (16.1–18.5)
J19

Y‐981120
14.79
H4
A
19.1 (17.8–21.7)
17.1 (15.8–19.3)
J19

Y‐981121
13.53
H3
A
19.6 (17.0–24.4)
17.6 (15.4–23.7)
J19

Y‐981123
6.26
H4
A
19.1 (18.0–20.4)
16.8 (15.6–19.6)
J19

Y‐981130
15.41
H5
A
20.0 (17.8–23.9)
17.1 (16.3–18.1)
J19

Y‐981132
23.61
L6
A
24.7 (24.1–25.6)
20.7 (19.7–21.5)
J19

Y‐981133
46.87
H6
A
17.6 (16.7–18.7)
15.3 (14.5–16.3)
J19

Y‐981134
13.93
H5
A
18.8 (16.7–21.6)
16.6 (15.9–17.7)
J19

Y‐981135
10.53
H5
A
19.4 (18.1–22.4)
16.8 (15.8–18.1)
J19

Y‐981139
12.34
H3
A
17.8 (11.2–20.4)
15.8 (10.9–20.3)
J19

Y‐981140
29.57
H3
A
15.8 (0.6–19.1)
15.0 (2.6–23.4)
J19

Y‐981143
5.51
H5
A
19.3 (18.1–21.7)
17.5 (16.3–19.3)
J19

Y‐981144
6.15
H5
A
18.2 (17.1–21.1)
16.1 (6.7–21.1)
J19

Y‐981148
25.36
H6
A
17.0 (16.2–17.7)
15.1 (14.2–15.7)
J19

Y‐981149
8.64
L6
A
25.4 (23.5–26.4)
21.1 (19.6–22.5)
J19

Y‐981150
7.75
H4
A
20.1 (19.0–23.9)
17.8 (16.6–22.7)
J19

Y‐981159
8.85
H4
A
18.6 (17.6–20.1)
16.8 (14.1–21.3)
J19

Y‐981162
53.72
H5
A
17.4 (16.2–18.3)
15.0 (14.2–15.9)
J19

Y‐981163
40.18
H6
A
18.5 (17.0–19.3)
16.6 (15.7–19.1)
J19

Y‐981164
23.15
L6
A
24.1 (23.1–24.8)
20.7 (19.2–22.4)
J19

Y‐981165
49.79
Eucrite

 
 
J19

Y‐981166
46.35
H5
A
17.6 (17.0–18.0)
15.4 (14.3–16.5)
J19

Y‐981167
31.29
H4
A
17.5 (16.8–18.8)
15.1 (14.2–15.8)
J19

Y‐981169
8.34
H4
A
19.2 (18.2–22.2)
16.7 (15.9–18.9)
J19

Y‐981173
8.92
H4
A
18.3 (17.1–20.6)
16.6 (15.5–20.0)
J19

Y‐981174
43.91
L6
A
24.0 (23.2–24.6)
20.3 (19.0–23.7)
J19

Y‐981175
8.28
H3
A
18.0 (7.6–34.2)
15.6 (6.9–18.0)
J19

Y‐981176
11.13
H5
B
19.4 (18.1–23.4)
17.4 (16.2–19.2)
J19

Y‐981186
26.95
H3
A
17.1 (0.7–18.9)
14.9 (5.5–24.0)
J19

Y‐981188
24.9
H6
B
17.6 (16.7–18.5)
15.6 (14.2–16.8)
J19

Y‐981189
17.3
H5
B
18.7 (17.6–20.3)
16.8 (15.4–21.7)
J19

Y‐981195
6.77
H5
B
19.2 (18.0–19.9)
16.7 (15.4–17.5)
J19

Y‐981198
5.03
H5
B
19.1 (18.1–20.9)
16.9 (15.1–21.3)
J19

Y‐981200
12.23
H4
B
19.3 (18.4–22.9)
16.8 (15.6–19.4)
J19

Y‐981202
95.46
L6
A
24.3 (23.8–25.7)
20.8 (19.7–22.1)
J19

Y‐981204
7.75
L6
A
24.9 (23.5–26.2)
21.2 (20.4–22.7)
J19

Y‐981207
5.8
L4
A
23.8 (22.6–24.8)
20.3 (9.4–25.8)
J19

Y‐981208
24.32
LL3
A
3.6 (0.2–32.0)
1.6 (0.4–5.8)
J19

Y‐981209
16.58
L6
A
25.7 (24.4–28.1)
22.2 (20.5–24.5)
J19

Y‐981210
26.57
H5
B
18.1 (17.2–19.0)
15.7 (14.7–16.9)
J19

Y‐981214
17.82
LL6
A
26.7 (24.9–31.4)
23.4 (21.9–28.1)
J19

Y‐981215
5.75
H5
A
20.4 (19.8–21.1)
18.2 (16.8–21.2)
J19

Y‐981218
7.12
L4
A
24.2 (22.7–26.6)
20.7 (19.4–22.5)
J19

Y‐981219
23.65
H4
A
17.9 (16.7–20.3)
16.0 (10.8–20.7)
J19

Y‐981221
29.56
H3
B
9.3 (0.4–27.0)
8.7 (1.8–26.2)
J19

Y‐981222
12.62
H4
A/B
19.9 (18.8–21.6)
17.7 (15.5–19.3)
J19

Y‐981223
25.82
H4
A/B
17.9 (17.2–19.2)
15.6 (14.5–16.7)
J19

Y‐981224
27.15
H4
A/B
18.2 (16.5–21.0)
16.1 (14.2–17.5)
J19

Y‐981225
5.71
H5
A/B
20.8 (20.0–25.4)
17.9 (16.5–18.9)
J19

Y‐981229
46.09
H4
B
18.5 (16.7–20.3)
15.7 (8.8–17.9)
J19

Y‐981232
6.57
H3
B
16.0 (15.0–16.9)
14.5 (13.5–16.0)
J19

Y‐981233
25.3
H5
A/B
18.2 (17.4–19.0)
16.1 (15.3–17.9)
J19

Y‐981234
17.25
H6
A
20.0 (18.9–22.3)
17.3 (15.8–18.9)
J19

Y‐981235
28.6
H6
B
17.2 (16.5–18.7)
15.0 (13.9–16.4)
J19

Y‐981236
10.59
H5
B
18.8 (18.2–21.5)
16.5 (15.9–18.3)
J19

Y‐981237
18.83
L6
A
25.5 (24.1–27.6)
21.7 (20.9–23.9)
J19

Y‐981238
15.7
H5
B/C
18.7 (17.3–20.5)
16.6 (15.6–17.5)
J19

Y‐981245
29.08
H4
A/B
17.9 (16.2–19.0)
15.9 (15.0–17.1)
J19

Y‐981246
14.38
H5
A
19.5 (17.5–21.2)
17.1 (15.7–18.3)
J19

Y‐981247
5.57
Diogenite

 
24.0 (22.3–27.2)
J19

Y‐981252
11.51
H4
A
18.7 (17.3–24.1)
16.4 (15.0–21.2)
J19

Y‐981253
131.12
H5
A
17.8 (16.9–18.6)
15.5 (14.4–17.4)
J19

Y‐981256
9.61
H6
A
19.8 (18.5–21.0)
17.9 (16.2–22.0)
J19

Y‐981266
11.8
CM2
A
11.2 (0.3–60.7)
2.5 (0.6–10.2)
J19

Y‐981268
6.63
CM2
A
10.9 (0.4–34.0)
2.3 (0.4–24.0)
J19

Y‐981271
12.13
CM2
A
5.8 (0.3–35.4)
2.9 (0.4–6.7)
J19

Y‐981274
478.69
L3
A
23.1 (14.2–25.5)
15.1 (3.7–31.7)
J19

Y‐981275
65.73
L3
A
23.5 (8.4–26.2)
15.7 (4.7–34.3)
J19

Y‐981277
52.07
L3
A
22.3 (13.8–24.9)
14.0 (3.8–26.5)
J19

Y‐981278
146.41
L3
A
23.1 (17.3–25.2)
13.7 (3.0–34.0)
J19

Y‐981280
6.17
H5
B
20.2 (18.6–22.4)
17.5 (16.1–22.7)
J19

Y‐981282
34.09
H6
A
17.7 (16.6–18.6)
15.8 (15.0–16.4)
J19

Y‐981283
17.15
L3
A
25.5 (20.3–28.3)
18.1 (8.0–32.3)
J19

Y‐981285
16.37
L3
A
25.1 (6.0–28.6)
18.6 (8.6–30.0)
J19

Y‐981286
19.3
CM2
A
4.7 (0.2–53.3)
2.3 (0.5–6.6)
J19

Y‐981288
6.72
CM2
A
7.3 (0.2–36.1)
2.7 (0.5–7.4)
J19

Y‐981290
6.36
CM2
A
9.4 (0.3–39.4)
3.9 (0.9–8.2)
J19

Y‐981299
31.16
H4
A
18.0 (17.0–19.2)
15.6 (13.8–17.1)
J19

Y‐981301
126.4
L3
A
25.3 (22.8–30.9)
14.6 (4.3–23.9)
J19

Y‐981302
147.96
L3
A
24.1 (22.2–25.4)
12.1 (2.0–22.1)
J19

Y‐981303
43.89
L3
A
23.9 (13.9–26.2)
13.5 (2.0–23.0)
J19

Y‐981304
102.79
L3
A
23.8 (19.3–26.2)
11.8 (2.7–30.2)
J19

Y‐981305
228.72
L3
A
22.4 (12.3–25.8)
13.0 (5.5–24.8)
J19

Y‐981307
68.91
H4
A
17.5 (15.7–19.7)
15.1 (13.6–16.1)
J19

Y‐981308
86.92
H5
A
17.1 (16.5–17.9)
14.8 (13.9–15.4)
J19

Y‐981309
5.34
H4
A
18.9 (17.9–21.0)
16.6 (15.6–19.3)
J19

Y‐981318
5.81
H5
A
19.1 (17.6–20.3)
16.7 (14.9–18.4)
J19

Y‐981319
7.73
H4
A
19.7 (18.3–24.8)
17.0 (15.0–20.7)
J19

Y‐981321
12.73
H4
A
19.1 (17.9–21.0)
17.0 (15.6–20.6)
J19

Y‐981326
15
L6
A
25.6 (23.8–28.0)
21.1 (19.3–23.0)
J19

Y‐981327
42.04
L3
A
16.3 (0.5–29.3)
7.7 (1.1–35.2)
J19

Y‐981333
133.65
H4
B
18.1 (17.4–18.8)
15.5 (14.5–16.5)
J19

Y‐981337
59.39
L6
B
22.8 (22.0–24.3)
19.3 (18.1–21.6)
J19

Y‐981338
7.15
L6
A
25.3 (24.2–28.6)
21.4 (20.8–22.8)
J19

Y‐981346
21.89
H6
A
17.0 (16.2–18.1)
15.0 (14.4–16.2)
J19

Y‐981350
18.34
L6
A
25.1 (23.4–26.6)
21.3 (20.2–22.3)
J19

Y‐981351
13.22
L5
A
25.3 (24.1–27.2)
22.2 (20.6–27.2)
J19

Y‐981359
5.5
H5
B
19.0 (18.0–20.6)
16.7 (15.0–20.1)
J19

Y‐981361
13.42
H4
A
18.1 (16.4–19.4)
16.7 (15.3–21.1)
J19

Y‐981366
8.02
L6
A
25.8 (24.6–27.2)
22.2 (20.4–28.6)
J19

Y‐981369
5.96
L6
A
25.3 (24.2–27.6)
21.8 (20.4–24.8)
J19

Y‐981380
5.15
L3
A
23.5 (22.7–24.9)
20.4 (18.3–23.5)
J19

Y‐981381
5.59
H4
B
19.0 (18.1–22.3)
16.6 (15.7–17.7)
J19

Y‐981393
5.03
H5
A/B
19.4 (17.8–23.4)
17.0 (15.1–21.9)
J19

Y‐981398
6.92
L5
A
25.5 (24.0–28.5)
21.4 (19.3–24.0)
J19

Y‐981399
24.57
H3
B
 
 
J19

Y‐981405
18.58
L6
A
25.7 (24.1–27.8)
21.7 (20.5–23.5)
J19

Y‐981412
7.68
H6
A
19.9 (19.0–20.6)
17.5 (16.1–18.4)
J19

Y‐981413
40.86
L6
A
23.1 (21.5–24.4)
19.8 (18.3–23.1)
J19

Y‐981414
11.53
L6
A
25.4 (23.9–26.8)
21.7 (20.8–22.9)
J19

Y‐981415
10.3
L6
A
25.4 (23.9–27.4)
22.1 (20.4–25.0)
J19

Y‐981416
33.65
L6
A
22.9 (22.0–24.1)
19.1 (17.8–20.1)
J19

Y‐981417
8.26
L6
A
25.9 (23.8–28.9)
21.6 (20.9–23.6)
J19

Y‐981418
6.67
H4
A
19.5 (18.3–23.0)
16.8 (15.5–19.1)
J19

Y‐981419
187.79
L6
A
23.4 (22.7–24.1)
19.6 (17.9–21.1)
J19

Y‐981420
25.49
L6
A
23.5 (22.3–24.4)
19.8 (18.8–21.4)
J19

Y‐981425
15.19
H4
B
18.9 (18.0–21.7)
17.4 (15.2–20.6)
J19

Y‐981428
5
H3
A/B
18.6 (9.8–32.3)
16.4 (3.8–21.8)
J19

Y‐981436
26.42
H4
B
17.6 (16.4–18.5)
15.3 (13.8–15.9)
J19

Y‐981437
5.15
H4
A
19.2 (17.8–20.7)
17.6 (16.1–22.2)
J19

Y‐981438
370.88
H4
A
17.4 (16.0–18.1)
14.9 (13.6–17.0)
J19

Y‐981441
5.49
L6
A
25.6 (23.7–30.3)
21.4 (20.4–22.3)
J19

Y‐981442
5.33
L6
A
25.9 (24.5–28.2)
22.1 (20.3–25.5)
J19

Y‐981449
15.3
H5
B
19.0 (18.2–21.4)
16.7 (15.2–22.0)
J19

Y‐981453
8.76
H4
A
19.6 (18.1–22.8)
17.4 (15.0–20.7)
J19

Y‐981455
7.25
H4
A
19.5 (17.9–21.1)
17.3 (16.1–19.1)
J19

Y‐981456
11.58
H4
A
19.3 (18.2–21.8)
16.8 (15.4–19.2)
J19

Y‐981457
17.46
H4
A
19.5 (18.1–22.2)
16.9 (15.7–19.1)
J19

Y‐981460
7.92
H5
B
18.8 (16.2–20.8)
16.7 (15.1–17.3)
J19

Y‐981463
61.79
L6
A
23.0 (22.1–23.7)
19.5 (18.4–22.5)
J19

Y‐981469
5.02
L5
A
25.2 (23.6–29.1)
21.3 (20.1–22.4)
J19

Y‐981471
5.11
L6
A
25.3 (24.1–26.9)
21.9 (20.8–25.0)
J19

Y‐981474
6.68
L6
A
25.5 (24.0–29.2)
22.3 (21.6–24.0)
J19

Y‐981475
5.47
L6
A
25.5 (23.7–26.7)
21.9 (19.7–25.9)
J19

Y‐981480
9.17
L5
A
23.4 (22.0–27.5)
19.9 (19.0–20.7)
J19

Y‐981489
7.08
H6
A/B
18.8 (18.1–20.1)
16.4 (15.8–17.2)
J19

Y‐981490
183.99
L3
A
22.5 (12.4–24.9)
13.9 (5.5–30.4)
J19

Y‐981493
19.76
H5
A/B
19.2 (16.8–22.7)
17.3 (16.4–18.9)
J19

Y‐981494
13.45
L6
A
25.7 (24.5–27.6)
22.2 (21.0–25.2)
J19

Y‐981495
9.8
L6
A
25.8 (23.3–29.7)
21.8 (21.0–22.6)
J19

Y‐981496
24.58
L6
A
23.6 (22.8–25.5)
20.1 (19.0–21.3)
J19

Y‐981497
22.93
H5
A
17.7 (16.7–19.9)
14.9 (14.5–15.5)
J19

Y‐981498
9.92
H4
A/B
19.2 (18.2–20.8)
17.0 (15.9–17.5)
J19

Y‐981499
139.14
L6
A
24.0 (23.1–25.5)
19.8 (18.7–21.1)
J19

Y‐981501
31.89
L6
A
23.4 (21.3–24.6)
19.8 (18.6–22.1)
J19

Y‐981502
15.56
H6
B
19.2 (18.5–20.1)
17.0 (16.1–18.2)
J19

Y‐981503
6.49
H4
A/B
18.9 (18.0–21.0)
16.8 (15.7–20.2)
J19

Y‐981504
6.89
L3
A
25.8 (17.7–30.6)
18.7 (8.0–25.1)
J19

Y‐981505
56.95
Acapulcoite

8.0 (7.1–8.8)
9.8 (8.7–10.8)
J19

Y‐981507
10.81
H5
A/B
19.6 (18.4–22.4)
17.0 (10.4–21.2)
J19

Y‐981510
9.08
H4
A/B
19.6 (18.3–21.5)
18.0 (15.5–20.6)
J19

Y‐981513
17.65
H4
A/B
21.3 (20.0–22.7)
17.7 (11.8–20.1)
J19

Y‐981514
8.71
L5
A
23.5 (22.2–25.6)
20.5 (18.8–23.6)
J19

Y‐981515
9.14
L6
A
25.8 (24.2–27.7)
21.9 (20.8–25.0)
J19

Y‐981516
5.58
L6
A
25.6 (24.2–27.8)
22.2 (21.1–24.2)
J19

Y‐981522
37.07
L6
A
23.9 (22.7–26.4)
19.9 (17.7–21.9)
J19

Y‐981523
45.47
L6
A
23.5 (22.3–25.2)
19.8 (18.0–22.2)
J19

Y‐981525
68.07
L6
A
23.8 (22.4–25.1)
19.8 (18.0–21.5)
J19

Y‐981526
28.07
L6
A
23.6 (22.2–25.2)
19.5 (18.8–20.7)
J19

Y‐981527
8.78
L6
A
25.8 (24.5–28.0)
21.6 (20.6–23.6)
J19

Y‐981530
5.57
H4
A/B
19.3 (18.2–20.5)
17.0 (15.4–19.2)
J19

Y‐981536
7.61
H3
B
16.8 (15.7–17.8)
15.1 (7.3–20.7)
J19

Y‐981539
10.15
H6
A/B
20.1 (18.5–23.8)
18.4 (16.4–24.4)
J19

Y‐981540
11.52
H5
A
19.5 (18.2–21.0)
17.2 (16.3–21.3)
J19

Y‐981545
28.26
H4
B
17.4 (16.2–18.1)
15.3 (14.3–16.0)
J19

Y‐981547
7.09
H6
A/B
19.3 (18.1–23.1)
16.8 (15.2–19.0)
J19

Y‐981548
7.35
H6
B
19.1 (17.4–20.0)
16.9 (16.3–18.8)
J19

Y‐981549
13.5
H6
B
19.5 (17.7–20.7)
17.2 (16.2–18.3)
J19

Y‐981550
18.1
H6
B
19.5 (18.4–20.6)
17.3 (16.0–19.9)
J19

Y‐981551
6.01
H5
B/C
19.6 (18.0–21.8)
17.9 (16.5–21.8)
J19

Y‐981553
42
L6
A
23.8 (22.6–24.8)
20.1 (18.9–22.4)
J19

Y‐981554
30.26
L6
A
23.6 (22.2–24.6)
19.8 (19.2–20.6)
J19

Y‐981556
26.78
L5
A
23.0 (22.1–24.1)
19.5 (18.0–22.1)
J19

Y‐981558
7.28
L5
A
25.1 (23.1–28.8)
20.9 (19.3–22.0)
J19

Y‐981563
7.04
H4
A
18.6 (16.9–21.1)
16.8 (14.6–20.8)
J19

Y‐981575
11.86
L6
A
25.3 (24.1–26.9)
21.8 (20.4–24.2)
J19

Y‐981576
34.78
L6
A
23.6 (22.5–24.7)
20.4 (18.8–22.0)
J19

Y‐981581
6.59
L6
A
25.0 (23.7–26.6)
21.3 (20.3–22.3)
J19

Y‐981582
5.88
Diogenite

 
24.0 (22.3–25.0)
J19

Y‐981584
10.92
LL6
A
28.6 (27.7–30.3)
24.0 (23.7–24.1)
J19

Y‐981585
7.83
LL6
A
28.8 (27.0–32.2)
23.6 (22.8–24.9)
J19

Y‐981586
7.29
H6
B
18.9 (16.8–21.2)
17.2 (16.1–20.2)
J19

Y‐981588
25.88
L3
A
23.5 (12.2–26.3)
11.9 (3.9–24.7)
J19

Y‐981591
7.1
L3
A
25.6 (22.2–28.0)
18.9 (6.2–42.1)
J19

Y‐981593
27.39
H6
B
18.8 (17.6–19.8)
16.1 (15.0–16.7)
J19

Y‐981594
9.14
H4
B
19.2 (17.8–22.6)
16.9 (16.0–19.3)
J19

Y‐981595
26.66
H5
A/B
17.9 (17.2–18.8)
15.9 (15.0–17.0)
J19

Y‐981597
12.98
LL6
A
28.3 (27.2–29.6)
23.4 (21.5–24.7)
J19

Y‐981598
8.06
LL6
A
28.4 (26.8–29.5)
23.3 (22.7–23.8)
J19

Y‐981600
14.57
H5
A/B
19.1 (17.8–23.6)
16.6 (14.8–18.9)
J19

Y‐981601
15.61
L4
A/B
25.6 (24.1–28.6)
20.8 (10.3–23.8)
J19

Y‐981602
58.84
L3
A
22.6 (14.8–25.4)
13.9 (4.2–31.1)
J19

Y‐981603
12.46
H6
A
19.9 (18.6–21.0)
17.7 (16.8–20.9)
J19

Y‐981604
137.86
Howardite

 
 
J19

Y‐981605
576.89
L6
A
23.8 (22.5–25.1)
20.0 (18.5–21.5)
J19

Y‐981606
7.78
L3
A
24.7 (5.4–29.0)
17.8 (5.5–33.7)
J19

Y‐981607
16.6
LL5
A
29.4 (27.1–34.0)
24.1 (22.4–26.3)
J19

Y‐981613
27.45
H4
A
16.7 (16.0–17.2)
14.6 (13.4–16.1)
J19

Y‐981615
88.66
L6
A
23.3 (22.0–25.3)
19.5 (18.2–22.9)
J19

Y‐981616
40.3
H4
A
17.1 (16.0–18.3)
14.9 (13.6–15.8)
J19

Y‐981617
134.67
Eucrite

 
 
J19

Y‐981619
5.39
Lodranite

9.1 (7.6–10.4)
12.3 (10.7–12.8)
J19

Y‐981621
7.87
L3
A
24.8 (10.6–28.3)
14.1 (5.6–23.0)
J19

Y‐981624
5.89
L4
A/B
25.5 (24.7–27.2)
21.6 (19.7–24.7)
J19

Y‐981625
8.67
Eucrite

 
48.5 (47.1–49.3)
J19

Y‐981627
39.39
H4
B
17.3 (15.8–18.1)
15.1 (14.3–15.9)
J19

Y‐981629
21.13
L6
A/B
23.3 (22.4–24.4)
19.8 (18.5–21.2)
J19

Y‐981630
15.92
H4
A/B
19.2 (18.2–22.8)
17.3 (16.1–19.3)
J19

Y‐981631
8.29
H6
A
21.2 (20.3–24.9)
18.1 (17.3–18.9)
J19

Y‐981632
5.53
CM2
A
3.1 (0.3–43.3)
3.8 (0.5–33.4)
J19

Y‐981633
20.71
LL6
A
29.8 (26.3–31.0)
23.9 (21.2–25.3)
J19

Y‐981634
92.66
H6
A
17.4 (16.0–18.3)
15.1 (14.0–15.8)
J19

Y‐981638
11.39
Eucrite

 
48.9 (47.5–50.3)
J19

Y‐981639
10.71
H6
A
19.0 (18.4–19.6)
16.6 (14.9–17.4)
J19

Y‐981643
57.33
H6
B
17.7 (16.7–18.3)
15.6 (14.5–17.0)
J19

Y‐981644
143.44
H5
A
17.2 (15.9–18.4)
15.3 (14.3–16.4)
J19

Y‐981646
171.1
Eucrite

 
 
J19

Y‐981656
26.62
L3
A
17.4 (1.4–29.0)
11.1 (0.6–26.8)
J19

Y‐981657
6.14
H4
A
18.9 (17.8–19.9)
16.6 (15.4–17.9)
J19

Y‐981664
22.58
H3
A
10.9 (0.3–27.7)
9.1 (1.0–32.6)
J19

Y‐981678
225.2
L6
A
23.5 (22.0–24.4)
19.6 (17.7–22.1)
J19

Y‐981679
12.49
H5
A
20.2 (19.1–23.8)
17.9 (16.7–25.4)
J19

Y‐981684
73.38
L6
A
24.7 (23.9–25.4)
20.4 (19.1–21.3)
J19

Y‐981685
767.6
L6
A
25.0 (23.6–27.2)
21.0 (20.1–24.1)
J19

Y‐981687
5.32
H4
A
19.7 (18.1–21.8)
17.3 (15.8–20.1)
J19

Y‐981691
17.75
LL6
A
26.1 (25.1–29.6)
21.9 (21.0–22.7)
J19

Y‐981695
16.72
H6
B
20.3 (18.5–22.7)
17.9 (17.2–20.5)
J19

Y‐981696
20.89
H5
A/B
18.9 (17.8–20.0)
16.6 (16.0–17.8)
J19

Y‐981697
16.77
LL3
A/B
25.7 (14.2–31.1)
21.1 (8.9–29.6)
J19

Y‐981700
9.68
LL4
A/B
25.7 (24.3–30.1)
21.8 (20.9–23.2)
J19

Y‐981702
5.05
H6
B
19.2 (18.3–20.5)
16.9 (16.3–17.9)
J19

Y‐981703
11.82
LL6
A
28.9 (27.8–29.9)
23.5 (22.4–24.3)
J19

Y‐981705
74.1
H3
B/C
17.5 (13.3–18.7)
12.9 (4.9–22.6)
J19

Y‐981706
5.41
H4
A
19.6 (18.1–23.0)
17.6 (16.4–20.2)
J19

Y‐981709
82.24
L6
A
24.6 (23.6–25.4)
20.9 (20.3–21.2)
J19

Y‐981712
24.47
L6
A
24.8 (23.4–31.9)
20.3 (18.7–21.6)
J19

Y‐981713
28.66
L6
A
24.4 (23.6–25.8)
20.4 (19.5–21.3)
J19

Y‐981715
11.08
LL4
A
28.7 (27.5–33.3)
23.5 (22.2–24.2)
J19

Y‐981716
6.88
H5
A/B
19.0 (17.6–21.8)
16.7 (15.9–17.3)
J19

Y‐981719
13.8
CM2
A
4.4 (0.3–31.3)
 
J19

Y‐981721
15.24
H4
A
19.7 (18.4–25.5)
17.9 (16.2–26.0)
J19

Y‐981722
22.86
LL6
A
29.4 (28.5–30.0)
23.7 (22.7–26.3)
J19

Y‐981730
39.6
H4
A
18.6 (17.9–19.4)
16.3 (15.3–18.0)
J19

Y‐981731
319.84
L6
A
25.0 (23.7–26.2)
20.8 (19.6–21.7)
J19

Y‐981732
106.56
L6
A
24.9 (23.9–26.1)
20.8 (19.6–21.7)
J19

Y‐981736
67.82
LL3
A
28 (16.8–30.3)
18.3 (5.5–25.8)
J19

Y‐981744
21.13
H3
A
17.7 (0.4–28.8)
12.4 (2.5–24.2)
J19

Y‐981745
8.32
H3
A
23.0 (9.7–31.0)
16.6 (10.6–22.1)
J19

Y‐981746
6.25
H3
A
23.3 (17.2–28.4)
16.1 (4.8–24.8)
J19

Y‐981752
296.26
L6
A
23.7 (22.7–25.6)
19.7 (18.1–20.7)
J19

Y‐981754
5.16
H4
A/B
19.7 (18.3–22.6)
17.9 (16.3–22.2)
J19

Y‐981779
17.27
H4
A/B
18.3 (2.1–22.4)
16.9 (14.9–24.3)
J19

Y‐981782
6.05
L6
A/B
25.6 (24.3–28.0)
21.4 (19.7–23.3)
J19

Y‐981784
19.15
H6
A/B
19.5 (17.5–22.3)
17.0 (14.9–20.8)
J19

Y‐981808
15.84
H4
B
20.0 (18.4–23.3)
18.4 (16.6–21.8)
J19

Y‐981809
16.24
L6
A/B
26.0 (23.7–29.1)
22.1 (20.4–23.9)
J19

Y‐981823
88.51
H4
A/B
18.2 (17.0–19.8)
16.4 (14.9–16.4)
J19

Y‐981824
85.69
H4
A/B
17.8 (16.9–18.5)
15.3 (14.4–16.1)
J19

Y‐981825
73.41
H4
A/B
18.2 (17.5–20.2)
16.1 (15.1–17.5)
J19

Y‐981826
45.53
H4
A/B
18.3 (17.4–18.9)
16.0 (14.8–19.2)
J19

Y‐981827
30.29
H4
A/B
18.2 (17.3–18.9)
15.9 (15.1–16.5)
J19

Y‐981828
35.46
H5
A/B
17.6 (16.7–18.7)
15.4 (14.6–16.4)
J19

Y‐981829
16.64
H4
A/B
19.6 (18.4–20.9)
17.6 (16.2–19.2)
J19

Y‐981830
16.92
H4
A/B
19.6 (18.9–21.2)
17.4 (16.1–19.8)
J19

Y‐981831
18.49
H4
A
19.8 (18.7–22.2)
17.8 (16.2–20.8)
J19

Y‐981832
14.01
H4
A/B
19.7 (18.3–22.9)
17.3 (16.4–21.0)
J19

Y‐981833
13.57
H4
A
20.0 (18.4–23.4)
18.2 (16.6–21.6)
J19

Y‐981834
6.62
H4
A
20.1 (19.1–23.4)
18.1 (16.7–20.8)
J19

Y‐981835
7.38
H4
A
19.9 (18.7–22.8)
17.3 (16.2–18.7)
J19

Y‐981836
4.83
H4
B
19.9 (18.3–23.2)
17.6 (16.3–22.6)
J19

Y‐981860
6.89
H4
B
19.7 (18.8–21.3)
18.0 (16.2–21.4)
J19

Y‐981861
5.02
H4
A/B
19.8 (18.7–23.0)
17.4 (15.9–19.9)
J19

Y‐981862
5.94
H4
B
19.2 (17.3–22.5)
17.0 (15.8–18.3)
J19

Y‐981863
5.42
H4
B
19.6 (18.6–21.3)
17.7 (16.3–22.1)
J19

Y‐981894
234.34
L6
A/B
24.2 (22.8–25.6)
20.2 (18.5–21.2)
J19

Y‐981896
15.47
L6
B
25.3 (23.1–29.3)
21.8 (20.7–26.6)
J19

Y‐981897
46.55
H4
A/B
18.0 (17.4–18.7)
15.7 (14.5–17.6)
J19

Y‐981898
22.62
H4
B
17.8 (16.2–19.0)
15.5 (14.3–16.7)
J19

Y‐981900
56.53
L6
A/B
23.2 (21.9–24.1)
19.8 (18.8–21.0)
J19

Type Specimens located at SI and JSC, main masses are at JSC.

Ref. is the Antarctic Meteorite Newsletter.

DOM = Dominion Rang; GR = Graves Nunataks; LAR = Larkman Nunatak; MIL = Miller Range; SCO = Scott Glacier; WG = Weathering grade; F = Fracturing, using the weathering and fracture scale reported in the Antarctic Meteorite Newsletter 33 (2).

GRV = Grove Mountains.

Also listed in the Catalogue of the Grove Mountains Antarctic Meteorites.

Type specimens at SEOUL‐NU, main masses at KOPRI.

Meteorites classified by B.‐G. Choi and A. E. Rubin.

TIL = Thiel Mountains; W = Weathering grade; S = Shock.

Type specimens and main masses are at the National Institute of Polar Research, Tokyo, Japan (NIPR).

Meteorites classified by staff, NIPR.

Ref. is the Meteorite Newsletter, Japanese Collection of Antarctic Meteorites.

Y = Yamato.

Weathering index for Japanese Antarctic meteorites:

A: Limonite haloes on metal particles and limonite veins are minr.

B: 7.5 to 35% of metal particles are weathered to limonite. Several limonite veins are visible.

C: Most metal particles are weathered to limonite.