the meteoritical bulletin, no. 96, september 2009the meteoritical bulletin, no. 96, september 2009...

1355 © The Meteoritical Society, 2009. Printed in USA.

Meteoritics & Planetary Science 44, Nr 9, 1355–1397 (2009)Abstract available online at http://meteoritics.org

The Meteoritical Bulletin, No. 96, September 2009

Michael K. WEISBERG1, 2*, Caroline SMITH3, 4, Gretchen BENEDIX3, Christopher D. K. HERD5, Kevin RIGHTER6, Henning HAACK7, Akira YAMAGUCHI8, Hasnaa CHENNAOUI AOUDJEHANE9,

and Jeffrey N. GROSSMAN10

1Department of Physical Science, Kingsborough Community College and the Graduate School of the City University of New York, 2001 Oriental Blvd., Brooklyn, New York 11235, USA

2Department of Earth and Planetary Science, American Museum of Natural History, Central Park West New York, New York 10024, USA3Department of Mineralogy, The Natural History Museum, Cromwell Road, London SW7 5BD, UK

4School of Geographical and Earth Science, University of Glasgow, Scotland, G12 8QQ5Department of Earth and Atmospheric Sciences, University of Alberta, Alberta T6G 2E3, Canada

6Code KT, NASA Johnson Space Center, Houston, Texas 77058, USA7Natural History Museum of Denmark, University of Copenhagen, Øster Voldgade 5–7, DK-1350 Copenhagen K, Denmark

8Antarctic Meteorite Research Center, National Institute of Polar Research, Tachikawa, Tokyo 190-8518, Japan9Université Hassan II Casablanca, Faculté des sciences, Département de Géologie, BP 5366, Mâarif, Casablanca, Morocco

10US Geological Survey, 954 National Center, Reston, Virginia 20194, USA*Corresponding author. E-mail: [email protected]

(Received 26 August 2009)

Abstract–The Meteoritical Bulletin No. 96 contains a total of 1590 newly approved meteorite nameswith their relevant data. These include 12 from specific locations within Africa, 76 from northwestAfrica, 9 from the Americas, 13 from Asia, 1 from Australia, 2 from Europe, 950 from Antarcticarecovered by the Chinese Antarctic Research Expedition (CHINARE), and 527 from the AmericanAntarctic program (ANSMET). Among these meteorites are 4 falls, Almahata Sitta (Sudan), Sulagiri(India), Ash Creek (United States), and Maribo (Denmark). Almahata Sitta is an anomalous ureiliteand is debris from asteroid 2008 TC3 and Maribo is a CM2 chondrite. Other highlights include a lunarmeteorite, a CM1 chondrite, and an anomalous IVA iron.

INTRODUCTION

This issue of The Meteoritical Bulletin reports 1590newly approved meteorite names. Meteorites and theirrelevant data are reported in tables according to location(Tables 1–9). Included in the tables are 12 meteorites fromAfrica (Table 1), 76 from northwest Africa (Table 2), 6 fromNorth America (Table 3), 3 from South America (Table 4),527 from locations in Antarctica (Table 5) collected by the USAntarctic Search for Meteorites (ANSMET) program, 950from Grove Mountains in Antarctica (Table 6) collected byChinese Antarctic Research Expedition (CHINARE), 13 fromAsia (Table 7), 1 from Australia (Table 8) and 2 from Europe(Table 9).

Featured in full written descriptions are 4 falls, AlmahataSitta (Sudan), Sulagiri (India), Ash Creek (United States), andMaribo (Denmark). Also featured is a new CM1, a lunarmeteorite and a polymict eucrite. In the tables are eucrites,howardites, diogenites, ureilites, lodranites, an aubrite, aswell as CMs, CKs, CVs, an R4 and ordinary chondrites.

FALLS

AFRICA

Almahata Sitta 20°43.04′N, 32°30.58′E(“Station 6” in Arabic), Nahr an Nil, Nubian Desert,SudanFall: 7 October 2008, 05:46 h local time (UT+3) Achondrite (ureilite, polymict, anomalous)

History: On October 6, 2008, a small asteroid called 2008TC3 was discovered by the automated Catalina Sky Survey1.5 m telescope at Mount Lemmon, Tucson, Arizona, andfound to be on a collision course with Earth. Numerousastronomical observatories followed the object until it enteredthe Earth’s umbra at Oct. 7.076 UTC the next day. Theastrometric position of 295 observations of 2008 TC3 overthe period Oct. 6.278 to Oct. 7.063 was used to calculate theapproach trajectory over the impact location in northernSudan. The object exploded at a high ~37 km altitude over theNubian Desert, and as a result the meteorites are spread over

1356 M. K. Weisberg et al.

a large area. A search was organized by the University ofKhartoum on Dec. 2–9, led by P. Jenniskens (SETI Institute)and M. H. Shaddad (Khartoum). Physical characteristics: During the first expedition, 15meteorites were found along the approach path of theasteroid, for a total weight of 563 g. A second fieldexpedition, on Dec. 25–30, added 37 meteorites, for a totalrecovered weight of 3.95 kg, spread over an area of 28 ×5 km. The meteorites are dark, thinly crusted, and roundish inshape, ranging in size from 1–10 cm. Petrography (M. Zolensky, JSC, and A. Steele, CIW): Thesample is a fine-grained, fragmental breccia withsubrounded mineral fragments and olivine aggregatesembedded in a cataclastic matrix of ureilitic material.Mineral fragments include polycrystalline olivine, low-Capyroxene, pigeonite and carbon-rich aggregates up to0.5 mm in maximum dimension, kamacite, and troilite.The examined samples have considerable porosity; thepore walls are commonly coated by anhedral to euhedralcrystals of low-Ca pyroxene (Fs2Wo3) and olivine (Fa12–14),and in some instances spherules of kamacite andbotryoidal masses of troilite. Most olivine and pyroxeneaggregates have interstitial silicates with Si-content thatincreases adjacent to metal grains. Some clasts consist ofrounded pyroxene grains containing an abundantnanophase Fe-rich mineral. Aggregates of carbonaceousmaterial are common and measure up to 0.5 mm—thesecontain fine-grained troilite and kamacite, the lattercontaining Si and P. The major carbon phase is graphite.Shock effects are not apparent.Mineral compositions and geochemistry: Low–Capyroxene: Fs2Wo5-Fs17Wo4, Cr2O3 = 0.33–1.02 wt%;pigeonite: Fs15Wo5-Fs18Wo11, Cr2O3 = 0.72–1.11 wt%),olivine (Fa8–15, CaO = 0.15–0.51 wt%, Cr2O3 = 0.03–1.58 wt%). Kamacite is Fe0.92Ni0.08-Fe0.96Ni0.04. Troilitecontains up to 4.3 wt% Cr. Mineral grains exhibit nozoning. Classification: Achondrite (ureilite, polymict, anomalous).Anomalous features include lack of zoning of olivine, largesize of carbonaceous aggregates, and overall fine-grainedtexture.Type specimens: Samples with masses ranging from a few toa few hundred grams for a total of 3.95 kg are on deposit atKhartoum.

ASIA

Sulagiri 12°41′N, 77°56′ESulagiri, Krishnagiri District, Tamil Nadu, IndiaFall: 12 September 12, 2008; 08:30 h (Indian StandardTime) (UT+5.5)Ordinary chondrite (LL6)

History: On September 12, 2008, around 08.30 h, a meteoritefell from the NW sky and was observed by several people of

villages closely located around the town of Sulagiri. Ascreeching noise was heard coming from the north and a bangwas heard subsequently by some eye witnesses. Themeteorite fragmented at least once in transit, which led tomultiple falls around a cluster of villages, defining anelliptical strewn field measuring 3 km along the NW-SEdirection and 1 km across. The sizes of the meteoritesincrease from W to E. Physical characteristics: Seven pieces were retrievedand field data were collected (V. Krishnan and K.Nagarajan, GSI). Three pieces from Adda Gurikki village(12°41′00′′N, 77°57′10′′E), weighing a total of 50 kg(13 kg, 11 kg, and 26 kg), two pieces from Rautapallivillage (12°41.53′N, 77°56.67′E), weighing 45 kg (29 kgand 16 kg) and one piece each from Gangapuram(12°41.32′N, 77°55.53′′E) and Addagurikki Kottur(12°41.46′′N, 77°56.88′E), 6 kg each, were recovered.The total mass of the fall is more than 110 kg, the largestreported fall in the Indian subcontinent. The meteoritesamples are fresh, light gray colored on broken surfacesand covered by thin, light brownish to dark coloredfusion crust on partly broken to complete faces. Petrography (Basab Chattopadhyay, GSI): Sulagiri iscomposed dominantly of olivine and pyroxene. Ca-pyroxene is rare and mostly occurs within low-Capyroxene. Troilite is more abundant than Fe-Ni metal.Feldspar grains are common. Chondrules are rare, rangefrom about 200 to 500 µm in diameter and are mostlypoorly defined and integrated with the recrystallizedmatrix.Mineral compositions and geochemistry (BasabChattopadhyay, GSI): Average low-Ca pyroxene is Fs21.9(N = 86) and olivine is Fa25.4 (N = 54). Feldspar averagesAb83.5An10.6Or5.9. Percent mean deviations (PMD) of Fs inlow-Ca pyroxene and Fa in olivine are 2.9 and 2.2,respectively. Shock stage is S2. Bulk chemicalcomposition by XRF and ICP-MS (P. N. Shukla, K. DurgaPrasad and S. V. S. Murty, PRL) gives Fe = 18.3%, Ni =1.03% and Co = 480 ppm. Classification: Ordinary chondrite (LL6). Type specimens: Total mass of 110 kg and three thin sectionsare with GSI.

NORTH AMERICA

Ash Creek 31°48.3′N, 97°00.6′WMcLennan County, Texas, United StatesFall: 15 February 2009; 11:00 AM CST (UT-6)Ordinary chondrite (L6)

History: On Sunday February 15, 2009 (11:00 A.M. CST),News 8 cameraman Eddie Garcia recorded a fireball180 km south of downtown Austin, Texas. From SE ofAustin to Ft. Worth, many people observed the bolide.Using National Weather Service Doppler reflectivity radar

The Meteoritical Bulletin, No. 96, September 2009 1357

measurements (NWS Ft. Worth and Granger stations) thebolide location was recorded at 11:03 A.M. D. Dawn led ateam, which interviewed witnesses in the strewn fieldwithin 48 hours following the fall. In southern Hill County,straddling the northern corner of McLennan County, sonicbooms were widely heard for a duration of 20–30 s in thearea from Hubbard to Aquilla. The fireball was bright andthe meteoroid fragmented overhead near Birome, wherethe sonic booms were reported loudest. In Aquilla, therumblings were likened to “a jet taking off,” and the eventwas described at 30–40 degrees altitude in the eastern sky,with some horizontal movement. Strong sonic booms werewidely reported from Hubbard and Penelope. J. Trussellheard a rumbling, which initially vibrated a window atabout 11:00 A.M. CST. He looked north along Ash Creekand saw two segments of a smoke trail separated by a thickcloud. Shortly afterwards, a blackened stone rolled near hisfoot and a second impacted a shed behind him. Meteoriteswere found on February 17 by D. Sadilenko and D. Dawnon the banks Ash Creek, northern corner of McLennanCounty.Physical Characteristics: Three large masses werefound: a 1.7 kg specimen recovered by L.B. Etter on afarm in Menlow; a 1.673 kg stone purchased by meteoritedealer S. Arnold; and a 1.5 kg specimen purchased by M.Farmer from an anonymous landowner who suggested itwas found in the vicinity of Aquilla. All other massesreported were less than 300 g each. According to reports,over 300 stones were found in McLennan and HillCounties with an estimated total of over 11.7 kg.Approximately 75% of the finds were completely coveredwith thick black fusion crust, often with dark rust coloredspots, even on specimens recovered within two days ofthe fall. Drizzle and heavy dew wet specimens in thestrewn field for the first two nights following the fall, andheavy rain on March 13 soaked the area, oxidizing manyspecimens. Broken and cut surfaces reveal a dark/lightgray breccia.Petrography (A. Rubin, UCLA): Many plagioclase grainsexceed 50 µm in size. Some metal grains contain irregulartroilite inclusions. Metallic Cu is present in some metal.Metal- and sulfide-bearing shock veins are present and themeteorite exhibits silicate darkening.Mineral Compositions (A. Rubin, UCLA): Olivine (Fa24.2 ±

0.2; n = 12), low-Ca pyroxene (Fs20.5 ± 0.7, Wo1.6 ± 0.2; n = 12).Taenite is more abundant than kamacite; averagecompositions: kamacite (Fe = 93.1%, Ni = 5.8%, Co = 0.83%;n = 4) and taenite (Fe = 69.6%, Ni = 30.3%, Co = 0.30%; n= 9).Classification: Ordinary chondrite (L6) breccia; S3, W0.Type Specimen: 30.91 g is at UCLA including a crusted17.8 g piece, a 10.02 g end cut and a 3.09 g slice. M. Farmerholds 1.5 kg, D. Stimpson purchased Etter’s 1.7 kg mass; andthe 1.673 kg mass was sliced and sold.

EUROPE

Maribo 54°45′43′′N, 11°28′3′′ESjaelland, DenmarkFell 17 January 2009, 20:09 local time (UT+1)Carbonaceous chondrite (CM2)

History: A bright fireball was seen over the Baltic Sea at 20:09(CET), January 17, 2009. The fireball was caught on asurveillance video camera in southern Sweden and on anall sky camera in the Netherlands. Three bright explosionsare seen on the video and a glowing plasma trail thatpersisted about 3 s. Explosions were heard up to fiveminutes after the fireball in southern Zealand, on theeastern part of the island Lolland, and at the German BalticSea. 550 eyewitness reports were received by the Danishfireball network. The supersonic boom was registered bytwo infrasound stations and a few seismometers inGermany and Denmark. The bolide’s light curve wasrecorded by a few radiometers of the European FireballNetwork.

On March 4, the Thomas Grau (ERFM) found the firstand so far only meteorite from the fall. The meteorite hadpenetrated a few cm into a grass surface. Physical characteristics: One fragment was recovered. Themeteorite appeared intact when found, but fell into manypieces when it was touched, probably due to the action offreezing and thawing during the six weeks that passed beforeit was found. The total mass was 25.8 g.Petrography (A. Bischoff, IfP; H. Haack, NHMD): Variouscoarse-grained components are embedded within an opaquefine-grained matrix. These components include chondrules,fine-grained olivine aggregates, large isolated lithic andmineral fragments (often olivine), rare CAIs, and porousaggregates. The components are typically rimmed by fine-grained dust mantles. The abundance of chondrules is low.Chondrule diameters are generally less than 0.4 mm with afew up to 0.9 mm. Some chondrules are partially altered totochilinite and cronstedtite. Metals occur (as a minorconstituent) in chondrules and matrix. The porous aggregatesare irregular in shape and measure a couple of hundredmicrons across. They contain zoned grains of olivine andpyroxene, tochilinite, cronstedtite, pyrrhotite and pentlandite.The matrix includes abundant dust rimmed fragments oftochilinite with a layered structure.Mineral compositions and geochemistry: Most olivinesin the coarse-grained components are Fo-rich, but someFe-rich olivines have been found (Fa up to 85 mol%). Oxygen isotopes: (I. Franchi and R. Greenwood, OU),(mean of two replicates: δ17O = −1.27‰; δ18O = 4.96‰;∆17O = −3.85‰)Classification: Carbonaceous chondrite (CM2), shock stageS0.Type specimens: As required by Danish law T. Grau turnedin the meteorite to NHMD. A total of 24 g and three thin


sections are now on deposit at the NHMD. One thin section ison deposit at UM.

FINDS

NORTHWEST AFRICA

Northwest Africa 5744MaliFind: February 2009Achondrite (lunar, granulitic troctolitic breccia)

History: Found near Gawa, Mali, in February 2009 andpurchased from a dealer by Adam Aaronson.Physical characteristics: A single, buff-colored, roundedstone (170 g) lacking fusion crust (Fig. 2). Small white clastsare visible in a pale, finer grained matrix.Petrography (A. Irving and S. Kuehner, UWS; T. Bunch,NAU): Recrystallized breccia composed mainly ofplagioclase (up to 100 µm) with fine-grained (<50 µm)olivine, pigeonite, orthopyroxene, and accessory Ti-chromiteand Ni-bearing troilite.Geochemistry: Plagioclase (An97.9Or0.1), olivine (Fa20.7,FeO/MnO = 76.9–94.5), pigeonite (Fs16.6Wo9.7, FeO/MnO =50). Bulk composition (R. Korotev, WUSL): INAA on a185 mg fragment gave FeO 5.7 wt%, Na2O 0.25 wt%; Sc 8.3,Cr 1050, La 1.1, Sm 0.47, Eu 0.58, Yb 0.42, Th 0.15, all inppm.Classification: Achondrite (lunar, granulitic troctoliticbreccia).Specimens: A total of 13.1 g and two polished thin sectionsare on deposit at UWS; a 7.1 g of sample is at NAU. The mainmass is held by an anonymous collector.

NORTH AMERICA

Moapa Valley 36°33′26′N, 114°25′37′WClark County, Nevada, United States Find: September 2004Carbonaceous chondrite (CM1)

History: The specimen was found by Sonny Clary inSeptember, 2004, in the Moapa Valley, southeast ofLogandale, Nevada.Physical characteristics: A single dark gray, flattened stone(698.8 g), exhibiting subparallel contraction cracks andpartially coated with black, vesicular fusion crust.

Fig. 1. Fragment of Maribo showing fusion crust and exposedinterior. Field of view is 16 mm.

Fig. 2. (Upper) Image of NWA 5744 showing its exterior surface and(lower) a false-colored BSE image showing plagioclase (blue),olivine (red/yellow), pyroxene (green) and chromite and troilite(white specks).


Petrography (A. Irving and S. Kuehner, UWS): Rounded toellipsoidal objects (0.05 to 0.7 mm across), exhibiting apreferred orientation of their long axes, are set in a fine-grained, dark matrix containing small clusters of sulfidegrains. The larger objects are composed mainly of serpentineminerals and S-bearing phase(s) (probably tochinilite), and inthin section range in color from pale yellow-brown to reddishbrown to sepia brown; some such objects have serpentine-richrims and/or larger, subhedral, dark brown grains composed ofserpentine/cronstedtite. Sulfides consist of finely intergrownpyrrhotite and pentlandite. Rare magnetite and calcite arepresent in the matrix, and the specimen is traversed by narrowopen fractures and thin veinlets filled with chalcedony. Geochemistry: Broad-beam EMP analysis of differentcomponents gave the following compositions (in wt%):ellipsoidal objects SiO2 31.7–38.4, TiO2 0.07–0.25, Al2O31.8–7.2, Cr2O3 0.19–0.73, FeO 15.9–26.3, MnO 0.07–0.18,MgO 22.7–28.8, CaO 0.06–0.25, Na2O 0.04–0.29, SO3 0.03–0.87,sum 85.7–87.4; matrix SiO2 27.1–28.4, TiO2 0.11–0.16, Al2O32.7, Cr2O3 0.48–0.57, FeO 34.1–39.7, MnO 0.20–0.25, MgO14.7–16.5, CaO 0.36–2.9, Na2O 0.21–0.42, SO3 3.9–8.5, sum89.9–94.1. Oxygen isotopes (D. Rumble, CIW): analyses oftwo acid-washed whole rock fragments by laser fluorinationgave, respectively, δ18O = 6.29, 6.08‰; δ17O = 0.93, 0.68‰;∆17O = −2.382, −2.519‰. Classification: Carbonaceous chondrite (CM1). The degreeof terrestrial weathering is low.Specimens: A total of 21 g, one polished thin section and onepolished mount are on deposit at UWS. Mr. S. Clary holds themain mass.

ANTARCTICA

Table 5 reports 527 meteorites recovered by the American“Antarctic Search for Meteorites” (ANSMET). Typespecimens are at JSC. 950 meteorites collected by the ChinaAntarctic Research Expedition (CHINARE) to GroveMountains, Antarctica, in 2002–2006 and submitted throughthe Polar Research Institute of China (PRIC) are reported inTable 5. Type specimens and main mass are on deposit at PRIC.

ASIA

Oman

Dhofar 1480Zufar, OmanFind: 2003Achondrite (polymict eucrite)

History: Found in the desert by anonymous collector.Physical characteristics: Irregularly shaped stone with totalweight of 57.7 g and dark green color. No fusion crust.Brecciated texture is clearly visible on the surface of themeteorite.

Petrography (C. A. Lorenz, Vernad): The meteorite is apolymict breccia, consisting of rock fragments and mineralclasts, embedded in a fine-grained clastic matrix. Locally, theclasts are joined together by devitrified melt. Melt pocketsand melt veins occur in the breccia. Rock fragments are fine-and medium-grained, minor coarse-grained (up to 0.5 mm)pyroxene-plagioclase rocks of porphyritic, granular gabbroic,minor poikilitic and granulitic texture. Pyroxenes are usuallyexsolved. Pyroxenes show mosaicism; augite lamellae aredisturbed by shock. Plagioclase is partially isotropic. Minorminerals are olivine, ilmenite, spinel, tridymite, quartz, aphosphate mineral, troilite, metal Fe-Ni metal.Mineral compositions and geochemistry: (N. N. Kononkova,Vernad), EMP, lithic and mineral clasts: low-Ca pyroxeneEn32.6Wo1.6-En39.6Wo4.5 (average En35.6Wo2.7; Fe/Mn = 32)with lamellae En29.7Wo42.0; feldspar An86.0Ab13.5-An91.9Ab7.7;matrix: pyroxene En30.4Wo1.9-En41.6Wo4.5 with lamellaeEn30.8Wo42.3, feldspar An85.8Ab13.6-An90.6Ab8.7. Bulkcomposition (I. A. Roshina, Vernad) semi quantitative-XRF(wt%): SiO2 = 45, TiO2 = 0.6, Al2O3 = 16.4, Na2O = 0.6, CaO = 10,MgO = 5; MnO = 0.6; FeO = 18, Cr2O3 = 0.3. Oxygen isotopescomposition (I. Franchi, OU): δ17 O = 1.848‰; δ18 O =3.963‰.Classification: Achondrite (polymict eucrite). Minorweathering.Type specimens: A total mass of 18.7 g and one thin sectionare on deposit at Vernad. An anonymous collector holds themain mass.

ERRATA

The Meteoritical Bulletin 87:

NWA 1560 olivine composition is Fa32.3.

OTHER CORRECTIONS AND UPDATES

Weston

Coordinates that best express the Weston fall are 41°16′N,73°16′E N (see new publication by Robson and Pagliaro2009). The Weston meteor was observed for approximatelyten seconds at 06:00 Eastern Standard Time (11:00 UTC) on1807 December 14 over New York state and New England.The meteor’s atmospheric trajectory was on a course of 155degrees azimuth (NW to SE) at a slope to the horizon of 30degrees. The meteor became visible at an altitude ofapproximately 84 km and its terminal point was at an altitudeof approximately 16 km. A significant fragmentation of themeteoroid occurred in the vicinity of New Milford,Connecticut at an altitude of 30 km. Upper air windsdistributed the seven fragments recovered into a classicalelliptical pattern (centered on the above given coordinates);the major axis being 12 km and orientated north to south.


The total mass is ~20 kg. The main mass landed on a rockoutcropping in a pasture in Easton, Fairfield County,Connecticut, within 100 m of 41°12′50′′ N and 73°15′43′′W.

ABBREVIATIONS

Classifiers, Type Specimen Locations, Finders andHolders of Main Masses

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

Below is a key to new abbreviations used within this edition:ERFM—European Research Center for Fireballs andMeteorites, Berlin, Germany.Khartoum—University of Khartoum, Khartoum, Sudan.NHMD—Natural History Museum of Denmark, University ofCopenhagen, Denmark.

ADDITIONAL ABBREVIATIONS USED WITHIN THE TEXT

EMP—electron microprobe.ICP-MS—Inductively coupled plasma mass spectroscopy.XRF—X-ray fluorescence.

REFERENCE

Robson M. and Pagliaro F. 2009. Weston: Revised position for ahistorically significant meteorite fall. Meteoritics & PlanetaryScience 44. This issue.

Acknowledgments–The Editor wishes to thank members theNomenclature Committee and all the submitters andclassifiers who have contributed data and descriptions to TheBulletin. The Editor is also very grateful for support from theMAPS office, especially from Managing Editor A. Baier.


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ga,

Tuni

sia

11-A

pr-2

008

Find

31°5

3′53

.9′′N

10°1

1′43

.0′′N

212

H6

S1W

316

.816

.11.

54.

36L.

Fol

co,

MN

A-SI

4.9

MN

A-SI

Tuni

s

Bir

Zar

007

BiZ

007

Mak

hrou

ga,

Tuni

sia

11-A

pr-2

008

Find

31°5

5′18

.5′′N

10°1

1′15

.0′′N

5.2

1L6

S4W

122

.919

.51.

54.

94L.

Fol

co,

MN

A-SI

4.8

MN

A-SI

Tuni

s

Bir

Zar

008

BiZ

008

Mak

hrou

ga,

Tuni

sia

11-A

pr-2

008

Find

31°5

5′35

.2′′N

10°1

1′22

.6′′N

200

Man

yH

6S1

W4

17.2

15.4

1.5

4.38

L. F

olco

, M

NA-

SI77

MN

A-SI

Tuni

s

Bir

Zar

009

BiZ

009

Mak

hrou

ga,

Tuni

sia

11-A

pr-2

008

Find

31°5

5′35

.2′′N

10°1

1′22

.6′′N

213

H5–

6S3

W3

16.9

15.2

1.3

4.53

L. F

olco

, M

NA-

SI7.

7M

NA-

SITu

nis

Bre

ccia

Saha

ra

0200

2Sa

hara

Febr

uary

20

02Fi

ndz+

0°08

.36′

Nw

+0°2

8.00

′W33

31

UR

ES2

W2

21.2

± 0.

217

.6

± 0.

49.

2±

0.3

4.33

M. B

ouro

t-D

enis

e,

MN

HN

P

28M

NH

N L

aben

neM

onom

ict

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

Kha

rtou

m—

Uni

vers

ity o

f Kha

rtoum

, Kha

rtoum

, Sud

an.

Tuni

s—Fa

culté

de

Scie

nces

de

Tuni

s, D

épar

tem

ent d

e G

éolo

gie


Tabl

e 2.

Met

eorit

es fr

om N

orth

wes

t Afr

ica.

Nam

e

Loca

tion

of

reco

very

or

purc

hase

Dat

e of

re

cove

ry o

r pu

rcha

se

Tota

l kn

own

mas

s (g

)

Num

ber

of

piec

esC

lass

Shoc

k st

age

Wea

ther

ing

grad

eFa

mol

%Fs

mol

%W

o m

ol%

Info

abo

ut th

e cl

assi

fier(

s)1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

abo

ut

the

mai

n m

ass2

Com

men

ts

NW

A 1

282

Zago

ra,

Mor

occo

2001

211

How

ardi

teS2

W1

69 (1

gra

in)

15–8

21.

0–41

P. W

arre

n, U

CLA

4.2

UC

LAG

Hup

éPa

ired

w. N

WA

1664

& 1

769

(K-r

ich

glas

sy sp

hero

ids)

. Tho

ught

to b

e pa

ired

beca

use

all o

f the

se N

WA

ho

war

dite

s con

tain

K-r

ich

glas

ses

NW

A 2

753

Mor

occo

2005

410

1D

ioge

nite

23.6

–24.

40.

7–1.

3A

. Irv

ing,

Har

per,

UW

S22

UW

SM

orga

nN

WA

294

9Er

foud

2005

1365

5Eu

crite

Mod

er-

ate

Ligh

t41

–50.

92.

0–4.

8T.

Bun

ch a

nd W

ittke

, N

AU29

NAU

K. D

avis

NW

A 4

296

Tucs

onFe

b-20

0673

51

H4

S1W

218

.816

.91.

5A

. Irv

ing,

UW

S21

.6U

WS

AHup

éN

WA

467

5Tu

cson

, AZ

27-J

an-2

007

789

1H

5W

317

.916

.21.

3D

. Sch

rade

r and

T.

Sw

indl

e, U

Az41

.2 U

AzAn

onIm

pact

mel

t bre

ccia

NW

A 4

859

Erfo

udM

ay-0

352

001

LL5/

6S4

W1

28.3

23.3

1.6

N. J

amsj

a, A

. Ruz

icka

, an

d M

. Hut

son,

C

asca

dia

316

Cas

cadi

aTh

omps

on

NW

A 4

860

Ste

Mar

ie

aux

Min

es

show

, Fra

nce

May

-03

2600

04

L4S6

W1

23.7

20.5

1.2

N. J

amsj

a, A

. Ruz

icka

, an

d M

. Hut

son,

C

asca

dia

307

Cas

cadi

aTh

omps

onH

eavi

ly sh

ocke

d ch

ondr

ules

/fr

agm

ents

surr

ound

ed b

y m

elt

NW

A 4

909

Mha

mid

Mar

-98

966

1H

5S3

W3

19.5

171.

5M

. Hut

son

and

A.

Ruz

icka

, Cas

cadi

a87

.7C

asca

dia

Dic

kson

NW

A 4

910

Mor

occo

Dec

-99

2100

?LL

3.1

S2W

10.

6–36

.12.

0–21

.40.

1–4.

7M

. Hut

son

and

A.

Ruz

icka

, Cas

cadi

a35

.25

Cas

cadi

aD

icks

onA

lso

know

n as

Beg

aa

NW

A 5

063

Erfo

udFe

b-20

0712

981

H6

S1W

118

16A

. Bis

chof

f, IfP

20IfP

Bes

sey

NW

A 5

064

Ensi

shei

mJu

n-20

0754

61

LL6

S4W

231

.525

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. Bis

chof

f, IfP

20IfP

Anon

Sv, B

r, C

alc.

Vei

nsN

WA

506

5En

sish

eim

Jun-

2007

782

1H

4–5

S4W

116

.514

.5A

. Bis

chof

f, IfP

22IfP

Anon

Sv, B

rN

WA

506

6En

sish

eim

Nov

-200

717

1U

reili

teW

119

.5 ±

313

± 2

.5A

. Bis

chof

f, IfP

4IfP

Anon

Br

NW

A 5

067

Ham

burg

Dec

-200

472

81

L5S3

W3-

424

.521

A. B

isch

off,

IfP24

IfPAn

onN

WA

506

8H

ambu

rgD

ec-2

007

396

1L4

S2W

2 25

.520

.5 ±

2.5

A. B

isch

off,

IfP21

IfPAn

onB

r, IM

-cla

sts

NW

A 5

069

Ham

burg

Dec

-200

712

341

R3–

5S2

W3

33 ±

14

12 ±

9A

. Bis

chof

f, IfP

22IfP

Anon

Br, m

ostly

Fa3

9-41

Oxy

gen

isoto

pes:

(R. G

reen

woo

d, O

U; t

wo

anal

yses

) δ17

O =

5.5

6, 5

.56;

δ18

O =

5.7

0, 5

.69;

∆17

O =

2.6

0, 2

.60

(all

‰).

NW

A 5

070

Mun

ich

Nov

-200

613

61

LL4–

5S3

W2-

329

24A

. Bis

chof

f, IfP

21IfP

Anon

Sv, B

r; IM

-cla

sts

NW

A 5

071

Mun

ich

Nov

-200

716

21

H5

S1W

419

16.5

A. B

isch

off,

IfP20

IfPAn

onN

WA

507

2M

unic

hN

ov-2

007

234

1LL

(L)3

S4W

3-4

22 ±

11

15 ±

10

A. B

isch

off,

IfP22

IfPAn

onSv

N

WA

507

3M

unic

hN

ov-2

007

185

1eu

crite

25–5

8A

. Bis

chof

f, IfP

20IfP

Anon

Plag

.-An:

76–

95N

WA

507

4M

unic

hN

ov-2

007

522

4LL

6S3

W1-

229

.523

.5A

. Bis

chof

f, IfP

22IfP

Anon

Sv, B

rN

WA

507

5M

unic

hN

ov-2

007

951

L(LL

)3S2

W3-

415

.5 ±

916

.5 ±

11

A. B

isch

off,

IfP21

IfPAn

onN

WA

507

6O

snab

rück

Nov

-200

716

91

H3–

5S1

W2

14 ±

714

± 3

.5A

. Bis

chof

f, IfP

20IfP

Anon

Br

NW

A 5

077

Sain

te M

arie

Jun-

2007

160

1L4

–6S4

W1

2420

.5A

. Bis

chof

f, IfP

24IfP

Anon

Sv, B

rN

WA

507

8Sa

inte

Mar

ieJu

n-20

0796

63

LL4–

6S2

W2-

329

23.5

A. B

isch

off,

IfP24

IfPAn

onSv

, Br,

IM-c

last

s, C

alc.

Vein

sN

WA

507

9Sa

inte

Mar

ieJu

n-20

0723

91

H5–

6S3

W1

17.5

16A

. Bis

chof

f, IfP

20IfP

Anon

Sv, B

rN

WA

508

0M

unic

h20

0423

51

CV

3S2

Ran

ge:

0–27

Mos

tly0–

3A

. Bis

chof

f, IfP

23IfP

Anon

Mat

rix: F

a 46

± 4

NW

A 5

230

Nor

thw

est

Afr

ica

Oct

-200

790

9.0

1Po

lym

ict

eucr

ite31

.111

A. I

rvin

g, U

WS

22.2

5U

WS

SJS

NW

A 5

290

Mor

occo

Unk

now

n71

61

L6S2

W4

2520

.5A

. Bis

chof

f, IfP

30IfP

Anon

NW

A 5

291

Mor

occo

Unk

now

n23

01

H5

S2W

2-3

1917

.5A

. Bis

chof

f, IfP

30IfP

Anon

NW

A 5

299

Tucs

onD

ec-2

005

92.5

1R

6S2

W2

38.8

9.9

46.9

A. I

rvin

g, U

WS

18.5

UW

SPM

ani

0.3

3 w

t% C

r 2O

3 in

cpx

NW

A 5

300

Tucs

onD

ec-2

005

47.3

1L4

S2W

023

.0–2

7.1

22.7

; 9.1

1.7–

2.4;

44

A. I

rvin

g, U

WS

9.9

UW

SPM

ani

NW

A 5

301

Tago

unite

Jul-2

007

611

L5S2

W3

25.1

20.6

1.6

A. I

rvin

g, U

WS

12.2

UW

SPM

ani

NW

A 5

302

Tucs

onJu

n-20

0746

.21

L5S2

W2

24.2

20.1

1.4

A. I

rvin

g, U

WS

11.0

UW

SPM

ani

NW

A 5

303

Tucs

onO

ct-2

007

19.9

1L6

S2W

0, W

224

.621

.01.

4A

. Irv

ing,

UW

S6.

5U

WS

PMan

iH

alf w

eath

ered

cru

sted

ston

eN

WA

530

4Tu

cson

Oct

-200

728

.71

H4

S2W

018

.9–1

9.2

15.9

3.9

A. I

rvin

g, U

WS

9.9

UW

SPM

ani

NW

A 5

306

Taou

z, K

em

Kem

are

aA

pr-2

008

128.

71

How

ardi

te43

–71

4–Fe

bJ.A

. Bar

rat,

IUEM

22IU

EMTh

omas

Oxy

gen

isot

opes

1 δ17

O =

1.6

4 ±

0.02

‰, δ

18O

= 3

.60

± 0.

04‰

, ∆17

O =

−0

.243

± 0

.002

‰N

WA

531

3A

lger

iaM

ar-2

008

5.3

1Sh

ergo

ttite

41.1

7.2

A. I

rvin

g and

S. K

uehn

er,

UW

S5.

3U

WS

Har

per

NW

A 5

314

Erfo

udM

ar-2

008

8.03

1D

ioge

nite

23.5

2.8

A. I

rvin

g, U

WS

8.0

PSF

F. K

unz

FeO

/MnO

in o

px =

28.

5–31

.9N

WA

539

8M

oroc

coJu

n-05

269.

91

L6S2

W3

24.7

20.8

1.6

A. I

rvin

g, U

WS

20.0

UW

SJ.

Mill

erN

WA

539

9M

oroc

coJu

n-05

62.5

1L3

.6S2

W2

2.2–

23.9

9.4–

16.0

0.4–

1.4

A. I

rvin

g, U

WS

12.5

UW

SJ.

Mill

erO

livin

e C

r 2O

3 0.0

2–0.

08 w

t%N

WA

540

1O

uarz

azat

eJu

n-20

0892

61

CV

3S2

W1

0.7–

6.5

1.1;

0.5

0.9;

54.

8A

. Irv

ing,

UW

S20

.0U

WS

GH

upé

Mel

ilite

, spi

nel a

nd c

px in

CA

IN

WA

540

3R

issa

niJu

n-20

0820

11

Lodr

anite

10.3

3.2

44.9

A. I

rvin

g, U

WS

20.4

UW

SG

Hup

éPa

ired

with

NW

A 4

478/

4933


NW

A 5

404

Zago

raJu

n-20

085.

61

Eucr

ite33

.22.

1A

. Irv

ing,

UW

S1.

2U

WS

GH

upé

FeO

/MnO

in o

px =

28.

5N

WA

540

7G

uelm

ime

Jun-

2008

564

1L5

-imb

S2-S

5W

224

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4.6

21.2

1.4

A. I

rvin

g, U

WS

31.9

UW

SG

Hup

éSh

ock

dark

ened

& m

elte

d zo

nes

NW

A 5

408

Alg

eria

Jun-

0822

2842

Eucr

ite,

(pol

ymic

t)49

.93.

2A

. Irv

ing a

nd S

. Kue

hner

, U

WS

45.9

UW

SG

Hup

é

NW

A 5

415

Los A

ngel

es,

CA

2002

1566

158

How

ardi

teS2

W4

40–4

3 (5

gra

ins)

14–3

60.

9–43

P. W

arre

n, U

CLA

27U

CLA

ST

utor

owN

WA

5415

is c

once

ivab

ly a

ver

y m

etal

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r mes

osid

erite

.

NW

A 5

418

Tucs

on, U

SA20

0612

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1L6

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21.2

6J.

Schl

uete

r, H

amb

22H

amb

Wut

hena

uSa

mpl

e fo

r exa

min

atio

n: 2

42 g

NW

A 5

419

Mor

occo

2007

380

1A

ubrit

e0.

23J.

Schl

uete

r, H

amb

23.4

Ham

bH

orst

See

sepa

rate

ent

ryN

WA

548

5Er

foud

Sept

-200

845

51

How

ardi

te29

.5–4

5.4

2.8–

8.5

A. I

rvin

g, U

WS

29.9

UW

SM

orga

nPl

agio

clas

e A

n 90.

3–93

.1N

WA

548

6Er

foud

Jun-

2008

142

1L6

S4W

225

.622

.01.

6A

. Irv

ing,

UW

S20

.5N

AUG.

Hup

éN

WA

548

7Er

foud

Oct

-200

815

01

How

ardi

te26

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4.4

2.8;

44.

8A

. Irv

ing,

UW

S20

.0U

WS

Mor

gan

FeO

/MnO

in o

px =

32.

2N

WA

548

8Er

foud

Oct

-200

811

01

Lod

10.6

9.9;

3.8

1.6;

45.

1A

. Irv

ing,

UW

S20

.0U

WS

Mor

gan

Paire

d w

ith N

WA

447

8/49

33N

WA

548

9Er

foud

Oct

-200

828

81

How

ardi

te37

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7.2

3.7;

41.

9A

. Irv

ing,

UW

S20

.0U

WS

Mor

gan

FeO

/MnO

in o

px =

29.

2N

WA

551

5A

lger

iaN

ov-2

007

1370

02

CK

429

–34

25–2

71

T. M

ikou

chi,

UTo

k20

.0U

Tok

M. F

arm

erN

WA

559

9Er

foud

Dec

-200

236

03

R4

S2W

1/2

38.5

12.3

44.3

A. I

rvin

g an

d S.

Kue

hner

25.5

UW

SG

rego

ryPl

agio

clas

e A

n 9O

r 3.6

NW

A 5

600

Erfo

udM

ar-2

003

115

1D

ioge

nite

31.0

28.6

1.5

A. I

rvin

g an

d S.

Kue

hner

20U

WS

Gre

gory

Plag

iocl

ase

An 8

1.2–

93.8

NW

A 5

601

Mor

occo

May

-200

565

001

Eucr

ite,

(pol

ymic

t)58

.62.

5A

. Irv

ing

and

S. K

uehn

er25

.3U

WS

ROM

NW

A 5

603

Tago

unite

2004

459

5di

ogen

ite

(ol-r

ich)

27.3

24.4

1.5

A. I

rvin

g, U

WS

20.2

UW

SG

Hup

éPa

ired

with

NW

A 1

877

NW

A 5

604

Zago

raM

ar-2

006

466

2LL

5S4

W2

31.3

24.9

1.4

A. I

rvin

g, U

WS

21.0

UW

SG

Hup

éN

WA

560

5Ta

goun

iteJu

n-20

0676

51

L5S2

W2

24.4

20.1

2.3

A. I

rvin

g, U

WS

20U

WS

GH

upé

NW

A 5

606

Tago

unite

Jan-

2005

79.4

2R

4S2

W0

39.2

20.8

2.2

A. I

rvin

g, U

WS

15.9

UW

SG

Hup

éPl

agio

clas

e A

n 13.

4Or 3

, NiF

eSN

WA

560

7Za

gora

Mar

-200

647

91

L5S4

W2

23.7

20.0

2.8

A. I

rvin

g, U

WS

20U

WS

GH

upé

NW

A 5

608

Alg

eria

Mar

-200

740

.91

Iron

(IIE

)19

.37.

941

.4A

. Irv

ing a

nd S

. Kue

hner

, U

WS

8.2

UW

SG

Hup

éSi

lic. i

ron.

Oxy

gen

Isot

opes

(D

. Rum

ble,

CIW

): δ18

O =

3.5

56,

δ17O

= 2

.658

, ∆17

O =

0.7

88 p

er m

ilN

WA

561

3M

oroc

coM

ay-2

008

107

1D

ioge

nite

283

J. A

. Bar

rat,

IUEM

20.3

IUEM

Hm

ani

Con

sist

s of s

ingl

e cr

ysta

l fra

gmen

ts

and

brec

ciat

ed c

last

s set

in a

fine

gr

aine

d fr

agm

enta

l mat

rix.

NW

A 5

614

Mor

occo

May

-200

850

1H

owar

dite

243

J. A

. Bar

rat,

IUEM

9.8

IUEM

Hm

ani

Oxy

gen

isot

opes

+ δ

17O

= 1

.80

± 0.

07‰

, δ18

O =

3.8

8 ±

0.13

‰,

∆17O

= −

0.24

0 ±

0.00

6‰N

WA

561

5M

oroc

coM

ay-2

008

691

Eucr

ite61

2J.

A. B

arra

t, IU

EM14

.9IU

EMH

man

iPy

roxe

ne c

onta

ins f

ine

exso

lutio

n la

mel

lae

of a

ugite

Wo 4

3,Fs 2

7.N

WA

561

6M

oroc

coM

ay-2

008

169

1Eu

crite

(p

olym

ict)

33–4

22–

14.0

J. A

. Bar

rat,

IUEM

20.9

IUEM

Hm

ani

Oxy

gen

isot

opes

= δ

17O

= 1.

661‰

, δ18

O =

3.6

14‰

, ∆17

O =

−0.

233‰

. Pa

ired

with

NW

A 5

618

NW

A 5

617

Mor

occo

May

-200

828

01

Eucr

iteS1

W3

612

1.04

J. A

. Bar

rat,

IUEM

20.6

IUEM

Hm

ani

Pyro

xene

con

tain

s exs

olut

ion

lam

ella

e of a

ugite

Wo 4

3,Fs 2

7. Si

mila

r to

NW

A 3

137

and

NW

A 3

147,

and

it

is li

kely

pai

red.

N

WA

561

8M

oroc

coJu

n-20

0817

91

Eucr

ite

(pol

ymic

t)S2

W3

33–4

22–

14.0

J. A

. Bar

rat,

IUEM

23IU

EMH

man

iO

xyge

n is

otop

es =

δ17

O =

1.6

79‰

, δ18

O =

3.6

78‰

, ∆17

O =

−0.

249‰

for

NW

A 5

618.

Pai

red

with

NW

A 5

616

NW

A 5

707

Mor

occo

Feb-

2006

285

1L3

.820

.716

.69.

7G.

Hus

s, U

H21

.2U

HM

orga

nN

WA

570

8M

oroc

coFe

b-20

0628

57

R4

38.6

G. H

uss,

UH

20U

HM

orga

nPo

lym

ict b

recc

iaN

WA

574

4M

ali

Feb-

2009

170

Luna

rS2

W3

20.7

16.6

9.7

A. I

rvin

g and

S. K

uehn

er,

UW

S20

.1U

WS

Anon

NW

A 5

764

Alg

eria

6/25

/190

520

03Fi

ndLL

6 (b

recc

ia)

s2-s

4w

131

.5 ±

0.6

–25

.5 ±

0.5

26.5

± 0

.4–

22.2

± 0

.3M

. Bou

rot-

Den

ise,

MN

HN

P22

.4M

NH

NR.

Len

ssen

Bre

ccia

, con

tain

s cla

sts o

f L4

chon

drite

NW

A 5

793

Tucs

on G

em

& M

iner

al

Show

2009

3500

1LL

3.8–

4S2

W3

28.4

± 5

.0

(hos

t)H

eter

ogen

eous

(in

suff.

dat

a to

com

pute

m

eani

ngfu

l av

erag

e)

J. G

ross

man

, USG

S20

SI

S. A

rnol

dG

enom

ict b

recc

ia; L

L3.8

hos

t (s

ubty

pe e

stim

ated

from

PM

D-F

eO

in o

livin

e =1

3%, n

= 3

8)

NW

A 5

799

Mor

occo

late

200

849

71

LL 4

S3W

228

.223

.2A

. Lov

e, A

pp22

App

G. C

atte

rton

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

G. C

atte

ron—

Gre

g C

atte

rton,

Len

oir,

NC

.

Tabl

e 2.

Con

tinue

d. M

eteo

rites

from

Nor

thw

est A

fric

a.

Nam

e

Loca

tion

of

reco

very

or

purc

hase

Dat

e of

re

cove

ry o

r pu

rcha

se

Tota

l kn

own

mas

s (g

)

Num

ber

of

piec

esC

lass

Shoc

k st

age

Wea

ther

ing

grad

eFa

mol

%Fs

mol

%W

o m

ol%

Info

abo

ut th

e cl

assi

fier(

s)1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

abo

ut

the

mai

n m

ass2

Com

men

ts


Tabl

e 3.

Met

eorit

es fr

om N

orth

Am

eric

a.

Nam

eA

bbre

-vi

atio

n

Loca

tion

of

reco

very

Ty

pe o

f fin

d si

teD

ate

of

reco

very

Find

/Fa

llLa

titud

eLo

ngitu

de

Tota

l kn

own

mas

s (g

)

Num

ber o

f pi

eces

Cla

ssSh

ock

stag

eW

eath

gr

ade

Fa

mol

%Fs

m

ol%

Wo

mol

%

Mag

netic

su

s lo

gχ

(10−9

m

3 /kg

)

Info

abo

ut

the

clas

sifie

r(s)

1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ec.

loca

tion

Info

ab

out

the

mai

n m

ass2

Com

men

ts

Ash

Cre

ekM

cLen

-na

n C

ount

y,

TX

Hig

hlan

d pa

stur

e15

-Feb

-20

09, f

ell

15 F

eb.

2009

, 11

:00

CST

Fall

31°4

8.3′

N97

°00.

6′W

9500

40+

L6S3

W0

24.2

±

0.2

20.5

± 0.

71.

6±

0.2

4.91

A.

Rub

in,

UC

LA

30.6

UC

LAD

Daw

nSe

e writ

ten

entry

La L

uzN

ear L

a Lu

z, O

tero

C

ount

y,

NM

Mar

-20

05Fi

nd33

°00′

13.8

′′N10

551′

3.0′

′W47

981

H4

S2W

316

.114

.9J.

Kar

ner,

UN

M20

1U

NM

R.

Now

ell

Moa

pa

Valle

yN

evad

aSe

pt-

2004

Find

36°3

3′26

′′N11

4°25

′37′

′W69

8.8

1C

M1

A. I

rvin

g an

d S.

K

uehn

er,

UW

S

21U

WS

S. C

lary

R

ound

ed to

el

lipso

idal

ob

ject

s (0

.05

to 0

.7

mm

acro

ss)

com

pose

d of

phy

llo-

silic

ate a

nd

sulfi

deO

cate

Mor

a C

ount

y,

New

M

exic

o

1986

Find

36°1

7.72

′N10

5°2.

90′W

6400

1Ir

on

IAB

C. H

erd,

N

. B

ruem

mer

, U

ab

100.

78U

abG

Hup

é

Roo

seve

lt C

ount

y 10

9

RC

109

Sect

ion 1

7,

Ran

ge

36E,

To

wns

hip

1S,

Roo

seve

lt C

ount

y,

New

M

exic

o

2005

Find

34°1

3′N

103°

11′W

17.3

1L6

S3W

525

.25

± 0.

52

(PM

D

2.1%

)

20.7

± 0.

4 (P

MD

1.

8%)

1.67

± 0.

15L.

Boe

ck, G

. H

uss,

K. K

eil,

UH

3.05

UH

SWils

on

Roo

seve

lt C

ount

y 11

0

RC

110

S1-R

32E-

T7S

Roo

seve

lt C

ount

y,

NM

, USA

1987

Find

33º4

4.2′

N10

3º37

.4′W

73.7

1L4

S3W

224

.3

(PM

D

2.2%

)

18.5

0.74

L. B

oeck

, G.

Hus

s, K

. Kei

l, U

H

12.0

7U

HSW

ilson

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

DD

awn—

Dou

glas

Daw

n, M

exic

o R

. Now

ell—

R. N

owel

l, N

ew M

exic

o.


Tabl

e 4.

Met

eorit

es fr

om S

outh

Am

eric

a.

Nam

e

Loca

tion

of

reco

very

D

ate

of

reco

very

Find

/Fa

llLa

titud

eLo

ngitu

de

Tota

l kn

own

mas

s (g

)

Num

ber

of

piec

esC

lass

Shoc

k st

age

Wea

ther

ing

grad

eFa

mol

%Fs

mol

%W

o m

ol%

Info

abo

ut

the

clas

sifie

r(s)

1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

abou

t th

e m

ain

mas

s2C

omm

ents

Ber

duc

Col

onia

B

erdu

c,

Arg

entin

a

07-A

pr-2

008

Fall

31°5

4.6′

N58

º19.

7′W

270

Seve

ral

L6S4

W0

23.7

20.3

1.4

A. R

ubin

, U

CLA

; J.

Llor

ca,

UPC

; J.

M. T

rigo-

Rod

rígue

z,

CSI

C-I

EEC

154

MN

CN

A-AS

Anon

Type

Spe

cim

ens:

154

g

MN

CN

A-AS

, 2 g

UC

LA

and

5 g

CSI

C

Palm

as de

M

onte

A

lto

Palm

as

de M

onte

A

lto,

Bah

ia,

Bra

zil

1954

Find

14°2

2′03

′′S43

°01′

22′′W

9700

01

Iron

(I

IIA

B)

M. E

. Zu

colo

tto,

Rio

55Ri

oC

o =

0.54

, Ni =

9.4

(b

oth

in w

t%);

Ga =

22,

A

s = 1

6, Ir

= 0

.70,

A

u =

1.7

(all

in p

pm)

Vito

ria d

a C

onqu

ista

Vito

ria

da

Con

quis

ta,

Bah

ia,

Bra

zil

Dec

-200

7Fi

nd14

°50′

19′′S

40°5

0′10

′′W10

500

1Ir

on

(IVA

)M

. E.

Zuco

lotto

, Ri

o

120

Rio

Bern

arde

sC

o =

0.41

, Ni =

9.4

(b

oth i

n wt%

); G

a = 2.

4,

As =

13,

Ir =

0.8

4,

Au

= 2.

37 (a

ll in

ppm

)

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

Ber

nard

es—

Prof

. Edu

ardo

Ber

nard

es—

Dep

arta

men

to d

e G

eolo

gia,

UFB

A /M

. E. Z

ucol

otto

, Rio

6


Table 5. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET) program.

Samplenumber

Weight(g) Class. Weath. Fract. %Fa %Fs

AMN*

DNG 06001 26.7 L6 B/C B 31-2DNG 06002 4.4 LL6 A/B A/B 31-2DNG 06003 12.5 L6 B A/B 31-2GRA 06103 1015.8 L5 C A/B 31-2GRA 06104 5691 L5 B/CE B/C 31-2GRA 06105 4155.5 L5 B/C B/C 31-2GRA 06106 4530 H5 B A 32-1GRA 06107 3657.4 LL5 C B/C 31-2GRA 06108 2323.4 L5 A/B A/B 32-1GRA 06109 1618.9 L5 A/B B 32-1GRA 06112 996.3 L5 B/C B 32-1GRA 06113 1254.7 L5 B/C A/B 32-1GRA 06114 906.7 L5 B/C B 32-1GRA 06115 456.3 L5 C B 31-2GRA 06118 775.6 H5 C B/C 31-2GRA 06119 1175.7 L6 C B/C 31-2GRA 06120 1171.3 L5 C C 31-2GRA 06121 1072.8 L5 A/B B/C 31-2GRA 06122 466.3 H5 C B 31-2GRA 06123 965 L5 C A/B 31-2GRA 06124 499.1 LL5 B B 31-2GRA 06125 487.2 L5 B A 31-2GRA 06127 254.1 H6 B A/B 31-2GRA 06132 136.5 L5 C A/B 31-2GRA 06133 234 LL6 B B 31-2GRA 06134 89.4 L6 CE B/C 31-2GRA 06135 207.5 H6 C B/C 31-2GRA 06136 170.3 L6 C A 31-2GRA 06137 198.7 L5 B A/B 31-2GRA 06138 134.6 L6 C B 31-2GRA 06139 148 LL5 A/B A/B 31-2GRA 06170 191.2 LL5 A A 31-2GRA 06171 233 LL5 A A 31-2GRA 06205 47.1 LL6 B B 31-2GRA 06206 34.5 L5 B/C B 31-2GRA 06207 50 LL5 B/C B 31-2GRA 06208 36.6 L6 B/C B 31-2GRA 06209 52.2 L5 C B 31-2LAR 06250 4431.9 LL6 A/B A 31-2LAR 06254 2301.8 H6 B/Ce A/B 32-1LAR 06255 1438.6 L5 B/CE A 31-2LAR 06256 3180 H6 B A 32-1LAR 06258 1828.2 H6 B/Ce A/B 32-1LAR 06260 1177.8 L5 B A/B 32-1LAR 06261 5745 H5 B B 31-2LAR 06262 7590 L5 B B/C 31-2LAR 06263 4575 L4 B/CE A 31-2LAR 06264 2910 L5 B/C A 31-2LAR 06265 3925 L5 C A/B 31-2LAR 06266 1893.6 H5 A/B A/B 32-1LAR 06267 8850 L5 C B 31-2LAR 06268 4265 LL5 C A 31-2LAR 06269 2975 L5 B/CE A/B 31-2LAR 06270 2541.3 H6 B/CE A 32-1LAR 06271 1361.5 L5 B/C A 31-2LAR 06272 3190 H6 A/B B 32-1LAR 06298 2208.5 LL

impact melt

B A/B 29 23 31-2

LAR 06299 751.9 LL impact melt

B A/B 29 23 31-2

LAR 06302 2280 H5 B/C A 31-2LAR 06304 2018.4 LL6 C A/B 31-2LAR 06305 2885.1 H6 B/C A/B 32-1LAR 06340 43.5 L5 B/C B 31-2LAR 06342 12.9 L5 C B 31-2LAR 06343 18.5 LL3 B/C B 11–31 15–23 31-2

LAR 06344 26.3 L4 B/C B 31-2LAR 06345 9.6 H6 C B 31-2LAR 06346 37.4 H6 C B 31-2LAR 06347 15.7 L5 B B 31-2LAR 06348 17.6 H6 C B 31-2LAR 06349 20.4 L4 C B 31-2LAR 06350 16 H5 C A/B 31-2LAR 06351 7.7 L6 C A 31-2LAR 06352 4.6 H6 C A/B 31-2LAR 06353 15.3 H6 C B 31-2LAR 06354 31.3 L6 B B 31-2LAR 06355 23.8 H5 C B 31-2LAR 06356 38.5 L6 C A/B 31-2LAR 06357 26.3 L5 B A/B 31-2LAR 06358 20.4 L6 C B 31-2LAR 06359 12.5 H6 C B 31-2LAR 06360 44.9 L5 B A 31-2LAR 06361 10.7 L6 C B 31-2LAR 06362 9.8 L5 C B 31-2LAR 06363 20.3 L5 CE B 31-2LAR 06364 35.7 H6 C C 31-2LAR 06365 44.9 L5 C C 31-2LAR 06366 17.7 H6 C C 31-2LAR 06367 18.5 H5 C A 31-2LAR 06369 59.4 H5 C B 31-2LAR 06370 19.9 L4 B A 32-1LAR 06371 11.8 H6 C A/B 32-1LAR 06372 7.8 H6 C A 32-1LAR 06373 6.9 H5 B/C B 32-1LAR 06374 33.2 H6 C B 32-1LAR 06375 40.1 H6 B/C B 32-1LAR 06376 65.6 L4 C A/B 32-1LAR 06377 4.8 H6 C A/B 32-1LAR 06378 7 H6 C A/B 32-1LAR 06379 51.9 H5 C C 32-1LAR 06380 32.7 H6 C B 32-1LAR 06381 87.5 L5 B/C A/B 32-1LAR 06382 9.1 H6 C A/B 32-1LAR 06383 20.6 L5 C A/B 32-1LAR 06384 33.7 H6 C A/B 32-1LAR 06385 11.1 H6 C A/B 32-1LAR 06386 11.7 L5 C A/B 32-1LAR 06387 13.2 H6 C A/B 32-1LAR 06388 6.2 H6 C A/B 32-1LAR 06389 8 H6 C A/B 32-1LAR 06390 10.7 H6 C A/B 32-1LAR 06391 22 H6 C B 32-1LAR 06392 90.9 H5 A/B A/B 32-1LAR 06393 86.7 H6 C B 32-1LAR 06394 21.5 L5 B B 32-1LAR 06395 36.3 H6 C A/B 32-1LAR 06396 27.3 H6 C B/C 32-1LAR 06397 19.6 H5 A A/B 32-1LAR 06398 30.7 H6 C B 32-1LAR 06410 20 L4 A/B A/B 32-1LAR 06411 34.8 L5 B/C A/B 32-1LAR 06412 8.5 L5 C A/B 32-1LAR 06413 8.3 H6 C A/B 32-1LAR 06414 7.9 H6 C A/B 32-1LAR 06415 5.6 H6 C A/B 32-1LAR 06416 33.8 H6 C A/B 32-1LAR 06417 9.7 H6 C A/B 32-1LAR 06418 10.8 H6 C A/B 32-1LAR 06419 14 L5 B/C A/B 32-1LAR 06420 67.5 L5 C B 32-1LAR 06421 17.7 H6 C A/B 32-1LAR 06422 65.4 L5 C A/B 32-1

Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)

Samplenumber


AMN*


LAR 06424 3.6 L6 C A/B 32-1LAR 06425 20.4 L6 C A/B 32-1LAR 06426 7.1 H6 C A/B 32-1LAR 06427 19.3 L6 C A/B 32-1LAR 06428 10.8 H6 C A/B 32-1LAR 06429 6.9 H6 C A/B 32-1LAR 06430 51.5 H6 C A/B 31-2LAR 06431 10.5 H6 C A/B 31-2LAR 06432 24.3 H5 C A/B 31-2LAR 06433 11.4 H6 C A/B 31-2LAR 06434 13.9 L6 C A/B 31-2LAR 06435 34.2 L6 C A/B 31-2LAR 06436 23.6 H6 CE A/B 31-2LAR 06437 15.6 H6 C B 31-2LAR 06439 10.3 H6 C B 31-2LAR 06440 12.6 H5 CE B 31-2LAR 06441 6.1 H6 C B 31-2LAR 06442 4.1 L6 C A/B 31-2LAR 06443 4.9 H5 C A/B 31-2LAR 06444 12.6 L5 C A/B 31-2LAR 06445 3.2 H5 C A/B 31-2LAR 06446 15 LL6 B B 31-2LAR 06447 17 L6 C B 31-2LAR 06448 17.5 H6 C B 31-2LAR 06450 108.7 H6 C A/B 32-1LAR 06451 23.8 L4 B A 32-1LAR 06452 52.1 H6 C A/B 32-1LAR 06453 13 H6 C A/B 32-1LAR 06454 98.8 L4 C A/B 32-1LAR 06455 118.5 L4 B B 32-1LAR 06456 32 H6 C B 32-1LAR 06457 92.2 H6 C B 32-1LAR 06458 113.2 L4 C A/B 32-1LAR 06459 87.7 H6 C A/B 32-1LAR 06460 90.1 H5 C A 31-2LAR 06461 35.4 LL5 B B 31-2LAR 06462 110.8 L5 C C 31-2LAR 06463 188.7 L5 B B 31-2LAR 06464 19.2 LL5 B B 31-2LAR 06465 234.3 H4 C A/B 31-2LAR 06466 247.6 L6 C C 31-2LAR 06467 84.2 L6 B/C B 31-2LAR 06468 30.8 L5 B B 31-2LAR 06469 32.1 LL3 B B 10–34 8–21 31-2LAR 06480 11.5 H6 C A/B 32-1LAR 06481 14.2 H6 C A/B 32-1LAR 06482 14.6 H6 C B 32-1LAR 06483 10.8 H6 C A/B 32-1LAR 06484 5.1 H6 C A/B 32-1LAR 06485 5 L4 B/C A/B 32-1LAR 06486 14.2 H6 C A/B 32-1LAR 06487 15.2 H6 CE A/B 32-1LAR 06488 7.9 H6 C A/B 32-1LAR 06489 63.8 H6 C B 32-1LAR 06490 53.4 L4 B A/B 32-1LAR 06491 7.4 H6 C A 32-1LAR 06492 8.2 H6 C A 32-1LAR 06493 5.7 H6 C A/B 32-1LAR 06494 13.7 H6 CE B 32-1LAR 06495 1 H6 B A 32-1LAR 06496 15.4 H6 CE B 32-1LAR 06497 20.9 H6 C A/B 32-1LAR 06498 54.6 L5 B A/B 32-1LAR 06499 16.5 H6 CE B 32-1LAR 06510 38.5 L4 B A 32-1LAR 06511 12.4 H6 C A 32-1


Samplenumber


AMN*

LAR 06513 16.9 H6 CE A/B 32-1LAR 06514 87.6 L5 BE B 32-1LAR 06515 13.5 H6 C A/B 32-1LAR 06516 45.1 H6 C C 32-1LAR 06517 30.7 H6 C C 32-1LAR 06518 49.9 H5 C A/B 32-1LAR 06519 86.4 H6 C A/B 32-1LAR 06520 19.1 H6 C A/B 32-1LAR 06521 23.7 H6 C A/B 32-1LAR 06522 9.4 H4 B/C B 32-1LAR 06523 22.2 H6 C A/B 32-1LAR 06524 15.5 H6 C A/B 32-1LAR 06525 39.8 H6 C A/B 32-1LAR 06526 33.3 L5 A/B A 32-1LAR 06527 24.3 H6 CE A/B 32-1LAR 06528 18.4 H6 C A/B 32-1LAR 06529 26.4 H6 C B 32-1LAR 06530 12 H6 C A 32-1LAR 06531 34.8 H6 C A 32-1LAR 06532 15.4 L5 CE A/B 32-1LAR 06533 13.2 H6 C A/B 32-1LAR 06534 16.5 H6 C A 32-1LAR 06535 16 L5 C A 32-1LAR 06536 3 H6 C A 32-1LAR 06537 19.7 L5 B/C A/B 32-1LAR 06538 11.6 H6 C A 32-1LAR 06539 15.8 H4 CE A/B 32-1LAR 06540 26.7 H6 C B 31-2LAR 06541 27.3 L6 C B 31-2LAR 06543 11.8 L5 C A/B 31-2LAR 06544 11.8 L6 C A/B 31-2LAR 06545 17.1 H6 C A/B 31-2LAR 06546 16.7 L5 C A 31-2LAR 06547 13.4 L5 C A/B 31-2LAR 06548 7 H5 C A/B 31-2LAR 06549 19.3 H6 C A/B 31-2LAR 06550 27 H6 C B 32-1LAR 06551 10.3 H6 C A/B 32-1LAR 06552 11.6 H6 C A/B 32-1LAR 06553 7.9 H5 C A/B 32-1LAR 06554 5.1 H6 C B 32-1LAR 06555 14.1 H6 C B 32-1LAR 06556 10.6 H6 C B 32-1LAR 06557 28.9 H6 C B 32-1LAR 06558 15.7 H6 C B 32-1LAR 06559 15.7 H6 C B 32-1LAR 06580 23.6 H6 C B 32-1LAR 06581 17.4 H6 C A/B 32-1LAR 06582 15 L5 CE C 32-1LAR 06583 7.7 H6 CE C 32-1LAR 06584 8 H6 B A/B 32-1LAR 06586 7.1 H6 C B 32-1LAR 06587 16.9 H6 C A 32-1LAR 06588 9.9 L5 CE A/B 32-1LAR 06589 10.1 H6 C A/B 32-1LAR 06590 24.2 L5 C B 31-2LAR 06591 15.2 H5 C B 31-2LAR 06592 24 L5 C B 31-2LAR 06593 25.7 L6 C B 31-2LAR 06594 12.9 H5 C B 31-2LAR 06595 22.2 L6 C B 31-2LAR 06596 24.3 H6 C B 31-2LAR 06597 17.4 L5 B A/B 31-2LAR 06598 9.8 H5 C B 31-2LAR 06599 11 H5 C B 31-2LAR 06610 71.8 H5 C C 31-2


Samplenumber


AMN*


LAR 06611 193.2 L6 B/C A 31-2LAR 06612 60.2 L5 C B 31-2LAR 06613 132.3 L5 B A 31-2LAR 06614 61.5 L4 C B 31-2LAR 06615 128 L6 B A 31-2LAR 06616 193.8 H5 C A/B 31-2LAR 06617 73.9 L5 C A/B 31-2LAR 06619 30.1 L5 C A/B 31-2LAR 06620 24 H5 CE A/B 31-2LAR 06622 23.6 H4 B/C A 31-2LAR 06623 8.1 L6 C B 31-2LAR 06624 8.1 H6 C B 31-2LAR 06625 29.6 L5 B B 31-2LAR 06627 21.1 H5 C B 31-2LAR 06628 27 CV3 B/CE A/B 0–3 0–1 31-2LAR 06629 8.2 L6 C B 31-2LAR 06630 15.4 H6 C B 31-2LAR 06631 42.7 H5 C A/B 31-2LAR 06632 19.9 H6 C A/B 31-2LAR 06634 31.8 L5 CE B 31-2LAR 06635 15.8 H5 C A 31-2LAR 06637 19 H5 C A/B 31-2LAR 06639 18.2 LL6 B A/B 31-2LAR 06640 17.3 H5 C A/B 31-2LAR 06641 12.2 H5 C B 31-2LAR 06642 20.7 H5 C A/B 31-2LAR 06643 18.9 L6 C A/B 31-2LAR 06644 5.1 H6 CE A/B 31-2LAR 06645 13.4 H6 C A/B 31-2LAR 06646 17.4 H6 C A/B 31-2LAR 06647 15 H6 C A/B 31-2LAR 06649 6.7 H6 CE A/B 31-2LAR 06650 38.1 H6 C B 31-2LAR 06651 20.6 L6 C A/B 31-2LAR 06652 19.9 H6 C A/B 31-2LAR 06653 20.9 H6 C A/B 31-2LAR 06655 12.9 H6 C A/B 31-2LAR 06656 10.9 L6 B/C B 31-2LAR 06657 17.1 H6 C B 31-2LAR 06658 15.8 L6 C A/B 31-2LAR 06660 111.4 H6 C A/B 31-2LAR 06661 99.6 L5 B/C B/C 31-2LAR 06662 50.6 L6 C A/B 31-2LAR 06663 103.6 H6 C A/B 31-2LAR 06664 94.8 LL6 B/C B 31-2LAR 06665 96.3 H6 C B 31-2LAR 06666 98 H6 C B 31-2LAR 06667 52.6 L5 C C 31-2LAR 06668 69.9 H5 C B 31-2LAR 06669 78 H5 C B 31-2LAR 06670 63.2 L5 C A 32-1LAR 06671 30.7 H6 C A/B 32-1LAR 06672 56 H6 C A/B 32-1LAR 06675 33.8 L5 B A/B 32-1LAR 06676 50.9 L5 C A 32-1LAR 06677 24.6 H6 C CE 32-1LAR 06678 19.7 H6 C A 32-1LAR 06679 24.6 H6 B A/B 32-1LAR 06680 14.8 H6 C A/B 32-1LAR 06681 4.1 H6 C B 32-1LAR 06682 20.7 H6 C A/B 32-1LAR 06683 7.6 H6 C A/B 32-1LAR 06684 22.4 H6 B A/B 32-1LAR 06687 18.5 L5 B/C A/B 32-1LAR 06688 18.2 L6 C A/B 32-1LAR 06689 12.4 H6 C A/B 32-1LAR 06690 18.4 H5 C A/B 31-2


Samplenumber


AMN*

LAR 06692 10.9 H6 C A/B 31-2LAR 06693 7 H5 C A 31-2LAR 06694 11.3 H6 C A/B 31-2LAR 06695 1.6 H5 C A/B 31-2LAR 06696 10.4 H6 CE A/B 31-2LAR 06697 4.1 H6 C A/B 31-2LAR 06698 13.4 H6 C A/B 31-2LAR 06699 24.9 H5 CE A/B 31-2LAR 06700 13.8 L5 C A/B 31-2LAR 06701 23.4 H6 C B 31-2LAR 06702 18.3 H6 C B 31-2LAR 06703 9.2 H5 C B 31-2LAR 06704 6.1 H5 C B 31-2LAR 06705 6.9 L6 C A/B 31-2LAR 06706 23.9 L6 C A/B 31-2LAR 06708 11.8 LL6 C A/B 31-2LAR 06709 21.6 L5 B/C B 31-2LAR 06710 19 H6 C B 31-2LAR 06711 34.9 H6 C B/C 31-2LAR 06712 19.6 H6 C B/C 31-2LAR 06713 23.1 LL6 B A/B 31-2LAR 06714 11.8 L4 B A/B 31-2LAR 06715 7.7 L6 C A 31-2LAR 06716 7.2 H5 C A 31-2LAR 06717 29.2 H6 C A/B 31-2LAR 06718 43.9 H6 C C 31-2LAR 06719 15.3 Ureilite B/CE B/C 16–20 1–15 31-2LAR 06720 11.9 H6 C B 32-1LAR 06721 33.9 H6 C C 32-1LAR 06722 24 L5 B B 32-1LAR 06723 34.8 H6 C A/B 32-1LAR 06724 64.2 L5 CE A/B 32-1LAR 06725 43 H6 C B/C 32-1LAR 06726 47.2 L5 B/C A/B 32-1LAR 06727 38.6 H6 C A 32-1LAR 06728 21.2 L5 B B 32-1LAR 06729 18.3 H6 C B 32-1LAR 06730 14.7 L5 C B 31-2LAR 06731 6.2 H6 C A/B 31-2LAR 06732 24.6 L5 B/C B 31-2LAR 06733 18.9 L5 C A/B 31-2LAR 06735 14.1 H6 C B 31-2LAR 06736 12 L6 C A/B 31-2LAR 06737 7.3 L5 C A/B 31-2LAR 06738 13.6 H6 C B 31-2LAR 06739 11.9 H6 C B 31-2LAR 06740 25.6 L5 C A/B 31-2LAR 06741 10.4 L5 C A/B 31-2LAR 06742 9.3 H6 C A 31-2LAR 06743 5.7 L6 C A 31-2LAR 06744 13.8 LL5 B A/B 31-2LAR 06745 12.6 H6 C A/B 31-2LAR 06746 7.8 L5 C B 31-2LAR 06747 5.6 H6 C A/B 31-2LAR 06748 13 H6 C A/B 31-2LAR 06749 7.3 H6 C B 31-2LAR 06750 66.8 L5 C B 32-1LAR 06751 66.9 LL6 B B 32-1LAR 06752 165.1 H6 C B 32-1LAR 06753 176.7 L6 B A/B 32-1LAR 06754 61.5 H6 C B 32-1LAR 06755 76.1 L5 C A/B 32-1LAR 06756 58.2 H6 C A/B 32-1LAR 06757 17.6 H6 C A/B 32-1LAR 06758 33.5 H6 C A/B 32-1LAR 06759 58.4 L5 C A/B 32-1LAR 06760 21.9 L5 C A 31-2


Samplenumber


AMN*


LAR 06761 34 L5 C A 31-2LAR 06762 32.3 L5 C A/B 31-2LAR 06763 28.6 H6 C A/B 31-2LAR 06764 22.6 H6 C A/B 31-2LAR 06765 31.1 H6 C A 31-2LAR 06766 12.3 L6 C A/B 31-2LAR 06767 20.1 L5 B B 31-2LAR 06768 31.3 H6 C A/B 31-2LAR 06769 21.2 L6 C A/B 31-2LAR 06770 32.4 LL6 B B 31-2LAR 06771 23.4 L6 C B 31-2LAR 06772 21.1 LL3 B A/B 19–30 13–24 31-2LAR 06773 16.2 H6 C B 31-2LAR 06774 23.6 LL3 B A/B 8–40 14–24 31-2LAR 06775 27.7 L5 B/C B 31-2LAR 06776 25.8 L5 C B 31-2LAR 06777 17.3 H6 C A/B 31-2LAR 06778 28.5 H6 C B 31-2LAR 06779 12.9 LL5 C B 28 23 31-2LAR 06780 2.1 H6 C B 31-2LAR 06781 8.2 L6 C B 31-2LAR 06782 2.3 H6 C A/B 31-2LAR 06783 5.2 H5 C A/B 31-2LAR 06784 10.8 H6 C A/B 31-2LAR 06785 6.3 H6 C B 31-2LAR 06786 8.6 L6 C B 31-2LAR 06787 8.4 H5 C B 31-2LAR 06788 13.6 LL6 B/C A/B 31-2LAR 06789 9.4 H6 C A/B 31-2LAR 06790 18.7 L5 A/B A 31-2LAR 06791 22.4 H6 C A/B 31-2LAR 06792 12.6 L5 C A/B 31-2LAR 06793 21.8 H6 C A/B 31-2LAR 06794 13.4 H6 C A/B 31-2LAR 06795 8.9 H6 C B 31-2LAR 06796 8.2 H6 C B 31-2LAR 06797 20.3 L5 C A/B 31-2LAR 06798 15.1 H5 C A/B 31-2LAR 06799 11.8 H6 C A/B 31-2LAR 06830 12.3 H6 C A/B 31-2LAR 06832 14.2 H6 C A/B 31-2LAR 06833 19.1 H6 C A/B 31-2LAR 06834 32.5 L5 B A/B 31-2LAR 06835 2.3 L5 B/C A/B 31-2LAR 06836 7.8 H6 CE A/B 31-2LAR 06837 24 H6 CE A/B 31-2LAR 06838 5 H6 C A/B 31-2LAR 06839 14.2 L6 C A/B 31-2LAR 06840 15 H6 C A/B 32-1LAR 06841 32.4 H6 C A/B 32-1LAR 06842 13.7 L5 B/C B 32-1LAR 06843 7.2 H6 C A/B 32-1LAR 06844 22.8 H6 C A/B 32-1LAR 06845 12.4 H6 C A/B 32-1LAR 06846 8.9 H6 C A/B 32-1LAR 06847 34.1 L5 B/C B 32-1LAR 06848 17.5 H6 C A/B 32-1LAR 06849 32.5 H6 C C 32-1LAR 06850 12.8 H6 C A/B 32-1LAR 06851 15.7 H6 C A/B 32-1LAR 06852 5.3 H6 C B 32-1LAR 06853 6.5 H6 C A/B 32-1LAR 06854 6.1 H6 C B 32-1LAR 06855 34.1 H6 C B 32-1LAR 06856 13 H6 C B 32-1LAR 06857 35.1 H6 C C 32-1


Samplenumber


AMN*

LAR 06858 10.3 H6 CE B 32-1LAR 06859 20.3 H6 C A/B 32-1LAR 06860 4.6 H5 C B 31-2LAR 06861 8 H6 C B 31-2LAR 06862 11.5 L5 B/C B 31-2LAR 06863 7.8 H6 C B 31-2LAR 06864 19.6 H6 C B 31-2LAR 06865 20.2 L5 C B 31-2LAR 06866 13.9 H6 C B 31-2LAR 06881 2345 L6 B/C A 31-2MIL 07001 924.2 Diogenite

olivineA/B A/B 28 23 31-2

MIL 07002 758.4 CV3 A/BE B/C 0–7 1 31-2MIL 07003 291.9 Diogenite B A/B 27–34 31-2MIL 07004 703.2 Eucrite

brecci-ated

B B 27–62 31-2

MIL 07005 75 LL6 A/BE A/B 30 25 31-2MIL 07006 1.4 Lunarba-

saltic-breccia

B A/B 41–52 28–53 31-2

MIL 07007 29.4 Howard-ite

A/B A/B 10–12 21–61 31-2

MIL 07008 31.9 Aubrite B A/B 0 31-2MIL 07009 12.3 Howard-

iteA/B A/B 25–60 31-2

MIL 07010 1528.8 L impact melt

B/C B/C 24 20 31-2

MIL 07016 302.4 Eucrite brecci-ated

A/B A/B 49–64 32-1

MIL 07108 114.7 H6 B/C A 31-2MIL 07114 139.4 LL5 A/B A/B 31-2MIL 07119 232.9 Iron IVA A/B A/B 31-2MIL 07147 97.332 LL5 A/B A/B 31-2MIL 07613 4.6 Diogenite B A/B 14–36 32-1MIL 07634 12.3 L6 C C 32-1MIL 07658 3.3 Eucrite A A 27–63 32-1MIL 07659 7 LL6 A/B A 31 26 32-1MIL 07660 2.4 Eucrite

brecci-ated

A A 26–61 32-1


A A 37–38 27–43 32-1

MIL 07662 51.4 Eucrite brecci-ated

B/C B 45–54 31-2


A A 1–36 22–53 32-1


A A 20–64 32-1


A/B A/B 20–60 32-1

MIL 07666 96.3 Iron IIAB A/B A 31-2MIL 07667 60.8 Iron

un-grouped

A/B A/B 31-2

MIL 07670 7.7 CM2 B A/B 1–48 5 32-1MIL 07671 19.4 CV3 BE B 0–9 1 32-1MIL 07673 27.2 CO3 BE A 1–62 1–8 31-2

MIL 07676 32.2 CM2 AE A 0–36 4 31-2MIL 07679 17.3 CM2 AE A 0–18 1 31-2MIL 07686 13.4 CV3 CE B/C 0–6 1 32-1MIL 07687 5.5 CO3 CE A/B 1–50 3–41 32-1MIL 07697 15.5 CV3 CE C 1–6 1–2 32-1MIL 07698 25.1 CV3 CE C 0–9 32-1MIL 07700 67.6 CM2 A A/B 1–30 31-2MIL 07704 24.9 L6 B A 31-2MIL 07705 134.8 LL6 A/B A/B 30 24 31-2MIL 07706 373.8 LL6 A/B A 31-2


Samplenumber


AMN*


MIL 07707 237.1 L5 B/C A 31-2MIL 07708 26.3 CM2 A/BE B 0–46 31-2MIL 07709 77.2 CO3 B A 1–29 1–3 31-2SCO 06010 1383.6 LL5 B A 31-2SCO 06011 2072 L5 B/C A 31-2SCO 06031 5.9 L5 B/C A 31-2SCO 06032 16.1 L5 B/C A 31-2SCO 06033 2.5 LL5 A/B B 31-2SCO 06034 4.3 LL5 A/B B 31-2SCO 06035 1.4 L5 C BE 31-2SCO 06036 1.2 LL5 B B 31-2


Samplenumber


AMN*

SCO 06037 1.2 L5 B/C B 31-2SCO 06038 0.4 LL5 B B 31-2SCO 06039 40.5 LL5 A/B B 31-2*Antarctic Meteorite Newsletter in which the meteorite is listed.DNG: D’Angelo Bluff.GRA: Graves Nunataks.LAR: Larkman Nunatak.MIL: Miller Range.SCO: Scott Glacier.


Samplenumber


AMN*


Tabl

e 6.

Met

eorit

es c

olle

cted

in A

ntar

ctic

a by

the

Chi

nese

Ant

arct

ic R

esea

rch

Expe

ditio

n (C

HIN

AR

E) to

Gro

ve M

ount

ains

.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts

GRV

020

202

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′0.

80

1H

5S3

W1

19.0

16

.6

1.2

BeiA

PG

RV 0

2021

001

/08/

2003

72°5

9′33

′′75

°12′

23′′

31.2

1H

4S2

W1

18.4

16.8

1.2

IGC

ASG

RV 0

2021

101

/08/

2003

72°5

9′33

′′75

°12′

23′′

1.05

1

H5

S1W

118

.6

16.5

1.

3 Be

iAP

GRV

020

212

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′1.

19

1H

4S2

W2

18.6

17

.0

1.3

IGG

CAS

GRV

020

214

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′1.

28

1H

5S2

W3

19.3

17

.0

1.1

PMO

GRV

020

216

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′1.

721

H4

S1W

118

.116

.11.

4IG

CAS

GRV

020

219

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′6.

34

1H

4S2

W1

18.0

15

.6

1.3

GU

TG

RV 0

2022

001

/08/

2003

72° 5

9′33

′′75

°12′

23′′

26.0

0 1

H4

S2W

217

.4

16.2

1.

2 G

UT

GRV

020

221

01/0

8/20

0372

°59′

33′′

75°1

2′23

′′28

.80

1H

4S2

W1

18.0

16

.3

1.2

NU

GRV

020

224

01/0

8/20

0372

°59′

14′′

75°1

2′35

′′6.

41

L5S2

W1

24.6

20.3

1.3

IGC

ASG

RV 0

2022

501

/09/

2003

72°5

9′30

′′75

°13′

20′′

44.6

0 1

H6

S1W

118

.1

16.2

1.

8 Be

iAP

GRV

020

228

01/0

9/20

0372

°59′

37′′

75°1

3′05

′′4.

31

1H

4S2

W2

17.6

15

.6

1.2

GU

TG

RV 0

2023

001

/09/

2003

72°5

9′00

′′75

°12′

51′′

17.3

0 1

H5

S2W

217

.0

15.3

1.

0 PM

OG

RV 0

2023

101

/09/

2003

72°5

9′17

′′75

°13′

00′′

14.9

0 1

H5

S2W

219

.7

17.4

1.

4 PM

OG

RV 0

2023

401

/09/

2003

72°5

8′59

′′75

°13′

45′′

0.44

1

H5

S3W

118

.9

17.0

1.

2 PM

OG

RV 0

2023

901

/09/

2003

72°5

8′59

′′75

°13′

45′′

14.0

0 1

H5

S4W

118

.3

16.2

1.

3 N

AOC

GRV

020

240

01/0

9/20

0372

°58′

59′′

75°1

3′45

′′14

.40

1H

5S3

W1

17.7

16

.5

1.1

GIG

CAS

G

RV 0

2024

101

/09/

2003

72°5

8′59

′′75

°13′

45′′

9.96

1

H5

S1W

118

.7

17.1

1.

3 IG

GC

ASG

RV 0

2024

301

/09/

2003

72°5

8′59

′′75

°13′

45′′

4.38

1

H6

S4W

117

.0

15.7

1.

3 N

UG

RV 0

2025

201

/09/

2003

72°5

8′59

′′75

°13′

45′′

1.14

1H

4S2

W1

18.6

16.4

1.2

IGC

ASG

RV 0

2025

401

/09/

2003

72°5

8′59

′′75

°13′

45′′

1.20

1

H6

S3W

118

.2

16.1

1.

3 Be

iAP

GRV

020

256

01/0

9/20

0372

°58′

59′′

75° 1

3′45

′′1.

21

H5

S4W

118

.516

.81.

8IG

CAS

GRV

020

262

01/0

9/20

0372

°58′

59′′

75°1

3′45

′′0.

80

1H

6S6

W2

18.5

16

.4

1.4

BeiA

PG

RV 0

2026

601

/09/

2003

72°5

8′59

′′75

°13′

45′′

0.48

1

H4

S4W

218

.0

16.1

1.

1 G

UT

GRV

020

273

01/0

9/20

0372

°59′

10′′

75°1

2′50

′′8.

25

1H

4S1

W2

17.2

16

.0

1.2

IGG

CAS

GRV

020

277

01/1

0/20

0372

°59′

23′′

75°1

3′06

′′26

.30

1H

4S1

W2

15.0

14

.5

1.3

GU

TG

RV 0

2028

501

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.55

1

L5S2

W2

24.6

20

.7

1.4

PMO

GRV

020

288

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

82

1L5

S3W

124

.5

20.5

1.

6 PM

OG

RV 0

2029

001

/10/

2003

72°5

9′02

′′75

°14′

47′′

1.27

1

L5

S3W

124

.0

20.7

1.

4 N

AOC

GRV

020

292

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′1.

71

1L5

S4W

223

.1

19.5

1.

3 G

UT

GRV

020

300

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′3.

21

L6S4

W1

23.8

20.5

1.5

IGC

ASG

RV 0

2030

201

/10/

2003

72°5

9′02

′′75

°14′

47′′

1.74

1

L5

S3W

124

.1

20.2

1.

6 N

AOC

GRV

020

305

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′3.

36

1L5

S2W

124

.2

20.6

1.

7 Be

iAP

GRV

020

307

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′4.

26

1L4

S2W

124

.3

20.9

1.

6 IG

GC

ASG

RV 0

2031

001

/10/

2003

72°5

9′02

′′75

°14′

47′′

1.31

1L5

S2W

123

.220

.11.

3IG

CAS

GRV

020

312

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′2.

06

1L5

S3W

123

.5

21.3

1.

4 G

IGC

AS

GRV

020

317

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′1.

27

1L5

S2

W1

24.1

20

.4

1.6

NAO

CG

RV 0

2031

901

/10/

2003

72°5

9′02

′′ 75

°14′

47′′

1.15

1

L5S3

W1

23.4

20

.9

1.6

GIG

CAS

G

RV 0

2032

801

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.9

1L5

S3W

222

.919

.31.

2IG

CAS


GRV

020

329

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′1.

32

1L5

S3W

124

.1

20.5

1.

6 Be

iAP

GRV

020

333

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

91

1L6

S4W

123

.3

20.9

1.

6 G

IGC

AS

GRV

020

335

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

87

1L5

S3W

324

.6

20.6

1.

5 PM

OG

RV 0

2033

701

/10/

2003

72°5

9′02

′′ 75

°14′

47′′

0.87

1

L6S4

W1

24.5

21

.5

1.7

GIG

CAS

G

RV 0

2034

601

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.60

1

L5S2

W2

24.8

20

.7

1.4

PMO

GRV

020

347

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

60

1L5

S3W

222

.3

19.1

1.

2 G

UT

GRV

020

349

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

65

1L5

S3W

125

.0

21.4

1.

3 PM

OG

RV 0

2035

301

/10/

2003

72°5

9 ′02

′′75

°14′

47′′

0.67

1

L6S6

W2

24.1

20

.2

1.4

BeiA

PG

RV 0

2035

401

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.67

1L5

S1W

123

.419

.31.

5IG

CAS

GRV

020

355

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

671

L6S4

W1

23.3

19.6

1.3

IGC

ASG

RV 0

2035

601

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.67

1

L4S2

W1

23.1

19

.7

1.3

NU

GRV

020

359

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

46

1L5

S4W

122

.4

19.1

1.

3 G

UT

GRV

020

361

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

54

1L5

S2W

326

.1

22.2

1.

5 PM

OG

RV 0

2036

501

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.47

1

L6S3

W1

24.4

20

.9

1.3

PMO

GRV

020

369

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

44

1L5

S2W

125

.4

21.4

1.

5 PM

OG

RV 0

2038

001

/10/

2003

72°5

9′02

′′ 75

°14′

47′′

0.48

1

L5S4

W1

22.6

19

.5

1.4

GU

TG

RV 0

2038

401

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.46

1

L6S4

W1

24.1

20

.8

1.6

IGG

CAS

GRV

020

385

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

46

1L6

S5W

123

.7

20.3

1.

5 IG

GC

ASG

RV 0

2038

601

/10/

2003

72°5

9′02

′′75

°14′

47′′

0.46

1

L6S3

W3

24.0

20

.3

1.5

PMO

GRV

020

392

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

48

1L6

S3W

124

.0

20.5

1.

5 IG

GC

ASG

RV 0

2039

501

/10/

2003

72°5

9′02

′′ 75

°14′

47′′

0.44

1

L5S4

W2

22.6

20

.2

1.5

GU

TG

RV 0

2039

701

/10/

2003

72°5

9′02

′′75

°14 ′

47′′

0.45

1

L5S3

W1

24.9

21

.2

1.4

PMO

GRV

020

413

01/1

0/20

0372

°59′

02′′

75°1

4′47

′′0.

5 1

L5S2

W2

22.4

18

.8

1.4

GU

TG

RV 0

2056

901

/11/

2003

72°5

9′03

′′75

°14′

43′′

1.27

1

H6

S3W

220

.4

17.4

1.

5 Be

iAP

GRV

020

570

01/1

1/20

0372

°59′

01′′

75°1

5′04

′′14

.24

1H

4 S1

W2

19.5

17

.2

1.5

NAO

CG

RV 0

2057

101

/11/

2003

72°5

9′03

′′75

°14′

49′′

50.0

7 1

L5

S2W

123

.8

20.2

1.

6 N

AOC

GRV

020

574

01/1

1/20

0372

°59′

0375

°14′

49′′

13.1

1 1

L6S2

W1

24.0

20

.5

1.7

BeiA

PG

RV 0

2057

601

/11/

2003

72°5

9′01

′′75

°14′

50′′

5.47

1L5

S2W

123

.619

.61.

4IG

CAS

GRV

020

584

01/1

1/20

0372

°59′

01′′

75°1

4′50

′′1.

56

1L6

S4W

324

.5

21.3

1.

5 G

IGC

AS

GRV

020

585

01/1

1/20

0372

°59′

01′′

75°1

4′50

′′1.

56

1H

6S4

W1

18.7

17

.3

1.4

GIG

CAS

G

RV 0

2058

701

/11/

2003

72°5

9′02

′′75

°14′

47′′

1.00

1

L5S3

W1

24.4

21

.0

1.5

IGG

CAS

GRV

020

589

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

91

L6S3

W1

22.7

201.

3IG

CAS

GRV

020

594

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

63

1L5

S3W

125

.1

21.3

1.

4 PM

OG

RV 0

2059

901

/11/

2003

72°5

9′02

75°1

4′47

′′0.

68

1L5

S2

W1

23.7

20

.0

1.6

NAO

CG

RV 0

2060

001

/11/

2003

72°5

9′02

′′75

°14′

47′′

0.63

1

L5S3

W1

24.3

20

.7

1.4

PMO

GRV

020

615

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

44

1L5

S3W

222

.9

19.8

1.

2 G

UT

GRV

020

619

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

47

1L5

S4W

122

.3

19.3

1.

4 G

UT

GRV

020

773

01/1

1/20

0372

°59′

02′′

75°1

5′00

′′0.

47

1L6

S4W

123

.8

20.5

1.

7 IG

GC

ASG

RV 0

2077

501

/11/

2003

72°5

9′02

′′75

°15′

00′′

0.47

1

L5S4

W1

24.2

20

.7

1.8

IGG

CAS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

020

797

01/1

1/20

0372

°59′

02′′

75°1

5′00

′′3.

96

1L6

S2W

122

.8

19.3

1.

7 N

UG

RV 0

2080

101

/11/

2003

72°5

9′02

′′ 75

°15′

00′′

0.87

1

L6S4

W1

23.8

21

.4

1.4

GIG

CAS

G

RV 0

2081

001

/11/

2003

72°5

9′00

′′75

°14′

58′′

1.28

1

L6S2

W1

24.8

20

.8

1.4

PMO

GRV

020

817

01/1

1/20

0372

°59′

00′′

75°1

4′58

′′0.

65

1L5

S4W

123

.6

21.2

1.

6 G

IGC

AS

GRV

020

820

01/1

1/20

0372

°59′

00′′

75°1

4′47

′′0.

90

1L6

S4W

123

.0

19.6

1.

3 N

UG

RV 0

2082

101

/11/

2003

72°5

9′00

′′ 75

°14′

58′′

0.54

1

L5S4

W2

23.1

19

.4

1.3

GU

TG

RV 0

2082

401

/11/

2003

72°5

9′00

′′75

°14′

58′′

0.46

1

L5S3

W1

25.2

21

.2

1.5

PMO

GRV

020

826

01/1

1/20

0372

°59 ′

00′′

75°1

4′58

′′0.

47

1L5

S3W

124

.9

20.9

1.

5 PM

OG

RV 0

2091

701

/11/

2003

72°5

9′02

′′75

°14′

47′′

2.08

1

L5S2

W1

25.5

21

.7

1.5

PMO

GRV

020

918

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′2.

07

1L5

S3W

126

.5

22.5

1.

4 PM

OG

RV 0

2092

401

/11/

2003

72°5

9′02

′′75

°14′

47′′

1.00

1L5

S2W

225

.1

21.1

1.

5 PM

OG

RV 0

2093

201

/11/

2003

72°5

9′02

′′75

°14′

47′′

0.47

1

L5S3

W3

24.2

20

.6

1.5

PMO

GRV

020

936

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

47

1L5

S3W

122

.1

19.4

1.

3 G

UT

GRV

020

940

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

46

1L5

S3W

222

.2

19.0

1.

3 G

UT

GRV

020

941

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

48

1L5

S4W

123

.9

20.5

1.

6 IG

GC

ASG

RV 0

2094

201

/11/

2003

72°5

9′02

′′75

°14′

47′′

0.44

1

L6S6

W1

24.1

20

.7

1.6

IGG

CAS

GRV

020

943

01/1

1/20

0372

°59′

02′′

75°1

4′47

′′0.

54

1L5

S4W

221

.7

18.1

1.

3 G

UT

GRV

021

190

01/1

1/20

0372

°59′

01′′

75°1

4′45

′′0.

65

1L5

S3W

124

.7

21.3

1.

8 G

IGC

AS

GRV

021

203

01/1

1/20

0372

°59′

01′′

75°1

4′45

′′0.

60

1H

5S4

W3

17.8

16

.4

1.1

GU

TG

RV 0

2120

401

/11/

2003

72°5

9′01

′′ 75

°14′

45′′

0.46

1

L4S3

W1

23.2

19

.4

1.3

GU

TG

RV 0

2120

501

/11/

2003

72°5

9′01

′′ 75

°14′

45′′

0.45

1

H5

S4W

220

.3

17.3

1.

3 G

UT

GRV

021

220

01/1

1/20

0372

°59′

01′′

75°1

4 ′45

′′0.

65

1L5

S5

W1

23.7

20

.1

1.6

NAO

CG

RV 0

2122

401

/11/

2003

72°5

9′01

′′ 75

°14′

45′′

0.45

1

L5S2

W1

22.2

18

.9

1.3

GU

TG

RV 0

2123

101

/11/

2003

72°5

9′01

′′75

°14′

45′′

0.65

1

L5

S2W

124

.1

20.5

1.

5 N

AOC

GRV

021

233

01/1

1/20

0372

°59′

01′′

75°1

4′45

′′0.

46

1L6

S4W

123

.6

20.3

1.

7 IG

GC

ASG

RV 0

2147

601

/12/

2003

72°5

6′28

′′ 75

°17′

25′′

3.38

1

L6S1

W1

23.9

21

.1

1.7

GIG

CAS

G

RV 0

2149

801

/13/

2003

72°5

6′29

′′ 75

°18′

02′′

0.63

1

L3S1

W1

22.1

(16.

8–24

.7)

17.6

14.2

–20.

3)1.

1 G

UT

GRV

021

523

01/1

4/20

0372

°57′

34′′

75°1

2′58

′′1.

321

L6S1

W1

24.6

211.

1IG

CAS

GRV

021

529

01/1

4/20

0372

°57′

51′′

75° 1

4′21

′′3.

08

1L5

S5W

125

.2

21.3

1.

5 PM

OG

RV 0

2153

301

/14/

2003

72°5

7′47

′′75

°12′

53′′

4.34

1

L6S2

W1

23.7

19

.9

1.3

NU

GRV

021

537

01/1

4/20

0372

°57′

56′′

75°1

4′35

′′0.

55

1L5

S2W

125

.3

21.3

1.

7 PM

OG

RV 0

2154

001

/14/

2003

72°5

7′37

′′75

°13′

13′′

3.12

1

L5S3

W1

24.7

21

.4

1.7

IGG

CAS

GRV

021

552

01/1

4/20

0372

°56′

06′′

75°1

8′50

′′0.

83

1H

6S2

W3

17.8

15

.7

1.2

NU

GRV

021

553

01/1

4/20

0372

°56′

05′′

75°1

9′19

′′0.

60

1M

esos

-id

erite

IGG

CAS

GRV

021

554

01/1

4/20

0372

°56′

06′′

75°1

9′07

′′1.

51

1H

4S1

W2

17.3

15

.6

1.5

GU

TG

RV 0

2155

901

/14/

2003

72°5

6′07

′′75

°19′

20′′

10.4

51

H4

S1W

118

.916

.81.

5IG

CAS

GRV

021

561

01/1

4/20

0372

°56′

10′′

75°1

8′20

′′3.

21

H4

S2W

118

.717

.11.

2IG

CAS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

021

575

01/1

4/20

0372

°57′

37′′

75°1

3′20

′′2.

50

1L5

S2W

223

.7

19.7

1.

5 N

UG

RV 0

2158

001

/14/

2003

72°5

7′48

′′75

°13′

04′′

0.48

1

CM

213

.5

(0.5

–44.

5)2.

4 (0

.6–7

.0)

1.3

(0.7

–5.3

)PM

O

GRV

021

583

01/1

4/20

0372

°57′

45′′

75°1

4′03

′′8.

81

1L4

S2

W1

23.2

19

.8

0.9

NAO

CG

RV 0

2159

201

/16/

2003

72°5

1′08

′′75

°13′

10′′

3.88

1

H4

S3W

117

.3

15.2

1.

1 G

UT

GRV

021

607

01/1

8/20

0372

°59′

46′′

75°

12′1

2′′

0.60

1

H6

S3W

119

.0

17.4

1.

3 IG

GC

ASG

RV 0

2160

801

/18/

2003

72°5

9′45

′′75

°12′

14′′

1.56

1

H4

S2W

119

.1

16.7

1.

3 N

AOC

GRV

021

612

01/2

0/20

0372

°46′

27′′

75°1

9′54

′′2.

17

1H

5S2

W1

19.7

17

.4

1.2

BeiA

PG

RV 0

2161

701

/20/

2003

72°4

6′28

′′75

°19′

23′′

4.25

1

L6S3

W1

25.9

21

.9

1.4

PMO

GRV

021

623

01/2

0/20

0372

°47′

08′′

75°1

7′45

′′0.

46

1H

5S2

W1

17.9

16

.1

1.3

IGG

CAS

GRV

021

626

01/2

0/20

0372

°47′

21′′

75°1

7′09

′′0.

44

1H

5S6

W1

18.0

16

.3

1.3

IGG

CAS

GRV

021

628

01/2

0/20

0372

°47′

30′′

75°1

7′27

′′3.

38

1H

4 S2

W1

17.7

13

.5

0.8

NAO

CG

RV 0

2162

901

/20/

2003

72°4

7′33

′′75

°17′

31′′

1.31

1

H4

S2W

116

.6

15.9

0.

3 N

UG

RV 0

2163

001

/20/

2003

72°4

7′29

′′75

°17′

59′′

1.00

1

H5

S2W

220

.1

17.8

1.

4 PM

OG

RV 0

2163

201

/20/

2003

72°4

7′28

′′75

°17′

18′′

2.07

1

L5S4

W1

23.6

21

.2

1.6

GIG

CAS

G

RV 0

2163

701

/20/

2003

72°4

6′57

′′75

°19′

20′′

2.18

1

L6S3

W1

24.7

20

.8

1.9

BeiA

PG

RV 0

2163

801

/20/

2003

72°4

6′57

′′75

°19′

35′′

1.53

1H

5S1

W1

1715

.30.

9IG

CAS

GRV

021

639

01/2

0/20

0372

°46′

57′′

75°1

9′18

′′1.

08

1L6

S4W

122

.9

20.3

1.

4 N

UG

RV 0

2164

001

/20/

2003

72°4

7′24

′′75

°17′

59′′

0.81

1

H5

S3W

118

.3

16.5

1.

0 G

IGC

AS

GRV

021

653

01/2

0/20

0372

°46′

23′′

75°1

8′54

′′1.

00

1H

4S2

W1

18.5

17

.3

1.3

GIG

CAS

G

RV 0

2165

801

/20/

2003

72°4

6′22

′′75

°21′

00′′

1.72

1L6

S2W

123

.120

.81.

8IG

CAS

GRV

021

659

01/2

0/20

0372

°46′

23′′

75°2

0′45

′′8.

03

1H

5 S2

W1

18.5

16

.5

1.4

NAO

CG

RV 0

2166

101

/20/

2003

72°4

6′27

′′75

°19′

52′′

6.46

1

H5

S2W

118

.7

16.5

1.

3 Be

iAP

GRV

021

662

01/2

0/20

0372

°46′

26′′

75°2

0′01

′′2.

58

1H

5S1

W4

18.8

17

.4

3.1

GIG

CAS

Im

pact

m

elt

GRV

021

691

01/2

0/20

0372

°46′

26′′

75°2

0′27

′′0.

981

L5S3

W1

23.2

19.9

1.6

IGC

ASG

RV 0

2169

401

/20/

2003

72°4

6′25

′′75

°20′

40′′

1.00

1

H4

S1W

117

.5

16.7

1.

3 G

IGC

AS

GRV

021

696

01/2

0/20

0372

°46′

25′′

75°2

0′51

′′3.

41

1L6

S4W

123

.3

21.3

1.

6 G

IGC

AS

GRV

021

703

01/2

0/20

0372

°46′

24′′

75°2

0′19

′′0.

45

1L5

S3W

124

.3

20.5

1.

6 IG

GC

ASG

RV 0

2171

701

/20/

2003

72°4

7′25

′′75

°17′

51′′

1.15

1

H5

S3W

118

.0

17.0

1.

1 G

IGC

AS

GRV

021

719

01/2

0/20

0372

°47′

26′′

75°1

6′53

′′1.

00

1H

5 S2

W2

17.9

15

.8

1.2

NAO

CG

RV 0

2172

001

/20/

2003

72°4

7′26

′′75

°16′

46′′

1.08

1

H4

S2W

117

.3

15.5

0.

8 G

UT

GRV

021

732

01/2

0/20

0372

°47′

20′′

75°1

7′41

′′3.

99

1L6

S3W

125

.2

21.3

1.

8 Be

iAP

GRV

021

735

01/2

0/20

0372

°47′

20′′

75°1

7′51

′′2.

58

1H

4S2

W1

18.1

17

.1

1.3

GIG

CAS

G

RV 0

2174

201

/20/

2003

72°4

7′17

′′75

°18′

18′′

1.33

1

H4

S3W

217

.6

15.6

1.

1 N

AOC

GRV

021

743

01/2

0/20

0372

°47′

17′′

75°1

8′39

′′1.

51

1H

4S3

W2

17.3

19

.4

1.2

IGG

CAS

GRV

021

744

01/2

0/20

0372

°47′

16′′

75°1

7′20

′′1.

08

1H

4S2

W2

18.5

15

.5

1.2

GU

TG

RV 0

2174

501

/20/

2003

72°4

7′13

′′75

°18 ′

16′′

1.14

1H

4S3

W1

17.3

15.9

1.2

IGC

ASG

RV 0

2174

601

/20/

2003

72°4

7′13

′′75

°18′

17′′

0.8

1L5

S3W

123

.319

.71.

6IG

CAS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

021

748

01/2

0/20

0372

°47′

13′′

75°1

8′11

′′2.

41

1L5

S5

W1

23.9

20

.3

1.8

NAO

CG

RV 0

2175

601

/20/

2003

72°4

7′05

′′75

°17′

21′′

0.23

1

L4

24.7

(2

4.3–

25.2

)20

.8

(19.

2–21

.8)

1.3

(0.5

–2.0

)PM

OB

recc

ia

GRV

021

759

01/2

0/20

0372

°47′

05′′

75°1

7′15

′′0.

841

L6S4

W1

2420

.21.

5IG

CAS

GRV

021

760

01/2

0/20

0372

°47′

04′′

75°1

7′25

′′2.

531

L6S2

W1

24.7

21.1

1.4

IGC

ASG

RV 0

2176

301

/20/

2003

72°4

7′02

′′75

°18′

29′′

0.59

1

L6S3

W1

25.5

21

.4

1.7

IGG

CAS

GRV

021

767

01/2

0/20

0372

°47′

05′′

75°1

7′40

′′0.

86

1C

RS1

W1

1.8

3.4

1.4

BeiA

PG

RV 0

2176

901

/20/

2003

72°4

7′04

′′75

°18′

34′′

0.66

1

CR

22.

1 (0

.9–4

.3)

3.6

(1.6

–5.0

)1.

0 (0

–5.1

)PM

O

GRV

021

770

01/2

0/20

0372

°46′

30′′

75°1

8′56

′′2.

42

1L6

S4W

123

.3

21.1

1.

8 G

IGC

AS

GRV

021

771

01/2

0/20

0372

°46′

30′′

75°1

9′03

′′0.

45

1L6

S3W

123

.9

20.6

1.

6 IG

GC

ASG

RV 0

2177

401

/20/

2003

72°4

6′28

′′75

°19′

53′′

2.56

1

L6S3

W1

24.2

20

.8

1.7

BeiA

PG

RV 0

2179

801

/20/

2003

72°4

6′26

′′75

°19′

29′′

8.54

1H

4S1

W1

19.6

17.1

1.1

IGC

ASG

RV 0

2180

701

/20/

2003

72°4

6′29

′′75

°19′

51′′

4.05

1

H5

S3W

118

.5

16.2

1.

6 N

AOC

GRV

021

812

01/2

0/20

0372

°46′

30′′

75°2

0′28

′′2.

43

1L6

S3W

224

.5

21.8

1.

7 IG

GC

ASG

RV 0

2181

401

/20/

2003

72°4

6′30

′′75

°20 ′

28′′

1.52

1

H6

S2W

223

.4

19.7

1.

6 N

UG

RV 0

2181

501

/20/

2003

72°4

6′30

′′75

°20′

28′′

1.31

1

L6S5

W1

23.8

20

.6

1.4

NU

GRV

021

818

01/2

0/20

0372

°46′

38′′

75°2

0′17

′′1.

83

1L5

S2W

323

.6

19.9

1.

4 N

UG

RV 0

2181

901

/20/

2003

72°4

6′38

′′75

°20′

17′′

1.34

1

L6S3

W1

23.6

21

.4

1.7

GIG

CAS

G

RV 0

2182

401

/20/

2003

72°4

6′38

′′75

°20′

18′′

0.56

1

H4

S3W

217

.9

16.7

1.

0 G

UT

GRV

021

827

01/2

0/20

0372

°46′

38′′

75°2

0′21

′′0.

63

1H

5S2

W2

18.4

16

.3

1.1

GU

TG

RV 0

2183

101

/20/

2003

72°4

6′43

′′75

°19′

510.

47

1H

5S2

W3

17.1

15

.9

1.1

GU

TG

RV 0

2184

301

/20/

2003

72°4

6′42

′′75

°19′

34′′

0.52

1

H5

S1W

219

.2

17.1

1.

4 IG

GC

ASG

RV 0

2184

601

/20/

2003

72°4

6′42

′′75

°19′

37′′

0.46

1

L5S2

W1

25.0

21

.4

1.5

PMO

GRV

021

861

01/2

0/20

0372

°46′

31′′

75°2

0′11

′′0.

52

1L5

S5W

226

.3

22.5

1.

7 PM

OG

RV 0

2186

901

/20/

2003

72°4

6′31

′′75

°20′

17′′

2.43

1

H5

S2W

218

.2

16.0

1.

2 PM

OG

RV 0

2187

001

/20/

2003

72°4

6′31

′′75

°20′

17′′

1.72

1

H6

S2W

118

.8

16.6

1.

2 N

UG

RV 0

2187

101

/20/

2003

72°4

6′31

′′75

°20′

17′′

1.50

1

H5

S2W

219

.6

17.4

1.

0 PM

OG

RV 0

2187

701

/20/

2003

72°4

6′40

′′75

°19′

41′′

0.83

1

H5

S3W

217

.3

15.2

1.

2 G

UT

GRV

021

882

01/2

0/20

0372

°46′

40′′

75°1

9′46

′′1.

08

1H

4S3

W1

18.5

17

.0

1.2

IGG

CAS

GRV

021

890

01/2

0/20

0372

°46 ′

41′′

75°1

9′33

′′1.

21

H4

S1W

118

.216

.31.

1IG

CAS

GRV

021

891

01/2

0/20

0372

°46′

41′′

75°1

9′34

′′0.

45

1H

5S2

W1

18.6

16

.3

1.2

PMO

GRV

021

892

01/2

0/20

0372

°46′

41′′

75°1

9′35

′′0.

44

1H

5S2

W2

19.0

16

.8

1.1

PMO

GRV

021

895

01/2

0/20

0372

°46′

41′′

75°1

9′38

′′0.

83

1H

4S2

W2

17.0

15

.4

1.2

GU

TG

RV 0

2190

101

/20/

2003

72°4

6′37

′′75

°19′

25′′

0.67

1

H5

S2W

217

.9

15.0

2.

0 N

UG

RV 0

2190

201

/20/

2003

72°4

6′37

′′75

°19′

26′′

0.67

1

H4

S4W

217

.2

16.0

1.

1 G

UT

GRV

021

911

01/2

0/20

0372

°46′

37′′

75°1

9′35

′′0.

45

1H

5S2

W2

19.3

17

.1

1.1

PMO

GRV

021

913

01/2

0/20

0372

°46′

37′′

75°1

9′37

′′0.

67

1H

4S2

W2

17.1

15

.7

1.0

GU

TG

RV 0

2191

701

/20/

2003

72°4

6′39

′′75

°20′

01′′

0.46

1

H5

S2W

118

.3

15.9

1.

0 PM

O

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

021

920

01/2

0/20

0372

°46′

39′′

75°2

0′04

′′0.

48

1H

5S3

W2

19.0

16

.8

1.3

PMO

GRV

021

923

01/2

0/20

0372

°46′

39′′

75°2

0′07

′′0.

47

1H

5S1

W1

18.0

16

.6

1.3

IGG

CAS

GRV

021

924

01/2

0/20

0372

°46′

39′′

75°2

0′08

′′0.

47

1H

5S2

W1

18.3

16

.6

1.4

IGG

CAS

GRV

021

934

01/2

0/20

0372

°46′

35′′

75°1

9′10

′′3.

38

1H

4 S1

W1

20.2

15

.3

1.4

NAO

CG

RV 0

2193

501

/20/

2003

72°4

6′35

′′75

°19′

11′′

3.07

1

H5

S3W

218

.9

16.5

1.

0 PM

OG

RV 0

2193

801

/20/

2003

72°4

6′35

′′75

°19′

14′′

1.55

1H

5S1

W1

18.5

16.3

1.1

IGC

ASG

RV 0

2194

501

/20/

2003

72°4

6′35

′′75

°19′

21′′

8.57

1L6

S2W

124

.320

.51.

5IG

CAS

GRV

021

946

01/2

0/20

0372

°46 ′

23′′

75°2

0′24

′′8.

21

1L5

S5W

224

.8

21.1

1.

6 PM

OG

RV 0

2195

101

/20/

2003

72°4

6′23

′′75

°20′

29′′

5.56

1

H4

S1W

218

.4

16.3

1.

3 N

AOC

GRV

021

955

01/2

0/20

0372

°46′

23′′

75°2

0′33

′′3.

971

L6S4

W1

2420

.21.

5IG

CAS

GRV

021

959

01/2

0/20

0372

°46′

23′′

75°2

0′37

′′3.

42

1L5

S5W

125

.0

21.2

1.

8 PM

OG

RV 0

2196

201

/20/

2003

72°4

6′23

′′75

°20′

40′′

2.42

1

L6S3

W1

23.5

21

.4

1.6

GIG

CAS

G

RV 0

2196

301

/20/

2003

72°4

6′23

′′75

°20′

41′′

2.44

1

L5S2

W2

22.5

19

.0

1.5

GU

TG

RV 0

2196

401

/20/

2003

72°4

6′23

′′75

°20′

42′′

2.13

1

H5

S2W

118

.1

16.1

1.

3 G

UT

GRV

021

971

01/2

0/20

0372

°46′

26′′

75°2

0′28

′′2.

161

L6S3

W1

23.2

20.2

1.5

IGC

ASG

RV 0

2197

301

/20/

2003

72°4

6′26

′′75

°20′

30′′

1.80

1

H5

S2W

320

.2

18.2

1.

3 PM

OG

RV 0

2197

701

/20/

2003

72°4

6′26

′′75

°20′

34′′

5.66

1

H5

S2W

119

.0

16.8

1.

4 N

AOC

GRV

021

980

01/2

0/20

0372

°46′

26′′

75°2

0′36

′′2.

57

1H

4 S2

W1

17.6

15

.9

1.0

NAO

CG

RV 0

2198

401

/20/

2003

72°4

6′26

′′75

°20′

36′′

2.13

1

H6

S1W

218

.3

16.7

1.

2 G

UT

GRV

021

987

01/2

0/20

0372

°46′

31′′

75°2

0′43

′′2.

06

1H

5 S3

W1

18.2

16

.3

1.3

NAO

CG

RV 0

2199

801

/20/

2003

72°4

6′30

′′75

°18′

55′′

2.12

1

H4

S2W

218

.5

17.0

1.

2 IG

GC

ASG

RV 0

2200

601

/20/

2003

72°4

6′35

′′75

°20 ′

56′′

1.82

1

L6S3

W2

23.0

19

.6

1.5

GU

TG

RV 0

2201

301

/20/

2003

72°4

6′52

′′75

°19′

04′′

3.90

1

L5S3

W2

22.3

19

.6

1.3

GU

TG

RV 0

2202

001

/20/

2003

72°4

6′30

′′75

°20′

20′′

0.69

1

L4S4

W1

21.8

18

.4

1.5

GU

TG

RV 0

2204

601

/20/

2003

72°4

6′43

′′75

°18′

55′′

4.04

1

L6

S2W

124

.0

20.3

1.

8 N

AOC

GRV

022

047

01/2

0/20

0372

°46′

43′′

75°1

8′55

′′5.

48

1L6

S2W

123

.9

20.5

1.

8 Be

iAP

GRV

022

054

01/2

0/20

0372

°46′

43′′

75°1

8′55

′′2.

13

1L5

S3W

124

.4

21.2

2.

0 IG

GC

ASG

RV 0

2205

501

/20/

2003

72°4

6′43

′′75

°18′

55′′

1.81

1

L5S3

W1

24.5

20

.7

1.9

IGG

CAS

GRV

022

056

01/2

0/20

0372

°46′

43′′

75°1

8′55

′′2.

161

L6S2

W1

23.5

201.

5IG

CAS

GRV

022

061

01/2

0/20

0372

°46′

43′′

75°1

8′55

′′0.

56

1L5

S3W

124

.6

20.5

1.

7 IG

GC

ASG

RV 0

2206

401

/20/

2003

72°4

6′43

′′75

°18′

55′′

1.29

1

L6S2

W1

22.4

19

.4

1.5

GU

TG

RV 0

2206

501

/20/

2003

72°4

6′43

′′75

°18′

55′′

1.15

1

L6

S2W

124

.1

20.8

1.

8 N

AOC

GRV

022

066

01/2

0/20

0372

°46′

43′′

75°1

8′55

′′1.

29

1L6

S2W

124

.3

20.1

2.

0 IG

GC

ASG

RV 0

2206

901

/20/

2003

72°4

6′45

′′75

°18′

38′′

0.98

1

L5S5

W1

23.2

19

.6

1.8

NU

GRV

022

077

01/2

0/20

0372

°46′

45′′

75°1

8′38

′′0.

44

1L6

S5W

124

.3

20.7

1.

5 PM

OG

RV 0

2208

101

/20/

2003

72°4

6′45

′′75

°18′

38′′

0.44

1

L5S2

W1

21.2

18

.5

1.4

GU

TG

RV 0

2208

801

/20/

2003

72°4

6′45

′′75

°18′

38′′

0.48

1

L6S5

W2

24.5

20

.8

1.5

PMO

GRV

022

099

01/2

0/20

0372

°46′

45′′

75°1

8′38

′′2.

55

1L6

S5W

124

.9

21.0

1.

7 Be

iAP

GRV

022

100

01/2

0/20

0372

°46′

45′′

75°1

8′38

′′1.

56

1L5

S5

W1

23.8

20

.1

1.8

NAO

C

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

022

107

01/2

0/20

0372

°46′

45′′

75°1

8′38

′′1.

051

H4

S1W

117

.815

.91.

2IG

CAS

GRV

022

109

01/2

0/20

0372

°46′

45′′

75°1

8′38

′′0.

54

1H

5S4

W1

18.6

16

.7

2.2

IGG

CAS

GRV

022

144

01/2

0/20

0372

°46′

44′′

75°1

8′49

′′8.

60

1L6

S4W

124

.3

20.8

2.

0 Be

iAP

GRV

022

166

01/2

0/20

0372

°46′

54′′

75°1

8′14

′′8.

93

1L6

S3W

123

.1

21.0

1.

7 G

IGC

AS

GRV

022

167

01/2

0/20

0372

°46′

54′′

75°1

8′14

′′6.

33

1L6

S3W

124

.1

21.1

1.

6 IG

GC

ASG

RV 0

2218

301

/20/

2003

72°4

6′52

′′75

°17′

32′′

5.82

1

L6S6

W1

25.5

21

.8

1.6

PMO

GRV

022

184

01/2

0/20

0372

°46′

52′′

75°1

7′32

′′3.

44

1L6

S4W

124

.7

21.0

1.

7 IG

GC

ASG

RV 0

2219

501

/20/

2003

72°4

6 ′53

′′75

°18′

20′′

6.33

1

L5S2

W1

24.3

20

.6

1.4

IGG

CAS

GRV

022

196

01/2

0/20

0372

°46′

53′′

75°1

8′20

′′4.

33

1L5

S3W

122

.4

19.7

1.

4 G

UT

GRV

022

209

01/2

0/20

0372

°46′

42′′

75°1

9′15

′′9.

86

1L6

S1W

123

.9

20.3

1.

1 IG

GC

ASG

RV 0

2221

301

/20/

2003

72°4

6′42

′′75

°19′

15′′

8.75

1

L6S6

W1

24.0

20

.5

1.7

BeiA

PG

RV 0

2221

801

/20/

2003

72°4

6′42

′′75

°19′

15′′

3.16

1

L5S4

W1

22.8

20

.1

1.5

GU

TG

RV 0

2222

501

/20/

2003

72°4

6′42

′′75

°19′

15′′

6.46

1

L6S2

W1

24.6

20

.5

1.7

BeiA

PG

RV 0

2223

301

/20/

2003

72°4

6′43

′′75

°18′

55′′

8.54

1

L6S2

W1

22.8

19

.4

1.5

NU

GRV

022

240

01/2

0/20

0372

°46′

44′′

75°1

8′40

′′6.

35

1L5

S4W

122

.8

20.1

1.

4 G

UT

GRV

022

243

01/2

0/20

0372

°46′

44′′

75°1

8′40

′′2.

06

1L5

S1

W1

24.2

20

.3

1.9

NAO

CG

RV 0

2224

801

/20/

2003

72°4

6′44

′′75

°18′

40′′

4.22

1

L6S3

W1

24.2

21

.5

1.7

GIG

CAS

G

RV 0

2225

301

/20/

2003

72°4

6′44

′′75

°18′

40′′

3.19

1

L5S5

W1

23.2

20

.1

1.6

NU

GRV

022

257

01/2

0/20

0372

°46′

44′′

75°1

8′40

′′1.

08

1H

5S3

W2

18.6

16

.8

1.2

IGG

CAS

GRV

022

258

01/2

0/20

0372

°46′

44′′

75°1

8′40

′′5.

451

L5S3

W1

23.8

21.1

1.5

IGC

ASG

RV 0

2226

001

/20/

2003

72°4

6′44

′′75

°18′

40′′

2.53

1L5

S2W

123

.720

.71.

5IG

CAS

GRV

022

261

01/2

0/20

0372

°46′

44′′

75°1

8 ′40

′′2.

44

1L6

S3W

223

.1

20.2

1.

3 G

UT

GRV

022

269

01/2

0/20

0372

°46′

42′′

75°1

8′43

′′8.

84

1L6

S4W

123

.7

21.0

1.

7 G

IGC

AS

GRV

022

273

01/2

0/20

0372

°46′

42′′

75°1

8′50

′′3.

42

1L6

S5W

125

.4

21.4

1.

6 PM

OG

RV 0

2228

001

/20/

2003

72°4

6′42

′′75

°18′

50′′

6.38

1

L6S2

W2

23.2

20

.1

1.5

NU

GRV

022

294

01/2

0/20

0372

°46′

46′′

75°1

7′43

′′1.

19

1L4

S3W

124

.0

20.9

1.

3 IG

GC

ASG

RV 0

2229

701

/20/

2003

72°4

6′45

′′75

°17′

59′′

1.52

1

L6S4

W3

23.7

20

.1

1.7

NU

GRV

022

305

01/2

0/20

0372

°46′

44′′

75°1

8′05

′′0.

59

1L6

S5W

124

.8

21.1

1.

6 PM

OG

RV 0

2230

601

/20/

2003

72°4

6′44

′′75

°18′

05′′

0.81

1

L6S4

W1

23.3

20

.9

1.6

GIG

CAS

G

RV 0

2230

701

/20/

2003

72°4

6′44

′′75

°18′

05′′

0.44

1

L5S3

W2

21.8

18

.7

1.5

GU

TG

RV 0

2231

001

/20/

2003

72°4

6′44

′′75

°18′

05′′

0.47

1

L5S5

W1

25.1

21

.2

1.7

PMO

GRV

022

311

01/2

0/20

0372

°46′

44′′

75°1

8′05

′′0.

45

1L5

S3W

322

.8

19.9

1.

5 G

UT

GRV

022

317

01/2

1/20

0372

°46′

20′′

75°2

0′24

′′13

.41

1L6

S2W

124

.1

20.4

1.

9 Be

iAP

GRV

022

318

01/2

1/20

0372

°46′

24′′

75°2

0′21

′′5.

79

1L6

S4W

122

.9

21.3

1.

7 G

IGC

AS

GRV

022

321

01/2

1/20

0372

°46′

30′′

75°1

9′45

′′2.

16

1L6

S5W

224

.6

19.7

2.

1 N

UG

RV 0

2232

601

/21/

2003

72°4

6′31

′′75

°20′

11′′

1.00

1

L6

S3W

224

.0

20.3

1.

8 N

AOC

GRV

022

329

01/2

1/20

0372

°46′

25′′

75°1

9′13

′′0.

48

1H

5S4

W3

17.5

16

.4

1.2

GU

TG

RV 0

2233

701

/21/

2003

72°4

6′45

′′75

°17′

48′′

1.20

1

L6S5

W1

23.8

19

.6

1.8

NU

GRV

022

344

01/2

1/20

0372

°46′

20′′

75°2

0′20

′′0.

47

1L6

S3W

125

.5

21.5

1.

7 PM

O

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

022

346

01/2

1/20

0372

°46′

22′′

75°2

0′00

′′0.

44

1L6

S3W

124

.2

21.1

1.

6 IG

GC

ASG

RV 0

2234

701

/21/

2003

72°4

6′24

′′75

°19′

51′′

0.48

1

L5S3

W1

22.0

18

.5

1.3

GU

TG

RV 0

2234

801

/21/

2003

72°4

6′28

′′75

°19′

43′′

0.47

1

L5S3

W3

23.6

20

.6

1.3

GU

TG

RV 0

2235

601

/21/

2003

72°4

6′42

′′75

°18′

09′′

1.31

1

L5S4

W2

22.8

19

.8

1.5

GU

TG

RV 0

2235

901

/21/

2003

72°4

6′42

′′75

°18′

40′′

1.20

1

L6S2

W2

24.1

20

.3

1.6

NU

GRV

022

365

01/2

1/20

0372

°46′

52′′

75°1

8′18

′′0.

56

1L5

S3W

123

.7

20.8

1.

7 IG

GC

ASG

RV 0

2238

101

/21/

2003

72°4

6′49

′′75

°16′

54′′

0.8

1H

5S5

W1

18.6

16.6

0.9

IGC

ASG

RV 0

2238

801

/21/

2003

72°4

6 ′25

′′75

°20′

25′′

18.1

5 1

L5S2

W1

24.1

20

.0

2.4

IGG

CAS

GRV

022

392

01/2

1/20

0372

°46′

29′′

75°1

9′25

′′2.

58

1L6

S5

W1

23.7

19

.8

1.9

NAO

CG

RV 0

2239

501

/21/

2003

72°4

6′28

′′75

°19′

28′′

2.06

1

L6S2

W1

24.0

20

.4

1.8

BeiA

PG

RV 0

2239

701

/21/

2003

72°4

6′24

′′75

°20′

36′′

1.51

1

H4

S2W

118

.6

16.6

1.

3 IG

GC

ASG

RV 0

2239

801

/21/

2003

72°4

6′29

′′75

°19′

27′′

0.98

1

L6S5

W1

23.3

20

.4

1.6

NU

GRV

022

405

01/2

1/20

0372

°46′

22′′

75°1

9′53

′′6.

38

1L5

S2W

223

.0

19.2

1.

5 N

UG

RV 0

2240

601

/21/

2003

72°4

6′27

′′75

°19′

21′′

2.53

1

L6S2

W2

24.0

20

.3

1.6

NU

GRV

022

408

01/2

1/20

0372

°46′

28′′

75°1

9′40

′′29

.05

1L5

S3W

122

.2

19.3

1.

9 N

UG

RV 0

2241

001

/21/

2003

72°4

6′33

′′75

°19′

49′′

4.25

1

H3

S2W

220

.0

(19.

1–20

.9)

15.3

(7

.4–2

1.8)

1.2

(0.3

–4.0

)PM

O

GRV

022

411

01/2

1/20

0372

°46′

33′′

75°1

9′29

′′8.

28

1L6

S3W

223

.3

20.0

1.

4 G

UT

GRV

022

413

01/2

1/20

0372

°46′

34′′

75°1

9′12

′′4.

31

1L5

S3W

224

.1

20.9

1.

8 IG

GC

ASG

RV 0

2241

401

/21/

2003

72°4

6′31

′′75

°19′

33′′

5.53

1

L5S2

W1

24.4

20

.8

1.6

BeiA

PG

RV 0

2241

501

/21/

2003

72°4

6′36

′′75

°20′

11′′

4.00

1

H4

S1W

118

.7

16.7

1.

2 Be

iAP

GRV

022

423

01/2

1/20

0372

°46′

35′′

75°1

9′36

′′1.

051

H4

S2W

119

.216

.61.

1IG

CAS

GRV

022

426

01/2

1/20

0372

°46′

23′′

75°2

1′19

′′0.

97

1L5

S3W

225

.0

21.2

1.

4 PM

OG

RV 0

2242

801

/21/

2003

72°4

6′26

′′75

°20′

52′′

0.84

1H

6S2

W1

1916

.41.

1IG

CAS

GRV

022

429

01/2

1/20

0372

°46′

27′′

75°2

0′03

′′3.

14

1H

4S2

W3

18.2

16

.1

1.2

GU

TG

RV 0

2244

201

/21/

2003

72°4

6′40

′′75

°18′

20′′

0.65

1

L6S5

W2

24.3

21

.0

1.7

BeiA

PG

RV 0

2245

601

/21/

2003

72°4

6′24

′′75

°19′

43′′

10.0

5 1

L5S4

W2

22.2

19

.3

1.5

GU

TG

RV 0

2245

701

/21/

2003

72°4

6′26

′′75

°19′

37′′

10.3

8 1

H5

S3W

118

.2

16.2

1.

3 N

UG

RV 0

2246

301

/21/

2003

72°4

6′26

′′75

°19′

37′′

6.46

1L5

S2W

123

.820

.91.

2IG

CAS

GRV

022

464

01/2

1/20

0372

°46′

26′′

75°1

9′37

′′1.

74

1H

5 S2

W1

19.2

16

.6

1.2

NAO

CG

RV 0

2246

601

/21/

2003

72°4

6′26

′′75

°19′

39′′

1.81

1

L5S3

W1

24.3

21

.2

1.8

IGG

CAS

GRV

022

467

01/2

1/20

0372

°46′

26′′

75°1

9′40

′′0.

48

1H

5S3

W2

19.4

17

.5

1.4

IGG

CAS

GRV

022

468

01/2

1/20

0372

°46′

27′′

75°2

0′43

′′0.

69

1H

4S1

W2

17.1

15

.6

1.0

GU

TG

RV 0

2246

901

/21/

2003

72°4

6′27

′′75

°20′

43′′

1.71

1

H4

S3W

217

.1

15.6

1.

1 G

UT

GRV

022

472

01/2

1/20

0372

°46′

27′′

75°2

0′45

′′0.

69

1H

4S2

W1

18.2

16

.6

1.3

IGG

CAS

GRV

022

476

01/2

1/20

0372

°46′

28′′

75°1

9′18

′′1.

80

1H

5S1

W1

17.9

16

.9

1.2

GIG

CAS

G

RV 0

2247

801

/21/

2003

72°4

6′28

′′75

°19′

20′′

0.48

1

H5

S4W

118

.3

16.9

1.

2 IG

GC

ASG

RV 0

2247

901

/21/

2003

72°4

6′28

′′75

°19′

21′′

0.44

1

H5

S2W

118

.5

16.7

1.

7 IG

GC

ASG

RV 0

2248

901

/21/

2003

72°4

6′32

′′75

°19′

40′′

0.48

1

H5

S2W

219

.1

17.1

1.

1 PM

O

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

022

491

01/2

1/20

0372

°46′

32′′

75°1

9′42

′′0.

97

1H

5S2

W3

19.1

16

.6

1.3

PMO

GRV

022

495

01/2

1/20

0372

°46′

32′′

75°1

9′46

′′0.

45

1L6

S3W

222

.7

20.1

1.

5 G

UT

GRV

022

502

01/2

1/20

0372

°46′

28′′

75°1

9′09

′′0.

48

1H

5S3

W2

19.3

16

.9

1.1

PMO

GRV

022

503

01/2

1/20

0372

°46′

28′′

75°1

9′10

′′0.

45

1H

6S2

W1

18.1

16

.0

1.3

IGG

CAS

GRV

022

511

01/2

1/20

0372

°46′

27′′

75°1

9′54

′′0.

67

1H

5S3

W1

18.1

17

.0

1.2

IGG

CAS

GRV

022

526

01/2

1/20

0372

°46′

22′′

75°1

9′07

′′1.

50

1H

5S3

W2

18.6

16

.7

1.1

PMO

GRV

022

531

01/2

1/20

0372

°46′

23′′

75°1

9′29

′′1.

08

1H

5S2

W2

19.1

17

.1

1.1

PMO

GRV

022

543

01/2

1/20

0372

°46 ′

24′′

75°1

8′56

′′3.

12

1H

4S1

W2

19.0

17

.3

1.4

IGG

CAS

GRV

022

552

01/2

1/20

0372

°46′

25′′

75°2

0′28

′′0.

55

1H

3S1

W2

18.2

(1

7.1–

27.0

)15

.6

(13.

4–19

.6)

0.6

GU

T

GRV

022

555

01/2

1/20

0372

°46′

26′′

75°2

0′31

′′1.

15

1L5

S3

W1

24.0

20

.2

1.9

NAO

CG

RV 0

2255

801

/21/

2003

72°4

6′26

′′75

°20′

34′′

0.80

1

H4

S2W

317

.7

15.4

1.

0 N

UG

RV 0

2256

801

/21/

2003

72°4

6′28

′′75

°18′

25′′

1.08

1

H5

S3W

218

.8

16.7

1.

1 PM

OG

RV 0

2257

001

/21/

2003

72°4

6′28

′′75

°18′

27′′

0.45

1

H6

S4W

118

.3

16.5

1.

2 IG

GC

ASG

RV 0

2257

801

/21/

2003

72°4

6′24

′′75

°20′

13′′

0.59

1

H5

S2W

318

.7

16.5

1.

4 PM

OG

RV 0

2258

301

/21/

2003

72° 4

6′24

′′75

°20′

18′′

0.47

1

H5

S4W

218

.8

16.6

1.

2 G

UT

GRV

022

593

01/2

1/20

0372

°46′

57′′

75°1

6′43

′′0.

97

1L6

S3W

124

.7

20.9

1.

7 G

IGC

AS

GRV

022

598

01/2

1/20

0372

°46′

57′′

75°1

6′48

′′0.

69

1L6

S2W

123

.9

20.7

1.

8 IG

GC

ASG

RV 0

2259

901

/21/

2003

72°4

6′57

′′75

°16′

49′′

0.55

1

L6S3

W2

22.4

19

.5

1.5

GU

TG

RV 0

2260

001

/21/

2003

72°4

6′57

′′75

°16′

50′′

0.81

1

L6

S5W

123

.7

20.1

1.

9 N

AOC

GRV

022

601

01/2

1/20

0372

°46′

57′′

75°1

6′51

′′1.

06

1H

5 S3

W1

18.4

16

.2

1.4

NAO

CG

RV 0

2260

201

/21/

2003

72°4

6′57

′′75

°16′

52′′

0.47

1

L5S3

W1

24.2

21

.3

1.7

IGG

CAS

GRV

022

604

01/2

1/20

0372

°46′

57′′

75°1

6′54

′′0.

48

1L6

S4W

222

.9

19.4

1.

3 G

UT

GRV

022

611

01/2

1/20

0372

°46′

57′′

75°1

6′55

′′1.

05

1L6

S5W

125

.2

21.3

1.

2 N

UG

RV 0

2261

901

/21/

2003

72°4

6′57

′′75

°16′

37′′

0.59

1

L6S3

W1

23.1

20

.1

1.5

GU

TG

RV 0

2262

201

/21/

2003

72°4

6′57

′′75

°16′

38′′

1.50

1

L6S4

W1

23.4

21

.1

1.7

GIG

CAS

G

RV 0

2262

301

/21/

2003

72°4

6′57

′′75

°16′

39′′

0.56

1

L6S5

W1

24.2

20

.6

1.5

PMO

GRV

022

629

01/2

1/20

0372

°46′

57′′

75°1

6′40

′′0.

48

1L6

S4W

222

.5

19.4

1.

5 G

UT

GRV

022

634

01/2

1/20

0372

°46′

58′′

75°1

6′38

′′1.

05

1L6

S5W

122

.9

19.4

1.

9 N

UG

RV 0

2263

801

/21/

2003

72°4

6′58

′′75

° 16′

40′′

0.55

1

L6S3

W1

23.9

21

.2

1.8

IGG

CAS

GRV

022

641

01/2

1/20

0372

°46′

58′′

75°1

6′43

′′1.

05

1H

5S3

W1

19.3

17

.0

1.1

GU

TG

RV 0

2264

601

/21/

2003

72°4

6′55

′′75

°17′

07′′

0.47

1

L6S3

W1

24.2

21

.1

1.6

IGG

CAS

GRV

022

651

01/2

1/20

0372

°46′

55′′

75°1

7′12

′′0.

63

1L5

S5W

124

.0

21.0

1.

8 IG

GC

ASG

RV 0

2266

101

/21/

2003

72°4

6′50

′′75

°17′

11′′

0.59

1

L6S3

W1

22.9

20

.0

1.4

GU

TG

RV 0

2266

201

/21/

2003

72°4

6′50

′′75

°17′

12′′

0.69

1

L5S2

W2

26.0

22

.1

1.7

PMO

GRV

022

665

01/2

1/20

0372

°46′

50′′

75°1

7′15

′′1.

57

1H

4S4

W1

17.9

16

.1

1.0

IGG

CAS

GRV

022

672

01/2

1/20

0372

°46′

53′′

75°1

6′46

′′0.

63

1H

5S5

W1

18.4

16

.7

1.2

IGG

CAS

GRV

022

675

01/2

1/20

0372

°46′

53′′

75°1

6′46

′′0.

65

1H

5S2

W1

18.6

16

.6

1.3

BeiA

PG

RV 0

2268

001

/21/

2003

72°4

7′05

′′75

°16′

12′′

1.15

1

H6

S4W

118

.2

16.4

1.

3 Be

iAP

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

022

711

01/2

1/20

0372

°46′

51′′

75°1

6′40

′′0.

69

1L5

S5W

125

.1

21.3

1.

5 PM

OG

RV 0

2271

801

/21/

2003

72°4

6′45

′′75

°17′

31′′

0.47

1

L6S5

W1

24.7

20

.8

1.7

PMO

GRV

022

726

01/2

1/20

0372

°46′

45′′

75°1

7′39

′′0.

59

1L5

S3W

123

.9

20.7

1.

8 IG

GC

ASG

RV 0

2274

101

/21/

2003

72°4

6′45

′′75

°17′

54′′

0.56

1

L6S5

W1

25.1

21

.4

1.6

PMO

GRV

022

775

01/2

2/20

0372

°46′

30′′

75°1

9′45

′′40

.56

1L6

S4W

125

.2

21.1

1.

8 Be

iAP

GRV

022

776

01/2

2/20

0372

°46′

30′′

75°1

9′46

′′14

.56

1L6

S3W

124

.6

21.1

1.

6 G

IGC

AS

GRV

022

777

01/2

2/20

0372

°46′

30′′

75°1

9′47

′′10

.42

1L6

S4W

124

.220

.61.

4IG

CAS

GRV

022

778

01/2

2/20

0372

°46 ′

30′′

75°1

9′48

′′10

.24

1L6

S5W

123

.6

20.0

1.

7 N

UG

RV 0

2278

501

/22/

2003

72°4

6′32

′′75

°20′

16′′

17.9

0 1

L6S5

W1

23.7

20

.7

2.0

IGG

CAS

GRV

022

786

01/2

2/20

0372

°46′

32′′

75°2

0′17

′′8.

36

1L5

S3W

122

.2

19.3

1.

3 G

UT

GRV

022

794

01/2

2/20

0372

°46′

32′′

75°2

0′19

′′1.

33

1H

5S3

W2

19.1

17

.3

1.5

NAO

CG

RV 0

2280

001

/22/

2003

72°4

6′31

′′75

°19′

38′′

1.05

1

H4

S3W

218

.0

16.2

1.

2 G

UT

GRV

022

804

01/2

2/20

0372

°46′

31′′

75°1

9′42

′′1.

57

1L5

S2W

224

.6

20.6

1.

6 PM

OG

RV 0

2280

501

/22/

2003

72°4

6′31

′′75

°19′

43′′

0.83

1

L5S3

W1

23.8

21

.0

1.7

IGG

CAS

GRV

022

811

01/2

2/20

0372

°46′

31′′

75°1

9′49

′′0.

47

1L6

S5W

224

.3

20.4

1.

6 PM

OG

RV 0

2282

201

/22/

2003

72°4

6′25

′′75

°20′

13′′

0.98

1

L5S3

W1

22.6

19

.3

1.4

GU

TG

RV 0

2282

301

/22/

2003

72°4

6′25

′′75

°20′

14′′

0.69

1

L6S3

W1

24.7

21

.3

1.6

GIG

CAS

G

RV 0

2282

701

/22/

2003

72°4

6′25

′′75

°20′

18′′

0.64

1

L5S3

W1

22.4

17

.8

1.3

GU

TG

RV 0

2283

301

/22/

2003

72°4

6′25

′′75

°20′

21′′

1.00

1

H6

S2W

119

.7

17.3

1.

5 Be

iAP

GRV

022

834

01/2

2/20

0372

°46′

25′′

75°2

0′21

′′0.

651

H4

S2W

118

.716

.71.

4IG

CAS

GRV

022

835

01/2

2/20

0372

°46′

25′′

75°2

0′21

′′1.

08

1U

reili

te93

.6

70.1

–80.

51.

7–44

.3G

IGC

AS

GRV

022

850

01/2

2/20

0372

°46′

25′′

75°2

0 ′27

′′0.

48

1H

6S1

W1

19.6

17

.5

1.5

IGG

CAS

GRV

022

856

01/2

2/20

0372

°46′

25′′

75°2

0′32

′′0.

46

1H

4S3

W2

15.6

14

.2

1.1

GU

TG

RV 0

2285

901

/22/

2003

72°4

6′25

′′75

°20′

32′′

2.05

1H

6S2

W1

19.3

17.7

1.3

IGC

ASG

RV 0

2286

301

/22/

2003

72°4

6′26

′′75

°20′

00′′

0.60

1

H5

S2W

219

.0

16.9

1.

3 PM

OG

RV 0

2286

401

/22/

2003

72°4

6′26

′′75

°20′

00′′

0.63

1

H5

S3W

219

.1

17.0

1.

1 PM

OG

RV 0

2287

201

/22/

2003

72°4

6′26

′′75

°20′

06′′

1.80

1

H5

S2W

117

.7

16.7

1.

2 G

IGC

AS

GRV

022

887

01/2

2/20

0372

°46′

29′′

75°1

8′43

′′1.

58

1H

4S4

W2

18.9

17

.1

1.3

IGG

CAS

GRV

022

890

01/2

2/20

0372

°46′

29′′

75°1

8′46

′′2.

06

1W

i-no

naite

S1W

12.

7 4.

3 1.

7 Be

iAP

GRV

022

893

01/2

2/20

0372

°46′

29′′

75°1

8′49

′′1.

84

1H

4S2

W3

16.3

13

.7

0.9

NU

GRV

022

894

01/2

2/20

0372

°46′

29′′

75°1

8′50

′′0.

90

1H

6S2

W3

18.6

16

.3

1.6

NU

GRV

022

899

01/2

2/20

0372

°46′

30′′

75°1

8′20

′′0.

88

1H

5S4

W1

20.3

17

.7

1.3

GU

TG

RV 0

2290

601

/22/

2003

72°4

6′30

′′75

°19′

02′′

8.05

1

H5

S1W

218

.7

16.5

1.

5 N

AOC

GRV

022

907

01/2

2/20

0372

°46′

30′′

75°1

9′03

′′35

.91

1H

3S2

W1

16.2

(8.0

–19.

8)13

.2(2

.9–3

0.1)

1.6

IGC

AS

GRV

022

909

01/2

2/20

0372

°46′

30′′

75°1

9′05

′′5.

83

1LL

6S3

W1

27.0

22

.9

1.5

PMO

GRV

022

910

01/2

2/20

0372

°46′

30′′

75°1

9 ′06

′′10

.12

1L5

S4W

123

.0

19.4

1.

5 G

UT

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

022

911

01/2

2/20

0372

°46′

30′′

75°1

9′07

′′4.

25

1L6

S2W

124

.8

22.3

1.

6 G

IGC

AS

GRV

022

919

01/2

2/20

0372

°46′

29′′

75°1

9′23

′′8.

10

1L6

S3W

123

.0

20.9

1.

7 G

IGC

AS

GRV

022

921

01/2

2/20

0372

°46′

29′′

75°1

9′23

′′2.

43

1H

3S2

W2

17.8

(1

1.5–

21.0

)11

.2

(1.4

–18.

6)0.

9 (0

.2–1

.5)

PMO

GRV

022

922

01/2

2/20

0372

°46′

29′′

75°1

9′23

′′3.

91

1H

5S4

W2

17.7

16

.0

1.3

NU

GRV

022

924

01/2

2/20

0372

°46′

29′′

75°1

9′25

′′3.

44

1L4

S2W

122

.9

19.8

1.

4 IG

GC

ASG

RV 0

2294

101

/22/

2003

72°4

6′28

′′75

°19′

21′′

0.83

1

L5S5

W1

25.1

21

.0

2.0

IGG

CAS

GRV

022

946

01/2

2/20

0372

°46′

28′′

75°1

9′22

′′0.

59

1H

5S3

W1

18.2

16

.3

1.3

IGG

CAS

GRV

022

947

01/2

2/20

0372

°46′

28′′

75°1

9′22

′′0.

48

1H

5S2

W1

18.4

16

.8

1.4

IGG

CAS

GRV

022

955

01/2

2/20

0372

°46′

28′′

75°1

9′31

′′0.

46

1H

4S2

W2

17.9

16

.0

1.2

GU

TG

RV 0

2296

501

/22/

2003

72°4

6′27

′′75

°18′

56′′

1.00

1

H5

S3W

118

.2

16.0

0.

8 Be

iAP

GRV

022

966

01/2

2/20

0372

°46′

27′′

75°1

8′57

′′0.

91

1H

5 S2

W1

17.9

15

.7

1.4

NAO

CG

RV 0

2296

701

/22/

2003

72°4

6′27

′′75

°18′

58′′

0.47

1

H4

S2W

217

.1

15.5

1.

1 G

UT

GRV

022

968

01/2

2/20

0372

°46′

27′′

75°1

8′59

′′0.

91

1H

5 S2

W1

18.1

16

.1

1.2

NAO

CG

RV 0

2297

501

/22/

2003

72°4

6′26

′′75

°19′

12′′

0.87

1

H5

S2W

118

.0

16.1

1.

3 N

AOC

GRV

022

977

01/2

2/20

0372

°46′

26′′

75°1

9′14

′′0.

651

H4

S1W

118

.816

.80.

9IG

CAS

GRV

022

985

01/2

2/20

0372

°46′

25′′

75°2

0′37

′′0.

69

1H

4S1

W1

18.3

16

.6

1.1

GIG

CAS

G

RV 0

2298

601

/22/

2003

72°4

6′25

′′75

°20′

37′′

0.47

1

H4

S2W

318

.3

16.0

1.

1 G

UT

GRV

023

001

01/2

2/20

0372

°46′

25′′

75°2

0′48

′′0.

47

1H

5S2

W1

18.5

16

.3

1.3

IGG

CAS

GRV

023

006

01/2

2/20

0372

°46′

26′′

75°1

9′41

′′0.

45

1H

5S2

W1

18.6

16

.4

1.2

PMO

GRV

023

035

01/2

2/20

0372

°46′

24′′

75°1

9′19

′′0.

69

1L6

S5

W1

24.1

20

.6

1.8

NAO

CG

RV 0

2303

701

/22/

2003

72°4

6′24

′′75

°19′

20′′

0.56

1

H5

S2W

118

.3

16.5

1.

3 G

UT

GRV

023

046

01/2

2/20

0372

°46′

24′′

75°1

9′29

′′0.

56

1L5

S3W

221

.9

19.6

1.

4 G

UT

GRV

023

047

01/2

2/20

0372

°46′

24′′

75°1

9′30

′′0.

64

1H

6S3

W2

18.0

16

.1

1.2

GU

TG

RV 0

2305

201

/22/

2003

72°4

6′24

′′75

°19′

35′′

0.59

1

H4

S2W

217

.1

15.4

1.

2 PM

OG

RV 0

2308

601

/22/

2003

72°4

6′32

′′75

°19′

28′′

1.56

1

H4

S1W

117

.9

16.0

0.

8 Be

iAP

GRV

023

088

01/2

2/20

0372

°46′

32′′

75°1

9′30

′′1.

16

1H

4S2

W3

18.6

16

.6

1.3

PMO

GRV

023

105

01/2

2/20

0372

°46′

28′′

75°1

9′18

′′1.

29

1L5

S4W

224

.7

21.3

1.

7 IG

GC

ASG

RV 0

2310

601

/22/

2003

72°4

6′28

′′75

°19′

18′′

1.52

1

H5

S2W

318

.0

16.2

1.

0 G

UT

GRV

023

107

01/2

2/20

0372

°46′

28′′

75°1

9′19

′′1.

08

1L6

S3W

125

.2

22.3

1.

5 G

IGC

AS

GRV

023

110

01/2

2/20

0372

°46′

28′′

75°1

9′22

′′1.

20

1L5

S2W

122

.6

19.8

1.

5 G

UT

GRV

023

111

01/2

2/20

0372

°46′

28′′

75°1

9′23

′′1.

28

1H

6S1

W3

19.4

17

.3

1.5

GIG

CAS

G

RV 0

2311

301

/22/

2003

72°4

6′28

′′75

°19′

25′′

1.19

1

H5

S2W

319

.3

16.8

1.

4 PM

OG

RV 0

2312

601

/22/

2003

72°4

6′27

′′75

°19′

07′′

0.59

1

H5

S2W

319

.8

17.5

1.

3 PM

OG

RV 0

2312

701

/22/

2003

72°4

6′27

′′75

°19′

08′′

0.98

1

H6

S3W

120

.0

17.4

1.

4 G

UT

GRV

023

128

01/2

2/20

0372

°46′

27′′

75°1

9′09

′′0.

98

1H

4S3

W2

19.3

16

.9

1.3

IGG

CAS

GRV

023

129

01/2

2/20

0372

°46′

27′′

75°1

9′10

′′1.

83

1H

5S2

W3

17.4

15

.6

1.2

GU

TG

RV 0

2313

301

/22/

2003

72°4

6′27

′′75

°19′

14′′

0.64

1

L5S2

W1

24.3

21

.0

1.8

IGG

CAS

GRV

023

140

01/2

2/20

0372

°46′

24′′

75°2

0′11

′′2.

16

1L5

S2W

223

.3

20.3

1.

5 N

U

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

023

146

01/2

2/20

0372

°46′

24′′

75°2

0′17

′′0.

84

1L6

S2W

122

.5

19.3

1.

5 N

UG

RV 0

2315

501

/22/

2003

72°4

6′25

′′75

°20′

19′′

0.41

1

CV

36.

0 (0

.3–2

8.9)

1.1

(0.4

–2.5

)1.

1 (0

.8–1

.5)

PMO

GRV

023

161

01/2

2/20

0372

°46′

26′′

75°2

0′22

′′9.

80

1H

5S2

W3

18.9

16

.7

1.3

PMO

GRV

023

165

01/2

2/20

0372

°46′

26′′

75°2

0′22

′′9.

75

1L6

S5W

124

.8

21.1

1.

5 PM

OG

RV 0

2316

701

/22/

2003

72°4

6′26

′′75

°20′

22′′

8.08

1

L6S4

W1

24.0

21

.2

1.7

GIG

CAS

G

RV 0

2317

201

/22/

2003

72°4

6′26

′′75

°20′

22′′

2.44

1

L5S4

W1

23.9

20

.9

1.7

IGG

CAS

GRV

023

176

01/2

2/20

0372

°46′

26′′

75°2

0′22

′′0.

88

1H

5S4

W1

18.3

16

.8

1.1

IGG

CAS

GRV

023

177

01/2

2/20

0372

°46′

26′′

75°2

0′22

′′0.

48

1H

5S2

W2

18.6

16

.4

1.2

PMO

GRV

023

182

01/2

2/20

0372

°46′

26′′

75°2

0′22

′′0.

46

1H

6S3

W1

18.1

16

.4

1.3

IGG

CAS

GRV

023

188

01/2

2/20

0372

°46′

26′′

75°2

0′23

′′0.

46

1H

5S2

W1

18.3

16

.7

1.2

IGG

CAS

GRV

023

220

01/2

2/20

0372

°46′

24′′

75°2

0′19

′′1.

33

1H

6S5

W2

18.5

16

.4

1.3

BeiA

PG

RV 0

2322

101

/22/

2003

72°4

6′24

′′75

°20′

19′′

0.91

1

H6

S3W

118

.3

16.6

1.

5 Be

iAP

GRV

023

222

01/2

2/20

0372

°46′

24′′

75°2

0′19

′′0.

65

1H

5S1

W2

17.1

15

.9

1.2

NU

GRV

023

226

01/2

2/20

0372

°46′

24′′

75°2

0′19

′′0.

60

1H

5S2

W1

17.1

15

.0

1.2

PMO

GRV

023

243

01/2

2/20

0372

°46′

25′′

75°1

9′12

′′1.

73

1H

4S3

W1

18.3

17

.4

1.2

BeiA

PG

RV 0

2324

501

/22/

2003

72°4

6′25

′′75

°19′

12′′

2.06

1H

4S2

W1

18.2

16.3

1.1

IGC

ASG

RV 0

2325

001

/22/

2003

72°4

6′25

′′75

°19′

12′′

0.46

1

H5

S2W

219

.4

16.7

1.

2 PM

OG

RV 0

2326

501

/22/

2003

72°4

6′25

′′75

°19′

13′′

0.67

1

H5

S3W

118

.4

16.9

1.

3 IG

GC

ASG

RV 0

2326

701

/22/

2003

72°4

6′25

′′75

°19′

13′′

0.60

1

H5

S3W

217

.4

16.0

1.

1 G

UT

GRV

023

269

01/2

2/20

0372

°46′

25′′

75°1

9′13

′′0.

46

1H

5S2

W2

19.1

16

.7

1.2

PMO

GRV

023

270

01/2

2/20

0372

°46′

25′′

75°1

9′13

′′0.

47

1L6

S2W

124

.4

21.0

1.

7 IG

GC

ASG

RV 0

2328

601

/22/

2003

72°4

6′25

′′75

°19′

15′′

1.14

1

H4

S2W

118

.0

15.9

1.

2 N

UG

RV 0

2328

901

/22/

2003

72°4

6′25

′′75

°19′

15′′

0.55

1

L6S3

W1

25.0

21

.5

1.8

IGG

CAS

GRV

023

298

01/2

2/20

0372

°46′

25′′

75°1

9′16

′′0.

55

1L6

S5W

124

.3

20.7

1.

5 PM

OG

RV 0

2329

901

/22/

2003

72°4

6′25

′′75

°19′

16′′

0.48

1

L6S5

W1

23.3

19

.4

1.6

PMO

GRV

023

301

01/2

3/20

0372

°46′

30′′

75°2

0′20

′′5.

71

1L6

S3W

123

.9

21.2

1.

0 G

IGC

AS

GRV

023

302

01/2

3/20

0372

°46′

30′′

75°2

0′20

′′3.

20

1L5

S2W

223

.0

19.3

1.

4 N

UG

RV 0

2331

001

/23/

2003

72°4

6′30

′′75

°20′

20′′

0.46

1

H6

S3W

218

.7

16.8

1.

1 G

UT

GRV

023

535

01/3

1/20

0372

°59′

00′′

75°1

5′05

′′0.

45

1L5

S2W

125

.2

21.3

1.

5 PM

OG

RV 0

2354

201

/31/

2003

72°5

9′00

′′75

°15′

05′′

0.47

1

L5S3

W1

25.1

21

.3

1.5

PMO

GRV

023

550

01/3

1/20

0372

°59′

00′′

75°1

5′05

′′0.

46

1L5

S4W

322

.1

19.3

1.

2 G

UT

GRV

023

554

01/3

1/20

0372

°59′

03′′

75°1

4′47

′′0.

48

1L5

S4W

322

.7

19.2

1.

3 G

UT

GRV

023

562

01/3

1/20

0372

°59′

03′′

75°1

4′47

′′0.

45

1H

5S3

W2

20.7

17

.9

1.2

GU

TG

RV 0

2356

601

/31/

2003

72°5

9′03

′′75

°14′

47′′

0.64

1

L5S3

W1

24.7

21

.0

0.0

IGG

CAS

GRV

023

571

01/3

1/20

0372

°59′

03′′

75°1

4′48

′′0.

48

1L5

S4W

222

.4

19.4

1.

3 G

UT

GRV

023

578

01/3

1/20

0372

°59′

03′′

75°1

4′48

′′0.

47

1L6

S3W

224

.4

20.4

1.

4 PM

OG

RV 0

2358

301

/31/

2003

72°5

9′03

′′75

°14′

48′′

0.59

1

L5S4

W2

22.6

19

.1

1.3

GU

TG

RV 0

2358

601

/31/

2003

72°5

9′03

′′75

°14′

48′′

8.27

1

L4S4

W2

24.3

21

.3

1.6

IGG

CAS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

023

589

01/3

1/20

0372

°59′

02′′

75°1

5′05

′′1.

57

1L5

S3W

125

.0

21.3

1.

3 PM

OG

RV 0

2359

401

/31/

2003

72°5

9′02

′′75

°15′

05′′

1.20

1

L5S3

W1

22.4

18

.8

1.3

GU

TG

RV 0

2359

501

/31/

2003

72°5

9′02

′′75

°15′

05′′

11

L6S5

W1

23.5

20.4

1.4

IGC

ASG

RV 0

2359

801

/31/

2003

72°5

9′02

′′75

°15′

05′′

1.15

1

L5S2

W1

24.2

20

.9

1.5

BeiA

PG

RV 0

2360

001

/31/

2003

72°5

9′02

′′75

°15′

05′′

1.06

1

L6S3

W1

24.2

20

.6

1.6

BeiA

PG

RV 0

2360

801

/31/

2003

72°5

9′02

′′75

°15′

05′′

1.08

1

L5

S4W

123

.8

20.3

1.

7 N

AOC

GRV

023

609

01/3

1/20

0372

°59′

02′′

75°1

5′05

′′0.

88

1L5

S4W

124

.1

21.0

1.

5 IG

GC

ASG

RV 0

2361

001

/31/

2003

72°5

9 ′02

′′75

°15′

05′′

0.83

1

L5S2

W1

24.9

21

.3

1.3

PMO

GRV

023

611

01/3

1/20

0372

°59′

33′′

75°1

5′05

′′1.

72

1L5

S1W

223

.3

22.2

1.

5 N

UG

RV 0

2361

301

/31/

2003

72°5

9′02

′′75

°15′

05′′

0.98

1

L5S3

W1

25.0

21

.1

1.5

IGG

CAS

GRV

023

689

01/3

1/20

0372

°58′

59′′

75°1

5′10

′′0.

60

1H

4S4

W2

18.8

16

.4

1.1

GU

TG

RV 0

2371

101

/31/

2003

72°5

9′02

′′75

°15′

03′′

0.46

1

L6S5

W1

24.0

20

.5

1.6

IGG

CAS

GRV

023

732

01/3

1/20

0372

°59′

02′′

75°1

5′04

′′0.

56

1L5

S4W

123

.8

20.8

1.

4 IG

GC

ASG

RV 0

2373

501

/31/

2003

72°5

9′02

′′75

°15′

04′′

0.56

1

L5S4

W1

24.1

20

.8

1.6

IGG

CAS

GRV

023

754

01/3

1/20

0372

°59′

03′′

75°1

5′08

′′3.

36

1L5

S2W

124

.1

20.3

1.

5 Be

iAP

GRV

023

757

01/3

1/20

0372

°59′

03′′

75°1

5′08

′′1.

81

1L5

S2W

125

.2

21.4

1.

4 PM

OG

RV 0

2375

901

/31/

2003

72°5

9′04

′′75

°15′

00′′

1.28

1

L6S3

W1

23.8

21

.5

1.4

GIG

CAS

G

RV 0

2376

001

/31/

2003

72°5

9′04

′′75

°15′

00′′

1.05

1

L4S4

W2

24.3

21

.5

1.8

IGG

CAS

GRV

023

761

01/3

1/20

0372

°59′

04′′

75°1

5′00

′′0.

81

1L6

S3

W2

23.7

20

.1

1.6

NAO

CG

RV 0

2376

301

/31/

2003

72°5

9′04

′′75

°15′

00′′

0.87

1

L5

S4W

123

.9

20.0

1.

6 N

AOC

GRV

023

769

02/0

1/20

0372

°59′

04′′

75°1

5′00

′′53

.35

1H

4 S2

W1

14.2

8.

2 2.

6 N

AOC

GRV

023

781

02/0

1/20

0372

°59′

05′′

75°1

4 ′58

′′0.

90

1L5

S3W

122

.6

19.5

1.

4 G

UT

GRV

023

783

02/0

1/20

0372

°59′

05′′

75°1

4′58

′′0.

48

1L6

S6W

124

.0

20.9

1.

6 IG

GC

ASG

RV 0

2379

102

/01/

2003

72°5

9′01

′′75

°15′

01′′

0.60

1

L5S3

W1

24.0

20

.9

1.5

IGG

CAS

GRV

023

819

02/0

1/20

0372

°59′

01′′

75°1

5′03

′′0.

47

1L5

S4W

122

.5

19.5

1.

4 G

UT

GRV

023

895

02/0

1/20

0372

°59′

01′′

75°1

4′51

′′0.

46

1L6

S5W

124

.0

20.8

1.

5 IG

GC

ASG

RV 0

2389

902

/01/

2003

72°5

8′56

′′75

°14′

56′′

0.46

1

L5S3

W1

24.4

20

.7

1.4

PMO

GRV

024

007

02/0

1/20

0372

°59′

33′′

75°1

5′08

′′0.

80

1L5

S2W

123

.0

19.7

1.

2 N

UG

RV 0

2401

202

/01/

2003

72°5

9′01

′′75

°15′

08′′

0.48

1

H5

S2W

118

.0

16.2

1.

5 IG

GC

ASG

RV 0

2406

102

/01/

2003

72°5

8′55

′′75

°14′

48′′

8.24

1

L5S3

W1

24.5

20

.7

1.3

PMO

GRV

024

063

02/0

1/20

0372

°58′

53′′

75°1

4′44

′′0.

68

1H

3S3

W1

20.7

(14.

4–22

.6)

14.5

(8.8

–22.

4)1.

4(0

.3–8

.3)

BeiA

P

GRV

024

064

02/0

1/20

0372

°59′

51′′

75°1

4′39

′′8.

83

1H

5 S1

W1

19.4

17

.2

1.5

NAO

CG

RV 0

2406

602

/01/

2003

72°5

9′51

′′75

°14′

39′′

0.45

1

LL5

S3W

128

.3

23.5

1.

8 G

UT

GRV

024

130

02/0

1/20

0372

°59′

06′′

75°1

5′24

′′3.

991

H6

S1W

117

.815

.51.

3IG

CAS

GRV

024

150

02/0

1/20

0372

°58′

57′′

75°1

5′06

′′2.

41

1H

5 S2

W2

18.6

16

.5

1.3

NAO

CG

RV 0

2424

002

/01/

2003

72°5

8′57

′′75

°15′

00′′

1.56

1

L6S3

W2

24.4

21

.3

1.6

BeiA

PG

RV 0

2424

102

/01/

2003

72°5

8′57

′′75

°15′

00′′

0.91

1

L6S3

W1

24.3

20

.7

1.7

BeiA

PG

RV 0

2424

202

/01/

2003

72°5

8′57

′′75

°15′

00′′

1.73

1

L6S2

W1

24.0

20

.3

1.5

BeiA

P

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

024

247

02/0

1/20

0372

°58′

57′′

75°1

5′01

′′0.

48

1L5

S3W

224

.5

20.9

1.

4 PM

OG

RV 0

2424

802

/01/

2003

72°5

8′57

′′75

°15′

01′′

0.88

1

L6S3

W1

24.9

21

.3

1.3

PMO

GRV

024

251

02/0

1/20

0372

°58′

57′′

75°1

5′01

′′0.

87

1L6

S4W

123

.9

20.6

1.

6 Be

iAP

GRV

024

259

02/0

1/20

0372

°58′

57′′

75°1

5′01

′′0.

45

1L5

S5W

123

.8

20.7

1.

4 IG

GC

ASG

RV 0

2426

202

/01/

2003

72°5

8′57

′′75

°15′

01′′

0.45

1

L5S3

W1

24.2

20

.8

1.5

IGG

CAS

GRV

024

447

01/2

0/20

0372

°46′

30′′

75°2

0′32

′′8.

52

1L5

S2W

122

.7

19.1

1.

6 N

UG

RV 0

2444

801

/22/

2003

72°4

6′30

′′75

°19′

47′′

0.38

1

H5

S2W

217

.9

15.3

1.

3 N

UG

RV 0

5002

701

/04/

2006

72°5

9 ′44

′′75

°11′

21′′

69.2

8 1

H5

S2W

118

.6

16.4

1.

4 N

AOC

GRV

050

035

01/0

5/20

0672

°59′

59′′

75°1

1′39

′′43

.82

1L5

S1W

124

.2

20.5

1.

6 IG

GC

ASG

RV 0

5003

701

/05/

2006

72°5

9′48

′′75

°13′

00′′

29.5

71

L6S1

W1

24.1

20.4

1.6

IGC

ASG

RV 0

5004

701

/05/

2006

72°5

9′49

′′75

°13′

03′′

16.5

4 1

L5S4

W1

22.2

19

.8

1.2

GU

TG

RV 0

5004

801

/05/

2006

72°5

9′33

′′75

°13′

05′′

15.2

8 1

L6S3

W1

23.0

19

.7

1.6

NU

GRV

050

059

01/0

5/20

0672

°59′

33′′

75°1

4′04

′′5.

16

1L5

S3W

124

.0

20.5

1.

7 Be

iAP

GRV

050

073

01/0

5/20

0673

°04′

50′′

75°0

8′56

′′2.

41

1H

6S2

W1

18.9

16

.9

1.5

BeiA

PG

RV 0

5007

601

/05/

2006

73°5

′28′

′75

°09′

40′′

1.18

1

H5

S1W

218

.6

16.7

1.

7 G

IGC

AS

GRV

050

093

01/0

5/20

0673

°0′0

2′′

75°1

1′26

′′4.

97

1H

5S2

W1

18.2

16

.4

1.3

GIG

CAS

G

RV 0

5011

001

/06/

2006

72°5

8′40

′′75

°15′

58′′

3.38

1

L5S3

W1

24.8

21

.1

1.3

PMO

GRV

050

119

01/0

6/20

0672

°58′

36′′

75°1

5′49

′′21

.78

1L6

S3

W1

24.3

20

.5

1.7

NAO

CG

RV 0

5012

701

/06/

2006

72°5

9′01

′′75

°15′

30′′

155.

94

1H

5 S1

W1

19.1

16

.7

1.6

NAO

CG

RV 0

5013

701

/06/

2006

72°5

8′43

′′75

°15′

25′′

0.51

1

L5

S2W

224

.5

21.4

1.

6 N

AOC

GRV

050

169

01/0

6/20

0672

°58′

36′′

75°1

5′44

′′2.

89

1L5

S4W

223

.4

20.5

1.

3 G

UT

GRV

050

176

01/0

7/20

0672

°58′

42′′

75°1

7 ′28

′′74

.33

1L6

S5W

124

.5

20.7

1.

3 PM

OG

RV 0

5018

001

/07/

2006

72°5

7′36

′′75

°13′

45′′

16.6

7 1

L5S2

W1

23.7

19

.8

1.8

NU

GRV

050

190

01/0

7/20

0672

°58′

31′′

75°1

6′10

′′8.

93

1L6

S4W

123

.2

21.0

1.

8 G

IGC

AS

GRV

050

205

01/0

7/20

0672

°57′

13′′

75°1

4′14

′′11

.70

1H

6S2

W1

19.4

17

.1

1.6

BeiA

PG

RV 0

5020

801

/07/

2006

72°5

7′08

75°1

4′08

′′2.

53

1L4

S1W

122

.8

20.1

0.

8 N

UG

RV 0

5025

201

/08/

2006

72°5

9′02

′′75

°14′

48′′

1.80

1

L5S2

W1

22.0

18

.9

1.2

PMO

GRV

050

257

01/0

8/20

0672

°59′

02′′

75°1

4′48

′′0.

50

1L5

S3W

226

.3

22.5

1.

3 PM

OG

RV 0

5025

801

/08/

2006

72°5

9′02

′′75

°14′

48′′

0.50

1

L6S3

W1

23.7

21

.0

1.7

GIG

CAS

G

RV 0

5038

501

/08/

2006

72°5

7′34

′′75

°13′

36′′

6.72

1

L5S3

W1

22.8

19

.3

1.4

GU

TG

RV 0

5038

801

/08/

2006

72°5

6′13

′′75

°17′

51′′

174.

56

1H

5S3

W2

19.0

16

.7

1.1

PMO

GRV

050

389

01/0

8/20

0672

°56′

14′′

75°1

7′50

′′6.

34

1H

5S2

W1

19.3

17

.1

1.6

BeiA

PG

RV 0

5039

201

/08/

2006

72°5

8′40

′′75

°11′

45′′

0.50

1

H5

S1W

218

.2

16.9

1.

5 G

IGC

AS

GRV

050

403

01/0

9/20

0672

°59′

28′′

75°1

3′47

′′15

.61

1L5

S3W

124

.4

22.1

1.

5 G

IGC

AS

GRV

050

405

01/0

9/20

0672

°59′

43′′

75°1

1′07

′′6.

51

1L5

S4W

124

.2

20.5

1.

1 IG

GC

ASG

RV 0

5040

601

/09/

2006

72°5

9′43

′′75

°16′

28′′

4.98

1

H5

S2W

219

.0

16.8

1.

4 PM

OG

RV 0

5040

701

/09/

2006

72°5

9 ′46

′′75

°16′

27′′

2.93

1

H4

S1W

118

.4

16.1

1.

2 N

AOC

GRV

050

408

01/0

9/20

0672

°59′

37′′

75°1

6′25

′′2.

411

H5

S2W

118

.516

1.6

IGC

ASG

RV 0

5041

101

/09/

2006

72°5

9′01

′′75

°17′

09′′

4.11

1

H4

S2W

217

.3

15.4

1.

2 G

UT

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

050

417

01/0

9/20

0672

°59′

06′′

75°1

4′02

′′12

.54

1L6

S2W

124

.7

20.5

1.

7 IG

GC

ASG

RV 0

5042

601

/09/

2006

72°5

9′02

′′75

°14′

44′′

0.51

1

L6S2

W1

24.1

20

.7

1.6

BeiA

PG

RV 0

5042

901

/09/

2006

72°5

9′02

′′75

°14′

44′′

0.50

1

L6

S2W

124

.1

20.4

1.

6 N

AOC

GRV

050

613

01/0

9/20

0672

°59′

02′′

75°1

4′44

′′12

.50

1H

5S3

W2

19.9

17

.6

1.0

PMO

GRV

050

724

01/0

9/20

0672

°59′

02′′

75°1

4′44

′′0.

51

1L4

S3W

124

.0

21.4

1.

4 Be

iAP

GRV

050

726

01/0

9/20

0672

°59′

02′′

75°1

4′44

′′0.

511

L5S4

W1

23.1

20.1

1.3

IGC

ASG

RV 0

5072

801

/09/

2006

72°5

9′02

′′75

°14′

44′′

0.50

1

L6

S5W

224

.3

20.6

1.

6 N

AOC

GRV

051

009

01/0

9/20

0672

°59 ′

02′′

75°1

4′44

′′0.

50

1L6

S5W

224

.2

20.5

1.

5 Be

iAP

GRV

051

018

01/0

9/20

0672

°59′

02′′

75°1

4′44

′′0.

511

L6S3

W1

23.6

20.2

1.4

IGC

ASG

RV 0

5109

401

/09/

2006

72°5

9′03

′′75

°14′

43′′

1.18

1

L6S3

W1

23.1

20

.7

1.5

GIG

CAS

G

RV 0

5110

401

/09/

2006

72°5

9′03

′′75

°14′

43′′

0.51

1

L6S2

W1

23.3

19

.8

1.5

NU

GRV

051

106

01/0

9/20

0672

°59′

03′′

75°1

4′43

′′0.

50

1L6

S2W

124

.1

20.3

1.

6 Be

iAP

GRV

051

221

01/0

9/20

0672

°59′

02′′

75°1

4′44

′′1.

39

1L5

S3W

125

.7

21.5

1.

4 PM

OG

RV 0

5123

601

/09/

2006

72°5

9′02

′′75

°14′

44′′

0.51

1

L6S2

W2

23.2

19

.6

1.6

NU

GRV

051

534

01/1

1/20

0672

°56′

13′′

75°1

7′40

′′3.

20

1H

5S1

W2

17.7

15

.9

1.6

GIG

CAS

G

RV 0

5154

701

/11/

2006

72°5

6′07

′′75

°19′

19′′

8.25

1

H4

S2W

118

.0

17.1

1.

2 IG

GC

ASG

RV 0

5156

201

/11/

2006

72°5

6′07

′′75

°19′

10′′

21.7

0 1

L6

S2W

224

.8

21.0

2.

6 N

AOC

GRV

051

563

01/1

1/20

0672

°56′

07′′

75°1

9′10

′′6.

78

1H

4S2

W2

16.5

14

.6

0.8

NU

GRV

051

566

01/1

1/20

0672

°55′

51′′

75°2

0′31

′′16

.83

1H

4S1

W1

16.9

15.6

1.1

IGC

ASG

RV 0

5157

401

/11/

2006

72°5

5′57

′′75

°20′

59′′

1.44

1

H4

S3W

121

.1

17.9

1.

4 Be

iAP

GRV

051

576

01/1

1/20

0672

°55′

57′′

75°1

9′42

′′0.

51

H4

S2W

120

.216

.51.

0IG

CAS

GRV

051

586

01/1

1/20

0672

°56′

07′′

75°1

9 ′12

′′20

.94

1L5

S5W

223

.8

19.9

1.

5 N

UG

RV 0

5158

701

/11/

2006

72°5

6′06

′′75

°19′

09′′

26.6

2 1

H4

S1W

119

.1

17.6

1.

6 G

IGC

AS

GRV

051

588

01/1

1/20

0672

°56′

15′′

75°1

8′27

′′4.

05

1L5

S2W

124

.2

21.6

1.

6 IG

GC

ASG

RV 0

5159

001

/12/

2006

72°5

6′10

′′75

°18′

59′′

2.21

1

L6S3

W1

23.0

19

.9

1.3

GU

TG

RV 0

5159

501

/12/

2006

72°5

6′20

′′75

°17′

36′′

19.6

1 1

H4

S1W

118

.4

16.3

2.

0 IG

GC

ASG

RV 0

5159

601

/12/

2006

72°5

6′26

′′75

°16′

59′′

8.31

1

L5S4

W1

23.4

20

.0

1.5

GU

TG

RV 0

5159

701

/12/

2006

72°5

6′26

′′75

°16′

59′′

4.02

1

L5S1

W1

17.7

16

.8

1.0

GIG

CAS

G

RV 0

5160

301

/12/

2006

72°5

6′03

′′75

°19′

12′′

11.6

91

H4

S1W

118

.917

.81.

2IG

CAS

GRV

051

606

01/1

2/20

0672

°56′

03′′

75°1

9′12

′′2.

16

1H

5 S2

W1

18.7

16

.7

1.3

NAO

CG

RV 0

5161

101

/14/

2006

72°5

6′15

′′75

°18′

51′′

8.72

1H

6S3

W1

18.7

17.2

1.5

IGC

ASG

RV 0

5161

901

/16/

2006

72°4

6′52

′′75

°18′

44′′

188.

02

1L4

S2W

123

.7

20.1

1.

8 IG

GC

ASG

RV 0

5162

001

/16/

2006

72°4

6′50

′′75

°18′

33′′

183.

73

1L5

S5W

125

.0

21.1

1.

5 PM

OG

RV 0

5162

101

/16/

2006

72°4

6′49

′′75

°19′

03′′

11.5

7 1

L6S5

W2

23.6

19

.8

1.9

NU

GRV

051

627

01/1

6/20

0672

°46′

44′′

75°1

9′01

′′17

2.52

1

L6S3

W1

24.3

21

.2

1.7

GIG

CAS

G

RV 0

5163

001

/16/

2006

72°4

6′47

′′75

°20′

0′′

78.5

7 1

L6S4

W1

22.7

20

.1

1.7

NU

GRV

051

631

01/1

6/20

0672

°46′

46′′

75°1

9′26

′′71

.28

1L6

S4W

123

.7

21.1

1.

8 G

IGC

AS

GRV

051

632

01/1

6/20

0672

°46′

46′′

75°1

9′39

′′81

.52

1L6

S4W

124

.0

20.5

1.

8 Be

iAP

GRV

051

635

01/1

6/20

0672

°46′

48′′

75°1

9′29

′′27

.62

1L5

S4W

222

.6

19.8

1.

4 G

UT

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

051

636

01/1

6/20

0672

°46′

45′′

75°1

9′10

′′79

.70

1L5

S4W

222

.8

19.4

1.

5 N

UG

RV 0

5164

101

/16/

2006

72°4

6′39

′′75

°19′

44′′

27.9

5 1

L6S6

W2

23.3

20

.0

1.6

NU

GRV

051

653

01/1

6/20

0672

°46′

51′′

75°1

9′08

′′16

.31

1L5

S5W

124

.1

20.7

1.

4 PM

OG

RV 0

5165

701

/16/

2006

72°4

6′47

′′75

°19′

47′′

2.81

1

L4S2

W1

24.8

19

.6

1.6

IGG

CAS

GRV

051

662

01/1

6/20

0672

°46′

46′′

75°1

9′25

′′2.

13

1H

5S3

W3

16.9

14

.7

1.3

NU

GRV

051

664

01/1

6/20

0672

°46′

41′′

75°1

9′23

′′4.

94

1L6

S3

W2

24.2

20

.8

1.6

NAO

CG

RV 0

5168

601

/16/

2006

72°4

6′44

′′75

°18′

54′′

12.2

0 1

L6

S2W

124

.3

20.7

1.

9 N

AOC

GRV

051

707

01/1

6/20

0672

°46 ′

50′′

75°1

9′33

′′15

.31

L5S2

W1

23.5

20.3

1.6

IGC

ASG

RV 0

5170

801

/16/

2006

72°4

6′47

′′75

°18′

58′′

6.50

1

L5S2

W1

23.6

20

.0

1.5

IGG

CAS

GRV

051

718

01/1

6/20

0672

°46′

39′′

75°1

9′44

′′12

.42

1L6

S3W

124

.7

22.6

1.

9 G

IGC

AS

GRV

051

719

01/1

6/20

0672

°46′

40′′

75°1

9′37

′′11

.68

1L6

S3W

123

.619

.91.

5IG

CAS

GRV

051

735

01/1

6/20

0672

°46′

42′′

75°1

9′06

′′1.

38

1L6

S4W

124

.3

20.6

1.

9 Be

iAP

GRV

051

745

01/1

6/20

0672

°46′

42′′

75°1

9′03

′′11

.53

1L6

S6W

223

.3

19.5

1.

7 N

UG

RV 0

5175

901

/16/

2006

72°4

6′52

′′75

°18′

19′′

4.02

1

L6S3

W1

23.4

21

.3

1.8

GIG

CAS

G

RV 0

5176

601

/16/

2006

72°4

6′43

′′75

°19′

04′′

6.89

1

L6

S2W

124

.1

20.1

1.

8 N

AOC

GRV

051

768

01/1

6/20

0672

°46′

43′′

75°1

9′04

′′4.

94

1L6

S4W

124

.1

20.5

1.

8 Be

iAP

GRV

051

771

01/1

6/20

0672

°46′

44′′

75°1

9′39

′′29

4.00

1

L6S4

W1

22.6

19

.1

1.6

NU

GRV

051

772

01/1

6/20

0672

°46′

52′′

75°1

8′22

′′29

1.00

1

L5S3

W1

22.5

19

.2

1.5

GU

TG

RV 0

5177

501

/16/

2006

72°4

6′41

′′75

°19′

18′′

8.75

1L6

S2W

123

.619

.91.

3IG

CAS

GRV

051

777

01/1

6/20

0672

°46′

40′′

75°1

9′17

′′3.

90

1L5

S5W

123

.9

19.7

2.

0 N

UG

RV 0

5179

201

/16/

2006

72°4

6′42

′′75

°19′

06′′

3.88

1

L5S2

W2

23.1

20

.7

1.9

NU

GRV

051

797

01/1

6/20

0672

°46′

44′′

75°1

9 ′58

′′8.

14

1L6

S3W

123

.6

20.1

1.

8 G

IGC

AS

GRV

051

801

01/1

6/20

0672

°46′

49′′

75°1

9′24

′′2.

77

1L6

S2

W1

24.2

20

.4

1.8

NAO

CG

RV 0

5180

401

/16/

2006

72°4

6′45

′′75

°19′

25′′

44.1

5 1

L5S2

W1

23.3

20

.0

1.4

GU

TG

RV 0

5180

801

/16/

2006

72°4

6′45

′′75

°19′

42′′

12.5

8 1

L5S3

W2

22.7

19

.5

1.3

GU

TG

RV 0

5181

601

/16/

2006

72°4

6′46

′′75

°19′

11′′

4.10

1

L5S3

W1

22.2

18

.6

1.4

GU

TG

RV 0

5184

501

/16/

2006

72°4

6′48

′′75

°18′

43′′

19.4

7 1

L5S4

W1

24.1

20

.4

1.9

IGG

CAS

GRV

051

849

01/1

6/20

0672

°46′

48′′

75°1

8′43

′′16

.51

1L5

S4W

123

.0

19.8

1.

4 G

UT

GRV

051

856

01/1

6/20

0672

°46′

48′′

75°1

8′43

′′6.

821

L5S4

W1

23.2

20.2

1.5

IGC

ASG

RV 0

5187

401

/16/

2006

72°4

6′46

′′75

°19′

46′′

44.9

31

L6S4

W1

23.1

20.1

1.5

IGC

ASG

RV 0

5188

001

/16/

2006

72°4

6′44

′′75

°19′

15′′

21.4

91

L6S3

W1

23.1

19.7

1.5

IGC

ASG

RV 0

5188

201

/16/

2006

72°4

6′47

′′75

°19′

40′′

20.7

1 1

L6S3

W1

22.4

19

.2

1.4

GU

TG

RV 0

5188

401

/16/

2006

72°4

6′53

′′75

°19′

13′′

30.7

5 1

L6S3

W1

23.1

19

.7

1.4

PMO

GRV

051

886

01/1

6/20

0672

°46′

49′′

75°1

8′37

′′16

.75

1L5

S2W

123

.419

.91.

5IG

CAS

GRV

051

888

01/1

6/20

0672

°46′

54′′

75°1

9′06

′′27

.17

1L5

S4W

124

.3

20.8

1.

5 IG

GC

ASG

RV 0

5189

301

/16/

2006

72°4

6′51

′′75

°18′

47′′

16.3

4 1

L6S5

W1

24.8

20

.8

1.6

PMO

GRV

051

895

01/1

6/20

0672

°46′

50′′

75°1

9′23

′′16

.46

1L6

S3W

124

.2

20.5

1.

6 IG

GC

ASG

RV 0

5190

101

/16/

2006

72°4

6′54

′′75

°19′

07′′

8.20

1

L6S3

W1

24.4

20

.5

1.5

PMO

GRV

051

904

01/1

6/20

0672

°46′

54′′

75°1

9′02

′′6.

48

1L6

S5W

125

.2

21.4

1.

5 PM

O

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

051

908

01/1

6/20

0672

°46′

50′′

75°1

9′47

′′5.

12

1L6

S3W

122

.6

19.3

1.

5 G

UT

GRV

051

911

01/1

6/20

0672

°46′

43′′

75°1

8′54

′′6.

74

1L6

S4W

122

.6

20.2

1.

5 G

UT

GRV

051

914

01/1

6/20

0672

°46′

49′′

75°1

9′06

′′3.

25

1L5

S2W

123

.5

19.7

1.

8 IG

GC

ASG

RV 0

5193

101

/16/

2006

72°4

6′46

′′75

°19′

26′′

44.8

5 1

L5S4

W2

23.5

19

.9

2.0

NU

GRV

051

942

01/1

6/20

0672

°46′

44′′

75°1

8′56

′′5.

11

1L5

S2W

124

.3

20.7

1.

8 IG

GC

ASG

RV 0

5194

601

/16/

2006

72°4

6′45

′′75

°18′

18′′

0.5

1L5

S2W

123

.720

.11.

6IG

CAS

GRV

051

951

01/1

6/20

0672

°46′

38′′

75°1

9′47

′′8.

32

1H

4S3

W1

17.2

15

.7

1.1

GU

TG

RV 0

5195

601

/16/

2006

72°4

6 ′54

′′75

°18′

02′′

4.94

1

L6S2

W1

24.2

20

.6

1.8

BeiA

PG

RV 0

5195

701

/16/

2006

72°4

6′53

′′75

°18′

06′′

2.92

1

L6S2

W1

23.8

20

.3

1.9

BeiA

PG

RV 0

5195

901

/16/

2006

72°4

6′53

′′75

°18′

07′′

2.41

1H

5S2

W1

18.8

16.7

1.3

IGC

ASG

RV 0

5196

201

/16/

2006

72°4

6′42

′′75

°19′

03′′

66.5

31

L6S3

W1

24.1

20.7

1.4

IGC

ASG

RV 0

5197

101

/16/

2006

72°4

6′55

′′75

°17′

58′′

44.9

11

L6S2

W1

2319

.61.

6IG

CAS

GRV

051

976

01/1

6/20

0672

°46′

56′′

75°1

7′58

′′3.

26

1L6

S4W

122

.9

19.3

1.

5 G

UT

GRV

051

977

01/1

6/20

0672

°46′

56′′

75°1

7′58

′′1.

74

1L6

S2W

123

.7

20.2

1.

8 IG

GC

ASG

RV 0

5198

501

/16/

2006

72°4

6′45

′′75

°19′

18′′

27.9

2 1

L6S5

W2

23.3

22

.1

1.8

NU

GRV

051

986

01/1

6/20

0672

°46′

53′′

75°1

8′12

′′11

.46

1L6

S4W

124

.6

20.3

1.

8 IG

GC

ASG

RV 0

5200

001

/16/

2006

72°4

6′55

′′75

°17′

58′′

5.12

1

H6

S2W

118

.5

16.5

1.

4 IG

GC

ASG

RV 0

5200

601

/16/

2006

72°4

6′44

′′75

°19′

06′′

48.4

1 1

L6

S2W

124

.1

20.3

1.

7 N

AOC

GRV

052

007

01/1

6/20

0672

°46′

44′′

75°1

9′08

′′50

.10

1L5

S4W

124

.3

21.0

1.

6 IG

GC

ASG

RV 0

5201

601

/16/

2006

72°4

6′44

′′75

°19′

07′′

1.32

1

L6S5

W3

23.4

19

.7

1.6

NU

GRV

052

021

01/1

6/20

0672

°46′

55′′

75°1

7′58

′′69

.20

1L6

S2W

124

.5

20.7

1.

8 Be

iAP

GRV

052

027

01/1

6/20

0672

°46′

55′′

75°1

7 ′58

′′15

.64

1L6

S3W

123

.5

21.4

1.

6 G

IGC

AS

GRV

052

032

01/1

6/20

0672

°46′

42′′

75°1

9′05

′′31

21

L6S2

W1

23.4

19.7

1.6

IGC

ASG

RV 0

5203

301

/16/

2006

72°4

6′42

′′75

°19′

04′′

294.

00

1L5

S5W

123

.4

19.6

1.

7 N

UG

RV 0

5203

901

/16/

2006

72°4

6′42

′′75

°19′

05′′

29.8

7 1

L6

S3W

124

.0

20.3

1.

8 N

AOC

GRV

052

040

01/1

6/20

0672

°46′

42′′

75°1

9′05

′′20

.55

1L5

S4W

122

.6

19.7

1.

5 G

UT

GRV

052

041

01/1

6/20

0672

°46′

42′′

75°1

9′05

′′11

.52

1L5

S4W

122

.0

19.6

1.

6 G

UT

GRV

052

044

01/1

6/20

0672

°46′

42′′

75°1

9′05

′′6.

43

1L6

S2

W1

24.3

20

.6

1.9

NAO

CG

RV 0

5204

601

/16/

2006

72°4

6′42

′′75

°19′

05′′

3.84

1

L6S3

W2

22.7

19

.7

1.6

GU

TG

RV 0

5207

501

/16/

2006

72°4

6′28

′′75

°20′

28′′

78.1

1 1

L5S4

W2

22.0

18

.9

1.6

GU

TG

RV 0

5207

901

/16/

2006

72°4

6′22

′′75

°20′

32′′

30.7

6 1

H5

S2W

318

.5

16.3

1.

3 PM

OG

RV 0

5208

001

/16/

2006

72°4

6′33

′′75

°20′

23′′

49.4

3 1

L3S1

W1

24.1

(21.

8–28

.3)

19.6

(18.

1–21

.3)

0.88

(0.3

3–1.

25)

GIG

CAS

GRV

052

081

01/1

6/20

0672

°46′

23′′

75°2

0′32

′′29

.65

1L6

S4W

124

.0

20.2

1.

8 Be

iAP

GRV

052

105

01/1

6/20

0672

°46′

49′′

75°1

9′51

′′6.

85

1L6

S4W

223

.8

20.4

1.

8 Be

iAP

GRV

052

106

01/1

6/20

0672

°46′

48′′

75°1

9′09

′′4.

02

1L6

S4

W1

24.1

20

.4

1.7

NAO

CG

RV 0

5210

801

/16/

2006

72°4

6′49

′′75

°19′

38′′

2.81

1

L5S2

W1

23.8

20

.3

1.9

IGG

CAS

GRV

052

120

01/1

6/20

0672

°46′

36′′

75°1

9′22

′′70

.43

1L6

S2

W2

24.2

20

.6

1.8

NAO

CG

RV 0

5212

301

/16/

2006

72°4

6′25

′′75

°19′

43′′

49.7

3 1

L6S3

W1

25.0

21

.2

1.5

PMO

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

052

128

01/1

6/20

0672

°46′

25′′

75°2

0′38

′′26

.76

1L6

S3W

124

.2

20.6

1.

4 PM

OG

RV 0

5213

101

/16/

2006

72°4

6′18

′′75

°19′

48′′

12.4

7 1

L6S2

W1

24.6

21

.0

1.4

PMO

GRV

052

134

01/1

6/20

0672

°46′

22′′

75°1

9′46

′′11

.83

1L6

S4W

124

.3

20.4

1.

8 Be

iAP

GRV

052

167

01/1

6/20

0672

°46′

19′′

75°2

0′41

′′0.

50

1H

6S3

W3

17.7

16

.1

1.1

NU

GRV

052

179

01/1

6/20

0672

°46′

23′′

75°2

0′17

′′1.

78

1H

5 S1

W1

18.8

16

.7

1.4

NAO

CG

RV 0

5218

501

/16/

2006

72°4

6′23

′′75

°20′

18′′

1.39

1

L6S3

W2

25.6

21

.5

1.7

PMO

GRV

052

187

01/1

6/20

0672

°46′

23′′

75°2

0′17

′′1.

81

1L5

S2W

223

.9

20.4

1.

7 IG

GC

ASG

RV 0

5218

901

/16/

2006

72°4

6 ′23

′′75

°20′

17′′

1.57

1

H5

S3W

119

.4

17.3

1.

5 Be

iAP

GRV

052

204

01/1

6/20

0672

°46′

23′′

75°2

0′17

′′0.

51

1H

5S1

W3

18.4

16

.1

1.1

GU

TG

RV 0

5220

701

/16/

2006

72°4

6′21

′′75

°20′

48′′

5.13

1

L5S3

W1

22.8

20

.2

1.4

GU

TG

RV 0

5221

101

/16/

2006

72°4

6′21

′′75

°20′

48′′

2.21

1

L5S4

W1

22.7

19

.6

1.4

GU

TG

RV 0

5221

501

/16/

2006

72°4

6′21

′′75

°20′

48′′

2.23

1

L6S5

W2

24.6

19

.6

1.6

NU

GRV

052

232

01/1

6/20

0672

°46′

16′′

75°2

0′17

′′0.

51

1L6

S3W

122

.1

19.2

1.

3 G

UT

GRV

052

254

01/1

7/20

0672

°46′

35′′

75°1

8′35

′′1.

41

1L6

S3W

122

.2

19.1

1.

4 G

UT

GRV

052

260

01/1

7/20

0672

°46′

34′′

75°2

0′04

′′21

.69

1L6

S3W

123

.9

20.4

1.

6 Be

iAP

GRV

052

263

01/1

7/20

0672

°46′

34′′

75°2

0′04

′′8.

15

1L6

S3W

123

.7

20.4

1.

7 G

IGC

AS

GRV

052

267

01/1

7/20

0672

°46′

34′′

75°2

0′04

′′1.

28

1L6

S2

W1

24.2

20

.7

1.9

NAO

CG

RV 0

5227

001

/17/

2006

72°4

6′41

′′75

°19′

42′′

3.38

1

L6S4

W1

24.2

21

.4

1.7

GIG

CAS

G

RV 0

5228

601

/17/

2006

72°4

6′40

′′75

°18′

02′′

6.81

1

L5S2

W1

24.2

19

.9

1.8

NU

GRV

052

290

01/1

7/20

0672

°46′

34′′

75°1

9′43

′′2.

93

1L6

S5W

124

.1

20.4

1.

9 Be

iAP

GRV

052

292

01/1

7/20

0672

°46′

36′′

75°1

9′19

′′65

.66

1L5

S5W

223

.4

20.2

1.

7 N

UG

RV 0

5229

301

/17/

2006

72°4

6′46

′′75

°18 ′

58′′

44.8

2 1

L4S3

W2

23.7

19

.8

1.3

NU

GRV

052

295

01/1

7/20

0672

°46′

47′′

75°1

8′52

′′1.

43

1L5

S2W

223

.8

20.0

1.

8 N

UG

RV 0

5229

801

/17/

2006

72°4

6′34

′′75

°19′

37′′

1.27

1L5

S2W

122

.619

.61.

5IG

CAS

GRV

052

300

01/1

7/20

0672

°46′

36′′

75°1

8′47

′′1.

32

1H

6S3

W3

18.2

15

.9

1.0

NU

GRV

052

303

01/1

7/20

0672

°46′

52′′

75°1

9′42

′′15

.33

1L6

S3W

123

.119

.91.

5IG

CAS

GRV

052

306

01/1

7/20

0672

°46′

51′′

75°1

8′56

′′4.

10

1L5

S2W

123

.9

20.4

0.

0 IG

GC

ASG

RV 0

5230

801

/17/

2006

72°4

6′43

′′75

°18′

50′′

2.13

1

H4

S2W

217

.3

15.8

1.

1 G

UT

GRV

052

315

01/1

7/20

0672

°46′

48′′

75°1

9′42

′′30

.67

1L6

S3W

124

.5

21.5

1.

8 G

IGC

AS

GRV

052

317

01/1

7/20

0672

°46′

48′′

75°1

9′11

′′12

.57

1L5

S4W

124

.2

20.9

1.

7 IG

GC

ASG

RV 0

5231

801

/17/

2006

72°4

6′48

′′75

°19′

11′′

12.6

0 1

L5S4

W1

22.5

20

.8

1.3

GU

TG

RV 0

5231

901

/17/

2006

72°4

6′48

′′75

°19′

11′′

21.1

8 1

L5S4

W3

22.9

21

.5

1.3

NU

GRV

052

328

01/1

7/20

0672

°46′

44′′

75°1

8′35

′′1.

39

1L6

S3W

123

.8

21.6

1.

5 G

IGC

AS

GRV

052

338

01/1

7/20

0672

°46′

44′′

75°1

8′35

′′0.

51

1H

5S2

W1

18.8

16

.6

1.3

IGG

CAS

GRV

052

346

01/1

7/20

0672

°46′

56′′

75°1

9′18

′′1.

75

1H

3S1

W2

15.9

(15.

3–17

.0)

14.9

(13.

7–18

.2)

1.1

GU

T

GRV

052

360

01/1

7/20

0672

°46′

58′′

75°1

7′56

′′2.

42

1L6

S3

W1

24.0

20

.4

1.7

NAO

CG

RV 0

5236

201

/17/

2006

72°4

6′58

′′75

°17′

56′′

2.16

1

L6

S2W

123

.9

20.2

1.

9 N

AOC

GRV

052

363

01/1

7/20

0672

°46′

58′′

75°1

7′56

′′1.

31

1L6

S4W

123

.9

20.0

1.

8 IG

GC

AS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

052

372

01/1

7/20

0672

°46′

55′′

75°1

8′53

′′76

.64

1L6

S5W

121

.9

18.6

1.

4 PM

OG

RV 0

5237

401

/17/

2006

72°4

6′55

′′75

°18′

53′′

45.5

0 1

L6S2

W1

24.2

20

.7

1.9

BeiA

PG

RV 0

5237

701

/17/

2006

72°4

6′55

75°1

8′53

′′44

.81

1L5

S4W

122

.7

19.1

1.

6 G

UT

GRV

052

379

01/1

7/20

0672

°46′

55′′

75°1

8′53

′′8.

76

1L6

S2W

123

.9

20.2

1.

9 Be

iAP

GRV

052

387

01/1

7/20

0672

°47′

13′′

75°1

6′22

′′1.

761

H5

S3W

118

.116

.21.

2IG

CAS

GRV

052

389

01/1

7/20

0672

°47′

13′′

75°1

6′22

′′1.

39

1H

5S1

W2

18.9

17

.2

1.4

GIG

CAS

G

RV 0

5239

801

/17/

2006

72°4

7′02

′′75

°16′

18′′

4.04

1

L6S3

W1

24.4

20

.7

1.6

PMO

GRV

052

399

01/1

7/20

0672

°47′

02′′

75°1

6′18

′′2.

77

1L6

S2W

124

.6

21.1

1.

6 Be

iAP

GRV

052

403

01/1

7/20

0672

°47′

02′′

75°1

6′18

′′1.

761

H4

S1W

118

.216

.21.

4IG

CAS

GRV

052

405

01/1

7/20

0672

°47′

02′′

75°1

6′18

′′1.

54

1L5

S3W

223

.9

19.6

1.

3 G

UT

GRV

052

406

01/1

7/20

0672

°47′

02′′

75°1

6′18

′′1.

161

L6S3

W1

22.9

20.4

1.5

IGC

ASG

RV 0

5241

301

/17/

2006

72°4

6′34

′′75

°19′

55′′

30.1

5 1

L6S3

W1

23.5

21

.1

1.8

GIG

CAS

G

RV 0

5242

901

/17/

2006

72°4

6′58

′′75

°19′

28′′

5.11

1

H5

S3W

219

.9

16.8

1.

6 PM

OG

RV 0

5243

401

/17/

2006

72°4

6′55

′′75

°19′

23′′

5.14

1

L5S2

W2

23.1

19

.9

1.7

NU

GRV

052

443

01/1

7/20

0672

°46′

42′′

75° 1

9′07

′′2.

43

1L5

S3W

125

.6

21.4

1.

6 PM

OG

RV 0

5244

701

/17/

2006

72°4

6′42

′′75

°19′

07′′

3.33

1

L6S2

W1

24.2

20

.4

1.8

BeiA

PG

RV 0

5244

901

/17/

2006

72°4

6′42

′′75

°19′

07′′

1.78

1

L6S3

W1

24.0

20

.5

1.7

BeiA

PG

RV 0

5245

601

/17/

2006

72°4

6′34

′′75

°18′

50′′

1.18

1

L6

S2W

124

.7

21.1

1.

7 N

AOC

GRV

052

473

01/1

7/20

0672

°47′

01′′

75°1

7′54

′′0.

50

1L6

S4W

122

.9

19.8

1.

8 N

UG

RV 0

5248

601

/17/

2006

72°4

6′47

′′75

°18′

58′′

29.9

8 1

L6

S2W

124

.2

20.7

1.

8 N

AOC

GRV

052

492

01/1

7/20

0672

°46′

47′′

75°1

8′58

′′6.

831

L6S4

W1

22.9

201.

6IG

CAS

GRV

052

499

01/1

7/20

0672

°46′

45′′

75°1

8′26

′′6.

47

1H

4S1

W1

18.0

17

.2

0.9

GIG

CAS

G

RV 0

5250

401

/17/

2006

72°4

6′41

′75

°18′

19′′

3.25

1

L4S4

W1

24.2

20

.9

1.9

IGG

CAS

GRV

052

546

01/1

7/20

0672

°47′

06′′

75°1

7′41

′′0.

51

1L5

S3W

223

.7

20.1

1.

8 IG

GC

ASG

RV 0

5257

101

/17/

2006

72°4

6′51

′′75

°18′

13′′

1.41

1

L5S2

W1

23.4

19

.7

1.5

GU

TG

RV 0

5257

201

/17/

2006

72°4

6′51

′′75

°18′

13′′

1.41

1

L5S2

W1

23.9

20

.4

0.0

IGG

CAS

GRV

052

573

01/1

7/20

0672

°46′

51′′

75°1

8′13

′′1.

38

1L6

S2W

124

.3

20.7

1.

9 Be

iAP

GRV

052

596

01/1

7/20

0672

°46′

59′′

75°1

7′50

′′0.

51

1L5

S5W

125

.7

21.8

1.

5 PM

OG

RV 0

5265

701

/17/

2006

72°4

6′49

′′75

°18′

56′′

4.96

1

L6S4

W1

23.4

21

.0

1.5

GIG

CAS

G

RV 0

5265

801

/17/

2006

72°4

6′49

′′75

°18′

56′′

2.13

1

H4

S2W

217

.2

15.9

1.

1 G

UT

GRV

052

659

01/1

7/20

0672

°46′

60′′

75°1

8′21

′′29

61

L6S3

W1

23.2

20.8

1.3

IGC

ASG

RV 0

5266

101

/17/

2006

72°4

6′43

′′75

°19′

06′′

5.14

1

L6S6

W1

23.9

20

.0

1.7

NU

GRV

052

666

01/1

7/20

0672

°46′

46′′

75°1

8′42

′′1.

571

L6S4

W1

23.2

20.2

1.5

IGC

ASG

RV 0

5267

601

/17/

2006

72°4

6′42

′′75

°19′

21′′

21.1

91

L6S4

W1

24.2

211.

5IG

CAS

GRV

052

682

01/1

7/20

0672

°46′

49′′

75°1

8′31

′′1.

571

L6S2

W1

23.7

20.7

1.4

IGC

ASG

RV 0

5268

301

/17/

2006

72°4

6′59

′′75

°18′

21′′

2.21

1

L6S2

W1

24.3

21

.1

1.7

IGG

CAS

GRV

052

687

01/1

7/20

0672

°46 ′

45′′

75°1

8′50

′′16

.45

1L5

S4W

124

.0

20.2

1.

9 IG

GC

ASG

RV 0

5268

901

/17/

2006

72°4

6′45

′′75

°18′

50′′

4.04

1

L6S3

W1

24.0

20

.5

1.5

PMO

GRV

052

696

01/1

7/20

0672

°46′

50′′

75°1

8′22

′′4.

90

1L3

S1W

121

.7

11.4

0.

6 N

U

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

052

721

01/1

7/20

0672

°47′

05′′

75°1

7′21

′′3.

96

1L6

S1

W1

24.2

20

.2

1.9

NAO

CG

RV 0

5272

201

/17/

2006

72°4

7′05

′′75

°17′

21′′

2.20

1

H3

S2W

221

.0

(16.

3–26

.2)

17.1

(6

.0–2

9.1)

1.3

(0.1

–4.0

)PM

O

GRV

052

727

01/1

7/20

0672

°47′

05′′

75°1

7′21

′′1.

80

1L6

S4W

123

.4

21.4

1.

8 G

IGC

AS

GRV

052

730

01/1

7/20

0672

°47′

21′′

75°1

6′20

′′1.

161

L6S2

W1

23.4

20.1

1.5

IGC

ASG

RV 0

5274

801

/17/

2006

72°4

7′00

′′75

°17′

43′′

1.18

1

L6

S2W

124

.1

20.4

1.

8 N

AOC

GRV

052

753

01/1

7/20

0672

°47′

07′′

75°1

7′04

′′0.

51

1L6

S5W

124

.9

20.9

1.

8 PM

OG

RV 0

5275

801

/17/

2006

72°4

6′43

′′75

°19′

00′′

393.

00

1L6

S2

W2

24.0

20

.4

1.9

NAO

CG

RV 0

5275

901

/17/

2006

72°4

6′48

′′75

°19′

01′′

395.

00

1L6

S4W

123

.5

21.1

1.

8 G

IGC

AS

GRV

052

764

01/1

7/20

0672

°46′

38′′

75°1

8′55

′′77

.84

1L5

S4W

124

.0

20.4

1.

9 IG

GC

ASG

RV 0

5276

601

/17/

2006

72°4

6′42

′′75

°18′

56′′

77.8

3 1

L5S4

W1

23.8

20

.3

1.8

IGG

CAS

GRV

052

771

01/1

7/20

0672

°46′

41′′

75°1

8′53

′′43

.12

1L5

S2W

124

.2

20.7

1.

9 IG

GC

ASG

RV 0

5277

201

/17/

2006

72°4

6′38

′′75

°18′

51′′

48.2

4 1

L6

S2W

123

.8

20.2

1.

8 N

AOC

GRV

052

776

01/1

7/20

0672

°46′

40′′

75°1

8′50

′′18

.76

1L6

S3W

123

.5

21.5

1.

7 G

IGC

AS

GRV

052

782

01/1

7/20

0672

°46′

53′′

75°1

8′52

′′15

.42

1L6

S5W

124

.0

20.5

1.

7 Be

iAP

GRV

052

783

01/1

7/20

0672

°46′

46′′

75°1

8′50

′′15

.29

1L6

S6W

222

.9

19.5

2.

1 N

UG

RV 0

5278

601

/17/

2006

72°4

6′31

′′75

°20′

19′′

67.4

6 1

L6S3

W1

24.2

20

.5

1.7

BeiA

PG

RV 0

5278

801

/17/

2006

72°4

6′31

′′75

°20′

19′′

66.4

71

L6S2

W1

24.2

21.2

1.5

IGC

ASG

RV 0

5279

201

/17/

2006

72°4

6′31

′′75

°20′

19′′

50.6

1 1

L5S3

W1

22.6

19

.4

1.6

GU

TG

RV 0

5280

201

/17/

2006

72°4

9′31

′′75

°21′

13′′

1.41

1

H4

S1W

218

.4

16.5

1.

3 IG

GC

ASG

RV 0

5282

901

/17/

2006

72°4

9′31

′′75

°21′

13′′

3.35

1

L6S2

W1

24.1

20

.5

1.8

BeiA

PG

RV 0

5283

301

/17/

2006

72°4

6′31

′′75

°21′

13′′

1.56

1

L6S5

W1

23.4

19

.5

1.4

NU

GRV

052

861

01/1

7/20

0672

°49′

31′′

75°2

1′13

′′2.

95

1L6

S2

W1

24.2

20

.6

1.7

NAO

CG

RV 0

5286

201

/17/

2006

72°4

9′31

′′75

°21′

13′′

1.58

1

L6

S3W

124

.2

20.4

1.

6 N

AOC

GRV

052

872

01/1

7/20

0672

°49′

31′′

75°2

1′13

′′0.

51

1L6

S3W

123

.7

21.3

1.

6 G

IGC

AS

GRV

052

881

01/1

7/20

0672

°46′

31′′

75°2

1′13

′′8.

35

1L6

S5W

223

.4

19.4

1.

7 N

UG

RV 0

5288

601

/17/

2006

72°4

9′31

′′75

°21′

13′′

5.16

1L5

S2W

123

.820

.51.

4IG

CAS

GRV

052

887

01/1

7/20

0672

°49′

31′′

75°2

1′13

′′2.

51

1L5

S3W

122

.9

19.3

1.

4 G

UT

GRV

052

888

01/1

7/20

0672

°49′

31′′

75°2

1′13

′′2.

58

1L6

S3W

124

.1

20.7

1.

7 Be

iAP

GRV

052

896

01/1

7/20

0672

°49′

31′′

75°2

1′13

′′2.

80

1L5

S5W

124

.3

20.7

1.

4 PM

OG

RV 0

5290

501

/17/

2006

72°4

6′45

′′75

°19′

00′′

359.

00

1L6

S2W

124

.1

20.2

1.

9 Be

iAP

GRV

052

912

01/1

7/20

0672

°46′

43′′

75°1

9′04

′′19

.02

1L5

S5W

224

.8

21.1

1.

5 PM

OG

RV 0

5291

301

/17/

2006

72°4

6′45

′′75

°19′

00′′

15.4

8 1

L5

S4W

023

.7

20.4

1.

8 N

AOC

GRV

052

935

01/1

7/20

0672

°46′

42′′

75°1

7′59

′′2.

561

L6S2

W1

23.8

20.2

1.6

IGC

ASG

RV 0

5296

501

/17/

2006

72°4

6′46

′′75

°18′

32′′

162.

08

1L6

S4W

123

.8

21.4

1.

8 G

IGC

AS

GRV

052

969

01/1

7/20

0672

°46′

55′′

75°1

7′56

′′71

.26

1L7

S4W

123

.6

21.0

1.

6 G

IGC

AS

GRV

052

975

01/1

7/20

0672

°46′

40′′

75°1

8′19

′′18

.75

1L5

S2

W1

24.4

20

.4

1.8

NAO

CG

RV 0

5297

801

/17/

2006

72°4

6′52

′′75

°17′

58′′

8.38

1

L6S5

W2

24.5

19

.6

2.2

NU

GRV

052

979

01/1

7/20

0672

°47′

12′′

75°1

7′30

′′3.

271

L6S2

W1

22.9

19.5

1.4

IGC

AS

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

052

982

01/1

7/20

0672

°47′

12′′

75°1

7′30

′′1.

78

1L6

S3W

124

.4

20.6

2.

0 Be

iAP

GRV

052

984

01/1

7/20

0672

°47′

12′′

75°1

7′30

′′1.

27

1L6

S5W

123

.5

20.0

1.

8 N

UG

RV 0

5298

601

/18/

2006

72°4

6′45

′′75

°18′

48′′

18.5

6 1

L6S2

W1

23.9

20

.4

1.8

BeiA

PG

RV 0

5298

801

/18/

2006

72°4

6′40

′′75

°18′

37′′

18.5

7 1

H5

S1W

119

.7

17.3

1.

5 Be

iAP

GRV

052

992

01/1

8/20

0672

°46′

58′′

75°1

7′48

′′3.

95

1L6

S4W

124

.0

20.4

1.

7 Be

iAP

GRV

053

002

01/1

8/20

0672

°46′

42′′

75°1

8′36

′′3.

36

1L6

S3W

123

.2

21.1

1.

6 G

IGC

AS

GRV

053

004

01/1

8/20

0672

°46′

42′′

75°1

8′36

′′1.

54

1L5

S3W

122

.3

18.8

1.

5 G

UT

GRV

053

005

01/1

8/20

0672

°46 ′

42′′

75°1

8′36

′′1.

28

1L6

S2

W1

24.5

20

.3

1.7

NAO

CG

RV 0

5300

801

/18/

2006

72°4

6′40

′′75

°18′

32′′

1.31

1

L5S2

W1

24.2

20

.4

1.9

IGG

CAS

GRV

053

022

01/1

8/20

0672

°47′

27′′

75°1

6′49

′′1.

54

1L5

S2W

124

.4

21.3

1.

8 IG

GC

ASG

RV 0

5302

301

/18/

2006

72°4

7′23

′′75

°16′

49′′

2.21

1

L4S2

W1

24.3

19

.8

1.6

IGG

CAS

GRV

053

040

01/1

8/20

0672

°46′

35′′

75°1

6′44

′′2.

53

1H

4S1

W1

18.1

16

.4

0.8

NU

GRV

053

065

01/1

8/20

0672

°46′

58′′

75°1

7′23

′′0.

51

1H

6S3

W1

18.1

17

.2

1.3

GIG

CAS

G

RV 0

5307

701

/18/

2006

72°4

6′45

′′75

°18′

56′′

50.2

3 1

L5S3

W1

23.4

20

.0

1.9

IGG

CAS

GRV

053

080

01/1

8/20

0672

°46′

45′′

75°1

8′56

′′29

.27

1L5

S2W

122

.919

.51.

5IG

CAS

GRV

053

084

01/1

8/20

0672

°46′

45′′

75°1

8′56

′′18

.69

1L6

S5

W1

24.2

20

.5

1.8

NAO

CG

RV 0

5310

001

/18/

2006

72°4

7′22

′′75

°16′

42′′

1.19

1

H5

S1W

219

.5

17.3

1.

2 IG

GC

ASG

RV 0

5310

601

/18/

2006

72°4

6′40

′′75

°19′

35′′

6.88

1

L6

S4W

224

.8

20.9

1.

8 N

AOC

GRV

053

113

01/1

8/20

0672

°46′

51′′

75°1

8′23

′′1.

381

L6S2

W1

23.5

19.6

1.4

IGC

ASG

RV 0

5311

701

/18/

2006

72°4

6′52

′′75

°18′

30′′

12.2

8 1

L6

S2W

124

.7

21.2

1.

9 N

AOC

GRV

053

128

01/1

8/20

0672

°46′

10′′

75°2

0′15

′′3.

26

1L5

S3W

122

.5

19.2

1.

5 G

UT

GRV

053

140

01/1

8/20

0672

°46′

29′′

75°2

0 ′24

′′26

.96

1L6

S4W

124

.0

20.5

1.

6 IG

GC

ASG

RV 0

5314

501

/18/

2006

72°4

6′29

′′75

°20′

24′′

8.25

1

H4

S2W

119

.2

17.2

1.

0 IG

GC

ASG

RV 0

5318

401

/18/

2006

72°4

6′29

′′75

°20′

24′′

0.51

1

H4

S2W

118

.5

16.5

1.

2 N

AOC

GRV

053

196

01/1

8/20

0672

°46′

29′′

75°2

0′24

′′0.

50

1H

5S4

W1

17.7

16

.0

1.0

GU

TG

RV 0

5320

201

/18/

2006

72°4

6′29

′′75

°20′

24′′

1.43

1

L6S5

W1

23.7

20

.0

1.6

NU

GRV

053

203

01/1

8/20

0672

°46′

29′′

75°2

0′24

′′1.

27

1L6

S2W

124

.1

20.1

1.

7 N

UG

RV 0

5323

001

/18/

2006

72°4

6′29

′′75

°20′

24′′

1.54

1

H5

S2W

318

.5

16.2

1.

7 IG

GC

ASG

RV 0

5323

101

/18/

2006

72°4

6′29

′′75

°20′

24′′

1.32

1

L5S3

W1

22.5

19

.2

1.5

GU

TG

RV 0

5325

601

/18/

2006

72°4

6′29

′′75

°20′

24′′

0.50

1

L5S3

W2

23.2

19

.2

1.3

GU

TG

RV 0

5327

601

/18/

2006

72°4

6′29

′′75

°20′

24′′

5.16

1L5

S2W

123

.920

.61.

5IG

CAS

GRV

053

279

01/1

8/20

0672

°46′

29′′

75°2

0′24

′′3.

22

1L5

S6W

124

.5

20.7

1.

5 PM

OG

RV 0

5328

301

/18/

2006

72°4

6′29

′′75

°20′

24′′

1.58

1

L6

S3W

124

.1

20.6

1.

9 N

AOC

GRV

053

315

01/1

8/20

0672

°46′

29′′

75°2

0′24

′′0.

50

1L6

S2W

123

.9

20.3

1.

6 IG

GC

ASG

RV 0

5334

001

/18/

2006

72°4

6′38

′′75

°19′

42′′

160.

87

1L6

S2

W1

24.0

20

.3

1.8

NAO

CG

RV 0

5334

401

/18/

2006

72°4

6′46

′′75

°18′

48′′

29.5

9 1

L6S3

W1

24.0

20

.6

1.8

BeiA

PG

RV 0

5334

501

/18/

2006

72°4

6′46

′′75

°18′

48′′

26.8

5 1

L5S5

W1

25.2

21

.6

1.6

PMO

GRV

053

362

01/1

8/20

0672

°46′

46′′

75°1

7′55

′′1.

76

1H

5S3

W1

17.8

15

.7

1.2

NU

GRV

053

363

01/1

8/20

0672

°46′

46′′

75°1

7′55

′′1.

32

1H

5S3

W3

16.2

14

.9

1.0

GU

T

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

053

364

01/1

8/20

0672

°46′

46′′

75°1

7′55

′′1.

381

H5

S1W

118

.617

.41.

2IG

CAS

GRV

053

389

01/1

8/20

0672

°46′

46′′

75°1

7′55

′′2.

42

1L6

S2

W1

24.1

20

.6

1.7

NAO

CG

RV 0

5339

901

/18/

2006

72°4

6′46

′′75

°17′

55′′

0.51

1

L6

S2W

124

.4

20.7

1.

7 N

AOC

GRV

053

419

01/1

8/20

0672

°47′

37′′

75°1

7′05

′′3.

36

1L6

S3

W1

24.5

20

.8

1.8

NAO

CG

RV 0

5342

301

/18/

2006

72°4

7′37

′′75

°17′

05′′

1.31

1

H5

S2W

317

.6

15.6

0.

9 PM

OG

RV 0

5343

101

/18/

2006

72°4

7′29

′′75

°16′

51′′

1.57

1

L5S4

W1

25.3

21

.1

1.3

NU

GRV

053

458

01/1

8/20

0672

°47′

26′′

75°1

6′47

′′2.

22

1L6

S6W

124

.0

20.2

1.

4 N

UG

RV 0

5347

701

/18/

2006

72°4

7 ′16

′′75

°16′

13′′

2.55

1L5

S2W

123

.719

.91.

6IG

CAS

GRV

053

478

01/1

8/20

0672

°47′

16′′

75°1

6′13

′′2.

51

1L5

S2W

123

.8

19.9

1.

6 IG

GC

ASG

RV 0

5348

001

/18/

2006

72°4

7′16

′′75

°16′

13′′

1.44

1

L6S2

W1

24.3

20

.5

1.8

BeiA

PG

RV 0

5348

101

/18/

2006

72°4

7′16

′′75

°16′

13′′

1.81

1

L6S2

W1

24.1

20

.2

1.8

IGG

CAS

GRV

053

483

01/1

8/20

0672

°47′

16′′

75°1

6′13

′′1.

441

L6S2

W1

23.6

20.4

1.4

IGC

ASG

RV 0

5349

101

/18/

2006

72°4

6′44

′′75

°19′

08′′

336.

00

1L6

S2W

124

.3

20.7

1.

9 Be

iAP

GRV

053

495

01/1

8/20

0672

°46′

44′′

75°1

9′00

′′8.

80

1L6

S4

W1

23.8

20

.3

1.8

NAO

CG

RV 0

5350

301

/18/

2006

72°4

6′46

′′75

°19′

07′′

49.5

9 1

L6S3

W1

23.7

21

.4

1.7

GIG

CAS

G

RV 0

5350

601

/18/

2006

72°4

6′43

′′75

°19′

07′′

45.0

8 1

L6S3

W1

24.0

20

.2

1.9

BeiA

PG

RV 0

5351

701

/18/

2006

72°4

6′52

′′75

°18′

21′′

2.43

1

L6S3

W1

23.4

21

.3

1.7

GIG

CAS

G

RV 0

5352

501

/18/

2006

72°4

6′44

′′75

°18′

56′′

19.1

8 1

L5S5

W1

25.0

21

.2

1.5

PMO

GRV

053

527

01/1

8/20

0672

°46′

55′′

75°1

7′53

′′39

5.00

1

L6

S2W

124

.1

20.3

1.

7 N

AOC

GRV

053

532

01/1

8/20

0672

°46′

45′′

75°1

8′33

′′80

.25

1L5

S2W

123

.420

1.9

IGC

ASG

RV 0

5353

401

/18/

2006

72°4

6′52

′′75

°17′

55′′

78.4

3 1

L6S3

W1

22.5

19

.5

1.5

GU

TG

RV 0

5353

501

/18/

2006

72°4

6′48

′′75

°17 ′

57′′

49.8

0 1

L6S5

W1

24.0

20

.1

1.4

PMO

GRV

053

536

01/1

8/20

0672

°46′

41′′

75°1

8′21

′′3.

40

1L6

S4W

124

.1

20.4

1.

9 IG

GC

ASG

RV 0

5354

201

/18/

2006

72°4

6′47

′′75

°18′

30′′

21.6

4 1

L6S3

W1

24.6

20

.8

1.8

BeiA

PG

RV 0

5354

401

/18/

2006

72°4

6′42

′′75

°18′

23′′

16.5

6 1

L5S5

W2

23.5

19

.6

2.0

NU

GRV

053

549

01/1

8/20

0672

°46′

45′′

75°1

8′29

′′8.

92

1L6

S2

W1

24.2

20

.5

1.7

NAO

CG

RV 0

5355

301

/18/

2006

72°4

6′42

′′75

°18′

18′′

18.8

1 1

L6S2

W1

23.8

21

.4

1.8

GIG

CAS

G

RV 0

5355

601

/18/

2006

72°4

6′53

′′75

°18′

00′′

9.09

1

L6S5

W1

21.8

19

.0

1.6

PMO

GRV

053

562

01/1

8/20

0672

°46′

54′′

75°1

8′0′

′26

.75

1L6

S2W

123

.6

21.3

1.

6 G

IGC

AS

GRV

053

566

01/1

8/20

0672

°46′

54′′

75°1

8′0′

′12

.38

1L5

S2W

123

.4

21.3

1.

7 G

IGC

AS

GRV

053

571

01/1

8/20

0672

°46′

56′′

75°1

8′31

′′9.

10

1L5

S3W

124

.1

20.3

1.

4 PM

OG

RV 0

5357

901

/18/

2006

72°4

6′51

′′75

°18′

04′′

3.85

1

L6S3

W1

22.7

19

.4

1.6

GU

TG

RV 0

5358

001

/18/

2006

72°4

6′51

′′75

°18′

04′′

1.79

1

L6

S2W

124

.3

20.4

1.

7 N

AOC

GRV

053

582

01/1

8/20

0672

°46′

57′′

75°1

8′01

′′8.

79

1L6

S5W

123

.8

20.4

1.

8 Be

iAP

GRV

053

583

01/1

8/20

0672

°46′

57′′

75°1

8′01

′′4.

921

L6S5

W1

23.2

20.3

1.6

IGC

ASG

RV 0

5358

401

/18/

2006

72°4

6′57

′′75

°18′

01′′

2.80

1

L6S6

W1

25.1

21

.3

1.7

PMO

GRV

053

586

01/1

8/20

0672

°46′

57′′

75°1

8′1′

′3.

27

1L6

S5W

123

.2

20.2

2.

1 N

UG

RV 0

5360

201

/18/

2006

72°4

6′47

′′75

°18′

27′′

3.22

1

L6S3

W1

24.8

20

.9

1.6

PMO

GRV

053

603

01/1

8/20

0672

°46′

47′′

75°1

8′27

′′3.

27

1L6

S4W

123

.6

20.1

1.

4 N

U

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

053

605

01/1

8/20

0672

°46′

47′′

75°1

8′27

′′1.

53

1L6

S5W

124

.1

20.1

1.

6 PM

OG

RV 0

5360

601

/18/

2006

72°4

6′47

′′75

°18′

27′′

1.75

1

L4S4

W1

24.0

21

.2

1.6

IGG

CAS

GRV

053

621

01/1

8/20

0672

°46′

55′′

75°1

8′02

′′1.

80

1L6

S3W

123

.6

21.3

1.

6 G

IGC

AS

GRV

053

622

01/1

8/20

0672

°46′

55′′

75°1

8′02

′′2.

43

1L6

S3W

123

.3

21.2

1.

7 G

IGC

AS

GRV

053

625

01/1

8/20

0672

°46′

55′′

75°1

8′02

′′1.

27

1L6

S3W

122

.9

20.4

1.

8 G

UT

GRV

053

638

01/1

9/20

0672

°49′

31′′

75°2

1′07

′′80

.38

1H

4S2

W1

1916

.71.

3IG

CAS

GRV

053

642

01/1

9/20

0672

°47′

02′′

75°1

6′10

′′6.

46

1H

5S1

W2

17.8

17

.0

1.5

GIG

CAS

G

RV 0

5364

501

/19/

2006

72°4

7 ′00

′′75

°16′

10′′

4.91

1H

3S2

W1

19.7

(3.1

–40.

7)11

.9(2

.4–3

0.2)

0.7

IGC

AS

GRV

053

653

01/1

9/20

0672

°47′

06′′

75°1

7′49

′′2.

79

1H

4S3

W1

18.0

17

.0

1.3

GIG

CAS

G

RV 0

5365

501

/19/

2006

72°4

7′06

′′75

°17′

49′′

2.15

1H

6S1

W1

17.3

161.

1IG

CAS

GRV

053

689

01/2

0/20

0672

°49′

32′′

75°2

1′05

′′28

12.0

0 1

H4

S1W

318

.0

17.1

1.

2 G

IGC

AS

GRV

053

694

01/2

0/20

0672

°49′

32′′

75°2

1′10

′′2.

42

1H

4S2

W1

18.8

16

.6

1.4

BeiA

PG

RV 0

5369

901

/21/

2006

72°4

9′31

′′75

°21′

20′′

2.21

1

L5S5

W2

23.9

19

.9

1.6

PMO

GRV

053

700

01/1

2/20

0672

°49′

30′′

75°2

1′22

′′27

.88

1L5

S2W

223

.6

19.7

1.

3 G

UT

GRV

053

702

01/2

1/20

0672

° 49′

32′′

75°2

1′0′

′8.

95

1H

4S1

W3

18.1

17

.1

1.6

GIG

CAS

G

RV 0

5370

401

/12/

2006

72°4

7′11

′′75

°17′

01′′

11.4

8 1

L6S4

W1

22.5

18

.9

1.3

GU

TG

RV 0

5370

601

/21/

2006

72°4

9′30

′′75

°21′

15′′

1.39

1

L6

S2W

124

.4

20.3

1.

8 N

AOC

GRV

053

721

01/2

3/20

0672

°46′

49′′

75°1

6′27

′′19

7.06

1

L6S2

W1

24.5

20

.5

1.7

IGG

CAS

GRV

053

723

01/2

3/20

0672

°46′

49′′

75°1

6′33

′′50

.41

1L5

S4W

122

.4

19.7

1.

4 G

UT

GRV

053

726

01/2

3/20

0672

°46′

47′′

75°1

6′10

′′2.

921

L5S2

W1

2319

.61.

5IG

CAS

GRV

053

745

01/2

3/20

0672

°46′

52′′

75°1

8′43

′′1.

59

1H

5S1

W3

18.9

17

.1

1.3

GIG

CAS

G

RV 0

5379

001

/23/

2006

72°4

7′06

′′75

°16′

17′′

1.53

1

H4

S1W

117

.9

17.5

1.

3 G

IGC

AS

GRV

053

799

01/2

3/20

0672

°47′

06′′

75°1

6′17

′′0.

51

1H

6S2

W1

18.5

16

.3

1.2

BeiA

PG

RV 0

5381

501

/23/

2006

72°4

6′55

′′75

°16′

14′′

1.28

1

L6S4

W2

24.9

21

.0

1.9

BeiA

PG

RV 0

5382

201

/23/

2006

72°4

6′46

′′75

°16′

12′′

6.87

1

L5S3

W1

24.7

20

.8

1.6

BeiA

PG

RV 0

5382

401

/23/

2006

72°4

6′46

′′75

°16′

12′′

6.45

1

H4

S5W

120

.1

17.5

1.

5 N

AOC

GRV

053

825

01/2

3/20

0672

°46′

46′′

75°1

6′12

′′6.

49

1H

5S2

W2

18.9

16

.6

1.3

PMO

GRV

053

832

01/2

3/20

0672

°46′

46′′

75°1

6′12

′′2.

16

1L6

S2W

123

.9

20.3

1.

7 Be

iAP

GRV

053

843

01/2

3/20

0672

°47′

02′′

75° 1

6′21

′′1.

28

1H

5S2

W1

18.8

16

.3

1.7

BeiA

PG

RV 0

5384

501

/23/

2006

72°4

7′02

′′75

°16′

21′′

1.19

1

L5S4

W1

24.0

20

.3

1.9

IGG

CAS

GRV

053

986

01/2

3/20

0672

°46′

39′′

75°1

7′02

′′1.

74

1L5

S5W

224

.5

20.6

1.

7 PM

OG

RV 0

5399

701

/23/

2006

72°4

7′04

′′75

°16′

49′′

2.16

1

L6S2

W1

24.1

20

.7

1.8

BeiA

PG

RV 0

5399

801

/23/

2006

72°4

7′04

′′75

°16′

49′′

2.96

1

L5S3

W1

24.7

21

.3

1.7

GIG

CAS

G

RV 0

5399

901

/23/

2006

72°4

7′04

′′75

°16′

49′′

2.80

1

H5

S2W

118

.2

17.2

1.

0 G

IGC

AS

GRV

054

000

01/2

3/20

0672

°47′

04′′

75°1

6′49

′′2.

50

1L5

S2W

226

.1

22.2

1.

5 PM

OG

RV 0

5400

101

/23/

2006

72°4

7′04

′′75

°16′

49′′

1.76

1

L6S5

W2

23.3

19

.9

1.7

NU

GRV

054

008

01/2

3/20

0672

°47′

04′′

75°1

6′49

′′1.

53

1L6

S1W

123

.9

21.5

1.

5 G

IGC

AS

GRV

054

009

01/2

3/20

0672

°47′

04′′

75°1

6′49

′′1.

27

1L5

S3W

122

.9

19.5

1.

4 G

UT

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

054

010

01/2

3/20

0672

°47′

40′′

75°1

6′49

′′1.

441

L6S2

W1

24.1

20.8

1.4

IGC

ASG

RV 0

5402

701

/23/

2006

72°4

7′25

′′75

°16′

23′′

0.51

1

L6S2

W1

24.1

20

.5

1.7

BeiA

PG

RV 0

5404

401

/23/

2006

72°4

6′45

′′75

°17′

07′′

3.93

1H

4S1

W1

18.9

16.5

0.9

IGC

ASG

RV 0

5404

601

/23/

2006

72°4

7′14

′′75

°16′

28′′

1.19

1

H5

S2W

218

.7

16.6

1.

2 PM

OG

RV 0

5406

501

/23/

2006

72°4

7′06

′′75

°17′

01′′

1.31

1

H5

S2W

219

.6

17.4

1.

2 PM

OG

RV 0

5408

001

/23/

2006

72°4

7′06

′′75

°17′

00′′

0.51

1H

5S2

W1

1816

.71

IGC

ASG

RV 0

5408

101

/23/

2006

72°4

7′06

′′75

°17′

00′′

0.52

1

H5

S2W

117

.5

15.8

1.

1 N

UG

RV 0

5409

801

/23/

2006

72°4

7 ′15

′′75

°16′

13′′

1.18

1

H6

S3W

119

.0

19.5

1.

5 Be

iAP

GRV

054

116

01/2

3/20

0672

°47′

12′′

75°1

6′44

′′0.

52

1L5

S3W

223

.0

19.7

1.

2 G

UT

GRV

054

137

01/2

3/20

0672

°47′

34′′

75°1

6′29

′′1.

18

1L6

S2W

124

.5

20.8

1.

8 Be

iAP

GRV

054

150

01/2

3/20

0672

°47′

34′′

75°1

6′29

′′0.

511

L5S2

W1

23.1

19.3

1.4

IGC

ASG

RV 0

5422

801

/23/

2006

72°4

6′57

′′75

°18′

41′′

2.51

1

H4

S2W

119

.8

17.4

1.

1 IG

GC

ASG

RV 0

5423

701

/23/

2006

72°4

6′58

′′75

°17′

45′′

1.76

1

L6S4

W1

22.4

19

.4

1.5

GU

TG

RV 0

5424

101

/23/

2006

72°4

6′53

′′75

°17′

52′′

1.59

1

L6S1

W1

23.1

21

.2

1.8

GIG

CAS

G

RV 0

5427

401

/23/

2006

72°4

6′55

′′75

°16′

52′′

0.51

1

L6S2

W1

24.1

20

.1

1.7

NU

GRV

054

293

01/2

3/20

0672

°46′

45′′

75°1

9′22

′′15

.55

1L6

S5

W2

24.1

20

.9

1.8

NAO

CG

RV 0

5429

601

/23/

2006

72°4

6′48

′′75

°16′

46′′

4.96

1

L6

S2W

124

.0

20.4

1.

7 N

AOC

GRV

054

297

01/2

3/20

0672

°46′

48′′

75°1

6′46

′′2.

53

1L5

S3W

122

.6

19.7

1.

5 G

UT

GRV

054

306

01/2

3/20

0672

°46′

34′′

75°2

0′03

′′1.

54

1L5

S5W

125

.5

21.5

1.

4 PM

OG

RV 0

5432

201

/23/

2006

72°4

6′55

′′75

°17′

48′′

155.

70

1L6

S3W

124

.0

20.6

1.

7 Be

iAP

GRV

054

323

01/2

3/20

0672

°46′

50′′

75°1

7′58

′′65

.49

1L6

S6W

222

.8

19.5

1.

8 N

UG

RV 0

5433

001

/23/

2006

72°4

6′50

′′75

°17 ′

58′′

3.95

1

H4

S4W

124

.4

21.4

2.

0 Be

iAP

GRV

054

344

01/2

3/20

0672

°46′

31′′

75°1

9′59

′′3.

82

1L5

S4W

124

.5

20.5

1.

7 IG

GC

ASG

RV 0

5434

601

/23/

2006

72°4

6′35

′′75

°19′

58′′

2.82

1

L5S3

W2

22.9

19

.7

1.4

GU

TG

RV 0

5434

801

/23/

2006

72°4

6′32

′′75

°19′

52′′

2.92

1H

6S2

W1

18.5

16.2

1.2

IGC

ASG

RV 0

5435

001

/23/

2006

72°4

6′33

′′75

°19′

54′′

2.20

1

L6S3

W1

24.1

21

.7

1.6

GIG

CAS

G

RV 0

5436

901

/23/

2006

72°4

6′36

′′75

°19′

50′′

0.51

1

L6S2

W2

24.2

20

.1

2.0

NU

GRV

054

404

01/2

3/20

0672

°46′

41′′

75°1

7′26

′′15

.43

1L6

S4W

124

.0

20.4

1.

9 Be

iAP

GRV

054

458

01/2

5/20

0672

°54′

57′′

75°0

6′03

′′3.

36

1H

6 S1

W1

19.5

16

.9

1.6

NAO

CG

RV 0

5446

401

/29/

2006

72°5

5′06

′′75

°05′

13′′

1.74

1

H4

S3W

119

.9

18.1

1.

1 PM

OG

RV 0

5447

201

/30/

2006

72°5

4′58

′′75

°06′

01′′

197.

71

1H

3S1

W1

17.2

(16.

4–18

.9)

15.4

(14.

4–16

.9)

1.0

GU

T

GRV

054

479

01/3

0/20

0672

°54′

58′′

75°0

6′01

′′11

.48

1H

5S1

W1

18.7

15

.9

1.2

IGG

CAS

GRV

054

480

01/3

0/20

0672

°54′

58′′

75°0

6′01

′′8.

23

1L5

S2W

224

.1

20.3

1.

3 PM

OG

RV 0

5448

301

/30/

2006

72°5

4′58

′′75

°06′

01′′

4.14

1

H4

S2W

118

.1

15.3

2.

2 N

UG

RV 0

5448

601

/30/

2006

72°5

4′58

′′75

°06′

01′′

3.39

1

H5

S2W

119

.4

17.2

1.

1 PM

OG

RV 0

5449

401

/30/

2006

72°5

4′58

′′75

°06′

01′′

3.33

1H

4S1

W1

18.9

171.

9IG

CAS

GRV

054

497

01/3

0/20

0672

°54′

58′′

75°0

6′01

′′1.

19

1H

5S2

W2

19.6

17

.3

1.5

PMO

GRV

054

498

01/3

0/20

0672

°54′

58′′

75°0

6′01

′′1.

53

1H

5 S2

W1

18.5

16

.4

1.8

NAO

C

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


GRV

054

516

01/0

7/20

0672

°59′

56′′

75°1

1′14

′′1.

31

1L6

S4W

123

.5

21.2

1.

5 G

IGC

AS

GRV

054

528

01/0

7/20

0672

°59′

56′′

75°1

1′14

′′1.

31

1L6

S3W

123

.4

21.3

1.

4 G

IGC

AS

GRV

054

544

01/0

7/20

0672

°59′

56′′

75°1

1′14

′′0.

51

1L5

S3W

122

.5

19.3

1.

6 G

UT

GRV

054

555

01/0

7/20

0672

°59′

56′′

75°1

1′14

′′0.

52

1L5

S4W

122

.3

19.2

1.

4 G

UT

GRV

054

572

01/0

7/20

0672

°59′

56′′

75°1

1′14

′′0.

52

1L5

S2W

123

.9

20.3

0.

5 IG

GC

ASG

RV 0

5458

401

/07/

2006

72°5

9′56

′′75

°11′

14′′

0.52

1

L6S2

W1

24.0

20

.3

1.4

IGG

CAS

GRV

054

604

01/0

8/20

0672

°59′

56′′

75°1

1′14

′′0.

52

1L5

S3W

324

.9

21.2

1.

4 PM

OG

RV 0

5460

701

/08/

2006

72°5

9 ′56

′′75

°11′

14′′

2.78

1

L5

S3W

124

.2

20.4

1.

4 N

AOC

GRV

054

613

01/0

8/20

0672

°59′

56′′

75°1

1′14

′′2.

141

L5S2

W1

23.4

19.6

1.3

IGC

ASG

RV 0

5461

701

/08/

2006

72°5

9′56

′′75

°11′

14′′

2.90

1

L5S2

W1

24.6

19

.5

1.4

NU

GRV

054

620

01/0

8/20

0672

°59′

56′′

75°1

1′14

′′2.

14

1L5

S2W

124

.4

19.8

1.

4 N

UG

RV 0

5462

201

/08/

2006

72°5

9′56

′′75

°11′

14′′

1.28

1L5

S3W

123

.320

1.2

IGC

ASG

RV 0

5462

901

/08/

2006

72°5

9′56

′′75

°11′

14′′

2.92

1

L5S3

W2

23.8

19

.8

1.5

NU

GRV

054

632

01/0

8/20

0672

°59′

56′′

75°1

1′14

′′1.

39

1L6

S2

W1

23.9

20

.9

1.5

NAO

CG

RV 0

5463

601

/08/

2006

72°5

9′56

′′75

°11′

14′′

1.53

1

H5

S2W

118

.7

16.4

1.

3 N

AOC

GRV

054

641

01/0

8/20

0672

°59′

56′′

75°1

1′14

′′1.

81

1L5

S3W

122

.1

18.9

1.

3 PM

OG

RV 0

5465

001

/08/

2006

72°5

9′56

′′75

°11′

14′′

2.20

1

L5S4

W1

24.1

21

.3

1.5

GIG

CAS

G

RV 0

5465

101

/08/

2006

72°5

9′56

′′75

°11′

14′′

3.95

1H

4S1

W2

17.8

15.8

1.5

IGC

ASG

RV 0

5465

801

/08/

2006

72°5

9′56

′′75

°11′

14′′

0.52

1

L5S3

W2

25.0

20

.8

1.5

PMO

GRV

054

790

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

52

1L5

S2W

124

.6

21.5

1.

6 G

IGC

AS

GRV

054

791

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

52

1H

5S1

W1

16.4

15

.9

0.7

GIG

CAS

G

RV 0

5485

401

/09/

2006

72°5

9′56

′′75

°11 ′

14′′

0.84

1

Mes

os-

ider

ite22

.4

30.6

3.

0 N

U

GRV

054

856

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′1.

58

1L6

S4W

124

.3

21.0

1.

5 Be

iAP

GRV

054

871

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

51

1L5

S3W

123

.2

19.6

1.

3 G

UT

GRV

054

880

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

51

1L6

S2W

224

.2

20.4

1.

6 IG

GC

ASG

RV 0

5495

501

/09/

2006

72°5

9′56

′′75

°11′

14′′

0.26

1

L4S3

W2

25.1

21

.1

1.3

PMO

GRV

054

956

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

51

1L5

S3W

123

.9

20.4

1.

4 IG

GC

ASG

RV 0

5497

101

/09/

2006

72°5

9′56

′′75

°11′

14′′

0.52

1

L6

S1W

124

.4

20.6

1.

6 N

AOC

GRV

055

055

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

23

1M

esos

-id

erite

W3

23.6

21

.3

1.4

GIG

CAS

GRV

055

153

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

17

1M

esos

-id

erite

W1

23.9

21

.3

1.4

GIG

CAS

GRV

055

157

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

51

1L5

S3W

126

.3

22.4

1.

3 PM

OG

RV 0

5525

301

/09/

2006

72°5

9′56

′′75

°11′

14′′

0.35

1

L5S3

W1

24.6

21

.0

1.4

IGG

CAS

GRV

055

254

01/0

9/20

0672

°59′

56′′

75°1

1′14

′′0.

25

1L5

S3W

224

.7

21.0

1.

5 PM

O1 I

nstit

utio

n w

here

cla

ssifi

ed.

Tabl

e 6.

Con

tinue

d. M

eteo

rites

col

lect

ed in

Ant

arct

ica

by th

e C

hine

se A

ntar

ctic

Res

earc

h Ex

pedi

tion

(CH

INA

RE)

to G

rove

Mou

ntai

ns.

Nam

e

Dat

e of

re

cove

ry

(mm

/dd/

yyyy

)La

titud

e (S

)Lo

ngitu

de (E

)M

ass

(g)

Num

ber

of

piec

esC

lass

Shoc

kW

GFa

(mol

%)

Fs (m

ol%

)W

o (m

ol%

)In

fo1

Com

men

ts


Tabl

e 7.

Met

eorit

es fr

om A

sia.

Nam

eA

bbre

v.

Loca

tion

of

reco

very

Dat

e of

re

cove

ry

Find

/Fa

llLa

titud

eLo

ngitu

de

Tota

l kn

own

mas

s (g

)

No.

of

pi

eces

Cla

ssSh

ock

stag

eW

eath

.gr

ade

Fa m

ol%

Fs m

ol%

Wo

mol

%M

agn

. sus

Info

abo

utth

e cl

assi

fier(

s)1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

ab

out

the

mai

n m

ass2

Com

men

ts

Alm

ahat

a Si

ttaA

lma-

hata

Sitt

aSu

dan,

N

ahr a

n N

il,

Nub

ian

Des

ert

05-D

ec-

2008

From

:20

º46.

15′N

32º1

7.96

′E3.

95 k

g47

Ure

ilite

, po

lym

ict,

anom

alou

s

S0W

0 (f

all)

8 to

52

4D

ebris

from

as

tero

id

2008

TC

3

Dho

far

1480

Dho

148

0O

man

2003

Find

19°9

,967

′N54

°40,

346′

E57

.71

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

18.7

Vern

adAn

onSe

e w

ritte

n en

try

Dho

far

1481

Dho

148

1O

man

2003

Find

19°9

,938

′N54

°40,

199′

E27

.61

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

11.3

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1482

Dho

148

2O

man

2003

Find

19°9

,970

′N54

°40,

218′

E2.

51

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

2.5

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1483

Dho

148

3O

man

2003

Find

19°1

0,07

8′N

54°4

0,33

2′E

4.1

1Po

lym

ict

eucr

iteC

. Lor

enz,

N

. Kon

onko

va,

Vern

ad

4.1

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1484

Dho

148

4O

man

2003

Find

19°1

0,01

6′N

54°4

0,30

9′E

79.4

1Po

lym

ict

eucr

iteC

. Lor

enz,

N

. Kon

onko

va,

Vern

ad

13.0

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1485

Dho

148

5O

man

2003

Find

19°9

,915

′N54

°40,

348′

E4.

81

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

4.8

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1486

Dho

148

6O

man

2003

Find

19°1

0,08

8′N

54°4

0,29

4′E

12.2

1Po

lym

ict

eucr

iteC

. Lor

enz,

N

. Kon

onko

va,

Vern

ad

12.2

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1487

Dho

148

7O

man

2003

Find

19°9

,956

′N54

°40,

342′

E15

.71

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

15.7

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1488

Dho

148

8O

man

2003

Find

19°1

0,10

0′N

54°4

0,29

3′E

3.9

1Po

lym

ict

eucr

iteC

. Lor

enz,

N

. Kon

onko

va,

Vern

ad

3.9

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Dho

far

1489

Dho

148

9O

man

2003

Find

19°9

,701

′N54

°40,

471′

E25

.71

Poly

mic

t eu

crite

C. L

oren

z,

N. K

onon

kova

, Ve

rnad

1.5

Vern

adAn

onPa

ired

with

D

hofa

r 148

0

Shi∫

r 164

Om

anD

ec-

2002

Find

18º1

5.15

′N53

º59.

88′E

353

1C

V3

S1W

30.

2–39

.5

(5.9

±

10.3

)

0.9–

9.9

(3.6

±

2.9)

4.48

M. B

ouro

t-D

enis

e,

MN

HN

P

22.8

MN

HN

Labe

nne

In m

agne

tite

Cr 2

O3

0.79

–1.

75 w

t%,

MgO

0.4

4–0.

97 w

t%Su

lagi

riSu

lagi

ri,

Kris

hnag

iri

Dis

trict

, Ta

mil

Nad

u,In

dia

12-S

ept-

2008

Fall

12º4

0′00

′′N78

º02′

00′′E

1100

007

LL6

S225

.421

.9B

. C

hatto

-pa

dhya

y, G

SI

110

GSI

GSI

See

sepa

rate

w

ritte

n de

scrip

tion

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.


Tabl

e 8.

Met

eorit

es fr

om A

ustra

lia.

Nam

eLo

catio

n of

re

cove

ry

Dat

e of

re

cove

ryFi

nd/

Fall

Latit

ude

Long

itude

Tota

l kn

own

mas

s (g

)N

umbe

r of

pie

ces

Cla

ssSh

ock

stag

eW

eath

erin

g gr

ade

Fa m

ol%

Fs m

ol%

Wo

mol

%In

fo a

bout

the

clas

sifie

r(s)

1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

abou

t th

e m

ain

mas

s2

Yarin

gie

Hill

Gaw

ler

Ran

ges,

Sout

h A

ustra

lia,

Aus

tralia

18-O

ct-2

006

Find

32º0

4.97

2′S

135º

38.9

91E

5750

1H

6S3

W1

17.2

15.1

R. T

appe

rt,

Uni

vers

ity o

f A

dela

ide

5750

SAM

SAM

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

Tabl

e 9.

Met

eorit

es fr

om E

urop

e.

Nam

eLo

catio

n of

re

cove

ry

Type

of

find

si

teD

ate

of

reco

very

Find

/Fal

lLa

titud

eLo

ngitu

deD

atum

Tota

l kn

own

mas

s (g

)N

umbe

r of

pie

ces

Cla

ssW

eath

erin

g gr

ade

Fa

mol

%Fs

m

ol%

Wo

mol

%

Info

abo

ut

the

clas

sifie

r(s)

1

Type

sp

ecm

en

mas

s (g

)

Type

sp

ecim

en

loca

tion

Info

ab

out

the m

ain

mas

s2

Com

men

ts

(Lim

ited

to

one

cell)

Mar

ibo

2 km

SW

of

Mar

ibo,

D

anis

h Isl

and

Lolla

nd

Gra

ssy

surf

ace

4-M

ar-

2009

Fall

(17-

Jan-

2009

)54

º45.

710N

11º2

8.04

7EW

GS

8425

.81

1C

M2

W0

Up

to

58H

. Haa

ck,

NH

MD

25.8

1N

HM

DN

HM

Dδ17

O =

−1

.27‰

; δ18

O

= 4.

96‰

;

Zara

goza

Zara

goza

, Sp

ain

1950

sFi

nd41

°39′

N

0°52

′W16

2 kg

1IV

A-

Ano

mal

ous

Dev

in

Schr

ader

, U

az

160.

75U

AzFa

rmer

See f

ootn

ote 3

1 Nam

e an

d in

stitu

tion

of c

lass

ifier

.2 L

ocat

ion

or h

olde

r of t

he m

ain

mas

s.3 B

ulk

com

posi

tion

for Z

arag

oza:

(in

wt%

) Fe

= 91

.36,

Ni =

7.2

0, C

o =

0.41

, S =

0.0

1, P

= 0

.03,

(in

ppm

) Cr =

167

.3, G

e =

2.5,

Ga

= 2.

1, Ir

= 2

.8, C

u =

129.

5, P

t = 5

.4, A

s = 2

.6, (

in p

pb) S

e =

656,

Mo

= 60

85, O

s = 1

789,

Ru

= 44

68, P

d =

2990

, Rh

= 95

5, V

-251

, V =

251

,Sb

= 2

5, R

e =

413,

Mn

= 49

3, A

g =

2353

, Zn

= 46

9.A

key

to a

bbre

viat

ions

for a

ddre

sses

use

d in

the

tabl

e ca

n be

foun

d at

our

web

site

, http

://tin

.er.u

sgs.g

ov/m

eteo

r/Met

Bul

lAdd

ress

es.p

hp.

New

abb

revi

atio

ns a

re g

iven

bel

ow:

the meteoritical bulletin, no. 96, september 2009the meteoritical bulletin, no. 96, september 2009...

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