the meteoritical bulletin, no. 96, september 2009the meteoritical bulletin, no. 96, september 2009...
TRANSCRIPT
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
1358 M. K. Weisberg et al.
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).
The Meteoritical Bulletin, No. 96, September 2009 1359
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.
1360 M. K. Weisberg et al.
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.
The Meteoritical Bulletin, No. 96, September 2009 1361
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31°5
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316
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54.
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Fol
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4.9
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Bir
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007
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Find
31°5
5′18
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10°1
1′15
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5.2
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122
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Find
31°5
5′35
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10°1
1′22
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Man
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6S1
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17.2
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1.5
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Find
31°5
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6S3
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16.9
15.2
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Bre
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web
site
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sgs.g
ov/m
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r/Met
Bul
lAdd
ress
es.p
hp.
New
abb
revi
atio
ns a
re g
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bel
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Uni
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f Kha
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culté
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Loca
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282
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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
1364 M. K. Weisberg et al.
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.
The Meteoritical Bulletin, No. 96, September 2009 1365
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
1366 M. K. Weisberg et al.
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
Weight(g) Class. Weath. Fract. %Fa %Fs
AMN*
The Meteoritical Bulletin, No. 96, September 2009 1367
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
AMN*
1368 M. K. Weisberg et al.
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
AMN*
The Meteoritical Bulletin, No. 96, September 2009 1369
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
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
MIL 07661 26.7 Howard-ite
A A 37–38 27–43 32-1
MIL 07662 51.4 Eucrite brecci-ated
B/C B 45–54 31-2
MIL 07663 9.9 Howard-ite
A A 1–36 22–53 32-1
MIL 07664 30.6 Howard-ite
A A 20–64 32-1
MIL 07665 71.1 Howard-ite
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
AMN*
1370 M. K. Weisberg et al.
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
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
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.
Table 5. Continued. Meteorites collected in Antarctica by the American Antarctic Search for Meteorites (ANSMET)
Samplenumber
Weight(g) Class. Weath. Fract. %Fa %Fs
AMN*
The Meteoritical Bulletin, No. 96, September 2009 1371
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
1372 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1373
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
1374 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1375
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
1376 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1377
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
1378 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1379
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
1380 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1381
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
1382 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1383
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
1384 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1385
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
1386 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1387
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
1388 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1389
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
1390 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1391
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
1392 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1393
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
1394 M. K. Weisberg et al.
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
The Meteoritical Bulletin, No. 96, September 2009 1395
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
1396 M. K. Weisberg et al.
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.
The Meteoritical Bulletin, No. 96, September 2009 1397
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: