©Meteoritical Society, 1995
The Meteoritical Bulletin, No. 78, 1995 November

The Meteoritical Bulletin, No. 78, 1995 November*

* Prepared by the Nomenclature Committee of the Meteoritical Society under the Editorship of F. Wlotzka. Members for 1995 are A. W. R. Bevan, M. M. Grady, J. Grossman, M. Ivanova, M. M. Lindstrom, N. Nakamura, M. I. Petaev, M. Prinz, A. E. Rubin, E. R. D. Scott (Chair), D. Stoffler, S. Wang, F. Wlotzka.

by

FRANK WLOTZKA

Max-Planck-Institut fur Chemie, Abteilung Kosmochemie, P. O. Box 3060,
D-55020 Mainz, Germany (Received 1995 August 7)
From Meteoritics, volume 30, number 6 (1995)
.

Abstract. This Meteoritical Bulletin lists 53 meteorites, of which 16 are from the Nullarbor, Australia, and 12 from Roosevelt County, New Mexico. Besides ordinary chondrites, there are five irons and one howardite (Mundrabilla 018). Four of the meteorites are falls (Baszkówka, Campos Salos, Neagari, and New Halfa).


Aachen
50d46.5'N, 6d05'E
A stony meteorite (weight 21 g, partly covered by fusion crust) labeled "Meteorite, fell near Aachen" is on display in the Lippesches Landesmuseum, Detmold. No further circumstances of find or fall are known. A comparison of the handwriting on the label with other labels suggests that the meteorite came into the museum collection around 1880. Classification and analysis: olivine Fa24.6,; pyroxene Fs20.5; M, Schliestedt, Institute of Mineralogy, University of Hannover, D-30167 Hannover, Germany, and R. Bartoschewitz, Lehmweg 53, D-38518 Gifhorn, Germany. Information; R. Bartoschewitz.

Baszkówka
52d02.00'N, 20d56.15'E

The fall was observed by Halina Grodzki in the village Baszkówka, 23 km SSW of Warszawa. A moment before she heard a sonic boom, she saw a movement on the surface of cultivated land, -200 m away from her. Krzysztof Grodzki located a circular area of fresh ground ~2 m wide and recovered the stone from 25 cm under the surface. It is an oriented stone of 15.5 kg with radial regmaglypts on the "Brustseite" (Fig. 1). Classification and analysis: olivine Fa24.2; pyroxene Fs20.8; Frank Wlotzka, Max-Planck-Institut fur Chemie, D-55122 Mainz, Germany, and Marian Stepniewski and Jerzy Borucki, National Geological Institute, ul. Rakowiecka 4, 00- 975 Warszawa, Poland, where the main mass is also located. Information: Marian Stepniewski. See also Stepniewski (1995).

Bluff (a) and (b)

A study of meteorites from Fayette County, Texas (McCoy et al., 1995b), showed that the three Bluff stones listed in Graham et al. (1985) represent two distinct falls. Details are listed in Table l. Classification and analysis by Timothy J. McCoy and Klaus Keil, University of Hawaii, Planetary Geosciences Division, Department of Geology and Geophysics, Honolulu, Hawaii 96822, USA, and Arthur J. Ehlmann, Department of Geology, Texas Christian University, Fort Worth, Texas 76129, USA.

Bunjil
29d37'45"S, 116d28'56"E

Following ploughing, a broken, oriented, weathered (W2) mass weighing 38.75 kg was found in 1971 near Bunjil. Classification, analysis and information: olivine Fa25.1; orthopyroxene Fs21.6; heavily shocked, plagioclase partially converted to maskelynite; A. W. R. Bevan, Western Australian Museum, Perth, Western Aus- tralia 6000, Australia. The main mass is in the Western Australian Museum and may be paired with Latham (see, Meteoritical Bulletin, No. 74).

Campos Sales
7d02'S, 40d10'W

A meteorite shower fell in a rural area ~18 km E of the village Campos Sales. W. Vieira, T. V. Costa and J. N. Neto arrived 15 days later and recovered a total of 23.68 kg of stones from grainfields along a road. They collected 35 large specimens, ranging from 3 g to 3.5 kg (total = 21.3 kg), and ~300 fragments, spread over a distance of -3 km. According to local eyewitnesses, the shower came from a WSW direction (70deg against N). Classification and analysis: olivine Fa25.0; pyroxene Fs21.4; Ana Maria Dreher and M. Christophe Michel-Lévy. Type specimen and thin section: CBPF Centro Brasiliero de Pesquisas Fisicas, Rua X. Sigaud 150, 22220-030 Rio de Janeiro, Brazil. Information and main mass: Walmick Vieira, Physics Department, UFC, Caixa Postal 6030, 60451-970 Fortaleza, Brazil.

mb78fig1.gif - 79.3 K
Fig. 1. Meteorite Baszkowka, side view. Size = ~30 x 18 cm. Photograph by M. Stepniewski.

TABLE 1. Bluff (a) and (b) meteorites.
Specimen Wt Name Found Coordinates   Main mass   Class Fa Fs Weath
            Wt (kg) Location*   mol% mol% grade
Bluff 1 145 kg Bluff (a) 1878 29d52'43"N, 96d52'20"W 10.96 FM L5(S4) 24.6 20.4 W2
Bluff 2 7.75 kg Bluff (a) 1896 29d52'29"N, 96d54'03"W 7.25 TMM L5(S4) 24.1 20.5 W2
Bluff 3 ~16 kg Bluff (b) 1917 29d51'47"N 96d55'36"W 15.5 TCU L4(S3) 23.3 19.2 W2
* FM = Field Museum, Chicago; TMM = Texas Memorial Museum, Austin: TCU = Texas Christian University, Fort Worth.

Cave Creek
31d42.27'N, 110d46.75'W

One stone of 1492 g was found by Dave Wright on a ridge near the Cave Creek in the Sonora Desert. The stone was partially buried; it is weathered throughout and has a highly oxidized 1-cm outer rind. Classification, analysis and information: olivine Fa20; pyroxene Fs18; 0.52% Co in kamacite; David A. Kring, Lunar and Planetary Laboratory, The University of Arizona, Tucson, Arizona 85721, USA. The main mass remains with the finder, 172 g and thin section at Lunar and Planetary Laboratory, The University of Arizona in Tucson.

Cook 009 and 010, see "Nullarbor"

Darinskoe
51d25'N, 51d58'E

A mass of 11.2 kg was found by geologist E. I. Abdurakhmanov during field work on the edge of a ploughed field on the right shore of the Ural river, near the village of Darinskoe. Classification, information, type sample (1.6 kg): Marina A. Ivanova, Committee on Meteorites, Russian Academy of Sciences, Ul. M. Ulyanovoi 3, korp. 1, Moscow 117313, Russia. Analysis: 10.09% Ni; 75 ppm Ge; 9.2 ppm Ir; 31 ppm Ga; L. D. Barsukova and G. M. Kolesov, Vernadsky Institute of Geochemistry and Analytical Chemistry, RAS, Moscow. The main mass is at the Geological Museum of the Geological and Geophysical Institute of the Siberian Branch RAS, Universitesky Avenue 3, Novosibirsk 630090, Russia.

Denman 004, see "Nullarbor"

Hughes 024 and 025, see "Nullarbor"

Juanita de Angeles
28d25'N, 105d05'W

A stone of S5 kg was acquired by R. W. Buhler from a Mexican miner. It was found near the mine "Juanita de Angeles" (for which the coordinates are given), near the city Las Amosgoas. Classifica- tion and analysis, type specimen: olivine Fa18.3; pyroxene Fs16.6; Jiirgen Otto, Mineralogisch-Petrographisches Institut der Univer- sity, Albert-Strasse 23 b, D-79104 Freiburg. Information and main mass: Rolf W. Buhler, Swiss Meteorite Laboratory, P. O. Box 126, CH-8750 Glarus, Switzerland.

Lac Dodon
45d57'N, 73d55'W

An iron of 800 g was found by Roland Octernaud of Montreal while walking on his rural property in the company of a geologist friend, who suggested that the object was a meteorite. Analysis: 8.64% Ni; 71 ppm Ga; 377 ppm Ge; 3.30 ppm Ir; Eric Hoffman, Activation Laboratories Ltd., Ancaster, Ontario, Canada. A purchase of the main mass is under negotiation by Richard Herd, Curator, National Meteorite Collection, Geological Survey of Canada, 601 Booth Street Ottawa, Ontario K1A OE8, Canada. Classification and information: Stephen A. Kissin, Department of Geology, Lakehead University, Thunder Bay, Ontario P7B 5E1, Canada.

Loongana 003, see "Nullarbor"

Maslyanino
54d15'N, 84d20'E

A mass of 26 kg was found by agronomist V. G. Okel' in a wheat field near Maslyanino village. Classification, information, type sample (1.4 kg): Marina A. Ivanova, Committee on Meteorites, Russian Academy of Sciences, Ul. M. Ulyanovoi 3, korp. 1, Moscow 117313, Russia. Analysis: 12.43% Ni; 70 ppm Ge; 1.0 ppm Ir; 29 ppm Ga; L. D. Barsukova and G. M. Kolesov, Vernadsky Institute of Geochemistry and Analytical Chemistry, RAS, Moscow. The main mass is at the Geological Museum of the Geological and Geophysical Institute of the Siberian Branch RAS, Universitesky Avenue 3, Novosibirsk 630090, Russia.

Menziswyl (correction)
Menziswyl (near Tafers) is the correct writing for this meteorite, given as "Menzyswil (near Taters)" in Meteoritical Bulletin 77, Meteoritics 29 (1994) 891 -- 897. See Buhler and Otto (1995).

Muckera 015 -- 018, see "Nullarbor"

Mundrabilla 018
30d30'S, 127d30'E

A stone of 24 g was found by Robert Haag and friends while searching in the desert. Type specimen, classification and analysis: David A. Kring and Dolores H. Hill, Lunar and Planetary Labora- tory, University of Arizona, Tucson, Arizona 85721, USA. The stone is brecciated and contains eucritic and diogenitic clasts; 3.02% Ca: 20.1 ppm Sc; 1.74 ppm La; 0.22 ppm Eu. The main mass belongs to an unknown private person in Queensland, Australia. Another howardite, Old Homestead 001, was found nearby, but it has more Ca (6.15%), is darker gray, and contains smaller clasts (1 to 2 mm vs. up to 5.5 mm).

Mundrabilla 019, see "Nullarbor"

Neagari
36d26.9'N, 136d27.9'E

A fireball was reported by six witnesses in the Ishikawa and Toyoma area at 23:55 local time. The next morning, in the city of Neagari, Mr. K. Sasatani found a hole in the trunk of his car, and meteorite fragments were on and inside the trunk. The total recovered mass is 420 g, apparently fragments from one stone. A neighbor said that he had heard a large noise during the night. Classification, analysis and type specimen: olivine Fa25.3; pyroxene Fs20.6,; Akihiko Okada, Masako Shima, and Sadao Murayama, National Science Museum, 3-23-1, Hyakunin-cho, Shinjuku-ku, Tokyo 169, Japan. The main mass is with the finder, Mr. K. Sasatani. Information: Masako Shima. See also Ishiwatari et al. (1995).

New Halfa
15d22'N, 35d41'E

The fall occurred near village No. 9, 15 km NE of New Halfa and was witnessed by Khalil Mohamed Khalil and Ibrahim Hamed from this village. Seven larger specimens, ranging from 5 kg to 100 g, and many small ones were collected by the Geological Research Authority of the Sudan. The total recovered mass was ~12 kg. Classification and analysis: olivine F23.5; pyroxene Fs19.4; light/dark structure and black veins; M. Schliestedt, Institute of Mineralogy, University of Hannover, D-30167 Hannover, Germany, and R. Bartoschewitz, Lehmweg 53, D-3S518 Gifhorn, Germany. The main mass is located at the Geological Research Authority of the Sudan, Kharthoum. Research specimen and information: R. Bartoschewitz.

Nullarbor Plain, Australia, meteorites
New meteorite finds from the Nullarbor plain are listed in Table 2. The source of information and analysis and location of main mass are given in the "Info." column. The names chosen for Western Australian finds correspond to the scheme by Bevan and Binns (1989), the names for finds from South Australia to the scheme by Bevan and Pring (1993).

TABLE 2. Nullarbor Plain, Australia, meteorites.
Name State Coordinates Found Wt N+ Class Fa Fs Shock Weathering Info++
          (g)     mol% mol% stage grade  
Cook 010 SA 30d10.18'S 130d42.32'E 6/91 35.4 1 H5 18.2 16.6 S1 W4 SML
Cook 011   30d14.06'S 130d36.04'E 5/91 471 1 L3-5 23.7 17.1 S1-4 W3 SML
                Fa range =18.3 --27.4, Fs range = 2.8 -- 24.7
Denman 004 SA 30d36.13'S 129d58.00'E 6/91 113 1 L6 25.3 22.2 S3 W3 SML
Hughes 024 SA 30d32.02'S 129d25.45'E 91 333 7 L5 24.8 21.4 S1 W1 SML
Hughes 025   30d42.07'S 129d28.03'E 91 172 12 L5 24.4 21.5 S3 W4 SML
Loongana 003 WA 30d32.15'S 127d20.38'E 90 58 1 L5 23.5 21.2 S3 W2 SML
Muckera 015 SA 30d03.6'S, 130d1.5'E 4/90 40 1 H4/5 19.4 17.7 S2 W2 SML
Muckera 016   30d12.8'S 129d52.4'E 91 538 5 L4 25 20 S3 W3 SML
                  Fs range = 11.2 --26.3
Muckera 017   30d12.65'S 129d58.1'E 6/91 472 1 L5 24.1 20.6 S2 W3 SML
Muckera 018   30d20.72'S 130d6.0'E 6/91 432 5 L6 25.1 22 S4 W3 SML
Mundrabilla 018 WA 30d30'S 127d30'E 8/90 24 1 Howardite, see separate entry    
Mundrabilla 019   30d30.35'S 127d26.05'E 7/91 50 1 H4-5 18.5 17.7 S3   BC
Nurina 005 WA 30d29.47'S 126d27.75'E 7/91 24.8 1 H5 18.8 16.4 S3   BC
Reid 015 WA 30d17.20'S 128d38.1'E 91 23.5 1 H5 18.8 17.2 S1 W2 SML
Sleeper Camp 012 WA 30d10.12'S 126d17.23'E 7/91 117 1 L6 25 20.8 S4-5   BC, KF
Yarle Lakes 002 SA 30d21.85'S 131d22.47'E 91 500 1 H4/5 18.9 17.1 Sl W3 SML
+ N gives number of fragments found, not of individuals.
++ SML = information and main mass: Swiss Meteorite Laboratory, R. W. Baler, P. O. Box 126, CH-8750 Glarus, Switzerland; classification and analysis: Jiirgen Otto, Mineralogisch-Petrographisches Institut der University, Albert-Strasse 23 b, D-79104 Freiburg, Germany. BC = information and main mass: R. Bartoschewitz, Lehmweg 53, D-38518 Gifhorn, Germany; analysis: M. Schliestedt, Institute of Mineralogy, University Hannover, D-30167 Hannover, Germany. KF = main mass in this case: Karl Franger, Jr., Berglach 5, A-2640 Gloggnitz, Austria.

Nurina 005, see "Nullarbor"

Pampa (e)
23d12'S, 70d26'W

Several stones with a total mass of -10 kg were found by Edmundo Martinez de los Rios in 1987. In 1991, he and Michael Zolensky found additional material (10 g). Classification and analysis: olivine Fa25.0; pyroxene Fs23.0; information: Michael Zolensky, NASA/Johnson Space Center, Houston, Texas 77058, USA. The main mass is in the possession of Mr. Martinez de los Rios with some additional material at NASA/JSC. See also, Martinez et al. (1992).

Penouille
48d51'N, 64d26'W

An iron of 72.52 g was found by a then eight-year-old boy, Christian Couture, on a sand beach on the south side of the Penouille peninsula (Baie de Gaspe), -1 km south of the village Penouille. In 1994, he brought it to the Planetarium de Montreal, where it was identified as a meteorite. The iron has an oxidized, but smooth exterior with an ellipsoidal shape of 4.8 x 3 x 2 cm. A polished surface revealed an octahedrite structure with a kamacite bandwidth of 0.88 mm. Near the original surface, the heat-affected zone is still preserved. Analysis: 9.4% Ni; 365 ppm Ge; 63 ppm Ga; 3.66 ppm Ir; 1.98 ppm Au; 5850 ppm Co. Type specimen, classification and information: Stephen A. Kissin, Lakehead University, Department of Geology, Thunder Bay, Ontario, Canada P7B 5EI. The main mass is at the Planetarium de Montreal, Montreal, Canada.

Reid 015, see "Nullarbor"

Rincon
23d52'15"S, 67d10'35"W

A stone of 249.4 g was found during a meteorite search expedition by K. Heide, A. Bischoff, D. Weber and T. Stelzner on an ignimbrite field N of the Salar del Rincon. Classification and analysis: olivine Fa25.7; pyroxene Fs22.5; moderately weathered (W2), shock stage of the bulk rock S4, shock veins contain ringwoodite; D. Weber and A. Bischoff, Institut fiir Planetologie, Wilhelm-Klemm-Str. 10, D-48149 Munster, Germany. Information and main mass: K. Heide and T. Stelzner, Institut fur Geowissenschaften, University of Jena, Burgweg 11, D-07749 Jena, Germany.

Rooikop 001 -- 003
23d5.0'S, 14d42.9'E

Three meteorites were found in a desert area near the border post Rooikop at the former Namibia-South Africa border by A. M. Reid, P. Jakes, M. E. Zolensky and R. McG. Miller. Details are listed in Table 3. Research specimen and information: A. M. Reid, Depart- ment of Geosciences, University of Houston, Houston, Texas 77204-5503, USA. The main masses remain at the Geological Survey of Namibia, 1 Jeans Street, P. O. Box 2168, Windhoek, Namibia. See also, Reid et al. (1995).

TABLE 3. Rooikop 001 -- 003 meteorites.
Name Wt Number Class Fa Fs
  kg     mol% mol%
Rooikop 001 1.039 1 H5 19.2 17.5
Rooikop 002 0.903 27 L5 24.7 21.8
Rooikop 003 0.902 1 L4/5 23.7 20.4

Roosevelt County 079-090

Twelve new meteorite finds from Roosevelt County were classified by Benedix et al. (1995). RC 079 was found by and is in the possession of I. E. Wilson. All others were found by J. Warnica who has also the main masses. Research specimens and thin sections are at the Hawaii Institute of Geophysics and Planetology, University of Hawaii at Manoa, Honolulu, Hawaii 96822, USA. The relevant data are given in Table 4.

TABLE 4. Roosevelt County 079 -- 090 meteorites.
Name Coordinates Wt Date of Class Fa Fs Shock Weathering
      (g) find   mol% mol% Stage grade
RC 079 34d06'N 103d35'W 30.2 4/1993 H4 18.6 17.1 S1 W3
RC 080 34d03'N 103d30'W 727.8 1968 H6 19.4 17.7 S1 W2
RC 081 33d38'N 103d10'W 522.2 1969 H5 18.5 16 S2 W3
RC 082 34d05'N 103d34'W >137 1969 H4 17.8 16.4 S2 W3
RC 083 33d40'N 103d25'W 14.8 1969 H5 18.5 16.8 S2 WS
RC 084 34d12'N 103d14'W 69.6 1969 L4 24.1 20.9 S3 WS-6
RC 085+ 34d19'N 103d23'W >140 1969 L4 24.5 21.8 S4 W2
RC 086 34d17'N 103d17'W 9 1974 L6 24.6 21.1 S3 WS-6
RC 087 34d04'N 103d31'W 8.2 1977 H5 18.3 16.7 S2 W3
RC 088 33d53'N 103d34'W 7.5 1978 H4 18.6 16.9 S1 WS
RC 089 34d08'N 103d32'W 1615 1980s H5++ 19.6 18 S3 W4
RC 090 34d17'N 103d31'W 6.4 1993 H4 17.3 13.2* S1 W4
+ Located in Curry Co., New Mexico, but given RC number following the precedence of Scott et al. (1986).
++ Fragmental breccia.
* Unequilibrated, Fs range = 6.5 -- 24.3.

Siwa
28d30'N, 25d30'E

Two stones, ~23 and 13 g, were found together on the sand, ~20 km south of the oasis Siwa. They were found by Dr. Romano Serra during a field trip organized and supported by the Centro Studi "Luigi Nero," Corno, Italy, with the scientific collaboration of the Natural History Museum, Milano, Italy, and with permission of the Egyptian Geological Survey and Mining Authority, Cairo, Egypt. Ron Farrell, Bethany Sciences, New Haven, Connecticut, USA, recognized the stones as meteorites. Classification and analysis: olivine Fa24.3; pyroxene Fs20.5; Dr. B. Bianchi Potenza, Dip. di Scienze della Terra, Mineralogia, University Milano, 20133 Milano, Italy. Petrology: Dr. G. R. Levi-Donati, Via Mameli 14, 06124 Perugia, Italy. Information: Dr. Romano Serra, Department of Physics, University of Bologna, Italy. The main mass is in the Astronomical Observatory, San Giovanni in Persiceto (Bologna), Italy.

Sleeper Camp 012, see "Nullarbor"

Travis County (a) and (b)
30d33'20'?4, 97d57'10"W

A detailed study of 52 meteorites recovered from Travis County was undertaken by McCoy et al. (1995a). They found two distinct meteorites: Travis County (a), a H5(S4)W3 shock blackened chondrite, represented by 41 specimens with a total weight of 175.4 kg; and Travis County (b), a H4(S2)W3 chondrite with rare chonditic clasts of H group parentage, represented by 11 specimens with a total mass of 5.9 kg. The samples are in the Oscar Monnig Collection, Texas Christian University, Fort Worth, Texas. The original Travis County meteorite, found in 1889, listed in Graham et al. (1985) belongs to Travis County (a). Classification and analysis: Travis County (a) = olivine Fa16.2-16.9; orthopyroxene Fs15.3-15.8; Wo1.0-1.1; Travis County (b) = olivine Fa16.6-18.9; ortho-pyroxene Fs16.0-16.3; Wo1.1-1.2; Timothy J. McCoy and Klaus Keil, University of Hawaii, Planetary Geosciences Division, Department of Geology and Geophysics, Honolulu, Hawaii 96822, USA, and Arthur J. Ehlmann, Department of Geology, Texas Christian University, Fort Worth, Texas 76129, USA.

Udall Park
32d15'N, 110d50'W

One stone of about 150 g was found by T. Davis in Udall Park, a park area in a desert scrub terrane within the city limits of Tucson. Classification, analysis (olivine Fa18.3; pyroxene Fs16.6), type specimen and information: David A. Kring, Lunar and Planetary Laboratory, University of Arizona, Tucson, Arizona 85721, USA. The main mass (142 g) is with Robert Haag, P. O. Box 27527, Tucson, Arizona, USA; it is temporarily on loan to the Flandreau Science Center of the University of Arizona.

Ust-Nyukzha
56d23'N, 120d28'E

A mass of 44 kg was found by geologists A. Vel'ma and O. Kryzhanovsky in the eastern mountains of Kalarsky ridge, -76 km from Ust-Nyukzha village. Classification, information, type sample (0.53 kg): Marina A. Ivanova, Committee on Meteorites, Russian Academy of Sciences, Ul. M. Ulyanovoi 3, korp. 1, Moscow 117313, Russia. Analysis: 11.08% Ni; 80 ppm Ge; 0.13 ppm Ir; 32 ppm Ga; L. D. Barsukova and G. M. Kolesov, Vernadsky Institute of Geochemistry and Analytical Chemistry, RAS, Moscow. The main mass is at the Museum of Regional Studies, Lenina St. 165, Blagoveshchensk 675000, Russia.

Yarle Lakes 002, see "Nullarbor"


REFERENCES
BENEDIX G. K., KINSEY L. K., MCCOY T. J., KEIL K. AND WIELER R. (1995) The Roosevelt County 079 -- 090 meteorites. Meteoritics 30,788 -- 791.

BEVAN A. W. R. AND BINNS R. A. (1989) Meteorites from the Nullarbor Region, Western Australia: I. A review of past recoveries and a procedure for naming new finds. Meteoritics 24, 127 -- 133.

BEVAN A. W. R. AND Pring A. (1993) Guidelines for the naming of new meteorite finds from the Nullarbor Region, South Australia. Meteoritics 28, 600-602.

BUHLER R. W. AND OTTO J. (1995) Menziswyl, ein neuer schweizer Steinmeteorit. Schweizer Strahler 10, 221 -- 227.

GRAHAM A. L., BEVAN A. W. R. AND HUTCHISON R. (1985) Catalogue of Meteorites. British Museum (Natural History), London. 460 pp.

ISHIWATARI A,, SASATANI K., TAZAKI K., SAKOMOTO K., NAKANISHI T., KOMURA K., TSUJIMORI T., OURA Y., MIYAMOTO Y., AKAHANE H., WATANABE M. AND NUNOMURA K. (1995) A prelimianary report on the Neagari meteorite fall (abstract). Antarctic Meteorites XX National Institute of Polar Research, Tokyo.

MARTINEZ R., ZOLENSKY M. AND MARTINEZ DE LOS RIOS E. (1992) New L chondrites from Antofagasta, Chile (abstract). Meteoritics 27, 254.

McCoy T. J., EHLMANN A. J. AND KEIL K. (1995a) The Travis County, Texas, meteorites. Meteoritics 36, 348 -- 351.

McCoy T. J., EHLMANN A. J. AND KEIL K. (1995b) The Fayette County, Texas, meteorites. Meteoritics 30, 776 -- 780.

REID A. M., JAKES P., ZOLENSKY M. E., AND MILLER R. McG. (1995) Recovery of three ordinary chondrites from the Namib Desert in Western Namibia. Meteoritics 30,781 -- 784.

SCOTT E. R. D., MCKINLEY S. G., KEIL K. AND WILSON I. E. (1986) Recovery and classification of thirty new meteorites from Roosevelt County, New Mexico. Meteoritics 21, 303 -- 308.

STEPNIEWSKI M. (1995) Meteoryt Baszkowki k. Gloskowa. Geol. Rev. Natl. Geol. Inst. 43, 283.


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