Volume 21 June 2012 
       
METEORITE NEWSLETTER 
JAPANESE COLLECTION OF ANTARCTIC METEORITES 
                        
Antarctic Meteorite Research Center 
National Institute of Polar Research (NIPR) 
Tokyo 
Meteorite Newsletter, Vol 21 
Akira Yamaguchi1, Naoya Imae1, Makoto Kimura2, and Hideyasu Kojima1 
1Antarctic Meteorite Research Center, National Institute of Polar Research, Tokyo 173-8515 
2Faculty of Science, Ibaraki University, Bunkyo 2-1-1, Mito 310-8512  
Introduction 
  This newsletter reports 1,034 meteorite names from Yamato bare ice fields 
collected in the 1998 field season.  They include 54 melt breccias of ordinary chondrites, 6 carbonaceous chondrites (3 CM, 2 CO, 1 CR), 4 E chondrites, 5 R chondrites, 12 HED meteorites (1 howardite, 8 eucrites, 3 diogenites), 2 ureilites including one polymict ureilite, 1 lodranite, and 1 winonite.  Many of the melt breccias seem to be paired with Y-790964.     
Classification 
  Table 1 presents the results of classifications (groups, averages and ranges of Fs and 
Fa values, fracturing and weathering degrees). Table 2 presents oxygen isotopic compositions of several meteorites. Figure 3 presents descriptions photomicrographs of selected meteorites. Macroscopic descriptions were made by H. Kojima and H, Kiso.     
Sample requests 
We welcome requests for samples from research scientists from all over the world. 
All sample requests will be reviewed in a timely manner.  Please use the attached request form and send it to the curators by email (curator@nipr.ac.jp).          Acknowledgements.  We thank M. Uchikado and T. Tomimura for technical assistance and sample preparations, H. Sasaki for preparing polished thin sections, M. Naito for EPMA analysis, and H. Kiso for macroscopic descriptions. We also thank to R. N. Clayton and T. K Mayeda for providing us with the oxygen isotopic data (Table 2) for the classification, and J. N. Grossman for comments on the classification. 
Table 1. List of meteorites classified in this volume.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982401LL34.88515.0-30.79.2-37.6AA
Y982403L68.12925.123.0-28.022.220.8-23.8A/BA
Y982405CR23.9554.30.9-8.61.80.4-5.4BA
Y982406LL68.84626.424.5-30.822.621.4-24.2BA
Y982407LL64.17526.024.6-29.421.119.6-23.0BA
Y982409H44.21018.517.3-20.316.614.5-18.3BA/B
Y982416H45.87818.817.4-19.316.414.2-18.1BA
Y982417H49.01319.517.7-21.016.816.4-17.3BA
Y982418LL512.2928.627.1-30.724.122.3-26.8BA
Y982419H45.15319.818.5-23.217.916.0-20.5AA
Y982421H48.28219.718.1-22.217.116.1-18.5BA
Y982424H57.29817.316.4-18.615.414.0-16.6BA
Y982425H421.3018.216.9-20.915.510.6-16.6CA/B
Y982428H6-3 br8.84418.1-24.315.4-23.7BAgenomict breccia
Y982430H54.58819.917.9-23.518.016.8-20.9A/BA
Y982435H4140.717.216.5-18.015.314.1-19.4A/BA/B
Y982436H635.8718.817.8-19.416.413.9-17.2BA
Y982441H44.22119.217.5-22.717.316.1-19.6BA
Y982443H57.58319.418.4-20.717.216.8-17.8BB
Y982446H49.45019.618.4-22.517.316.0-19.1BA
Y982447H4-6 br7.19720.217.9-23.818.016.3-21.0B/CAgenomict breccia
Y982449L611.28626.024.9-28.622.120.5-23.5A/BAshock vein
Y982450L612.7626.024.0-28.822.121.1-23.9BA
Y982451L610.4625.925.1-28.122.320.5-25.0A/BA
Y982452H418.2219.718.5-22.417.016.0-17.8A/BA/B
Y982453H4111.2219.417.9-20.216.615.6-18.0BA/B
Y982454H425.2619.418.5-22.516.915.4-18.8BA
Y982455H410.0720.118.6-21.717.416.5-19.3B/CA
Y982456H410.11420.219.0-22.918.215.7-22.8BA
Y982457H46.43120.519.1-22.618.116.7-21.2BA
Y982458H44.06020.019.1-22.917.716.2-19.1BA
Y982460H418.1119.717.7-23.216.915.6-18.3B/CA
Y982462H4-6 br11.96019.618.6-23.717.516.3-20.8B/CAgenomict breccia
Y982463H417.9218.917.4-20.816.715.3-17.4BA/B
Y982464H55.02018.617.5-20.416.915.3-21.0CB
Y982465H414.6618.817.5-21.417.114.6-21.2A/BA/B
Y982466H410.6020.118.7-24.617.816.0-22.8BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982468H445.5518.517.1-19.816.114.4-17.2BA/B
Y982469Euc, unbr6.78262.760.5-64.8A/B An80.9-88.9
Y982473L620.6324.823.9-26.421.320.0-23.5BA/B shock vein
Y982474H412.8419.618.2-22.217.516.1-20.9BA
Y982475H425.0619.318.3-23.316.815.6-18.7BA/B
Y982477H54.95519.318.2-21.416.913.5-19.0CA
Y982478H43.19918.417.5-21.115.714.7-17.4BA
Y982479H47.68519.117.9-20.916.815.4-19.4BA
Y982482H411.4019.118.4-21.516.715.9-17.5BA
Y982483H56.83119.618.3-22.417.315.8-21.7B/CA
Y982484H518.5319.518.5-22.217.115.7-20.5BA
Y982485H49.33019.518.3-21.917.315.9-20.8B/CA
Y982486H418.5219.517.1-23.418.016.0-22.5A/BA
Y982487L33.53420.8-26.416.0-24.9BA
Y982488H534.6120.018.1-28.916.915.3-18.3B/CA
Y982489H53.75918.817.8-22.816.615.8-19.6CA
Y982490L636.0925.024.5-26.020.819.8-22.8AA/B
Y982491H537.1919.818.8-20.517.816.9-19.9AA/B
Y982492LL34.2995.2-34.110.0-25.6A/BA
Y982505H53.68319.617.7-22.717.316.3-18.6B/CA
Y982515H45.47917.816.6-18.715.614.6-17.3CA/B shock darkened
Y982516H44.19918.717.5-19.717.115.7-20.3CAfizzed troilite
Y982522LL36.68015.7-30.211.8-27.8CA
Y982556H4898.817.416.3-18.115.313.8-16.1A/BA/B
Y982559H469.5418.817.0-20.216.915.7-20.1B/CA
Y982560H49.67118.417.4-20.218.115.8-24.0A/BA
Y982561L54.30625.023.9-27.620.920.0-22.0CA
Y982562LL56.79726.425.3-27.621.721.2-22.5CA
Y982563H54.49019.718.6-22.217.615.8-20.0CA
Y982564H44.49019.217.8-20.716.815.6-21.1CAfizzed troilite
Y982585CM4.1635.10.3-57.910.61.7-30.1B
Y982591CM3.2393.70.2-40.63.51.1-5.0A/B preferred orientation
Y982609H520.1119.217.8-20.317.016.2-18.5A/BA/B breccia
Y982611H53.59519.618.0-20.617.416.3-19.0B/CAshock vein
Y982612H63.36718.717.8-19.516.615.5-17.7CA
Y982623H49.06119.07.4-24.614.48.9-19.3AA
Y982624H57.43619.917.5-22.617.515.6-19.7AAbreccia
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982625H43.83619.216.1-23.516.812.2-19.2A/BA
Y982630LL512.7828.426.0-32.423.321.4-25.8AAshock vein
Y982635LL54.32828.226.9-30.723.322.4-25.1A/BA
Y982636LL54.51828.226.9-30.723.322.4-25.1B/CA
Y982637LL53.93427.827.1-28.623.322.1-25.8AA
Y982638LL54.44828.226.5-31.323.522.5-25.3AAshock vein
Y982642LL53.60628.227.5-30.423.522.2-24.7B/CAshock vein
Y982650H65.57820.319.0-24.517.516.1-21.9CAfizzed troilite
Y982651L610.0425.424.3-27.920.820.0-21.9AA
Y982656H67.72020.017.4-23.017.715.0-20.9CA/B fizzed troilite
Y982659L48.97823.222.6-24.419.818.8-22.5CA
Y982660H47.04919.217.8-22.917.216.2-20.4B/CA
Y982661H5195.319.117.6-20.017.715.9-21.2B/CA
Y982662LL564.6027.326.2-28.322.319.6-23.5AB
Y982663LL511.6327.825.8-30.123.522.2-27.3B/CA/B shock vein
Y982664LL511.5327.926.5-30.723.622.2-29.3AAshock vein
Y982665LL54.34027.826.7-30.323.122.2-24.7A/BA/B
Y982666LL54.87227.826.4-29.322.621.8-23.2BA
Y982667LL55.08128.026.8-29.323.722.5-26.3CA
Y982668LL54.65228.426.2-30.622.920.2-27.7A/BAshock vein
Y982669LL56.63028.226.1-30.723.322.3-24.6B/CAshock vein
Y982670LL54.11228.026.7-28.923.122.2-24.3AA
Y982671LL53.24328.227.0-30.923.522.2-25.3AA
Y982683L melt br0.53320.6-29.223.7-26.2A/BA
Y982690Euc, poly3.92850.929.1-66.1A/B An79.6-94.7
Y982695H43.21619.217.8-21.117.815.0-21.0AA
Y982701H312.2410.8-20.46.2-39.9AA
Y982702L416.0124.522.7-25.821.119.7-25.0AA
Y982703LL314.960.5-34.32.0-34.2AA
Y982704H413.2019.217.7-22.517.016.2-20.0AA
Y982705H49.53920.018.4-22.218.816.5-22.3AA
Y982709H53.64919.618.4-21.617.316.2-21.3AA
Y982713H69.65318.317.0-19.416.115.1-16.8CA
Y982716H65.38320.218.9-24.317.716.8-20.5AA
Y982718L5466.025.123.9-26.621.220.5-23.0AB/C
Y982719L63.89025.223.7-26.221.620.8-24.1AA
Y982729L5327.725.524.5-27.121.419.9-23.1AA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982730H414.8119.118.1-22.116.616.0-17.2BA
Y982731H53.56219.718.2-22.517.116.9-18.4AA
Y982740H36.91817.8-21.013.3-19.5AA
Y982741H623.9718.617.0-20.016.415.2-18.6AA
Y982742H413.1218.817.9-21.416.515.1-21.2CA
Y982743H63.80520.318.7-24.818.116.6-223.0AA
Y982746H6157.516.814.9-17.714.812.9-15.7BB
Y982747H590.3817.215.9-18.215.013.0-16.1AB
Y982748H5102.917.115.6-18.514.914.1-15.8AA/B
Y982749H525.1017.116.0-17.814.613.7-15.4BA/B
Y982750H531.8117.516.1-18.615.914.7-18.0BA/B
Y982751H534.0417.216.1-18.214.914.0-16.0AA
Y982752H527.1916.815.9-17.415.114.1-17.8AA/B
Y982753H515.3517.215.7-18.415.014.0-17.2AA/B
Y982754H518.1617.115.8-20.015.014.2-16.4AA
Y982755H514.0017.116.2-18.115.313.8-18.4AA/B
Y982756H517.4817.416.0-18.515.714.5-17.2AA/B
Y982757H516.1517.215.5-18.015.514.6-17.5AA/B
Y982758H515.3317.416.2-19.315.814.1-19.1AA
Y982759H513.7517.316.5-18.115.714.2-22.1AA/B
Y982760H513.7317.015.5-19.315.013.9-16.3AA/B
Y982761H59.52517.316.6-18.315.314.5-16.5AA/B
Y982762H512.2417.416.8-18.215.614.3-17.7AA
Y982763H511.7417.416.4-19.315.212.8-19.1AA
Y982764H59.35917.215.7-19.215.213.8-15.9A/BA/B
Y982765H59.37516.915.3-17.815.413.8-16.9A/BA/B
Y982766H58.41117.616.3-21.715.513.7-20.0AB
Y982767H58.35117.416.4-18.415.614.2-19.8AA/B
Y982768H510.9017.316.3-18.415.413.4-20.2A/BA/B
Y982769H58.96917.415.6-19.315.213.8-16.9A/BA/B
Y982770H58.60317.516.2-21.015.213.6-17.1AA/B
Y982771H59.65717.215.8-18.415.513.8-17.9A/BA/B
Y982772H57.43217.215.8-18.916.014.2-20.7A/BA
Y982773H56.96217.316.2-18.515.513.7-20.7A/BA
Y982774H57.75417.216.2-17.815.814.8-16.9AA
Y982776H45.61517.316.3-20.315.714.5-19.4B/CA
Y982777H45.16417.315.8-18.315.514.4-16.8BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982778H45.88317.415.1-22.315.514.3-18.1BA/B
Y982779H46.81817.315.7-19.115.214.1-16.0BA
Y982780H46.38017.416.2-19.115.214.1-15.9BA
Y982781H36.75516.1-17.814.6-20.4BA/B
Y982782H45.12417.415.4-20.115.814.6-17.3BA
Y982783H35.50515.7-20.313.5-18.3BA/B
Y982784H46.24417.416.2-19.615.214.5-16.5BA
Y982785H46.00517.415.5-19.715.513.6-19.1BA
Y982786H44.22617.315.8-21.615.514.1-17.9BA
Y982787H45.48617.616.5-19.215.614.1-18.4A/BA/B
Y982788H44.43417.416.3-20.815.413.9-17.5BA
Y982789H44.88117.416.4-21.915.814.7-17.5BA/B
Y982790H45.92117.315.0-18.015.614.2-8.8BA/B
Y982791H44.44017.516.3-19.315.113.2-16.8BA
Y982793L63.63625.414.8-32.121.719.5-23.9BA
Y982794H43.25917.717.0-18.515.714.4-20.3AA
Y982795H43.58017.416.5-18.115.314.3-16.9BA
Y982797H43.48217.616.6-19.215.514.6-16.2BA
Y982798H43.71917.516.0-19.015.514.7-17.6BA
Y982799H43.06517.315.7-18.915.113.7-18.3BA
Y982800H43.12817.616.8-18.715.514.4-19.1BA
Y982802H44.26817.416.3-18.215.814.1-22.8BA
Y982803H44.09017.516.3-19.216.413.9-29.4BA
Y982804H43.08617.616.5-18.915.713.5-17.0B/CA/B
Y982809H43.00217.716.2-18.615.714.7-16.9BA/B
Y982851L34.96314.1-25.27.8-27.7BA
Y982852L64.57725.924.5-29.121.919.5-25.5BA
Y982853H575.6719.018.2-21.016.614.0-18.8BA
Y982854H530.2518.917.9-20.816.415.0-17.3BA
Y982855L57.94725.624.7-27.821.320.9-21.6BA
Y982858H53.45018.818.2-21.316.515.5-18.0CA
Y982859H4520.018.617.6-19.816.115.5-16.8CA
Y982861L63.90525.623.7-26.821.820.5-27.2BA
Y982873H34.42518.0-22.69.2-17.8BA
Y982875H34.70718.2-19.810.6-21.6BA
Y982876H43.78820.518.9-23.417.412.9-23.4BA
Y982877H43.11620.018.4-22.317.115.9-19.3BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982878L33.89717.3-22.68.3-23.3BA
Y982881Ure3.03112.07.6-13.011.010.6-11.3A
Y982883H54.81419.418.5-20.917.015.7-17.6BA
Y982889H43.80419.818.3-22.217.516.4-21.4CA
Y982892L63.61825.824.9-28.921.719.9-25.6A/BA
Y982893L65.12426.024.7-32.222.020.6-24.0BA
Y982895H46.45219.417.4-22.417.515.2-24.6BA
Y982896L37.40710.7-25.55.2-31.7BA
Y982897L312.1915.7-24.911.2-30.3A/BA
Y982898L37.50015.1-27.62.7-34.4A/BA/B
Y982900L36.12814.3-28.06.4-31.1CA
Y982901L36.30815.0-26.610.1-28.5BA
Y982902L35.30815.1-27.110.2-25.8B/CA
Y982903L34.7555.4-24.95.7-29.2BA
Y982904L35.39816.7-25.89.7-27.3AA
Y982905L33.67919.9-25.34.3-25.8BA
Y982907L33.52619.2-25.03.7-30.8B/CA
Y982913L53.43325.824.7-27.621.619.8-24.5BA
Y982914H497.2116.715.3-17.315.414.2-19.9CB
Y982917H46.84318.317.1-21.516.815.2-21.3B/CA
Y982922H54.68020.218.8-24.017.316.2-20.0CA
Y982923L5265.825.724.2-26.521.220.0-22.3BA
Y982925H54.94019.918.0-22.617.716.5-20.4AA
Y982926H53.35119.517.3-21.717.915.8-22.8B/CA
Y982929H43.31820.618.3-24.417.510.6-23.9B/CA
Y982932H566.6518.617.3-21.017.015.5-21.1CA
Y982934H54.61718.317.1-20.916.515.6-20.3A/BA
Y982936H511.2819.518.5-22.417.615.3-19.7CA/B
Y982937H56.82519.718.2-22.718.015.4-23.4CA
Y982938H44.31918.417.2-20.216.714.8-20.3AA
Y982939L58.58025.824.6-29.921.820.7-24.1BAshock vein, fizzed troilite
Y982948L6586.924.523.5-25.520.719.7-21.8B/CB
Y982952H54.28719.217.3-26.516.815.4-21.0B/CA
Y982959L53.36725.624.2-29.621.621.0-23.3CA
Y982960H514.7019.717.2-23.917.115.9-20.5A/BA
Y982965H438.3119.518.2-21.416.410.4-22.2CA
Y982967H46.74118.616.8-24.116.514.7-18.1BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y982968H44.78119.218.2-22.516.510.0-20.6CA
Y982970H44.01519.017.9-20.116.411.5-27.1CA
Y982975H520.6919.917.8-20.816.315.4-17.7B/CAshock darkened
Y982977H5186.117.215.6-18.514.913.7-16.4CA/B shock darkened
Y982978H572.1617.015.7-19.114.813.7-16.8B/CA/B shock darkened
Y982979H546.0316.914.7-17.914.713.9-15.9CA/B shock darkened
Y982980H514.5517.315.9-19.516.114.6-19.3B/CA/B shock darkened
Y982981H59.86417.616.0-19.915.914.5-20.7BAshock darkened
Y982982H510.9717.616.5-20.215.513.9-19.8CAshock darkened
Y982983H58.37517.316.1-18.915.313.8-16.0B/CAshock darkened
Y982984H58.52217.416.0-18.315.613.4-17.6B/CA/B shock darkened
Y982985H58.06317.516.5-18.815.414.7-15.9B/CA/B shock darkened
Y982986H57.39317.516.3-20.114.913.8-15.7CA/B shock darkened
Y982987H55.82517.416.3-19.915.314.4-16.3B/CA/B shock darkened
Y982988H53.79717.315.9-18.315.813.2-22.4B/CA/B shock darkened
Y982989H54.88217.116.1-18.015.513.5-18.8B/CAshock darkened
Y982990H53.50217.215.3-18.315.113.8-16.0CAshock darkened
Y982991H54.89417.516.2-19.515.414.7-16.6B/CAshock darkened
Y982992H53.19817.716.7-18.616.014.3-22.8BA/B shock darkened
Y982993H53.33917.716.4-19.616.114.5-19.3B/CAshock darkened
Y982996H53.10517.816.8-18.715.714.7-17.2B/CA/B shock darkened
Y983012H526.2917.216.5-18.215.614.2-17.8BA
Y983014H531.6619.117.8-21.016.813.3-20.8B/CA/B
Y983016H417.5318.417.6-20.217.015.7-18.6AA
Y983018H55.60219.518.7-22.216.515.8-17.3AA
Y983019H53.27420.118.9-24.717.516.8-19.3A/BA
Y983020H54.37017.616.8-19.315.615.0-16.2BA
Y983023LL63.72926.123.8-29.123.021.0-27.8AA
Y983025H53.46519.217.9-21.617.115.5-19.6AA
Y983027LL34.83912.8-33.414.1-28.3AA
Y983028L6201.324.823.8-25.820.518.8-21.4AA/B
Y983029L6144.525.123.6-27.220.519.6-21.5AA/B
Y983034H54.48820.418.9-22.319.117.5-22.7BA
Y983035H53.52319.418.3-21.217.516.3-20.0B/CA
Y983036H545.4518.717.6-19.716.315.7-17.9BA
Y983037L6579.725.424.3-26.120.719.3-22.0BA
Y983041H63.21317.316.2-18.415.314.7-16.3BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983044H512.7819.318.2-21.217.916.2-22.4A/BA
Y983047H58.14320.218.7-23.918.016.8-20.7AA
Y983048H66.10720.118.4-25.717.215.8-19.5BA
Y983049H64.06420.219.1-22.317.716.2-21.1BA
Y983051H517.5818.718.0-20.517.016.0-18.6BA
Y983052H616.8018.417.1-20.016.314.5-18.3BB
Y983054H6233.516.915.4-17.814.913.8-16.1BB
Y983055H54.14718.817.9-21.217.315.2-21.0A/BA
Y983056H5362.418.617.9-19.616.114.7-16.9AB
Y983063LL33.3820.6-29.92.4-26.1AA
Y983064L640.9424.423.4-25.920.419.3-21.5AB
Y983066H67.02220.319.2-22.818.116.7-20.3AA
Y983067H64.90719.718.8-23.118.316.6-23.3AA
Y983068H63.42820.317.8-23.717.616.4-20.0A/BA
Y983069H618.7220.518.9-26.917.916.2-20.9BA
Y983071H65.87717.515.4-21.315.213.3-15.9A/BA
Y983072H45.82518.417.4-19.617.115.8-22.7A/BA
Y983073L6112.924.923.6-26.621.419.1-22.8AA/B
Y983075L63.68725.823.9-27.421.819.4-23.7AA
Y983077L64.80225.224.4-27.421.120.4-22.1AA
Y983084H5604.118.817.8-22.016.315.4-17.0BA/B
Y983088H35.6200.8-37.93.1-30.9A/BA
Y983090H46.81519.318.0-22.917.115.9-18.3AA/B
Y983093H5308.618.017.2-18.816.114.3-20.0AB/C
Y983094H44.33819.218.0-23.116.615.3-20.0A/BA
Y983095H43.25218.817.7-22.417.015.6-18.6AA
Y983097R518.0435.034.2-37.029.329.3-29.3AA
Y983098H54.42319.018.4-21.217.115.3-21.2A/BA
Y983099H6310.018.017.6-18.517.115.5-19.4AA
Y983101H672.7519.018.0-19.416.915.4-18.7A/BB
Y983102Dio24.2424.922.5-27.3Atype A
Y983104L35.05116.2-34.118.1-32.0AA
Y983105L67.10525.624.1-27.421.919.9-25.1AA
Y983106H518.6018.616.8-21.516.214.5-18.7A/BA
Y983109H57.16419.516.8-22.218.016.2-23.1AA
Y983111H33.76018.4-23.311.2-21.5A/BA/B
Y983112H36.55318.6-22.010.8-30.4AA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983113L688.6225.024.1-26.621.019.9-22.2A/BA/B
Y983114L320.5524.4-25.714.0-21.4BA
Y983118H58.38220.018.7-22.417.215.8-19.9BA
Y983119Lod52.553.22.8-3.63.83.3-4.3BA/B
Y983121H43.66718.817.7-19.616.715.6-17.9BA
Y983122H541.2818.917.7-20.817.315.8-22.7BA
Y983123H312.2610.4-26.59.2-34.8BA
Y983125H6358.019.318.2-20.316.915.4-19.6BB
Y983126L663.3725.324.5-27.021.020.4-21.8AA/B
Y983127H555.9518.917.5-19.616.614.3-17.7BA
Y983128L643.5924.823.5-25.620.820.1-21.4BA
Y983129L65.38726.324.1-29.922.721.2-24.5CA
Y983132L6129.625.124.5-26.720.919.7-22.2A/BA
Y983133H6366.619.218.1-20.717.216.4-19.9A/BB
Y983137H669.8919.116.8-19.916.615.1-17.7B/CB
Y983139H616.9020.219.1-23.417.415.5-19.9B/CA/B
Y983140H614.2819.918.7-21.317.316.6-18.7B/CA/B
Y983141H515.3520.117.8-23.617.416.0-21.4B/CA
Y983142H615.7920.018.5-21.617.416.2-18.4A/BA
Y983143H67.16319.818.2-23.117.316.3-19.1BA/B
Y983144H612.9519.919.0-20.717.216.0-17.9A/BA/B
Y983145H67.08419.719.0-20.717.016.0-18.0BA/B
Y983146L57.43625.524.5-27.021.720.4-24.6AA/B
Y983147H66.12720.219.5-21.317.616.2-19.8AA/B
Y983148H65.10619.819.3-21.617.416.8-17.8BA/B
Y983149H64.63219.919.0-21.317.416.7-18.0AA/B
Y983150H64.17219.718.7-20.617.416.8-18.3BA/B
Y983151H53.62119.818.3-20.917.516.1-20.0A/BA
Y983152H53.20719.918.9-20.917.415.9-18.1AA/B
Y983159H65.58719.819.2-22.417.216.3-17.8B/CB
Y983162H65.06418.917.2-24.116.916.2-19.6BA
Y983163H63.17919.318.1-21.217.315.6-20.5BA
Y983164H611.6419.818.6-21.017.414.8-22.1A/BA
Y983166R43.42639.923.8-42.14.02.7-5.4AA
Y983167L627.8424.822.4-26.720.920.4-21.7AA/B
Y983168H615.2919.818.6-20.717.316.3-18.4AA/B
Y983169H67.60219.418.2-20.817.616.5-21.5BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983170H64.36219.818.9-20.917.416.4-19.3A/BA
Y983173H620.2419.218.0-20.116.715.3-17.4BA/B
Y983174H68.36719.918.8-24.017.114.5-18.4A/BA/B
Y983175H67.19419.618.5-21.517.115.9-19.4A/BA/B
Y983176H65.79919.818.7-20.817.215.5-17.9A/BA
Y983178H66.18019.618.4-20.417.315.9-17.9A/BA
Y983179H66.61719.617.9-21.917.416.8-18.6B/CA/B
Y983180H57.27319.818.9-21.116.916.0-17.7CA/B
Y983181H517.3719.618.4-20.517.115.5-19.7CA
Y983182L520.7224.423.1-27.020.419.7-21.2AA
Y983183LL3142.90.7-25.61.6-22.0BA
Y983184H418.1618.016.9-20.216.114.5-19.0BA
Y983185H411.0918.416.6-20.715.413.3-17.9BA/B shock darkened
Y983186L639.8925.024.3-26.520.920.6-21.3BA/B
Y983187H450.3017.816.2-19.715.314.2-16.8CAshock darkened
Y983188L617.9626.123.9-30.022.020.7-23.3BA/B
Y983189H514.7318.617.7-19.816.315.2-17.0CA/B
Y983190L melt br13.9922.3-32.721.8-23.1AA
Y983191H46.68718.717.9-22.416.515.6-17.6BA
Y983192H br3.81018.0-21.814.9-17.9A/BAshock darkened
Y983194H br10.6117.6-21.215.5-17.4BA
Y983196H429.6118.717.3-21.216.214.9-18.4BA
Y983197L634.7824.223.3-26.120.118.4-20.8A/BA
Y983198L64.08925.825.0-27.821.920.3-26.0BAshock darkened, shock vein
Y983199L619.3224.323.0-26.620.719.4-22.6BA
Y983200H56.23119.618.4-21.217.516.4-19.2BApartly darkened
Y983201H667.3619.217.8-20.816.515.5-17.2CA/B
Y983202H517.3219.819.0-20.817.115.7-17.8BA/B
Y983203H517.3419.818.7-20.717.016.1-17.9BA
Y983204H512.9019.718.4-21.917.414.9-20.7CA
Y983205H512.0219.719.0-20.517.416.3-21.2CA/B
Y983206H510.5319.919.0-20.617.216.2-19.2CA/B
Y983207H510.4219.818.9-20.417.316.5-21.4BA/B
Y983208H57.55919.818.1-21.317.316.2-19.1CA
Y983209H57.26719.618.5-20.717.316.1-21.2CA
Y983211H49.38818.717.1-19.817.315.8-20.5BA
Y983212H9.78417.7-25.614.9-20.2AAmonomict breccia, shock darkened
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983213LL melt br5.47927.4-33.023.9-24.9A/BA
Y983215H570.8418.817.9-19.616.315.1-17.1CA
Y983217H59.93619.418.2-21.817.415.3-22.0A/BA/B
Y983219H512.3519.618.0-22.717.615.9-26.7B/CA
Y983220L melt br232.117.5-28.117.6-21.2A/BA
Y983221L540.4125.323.7-27.721.120.6-21.5B/CA
Y983222H65.76519.919.2-20.617.716.7-19.8BA
Y983223LL612.1729.228.3-31.523.823.1-24.5AA
Y983224H553.0618.717.5-19.716.515.9-17.3B/CA
Y983225H546.4718.517.8-19.716.115.6-16.8BA
Y983226L626.7125.124.1-25.921.120.3-21.7B/CA
Y983228H53.28219.618.1-22.018.916.4-23.4CA
Y983231H560.9217.916.8-19.815.814.7-17.4BA
Y983233H516.4419.418.3-22.317.215.7-20.3AA
Y983234H527.1519.318.0-21.516.815.2-20.3CA
Y983235R43.49840.639.0-43.7BA
Y983236H547.7118.818.1-20.416.715.6-18.5B/CA
Y983238L64.30325.824.0-32.521.720.2-23.9CA/B shock vein
Y983245H59.15019.417.9-22.217.416.3-21.4CA
Y983247H5208.818.914.2-21.415.26.7-18.3BA/B
Y983249H626.3419.718.7-20.917.116.2-17.8BA
Y983250LL melt br509.727.7-34.022.3-26.2AAmelt rock
Y983251L53.86424.923.8-27.121.320.2-26.2B/CA/B
Y983252H617.2319.718.4-20.317.316.0-18.6B/CA
Y983253L583.4923.921.8-24.920.318.5-21.7BA
Y983257L612.0125.524.6-27.321.821.0-22.8B/CA
Y983259H415.2319.418.2-22.117.716.0-21.5BApolycrystalline troilite
Y983261H69.48719.118.3-21.817.015.6-19.6AAfizzed troilite
Y983262H683.2119.118.2-20.516.715.6-18.6A/BA/B
Y983263H4515.118.818.0-19.416.414.7-17.6A/BA/B
Y983265H610.8219.918.5-21.517.616.1-21.5AA/B
Y983266H620.5418.918.2-20.216.615.8-19.8AA
Y983267LL627.0329.627.9-32.524.423.3-25.0AA
Y983268H411.4419.518.1-24.317.315.6-20.2AA
Y983269L6109.925.424.0-27.321.119.3-24.7BA
Y983270R426.4039.438.4-40.1AA/B
Y983271L616.6325.624.6-27.321.720.2-23.9A/BAshock vein
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983272LL melt br109.727.3-33.222.1-25.8AAshock melted
Y983273H6189.818.517.9-19.016.115.3-18.1A/BA/B
Y983274H642.7418.718.1-19.416.815.2-19.6AA
Y983275L623.7424.422.5-26.419.718.3-22.6BA/B
Y983276H3110.916.1-18.87.6-23.9BA
Y983277L6146.024.723.8-26.720.719.5-21.8A/BA/B
Y983278LL339.542.0-26.11.4-32.5A/BA
Y983279H6252.918.517.5-19.316.515.5-17.8A/BA/B
Y983280L5133.624.022.5-25.620.319.5-20.9A/BA
Y983281L614.5825.724.5-27.721.820.4-23.6AA
Y983282H428.1519.218.3-21.216.615.9-17.5AA
Y983283L654.6524.423.5-25.420.218.9-20.7AA/B
Y983284H618.8219.718.8-21.517.415.8-22.4A/BA
Y983285L47.77525.023.5-26.820.719.3-23.9A/BA
Y983286LL6309.030.829.8-31.624.523.9-25.4AA
Y983288LL64.51832.030.9-33.225.924.5-26.6AA
Y983289L4210.423.422.0-25.419.413.4-24.7A/BA
Y983290H55.87419.618.6-22.617.115.5-21.0BA
Y983291H5101.119.418.8-21.116.815.3-20.4BA
Y983292H529.2418.417.1-19.716.215.2-17.8BA
Y983293Euc, poly14.1027.6-60.6AAn78.7-92.4
Y983301H537.3320.018.7-21.617.516.8-18.2A/BA/B
Y983302H631.3319.517.5-21.017.215.5-19.3BA/B
Y983305H4-6 br34.7618.817.5-20.317.015.6-21.8A/BAgenomict breccia
Y983307H638.0419.718.8-20.717.016.2-17.6A/BA/B
Y983309H63.37620.119.1-20.917.616.9-18.7A/BA/B
Y983311H44.40219.718.7-23.017.816.7-23.0A/BA
Y983312L/LL342.600.4-25.00.7-30.2A/BA
Y983313H43.59518.617.2-21.216.614.9-19.0A/BA
Y983314LL42.9527.426.1-29.323.621.8-26.8A/BAshock darkened
Y983315L629.4425.624.3-29.221.319.7-23.9A/BA/B shock vein
Y983316H65.34220.019.0-21.717.516.3-18.1B/CA
Y983317H619.9419.618.5-20.517.217.0-17.6B/CA/B
Y983319H514.4019.318.3-21.317.715.4-21.8BA
Y983320H381.3515.8-18.614.8-17.5BA
Y983321H59.16119.918.8-22.417.215.0-18.8BA
Y983322H437.4218.517.4-20.416.515.5-18.1B/CA/B
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983323H49.91419.118.2-20.616.715.5-18.3BA
Y983324H318.0916.9-21.711.9-35.8B/CA
Y983325L65.21025.623.7-28.121.920.1-25.9A/BA/B
Y983327Win5.9311.51.0-4.93.51.6-7.2BA
Y983328H55.90219.818.6-21.917.616.3-22.8A/BA
Y983329H520.3519.318.1-20.317.015.9-18.2BA
Y983330H44.24020.018.7-24.517.716.1-22.5A/BA
Y983334L43.45526.123.9-28.521.720.7-23.0AA
Y983336H/L513.3521.018.7-24.219.216.4-24.3BA
Y983338L4398.023.622.4-24.719.716.9-22.9BB
Y983339H536.9619.218.2-20.016.916.4-17.7BA
Y983340LL65.69331.330.3-35.926.124.8-28.5AA
Y983341H423.1118.918.1-22.016.415.5-19.2BA
Y983342H4185.519.018.1-20.216.514.5-18.0BB
Y983343H46.92420.018.4-25.817.816.2-20.0BA
Y983344H49.51020.018.5-27.017.615.8-20.7BA/B
Y983348L510.9425.723.1-29.521.519.2-23.1BA/B
Y983349H498.2918.517.3-19.916.215.6-16.8BA
Y983350H445.3318.317.3-19.216.515.7-19.6CA
Y983351H47.79519.217.3-21.717.816.4-20.9B/CA
Y983352Euc, br47.8037.0-59.5AAn72.6-81.8
Y983354L614.5025.524.0-28.922.619.5-26.3BAshock vein
Y983356H63.35920.819.2-23.517.816.9-18.5B/CA
Y983360H65.66320.419.1-22.918.115.0-22.9CAshock vein
Y983363H55.38919.618.5-23.916.915.6-17.4CA
Y983364L428.4623.322.0-24.820.018.5-22.7BA
Y983365H512.1218.817.4-21.216.416.0-17.0CA
Y983366Euc, unbr138.951.830.9-62.4AAn78.0-91.3
Y983367LL3418.30.9-24.32.1-29.2BA
Y983368L624.2025.323.7-27.721.320.6-22.5BA
Y983369L68.00226.224.9-28.722.020.6-24.3BAthin shock vein
Y983375L615.9125.925.0-30.021.819.9-23.7BA
Y983376L65.50626.425.0-29.322.520.6-25.6BAshock vein
Y983377H64.17320.319.2-22.118.417.0-21.1BA/B
Y983378H411.9118.617.4-21.316.215.4-16.7BA
Y983380L420.7123.922.7-25.420.219.0-21.3BA
Y983381H512.4519.618.5-22.717.116.4-18.9BAfizzed troilite
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983382L63.63624.419.4-28.721.219.7-24.1CAmaskelynite
Y983384H44.90720.018.4-30.617.216.5-17.9B/CA
Y983388H/L65.35721.119.8-25.918.316.8-22.6CA
Y983389H414.9619.017.7-23.416.815.2-18.8AA
Y983390LL613.1826.324.7-29.022.520.5-24.8BA
Y983393LL melt br9.24328.0-31.921.8-26.6BA
Y983394LL643.1829.028.2-29.823.311.8-26.1BA/B breccia
Y983396LL380.640.6-33.40.4-36.7CA
Y983397L531.9025.323.9-27.721.420.3-23.6B/CA/B
Y983399H64.78720.419.8-21.517.915.8-22.7B/CA
Y983402LL65.60326.123.9-27.823.220.9-27.8BAfizzed troilite
Y983404L69.20725.324.5-26.221.319.9-24.5CA
Y983405H366.234.8-23.22.9-33.9A/BA
Y983406LL melt br34.4229.3-31.323.6-25.7AB
Y983407H44.54619.417.9-21.016.816.1-17.7B/CA
Y983408H melt br15.6017.8-21.514.6-17.5A/BA
Y983409H599.9818.717.9-19.816.515.5-19.9CA/B
Y983410H416.5518.918.2-22.416.915.3-20.5B/CA/B
Y983411H45.64519.317.8-24.017.715.5-22.1CA
Y983413H55.51419.217.8-23.317.515.9-20.3B/CA/B
Y983415H65.48520.218.5-22.218.115.3-22.7B/CA
Y983416LL67.56326.224.7-30.521.919.5-24.3B/CA
Y983417LL melt br5.31021.2-28.424.9-24.9A/BA
Y983418H642.3920.018.8-22.417.416.2-20.2CB
Y983419H629.4719.518.3-22.817.216.1-20.4CB
Y983420H368.0416.9-21.62.5-28.1CA
Y983421LL melt br4.95827.9-33.222.3-27.4AA
Y983422H411.5119.917.7-23.317.016.2-19.0BA
Y983423L522.8924.022.9-25.820.719.7-23.5B/CA
Y983425H623.8719.217.6-23.016.815.7-19.3AA/B
Y983426H613.2619.918.3-22.517.916.5-21.2BA/B
Y983427H423.2818.918.0-19.616.114.8-17.4B/CA
Y983428H526.5119.118.0-20.917.515.3-21.6A/BA
Y983430H/L53.24020.919.5-23.918.416.5-21.3A/BAshock vein
Y983432H54.21218.817.9-20.116.916.3-19.3A/BA/B
Y983434H525.8419.218.4-21.517.015.9-20.9A/BA
Y983437H540.4318.718.1-20.016.615.5-18.6A/BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983438H619.1419.017.4-20.316.615.3-17.6CA
Y983439H44.10119.318.5-21.316.814.9-18.7A/BA
Y983442H623.5319.517.8-20.816.916.7-17.4BA/B
Y983443H63.03920.118.9-23.917.615.5-21.0A/BA/B
Y983445H67.46720.018.8-22.417.416.2-20.1A/BA
Y983446H65.58120.419.5-22.518.216.8-23.6BA/B
Y983447H63.07220.218.5-24.318.016.7-21.7A/BA
Y983448L533.4325.223.8-26.821.220.0-22.2A/BA/B
Y983449H64.95019.818.5-22.917.615.1-19.6CBshock darkened
Y983450H611.0319.919.3-21.817.715.8-22.5A/BA/B
Y983451H66.40918.917.7-22.016.914.4-22.2BA
Y983452H64.88820.619.1-23.818.216.4-23.4B/CA/B shocked
Y983453H64.44620.519.0-22.018.117.0-20.4A/BA/B shocked
Y983455H63.32819.618.7-20.817.016.2-18.0AA/B
Y983457H431.1518.517.2-19.916.414.8-19.2BA
Y983458H53.34319.917.6-22.117.416.0-19.3AA
Y983459L69.41725.323.8-27.822.120.7-27.2AA
Y983460LL54.88326.724.7-29.422.320.8-24.7AA
Y983461L67.62225.624.6-28.422.021.1-24.7A/BA
Y983462H43.57320.118.1-22.317.415.4-20.8A/BA/B
Y983463LL613.0629.527.9-31.024.322.9-25.1AA
Y983465L68.58626.024.4-30.922.320.9-24.7A/BA
Y983466L616.6526.024.8-28.521.920.3-24.6A/BA
Y983467H65.39820.518.7-23.117.916.5-21.3BA
Y983470H611.1920.319.4-22.117.916.3-21.4A/BA
Y983472H511.3820.010.4-25.617.616.3-19.8CA
Y983473H49.81319.017.7-22.016.615.9-17.6B/CA
Y983474H53.61319.311.1-23.218.77.7-27.6B/CA
Y983475H54.30619.714.1-22.517.34.5-24.0BA
Y983476H416.9119.218.1-20.517.215.6-21.8B/CA
Y983478L510.4024.823.5-27.721.220.5-24.5CA/B
Y983481H5168.218.917.3-22.216.315.3-18.9BA/B
Y983482H5223.718.917.8-20.416.416.1-16.9BA/B
Y983484LL5110.831.630.6-33.225.324.6-25.9ABbreccia
Y983485H59.45318.717.7-20.516.816.0-19.1BA
Y983486H58.41219.918.6-22.217.116.1-19.1B/CA
Y983487H59.30719.218.2-22.517.115.8-20.4B/CA/B
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983488L584.8624.423.7-25.720.619.9-21.0A/BC
Y983489H47.05819.09.8-21.317.216.4-19.0B/CA
Y983490H64.54420.519.6-22.518.317.2-21.9B/CA
Y983491L553.3924.222.9-25.820.019.5-21.6BBshock vein
Y983492L531.3924.223.2-25.420.118.0-22.4ABshock vein
Y983493L528.1324.221.9-27.720.719.9-21.9BA/B shock vein
Y983494H532.0118.417.6-19.516.215.2-16.8CA
Y983495L58.28325.324.2-28.221.419.9-23.7A/BA
Y983497L54.00325.724.6-29.521.920.9-23.5A/BA
Y983498L57.48924.823.7-27.121.119.0-22.9AA
Y983499L/LL340.940.2-36.11.0-34.4CA
Y983500L5232.725.023.8-26.821.019.7-22.1B/CA/B
Y983501L612.6825.624.4-26.721.619.9-22.6AA/B
Y983502L63.17026.024.7-27.421.720.9-22.1B/CA/B shock vein
Y983504H540.7719.217.9-20.417.016.1-19.4B/CA/B
Y983505H442.5319.217.9-20.916.815.9-19.6CA/B
Y983506H596.0219.218.2-21.117.015.7-17.8CA/B
Y983507H565.2419.018.4-20.016.715.0-19.6CA/B
Y983508LL br4.86626.5-31.823.0-25.3BAmonomict breccia, shock darkened
Y983509H530.7518.917.8-21.516.715.6-19.0BA/B
Y983510H46.69619.918.6-23.217.315.8-21.5BA
Y983512H412.7019.918.2-24.616.615.8-17.2B/CA
Y983513H44.65819.618.8-20.317.015.7-19.8CA
Y983514H426.6519.418.2-21.917.316.3-19.3BA/B
Y983515H520.6518.417.5-19.116.115.2-16.8CA
Y983516H44.09720.018.2-26.318.416.9-23.6B/CA
Y983518H438.5719.018.2-20.716.615.6-20.0B/CA/B thin shock vein
Y983519H451.2518.918.1-20.516.915.2-18.7B/CA
Y983520L66.27225.124.3-27.721.719.8-23.6BA/B shock vein
Y983522H557.3719.117.9-22.017.416.2-19.6BA/B
Y983523H526.0619.318.3-21.916.615.1-18.9BA
Y983524H48.10519.918.7-22.717.215.6-19.7B/CA
Y983525H47.78019.918.7-23.318.415.6-22.6B/CA
Y983526H429.1718.818.0-19.817.015.3-20.5BA
Y983527H424.7819.318.0-21.116.615.3-17.8BB
Y983528L63.27425.224.0-27.021.320.0-22.3BA
Y983530H439.7119.118.0-20.916.615.9-18.2B/CA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983531H462.6118.717.7-19.916.415.8-17.3CA
Y983532LL melt br3.66424.5-29.622.3-24.4BAdarkened
Y983533LL melt br16.8728.1-33.822.2-26.1BAdarkened
Y983534Euc, br13.6158.1-61.9AAn74.4-93.1
Y983535H352.2116.4-18.47.8-30.8B/CA/B
Y983537H4197.219.118.3-21.016.415.3-17.5BB
Y983539H43.24719.918.0-26.416.815.6-18.3BA
Y983540H491.7019.118.4-20.016.515.5-17.7BA
Y983541H560.6319.018.1-19.616.815.7-18.2B/CA/B
Y983543H611.2519.918.9-23.817.816.4-23.6CA/B
Y983544H56.87119.418.9-20.217.716.3-21.3CA
Y983545H59.97619.618.4-22.617.016.1-17.7CA
Y983548H515.9219.318.7-21.817.915.3-21.2CA
Y983551H/L66.90621.519.8-24.518.516.4-23.4CAshock melt
Y983552L69.97726.024.9-28.821.819.8-24.1CA/B
Y983555H67.09519.518.6-21.317.316.7-17.9CA
Y983556H5 br4.06319.118.3-20.317.315.4-21.6CA
Y983557H689.1319.718.0-38.116.615.7-17.6CB
Y983558H65.19120.619.2-23.418.317.0-21.3CA
Y983559H54.40119.117.8-22.516.715.1-18.6B/CA/B
Y983561H525.8818.417.6-19.416.615.6-18.8CA/B
Y983562H524.2618.417.2-20.116.515.5-19.3CA/B
Y983563H534.5418.217.2-19.216.214.7-17.7CA
Y983564LL65.01327.926.2-30.423.222.1-25.5BA/B
Y983565H56.98019.217.7-23.517.315.4-19.5CA/B
Y983567H64.98319.718.3-22.017.116.1-20.2CA
Y983569H5190.519.318.1-21.317.415.7-21.3CB/C
Y983572H58.18819.818.5-23.418.216.3-25.4CA/B
Y983573H410.7119.717.8-22.018.015.5-22.6BA/B
Y983574H57.40220.118.9-22.317.816.3-20.0B/CAbreccia
Y983577H33.46717.3-20.212.1-18.7B/CA
Y983578H39.98118.4-21.914.5-19.9CA
Y983579H411.0819.418.5-20.815.66.9-19.6CA/B
Y983580L631.2524.924.2-25.721.120.1-22.2AAshocked, maskelynite
Y983581L629.2824.923.8-27.921.020.1-23.3CAshocked, maskelynite
Y983583H54.49819.718.8-21.117.116.3-18.2CA
Y983584L611.3925.424.3-28.422.120.0-26.4CA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983585L541.8324.222.5-25.920.619.7-21.4AB/C
Y983586L63.47024.722.2-27.421.220.2-23.1B/CA/B
Y983587H620.3819.618.7-22.017.316.3-19.4CA/B shock vein
Y983588H613.8820.719.5-23.018.116.7-21.4B/CB
Y983589CO335.160.3-45.10.7-17.5BA
Y983591LL412.4629.128.3-30.423.822.7-25.0CA
Y983592H476.8317.416.9-18.216.414.9-23.7CA/B
Y983593L526.3424.322.9-25.520.518.1-22.4CAshocked
Y983594LL melt br5.82224.4-33.220.0-25.7AAmelt rock, coarse-grained
Y983595L melt br8.38620.4-27.5B/CAmelt rock
Y983596H529.9818.717.8-20.116.515.7-19.3CA
Y983597H530.8619.918.7-23.317.716.1-21.2CB
Y983598L5/68.80526.023.4-29.121.920.2-25.6BA/B
Y983599H557.2819.218.2-22.817.016.3-17.7CA/B
Y983600H526.3319.018.1-20.016.214.9-16.7CA
Y983601H643.1719.318.4-20.316.815.6-17.6CA
Y983602H611.9119.919.0-22.417.716.7-20.3CA/B
Y983603H614.1820.019.1-21.417.415.9-21.0CA
Y983604H412.3818.817.4-25.017.114.9-21.8BA
Y983606H486.6318.517.6-19.416.214.6-18.1BA
Y983607H412.2419.518.9-20.417.816.2-21.1BA
Y983608H410.1319.317.4-21.717.515.6-21.3CA
Y983609LL melt br7.33727.2-31.322.9-24.8AA
Y983610L611.5425.723.9-27.221.520.7-23.8AA
Y983611H441.4218.217.3-20.316.715.0-20.2B/CA
Y983612H412.3319.918.6-24.117.916.8-20.7B/CA
Y983618H64.75720.719.4-21.918.116.9-21.0CA/B
Y983619H612.0920.319.3-22.218.216.7-23.4CA/B
Y983620L6141.524.223.0-25.620.718.7-25.8B/CBshocked
Y983621H69.04820.119.0-22.118.016.5-22.4CA/B
Y983622H58.53919.418.5-21.617.416.1-19.7CA
Y983623H59.91619.317.4-20.117.116.3-18.2CA
Y983624H613.3220.318.7-22.518.116.3-22.5A/BA
Y983626L615.6925.023.4-27.821.520.5-25.6AA/B
Y983627H510.8018.918.1-19.716.616.2-17.0CA/B
Y983628H621.9119.618.3-22.517.215.9-20.5AA
Y983629H/L64.45520.919.8-23.118.517.0-20.9A/BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983630H622.7719.918.5-20.817.115.3-17.7BA
Y983632LL melt br3.33822.2-30.822.0-26.5AA
Y983634LL melt br14.6919.4-22.816.6-22.1BA
Y983635LL melt br11.6726.7-31.321.7-25.6AA/B
Y983636LL melt br8.99226.2-31.622.9-26.5AA
Y983637LL melt br6.89920.4-30.023.2-24.7AA
Y983638LL melt br41.5225.7-31.320.7-24.6AA
Y983639LL melt br8.58827.1-34.323.0-27.6AA/B shock melted
Y983640LL melt br8.44222.1-30.322.2-25.6AA/B
Y983642LL melt br7.50427.2-30.223.0-27.9AA
Y983643LL melt br4.61425.6-32.824.3-24.6AA
Y983644H514.9519.418.3-21.117.715.8-20.6AA
Y983645H5164.918.617.5-21.116.814.8-19.9A/BB
Y983646H67.27220.719.0-23.119.117.0-22.9A/BA/B
Y983647H415.0620.218.9-24.717.315.9-18.9A/BA/B
Y983648H512.5719.618.1-22.617.715.3-21.0A/BA
Y983649L694.3525.324.5-27.420.719.9-22.2AB
Y983650H43.34719.618.5-21.417.616.2-20.6A/BA
Y983651H67.12719.016.8-22.317.015.6-19.9A/BA
Y983652H617.3220.118.5-21.817.716.9-20.0BB
Y983653H68.88420.219.1-22.317.717.0-19.0A/BA
Y983654L614.0125.724.6-27.222.021.0-24.3AA
Y983655H54.64720.219.0-23.017.715.8-20.1BA/B
Y983658LL67.20726.224.3-29.422.219.9-27.0AA
Y983659H429.7918.817.6-22.316.716.5-20.2BA/B
Y983660H428.8818.917.7-21.016.515.5-17.4CA
Y983662H48.24719.917.9-23.417.815.4-22.3BA/B
Y983663LL melt br9.60023.6-32.921.9-25.8B/CA
Y983664L melt br3.45220.1-32.824.0-26.1BA/B
Y983665H56.08019.518.6-20.718.416.7-22.4CA
Y983666LL melt br8.35526.9-32.518.5-26.1A/BA/B
Y983667LL melt br7.42525.9-30.221.3-23..6BA
Y983668LL melt br7.74622.9-32.013.9-26.8BA
Y983673LL melt br11.8426.2-29.117.8-24.3B/CA/B
Y983674LL melt br8.20726.0-31.321.5-24.7BA
Y983675LL melt br5.36813.4-29.511.1-26.7A/BAchondule relicts
Y983676LL melt br3.70026.3-30.620.8-25.6A/BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983677LL melt br4.21625.2-30.123.4-25.1A/BA/B
Y983678LL melt br5.64724.5-30.820.9-24.8CA
Y983679LL melt br3.95327.1-30.922.1-25.5A/BA/B
Y983680LL melt br4.06521.9-33.023.9-26.9AA
Y983681LL melt br3.73226.7-31.422.3-26.6BA/B
Y983682LL melt br3.73020.5-32.325.9-25.9BA
Y983686LL melt br4.68226.7-30.722.6-24.4A/BA
Y983687LL melt br61.5416.9-32.013.9-26.3AA
Y983688LL melt br40.3217.8-28.8A/BAvery fine-grained
Y983689LL melt br36.7225.5-28.98.9-24.4BA/B
Y983690LL melt br7.85127.4-31.023.5-24.8A/BA/B
Y983691LL melt br3.70719.7-34.822.8-25.2AA
Y983692LL melt br5.39927.3-30.421.3-24.8BA/B
Y983693LL melt br8.74821.2-30.324.8-24.8AA
Y983694LL melt br29.2424.2-29.711.8-26.3BA
Y983695LL melt br9.59926.3-31.222.4-25.7BA
Y983696LL melt br3.87728.8-32.522.9-25.1A/BA
Y983700LL521.7127.826.1-29.923.422.9-23.8AAdarkened
Y983701LL55.27829.127.6-34.324.622.7-26.9AAdarkened
Y983702H465.1218.917.7-20.516.314.7-18.9BB/C
Y983703H413.7719.418.7-20.117.116.4-17.5CA
Y983704H46.23119.518.6-21.517.015.4-19.2BA
Y983705H580.7119.418.0-22.416.815.6-19.0CB
Y983706H3-6 br36.9012.6-25.26.6-23.9CA/B genomict breccia
Y983707H45.29820.316.8-24.918.116.5-21.3CA
Y983708H43.50019.618.0-21.118.016.4-22.1CA
Y983709H43.55220.018.4-24.918.016.0-20.2B/CA
Y983715H4103.119.317.1-21.316.311.4-19.1B/CA
Y983716H4116.218.617.5-21.016.215.0-18.2B/CB
Y983719L65.61726.423.8-30.622.721.2-25.5BAshock vein, ringwoodite
Y983720R413.8939.612.8-46.9AA/B monomict breccia
Y983722H418.9019.118.1-21.116.515.6-18.1BA
Y983723H4127.119.418.3-23.316.615.9-17.6BA
Y983724H44.64619.718.8-21.217.616.6-20.3BA
Y983726H412.3819.017.5-22.216.915.3-20.9BA
Y983727H49.79518.817.7-21.916.815.2-18.7B/CA
Y983728H45.99418.617.9-22.016.615.3-18.2BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983729L melt br4.04422.7-32.522.8-23.5CA
Y983730H4-5 br26.4919.318.2-21.216.814.8-19.9BBgenomict breccia
Y983731H415.7320.318.2-24.218.015.1-21.3BA
Y983732H428.7618.917.9-21.316.715.3-19.0BA
Y983733H413.9520.018.9-23.417.515.8-21.8B/CA/B
Y983734H43.10719.818.3-23.516.915.6-18.5BA
Y983735LL melt br3.52527.5-31.226.0-26.0AA
Y983736L melt br15.7122.2-29.019.7-19.7BAmelt rock
Y983738LL melt br5.53028.8-31.6234.-30.8BA
Y983742LL br9.56226.5-33.724.2-25.0A/BAmonomict breccia
Y983745LL melt br5.87226.4-35.220.4-30.1CAmelt rock
Y983746LL melt br16.8325.7-31.618.0-25.7CAmelt rock
Y983747H46.32119.918.6-22.717.616.8-19.6B/CA
Y983748L6301.025.024.2-27.320.720.0-22.0CB/C
Y983749H464.2018.017.0-19.016.115.1-18.1B/CA
Y983750LL melt br18.9218.3-22.116.0-21.5AA/B
Y983752L64.23125.523.9-28.721.620.6-23.2CA/B
Y983753H65.98620.619.2-23.518.415.4-22.8B/CA/B shock vein
Y983754H46.85619.317.5-21.916.615.2-19.1CA
Y983755L67.86125.123.9-27.421.620.2-23.1BA
Y983756L679.0223.817.8-26.320.719.7-24.1B/CBshock vein
Y983757L668.2424.223.3-26.220.119.3-20.7B/CA/B shock vein
Y983758L620.3822.815.4-25.221.019.6-25.1CA/B shocked, maskelynite
Y983759L613.0024.219.4-26.921.720.0-26.4CAshocked, maskelynite
Y983761H413.9118.417.5-19.916.414.8-18.9CA/B
Y983762H515.5118.117.2-19.016.014.8-16.9CA/B
Y983764H63.57019.116.9-22.016.815.1-19.8CAfizzed troilite
Y983766L620.6924.123.1-25.521.019.5-26.5CA/B shocked, maskelynite
Y983767H47.77019.318.5-21.216.815.5-17.5B/CA
Y983768L618.9824.423.3-26.420.819.8-23.0A/BA/B shocked, maskelynite
Y983769L65.74024.222.8-26.821.520.2-28.8BAmaskelynite ,fizzed troilite
Y983770L66.56524.422.8-27.721.519.5-24.3B/CA/B shock vein
Y983771L6355.024.123.2-25.320.718.9-24.1BB/C shocked, maskelynite
Y983772L6176.724.123.0-25.920.319.1-21.2BBshocked, maskelynite
Y983773L618.9925.724.0-28.521.820.6-24.9CA/B
Y983774H511.5419.918.4-21.917.416.1-19.9BAshocked, fizzed troilite
Y983775H56.96519.318.3-20.717.616.0-22.0CAshocked, fizzed troilite
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983776H57.31219.518.2-21.218.016.1-22.6B/CAshocked, fizzed troilite
Y983777H67.73419.917.7-25.017.816.3-20.4A/BA
Y983778H59.14619.718.6-22.517.215.1-18.8AA
Y983779H57.90919.818.3-23.217.715.6-24.6AA
Y983780H56.70319.718.3-22.617.216.4-18.8AA
Y983781H67.49219.918.3-23.218.216.8-23.6A/BA
Y983782H67.43119.618.4-22.417.616.1-21.0AA
Y983783H56.27819.818.4-23.618.615.4-21.4A/BA
Y983784H55.93019.618.2-21.517.815.9-21.0A/BA/B
Y983785H55.92719.918.5-23.717.215.2-18.6A/BA
Y983786H54.92419.717.9-21.618.116.3-21.5A/BA
Y983787H54.74420.118.3-23.617.915.3-21.5AA
Y983788H46.51819.718.6-21.317.716.3-20.8A/BA
Y983789H44.93419.718.2-23.318.315.8-20.4AA
Y983790H44.60420.218.7-24.318.616.8-21.0AA
Y983791H54.65420.017.7-25.317.416.0-19.5A/BA
Y983792H45.92420.118.2-23.817.816.3-21.0AA
Y983793H54.32020.118.4-25.117.414.6-22.0AA
Y983794H55.23719.518.6-21.917.416.3-19.1A/BA
Y983795H44.97820.018.3-22.717.816.2-21.0AA
Y983796H53.76019.818.8-23.717.916.5-20.9AA
Y983797H53.96819.818.7-21.117.616.1-20.3A/BA
Y983798H54.70319.918.8-22.417.214.9-19.6AA
Y983799H53.18420.018.9-23.618.116.7-20.2AA
Y983800H53.12719.918.2-23.018.415.6-20.7AA
Y983801H53.25819.918.1-22.018.316.4-21.4AA
Y983806H54.83419.818.3-22.918.416.7-21.2AA
Y983807Dio17.3633.630.6-35.6Atype B, An88.3
Y983809H552.9119.018.1-20.116.715.2-19.4BA
Y983810H517.8919.718.2-24.317.416.3-20.1AA
Y983811H613.7419.418.4-21.716.914.6-19.3A/BA
Y983812H415.1019.718.5-22.617.616.0-19.7AA
Y983813H414.6519.818.4-21.417.216.5-19.2AA/B
Y983814H411.7019.718.3-22.818.015.9-25.0AA
Y983815H412.8119.718.2-21.618.416.2-21.2AA
Y983816H49.96419.517.9-21.617.715.8-21.2A/BA
Y983817H48.70019.518.4-22.917.816.4-21.9AA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983818H47.55719.618.2-22.217.615.8-21.4A/BA
Y983819H46.25220.018.3-23.617.515.3-20.1A/BA
Y983820H47.22119.417.6-22.418.516.6-21.4A/BA
Y983821H43.05519.617.9-22.817.716.0-20.1AA
Y983822H43.79219.518.1-21.318.016.5-22.2AA
Y983824H44.03819.217.8-20.618.015.9-19.9A/BA
Y983825H45.53419.818.3-23.417.514.5-20.8A/BA
Y983827H43.40520.017.9-23.517.115.7-19.2A/BA
Y983828H581.5619.318.5-20.316.915.8-17.5B/CA/B
Y983829H455.7919.218.0-22.016.915.7-20.2AA
Y983830H450.5819.317.9-21.116.615.7-19.1A/BA
Y983831H442.9019.117.3-21.517.716.1-20.3A/BA
Y983832H429.9519.017.6-21.116.515.4-18.6BA
Y983833H431.4718.917.9-20.316.815.3-19.5A/BA
Y983834H429.8419.217.9-20.916.815.6-18.4A/BA
Y983835H416.6919.418.3-20.517.515.9-21.7AA
Y983836H420.2819.117.7-20.216.915.7-20.4A/BA
Y983837H457.0319.317.7-21.517.415.5-22.0AA
Y983838H441.1518.918.1-22.217.515.3-20.1A/BA/B
Y983839H419.0419.517.9-21.917.215.6-20.1A/BA
Y983840H415.5419.817.2-22.617.215.8-19.1A/BA
Y983841H412.1619.518.3-22.317.915.3-20.7AA
Y983842H410.3919.718.4-22.017.915.6-20.1A/BA
Y983843H412.5019.418.6-21.519.215.9-23.6AA
Y983844H49.21919.718.4-22.418.216.5-21.6A/BA
Y983845H48.55819.818.1-22.918.516.1-27.0BA
Y983846H444.1719.117.0-22.016.515.0-18.8BA/B
Y983847H433.7519.117.9-21.316.815.5-19.8BA
Y983848H418.3020.118.5-22.717.516.1-23.0BA
Y983849H44.19519.117.4-21.218.016.4-20.7BA
Y983850L532.1625.123.4-27.721.720.1-23.2BA/B
Y983851L629.8625.023.9-26.020.819.4-22.3BA
Y983852H470.6419.317.7-21.216.414.8-17.5B/CA/B
Y983853H46.01119.418.6-22.418.116.5-20.2BA
Y983854H44.24719.618.2-21.317.716.1-22.3BA
Y983856LL67.43831.330.2-34.725.422.6-28.9BA/B
Y983857H46.72719.718.6-21.517.215.8-18.3A/BA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983858H58.14020.619.1-25.318.316.9-20.6BA
Y983859L597.0925.224.6-27.321.619.9-26.3BA/B
Y983860H418.4419.018.2-21.617.415.2-19.1BA
Y983861H5139.319.017.8-20.116.615.7-17.7CA/B
Y983862H45.67219.618.5-21.618.116.1-23.6CA
Y983863H47.25220.018.8-22.118.616.9-22.5BA
Y983864H43.86620.118.6-22.617.715.1-23.0BA
Y983865H44.26619.617.9-23.416.915.9-9.2B/CA
Y983867L616.3225.824.6-29.022.121.4-23.5BAshock vein
Y983868L64.52325.324.1-28.122.019.7-25.9BA
Y983869H629.3719.718.8-20.817.215.7-19.4BB
Y983870H44.06819.510.5-22.317.816.4-21.1BA
Y983871H melt br81.7714.0-20.915.2-18.6A/BA
Y983872H47.16920.018.3-24.017.616.4-29.3CA
Y983873H44.52719.818.9-22.117.115.6-21.1CAshock vein
Y983874L534.6125.323.9-27.821.120.1-22.5BA/B shock vein
Y983875H412.8419.218.2-20.217.415.8-20.5CA/B
Y983876L45.24725.323.9-28.521.119.1-24.2B/CA
Y983877H43.59817.616.5-22.216.015.1-19.7CA
Y983878H53.41320.619.7-23.917.815.8-20.5CA
Y983879L681.5024.824.0-27.421.319.5-23.5B/CAshocked, maskelynite
Y983881H55.72319.718.2-22.017.615..6-20.1B/CA
Y983882H45.81418.717.3-19.816.914.7-18.8BA
Y983883L638.9525.223.9-27.621.720.2-25.1AAshocked, maskelynite
Y983884L68.10226.224.9-27.222.021.0-24.0A/BAshocked, maskelynite
Y983886H527.3919.517.9-20.317.315.8-19.9B/CA/B
Y983887H425.8020.019.2-20.817.416.4-18.8B/CA/B
Y983889H47.00519.717.8-22.917.616.7-20.4CA
Y983890Ure, poly10.793.3-28.014.9-15.7CA/B
Y983896EH310.261.50.1-5.3BASi in Fe metal = ~3.2 wt%
Y983897H5154.919.017.7-20.316.615.6-18.1BA/B
Y983900LL melt br522.425.9-29.319.7-23.3BBmelt rock
Y983902LL melt br199.225.5-33.220.9-21.8BAmelt rock
Y983906H521.7618.516.7-21.116.215.1-17.2B/CA
Y983907H415.3019.518.2-21.117.415.9-22.0CA
Y983908H47.21819.918.5-23.818.115.5-24.9CA
Y983910H620.1619.018.2-20.816.415.6-17.1CAfizzed troilite
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983911H5133.518.517.3-19.316.014.0-17.0CA
Y983912H542.1118.717.8-20.016.614.7-19.7B/CA
Y983914H3107.614.2-15.53.6-20.8B/CB/C
Y983915H527.6918.517.9-19.316.315.6-17.4CA
Y983917H515.9819.818.2-21.517.616.1-20.0B/CA
Y983918L6295.725.425.1-25.821.620.4-23.3BBshocked, maskelynite
Y983920H5632.718.917.9-19.616.915.5-20.8BA
Y983921H510.7020.118.8-24.117.916.2-21.6BA
Y983922H57.75920.218.5-25.017.716.3-21.6AA
Y983923H57.69520.218.7-22.817.415.6-20.3A/BA
Y983924H56.59320.218.5-24.517.315.9-20.4A/BA
Y983925H54.53520.018.9-24.617.916.4-20.8AAshock vein
Y983926H54.49620.719.2-24.918.316.1-22.7A/BA
Y983929H6101.118.217.0-18.916.115.3-16.8BA
Y983930H618.8719.717.6-21.717.116.6-17.8AA
Y983931H/L48.12321.312.7-29.413.24.9-28.0A/BA
Y983932H59.84419.918.0-22.117.615.9-20.7A/BA/B
Y983933H57.05419.817.8-23.317.516.0-20.9A/BA/B
Y983935H5295.019.017.4-20.615.81.6-19.3BA
Y983936H5162.418.217.4-20.515.915.0-17.5A/BA
Y983937H519.7619.618.4-24.517.416.0-20.0A/BAthick shock vein
Y983938H420.6515.512.3-19.514.34.0-25.3A/BA
Y983940H68.47719.018.2-21.017.116.2-19.3A/BA
Y983941H646.3819.818.2-21.917.315.7-20.7A/BA/B
Y983942H54.46619.418.1-21.217.115.1-22.8A/BA
Y983944H611.9319.818.4-21.817.816.2-20.3AA
Y983945H63.89419.718.1-22.317.416.4-18.8AA
Y983946H57.94219.718.7-22.217.115.2-19.8AA
Y983947L63.34625.824.0-30.322.020.0-24.7AA/B shock vein
Y983948H54.64519.818.5-24.217.115.8-18.9A/BA
Y983950H521.8719.018.2-21.616.715.0-17.9A/BA
Y983951H57.02318.613.6-22.414.23.1-19.3A/BA/B
Y983955H5184.319.218.6-20.516.415.7-17.7BA
Y983956H514.2420.518.9-27.417.516.2-21.1AA
Y983957H57.09819.318.0-20.317.316.3-19.7A/BA
Y983960H66.75419.918.9-25.717.416.1-22.8BA/B
Y983964LL54.25029.728.3-32.724.523.1-26.9AA
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y983965H594.7418.818.1-20.016.315.1-17.1A/BA/B
Y983966H440.3618.517.7-21.216.415.3-18.4A/BA
Y983967H327.7113.5-18.35.6-21.8BA
Y983970L675.7325.024.0-25.921.120.0-21.9AA/B
Y983971L416.8124.623.1-26.620.920.0-21.9AA/B
Y983975L415.1125.924.7-31.021.519.1-26.0BA
Y983979H4194.519.018.1-20.416.514.8-17.7AA/B
Y983980H477.3118.818.0-19.816.515.3-18.8A/BA
Y983981H460.5319.117.8-20.616.615.1-19.9BA
Y983982H422.4219.018.3-21.916.516.0-17.4BAshock vein
Y983983H413.7020.018.7-22.817.516.4-21.5AA/B
Y983984H417.2119.618.5-23.117.715.6-22.5A/BA
Y983985H48.01520.518.4-24.017.316.0-19.5A/BA
Y983986H47.47820.218.9-23.317.315.6-19.8BA/B
Y983987H49.18119.518.1-23.817.615.9-21.5AA
Y983988H46.19219.818.1-22.517.015.9-19.0A/BA
Y983989H44.98119.818.1-23.817.316.1-19.4AA
Y983990H43.47519.718.6-23.617.616.1-19.9A/BA
Y983991H435.0918.718.1-19.416.215.1-18.3BA
Y983992H482.1918.117.5-19.815.714.6-17.3B/CA
Y983995H46.67318.917.3-20.717.215.9-19.4A/BA
Y983999H56.33219.117.4-22.217.016.3-20.2BA
Y984000L65.92925.925.0-27.721.720.8-22.7AA
Y984002L621.2325.123.8-26.221.120.6-22.1A/BA
Y984003L66.08526.025.1-28.622.120.8-25.1BA
Y984004L612.3626.025.0-29.021.920.9-22.7A/BA/B
Y984005H68.82219.618.2-22.917.416.3-21.4BAmonomict breccia
Y984006H46.95019.818.1-22.517.115.2-19..7BA
Y984007L612.3626.524.8-30.322.220.5-25.8A/BAshock vein
Y984008L641.2324.923.7-27.121.220.3-23.4A/BAshock vein
Y984009H49.48018.816.5-21.717.815.9-19.6B/CAshock vein
Y984017H441.2918.918.3-20.416.515.1-17.8BA
Y984018H415.9919.418.1-22.317.916.2-21.0BA
Y984019H44.69119.617.1-23.717.716.2-20.3B/CA
Y984021H449.1618.718.0-19.616.415.4-17.7BA
Y984022H43.56219.318.3-21.616.914.9-20.6BA
Y984025H46.56419.117.8-22.117.315.6-24.0B/CA/B
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y984026H410.0619.018.5-19.817.115.8-20.9CA
Y984027H513.9319.418.3-20.916.816.2-18.0B/CA
Y984029L454.9224.622.7-25.620.519.5-21.2BAmonomict breccia, shock darkened
Y984030H416.6618.217.3-18.616.013.8-17.0CA
Y984031L412.0825.224.3-27.421.320.0-23.4B/CA/B monomict breccia, shock darkened
Y984032L48.10425.122.9-30.021.119.4-23.2BAmonomict breccia, shock darkened
Y984034L424.8924.523.5-26.420.719.6-22.2BAmonomict breccia, shock darkened
Y984035L413.6525.023.9-26.720.919.6-23.2BAmonomict breccia, shock darkened
Y984036L410.0725.023.8-27.420.618.6-22.0BAmonomict breccia, shock darkened
Y984039H439.1718.317.4-19.215.814.5-16.4CA
Y984040L47.36023.821.8-25.618.310.0-24.3BA
Y984041H4-6 br9.03019.418.1-23.217.115.1-19.8BAgenomict breccia
Y984043H521.6919.416.0-31.117.08.6-22.3CA
Y984044CM62.1612.40.2-40.52.00.4-5.9A/B
Y984045L315.2124.1-29.113.7-23.7A/BA
Y984046H43.17318.317.0-21.116.313.9-19.2BA
Y984047H419.2818.917.7-21.316.915.5-19.1CA
Y984048H414.2218.917.8-21.916.514.8-20.7CA
Y984049H45.29619.117.9-22.916.815.6-18.8CA
Y984051H4216.218.718.0-19.916.715.6-19.8CA/B
Y984052H4126.518.718.0-19.916.515.7-17.6BB
Y984053H449.8918.317.3-20.216.113.9-17.6B/CA/B
Y984054H422.9618.517.4-23.016.115.5-17.2CA
Y984055H421.5618.417.2-20.616.315.3-17.3BA
Y984057EL66.8200.40.0-1.6BA/B Si in Fe metal = ~0.9 wt%
Y984058EL63.3370.50.0-2.5B/CA/B Si in Fe metal = ~0.9 wt%
Y984062H662.6619.217.8-20.016.515.9-17.3CA
Y984063H412.8918.317.3-19.916.013.9-18.6BA/B
Y984064L64.94725.424.6-28.521.019.8-22.1CA
Y984065H57.01919.817.9-23.617.315.4-20.0BA/B fizzed troilite
Y984068L657.4025.124.4-25.921.120.4-22.2AA
Y984069H65.04519.317.8-21.017.616.2-21.4CBshock melt
Y984072H56.80319.218.2-20.716.616.1-17.0B/CA
Y984074L610.3425.123.9-29.320.919.9-21.4A/BA
Y984075H59.83318.818.0-20.416.615.6-19.5CA/B
Y984077L653.0525.023.8-26.121.019.1-23.3B/CA/B shocked, maskelynite
Y984079How7.90932.015.5-63.6A/B An88.7-94.4
Table 1. Continued.
MeteoriteCWt. (g)FaRangeFsRangeWFComments
Y984082LL53.32026.123.3-34.419.913.5-23.7BAfizzed troilite
Y984083L510.1825.323.8-27.721.320.1-24.0BA
Y984085L682.5523.422.4-24.719.918.0-23.6AA
Y984086Dio38.6724.223.1-25.4Atype A
Y984090H53.94419.017.9-22.417.616.2-20.6CA
Y984092H67.89019.318.1-21.717.216.2-18.7AA
Y984094H515.4219.818.6-22.517.316.1-19.3BA
Y984096L426.9625.524.2-28.721.115.8-27.8BA
Y984098L63.10825.823.8-27.322.021.0-25.9AAshocked
Y984099L56.81025.023.7-27.420.518.2-22.7AA
Y984100H55.04818.717.6-20.116.915.7-22.7A/BA
Y984102H57.19818.817.7-23.116.315.6-18.2B/CA
Y984103H56.92118.917.2-20.916.415.5-17.9B/CA/B
Y984105H511.7218.718.0-22.916.615.1-20.1BA/B
Y984107L511.9225.124.1-26.021.519.8-25.1A/BA
Y984110CO33.7190.3-20.70.6-38.4BA
Y984111EH36.0620.70.7-0.71.40.2-4.8AASi in Fe metal = ~2.7 wt%
Y984113H63.63618.918.4-20.017.116.0-21.1AA
Y984114L68.84624.724.0-25.721.620.6-25.0AA/B
Y984119Euc, poly18.1626.6-35.3A An79.1-93.8, see sparate entry
Y984127L636.1725.023.3-27.020.820.2-21.5AB
Y984129L63.42025.023.2-29.820.919.7-24.1AA
Y984131H38.23015.4-19.415.4-19.3A/BA
Y984132H311.3816.6-21.315.3-21.1BA/B
Y984133L48.88924.824.1-25.920.920.4-21.9AA
Y984134H347.6716.5-19.87.1-20.7BA/B
Y984135L528.7424.924.2-25.620.720.0-21.2AA
Y984136Euc, poly11.4726.1-34.8AAn71.1-94.1
Y984140L615.7225.324.2-27.021.920.3-26.7AA/B
Y984141L55.45125.924.5-28.622.120.4-24.1AA
Y984144H637.4418.517.5-19.916.315.4-17.6AA
Y984145L654.8024.823.6-25.820.820.0-22.6AA/B
Y984146H319.3217.6-20.215.7-17.3A/BA
Y984147LL6118.929.828.9-31.424.223.2-25.3AA/B
Y984148L54.59424.923.1-29.820.919.7-24.1AAmany shock veins
Notes for Table 1  C: classification; F: fracturing; W: weathering  Fracturing index: 
A: No or a few narrow cracks are visible. B: Several cracks extend across exterior surface. C: Severe cracks. 
 Weathering index: 
A: Limonite haloes on metal particles and limonite veins are minor. B: 7.5 to 35% of metal particles are weathered to limonite. C: Most metal particles are weathered to limonite. 
Table 2. Oxygen isotopic compositions of selected meteorites*1.
GroupReferences*2
Y82094-4.52-7.62-5.27CO3Yanai & Kojima (1995)
Y9801104.601.39-1.00UreMN vol. 16
Y9803183.181.36-0.29EucMN vol. 10(2)
Y9807024.064.482.37R6MN vol. 18
Y9804594.312.520.28MartianMN vol. 11(1)
Y9810315.643.010.08LunarKojima et al. (1999)
Y9817103.491.38-0.43DioMN vol. 20
Y9817253.570.79-1.07LodMN vol. 20
Y983101 (HCl)3.032.931.35H6This issue
Y9831193.260.28-1.41LodThis issue
*1 Analysts: R.N. Clayton and T.K. Mayeda. Analytical techniques are described in Clayton andMayeda (Geochim. Cosmochim. Acta 52, 1313).*2 MN: Meteorite Newsletter; Yanai and Kojima (1995) Catalog of the Antarctic Meteorites;Kojima et al. (1999) Antarctic Meteorites XXIV, 81.
Classification
Δ17Oδ17Oδ18O
Figure 1. Descriptions and photomicrographs of selected meteorites.   Y982881 The PTS shows a coarse-grained (~1-2 mm) granular texture mainly composed of olivine and pyroxene with thin opaque rims along the boundaries between these minerals.  Reduction rims are not apparent. Fe-FeS forms fine chains or islands along fractures near the rims.  This rock is moderately weathered judging from brown staining along grain boundaries.  Compositions of olivine and pyroxene are Fa8-3 and Fs11-17, respectively.  This meteorite is a ureilite.  Width = 4.7 mm.     Y983589 The PTS is abundant in small chondrules (100-300 μm), and is slightly weathered (A/B).  Silicates commonly show sharp optical extinction, thus the degree of the shock is very low.  Small opaque droplets (<30 µm in diameter) are abundant in chondrules.  Isolated rounded opaques occur in the similar size of chondrules, and their core metals are rimmed with sulfide.  This meteorite is CO3.  Width = 4.7 mm.      Y983730 A half of the PTS is type 4 ordinary chondrite (left) which is in contact with type 5 lithology (right) with a sharp boundary.  The type 4 area shows a well-defined chondritic texture whereas in the type 5 area the chondrule outline is less clear and the matrix is recrystallized.  On the basis of the olivine and pyroxene compositions (Fa18-21, Fs15-20), both lithologies belong H group.  Thus, this meteorite is a genomict breccia of type 4 and 5 ordinary chondrites.  Width = 4.7 mm       
Figure 1. Continued.   Y983750 The PTS is a complex impact melt breccia composed of lithic clasts (up to ~3 mm) and mineral fragments in a melt matrix.  The melt matrix is very heterogeneous and shows a gradation from dark to transparent.  Dark area is a very-fined grained mixture of silicate and opaque minerals with shock darkened lithic clasts and mineral fragments.  Large lithic clasts show an igneous texture. On the basis of the abundance of FeNi-FeS and 
compositions of olivine (Fa18-22) and pyroxene (Fs17-22), this rock is a melt breccia of LL ordinary chondrite. Width = 4.7 mm    Y983890 This PTS displays a polymict breccia of 
polycrystalline clasts of pyroxene and olivine, unrecrystallized and recrystallized mineral fragments, sulfides, dark materials (up to ~ 2mm) set in a clastic matrix.  Finely (a few to several µm) recrystallized clasts contain laths of black phases (graphite?). Most large silicate clasts are texturally similar to those of normal monomict ureilites.  Dark clasts consist of very-fine grained materials with minor amounts of sulfide minerals.  This meteorite is a polymict ureilite. Width = 4.7 mm    Y984119 This PTS mainly consists of basaltic clasts (<~3 mm), fragments of pyroxene and plagioclase, and dark impact melt clasts, set in a clastic matrix.  Basaltic clasts show subophitic texture with dark mesostasis, and have chemically zoned pyroxenes.  Pyroxene compositions are Fs20-70Wo3-37 and FeO/MnO ~29, and those of plagioclase, An79-94.  This meteorite is a polymict eucrite similar to Y-74159 group. Width = 4.7 mm. 
Send requests to: Antarctic Meteorite Research Center, National Institute of Polar Research, 10-3, Midori-cho,      No. Tachikawa, Tokyo 190-8518, Japan, Phone (81) 42-512-0715, FAX (81) 42-528-3479, E-mail curator@nipr.ac.jp                                     
NIPR Research Program for Antarctic Meteorites 
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Send requests to: Antarctic Meteorite Research Center, National Institute of Polar Research, 10-3, Midori-cho,     No. Tachikawa, Tokyo 190-8518, Japan, Phone (81) 42-512-0715, FAX (81) 42-528-3479, E-mail curator@nipr.ac.jp                                     
                                                                                    
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