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2007 Carancas impact event

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336:(see map box on right). The impact created a crater larger than 4.5 m (15 ft) deep, 13 m (43 ft) wide, with visibly scorched earth around the impact site. A local official, Marco Limache, said that "boiling water started coming out of the crater, and particles of rock and cinders were found nearby", as "fetid, noxious" gases spewed from the crater. The crater size was given as 13.80 by 13.30 metres (45.3 by 43.6 ft), with its greatest dimensions in an east–west direction. The fireball had been observed by the locals as strongly luminous with a smoky tail, and seen from just 1,000 metres (3,300 ft) above the ground. The object moved in a direction toward N030E. The small seismic shock of the impact shattered the windows of the local health center 1-kilometer (0.62 mi) away. A smoke column was formed at the site that lasted several minutes, and gas was seen bubbling up in the water in the crater. 444: 44: 590:
increased, requiring physicians to establish auxiliary medical tents for the Carancas health center. Patients were treated for dermal injuries, nausea, headaches, diarrhea and vomiting. The death of nearby livestock was also reported. Locals made the decision to stop drinking from nearby water sources for fear of contamination and authorities considered declaring a state of emergency. Four days after the meteorite impact and the unexplained illness, most villagers reported having recovered.
51: 380: 685:. Luisa Macedo of Peru's Mining, Metallurgy, and Geology Institute said gases were created when the meteorite's hot surface reacted with an underground water supply tainted with arsenic. Natural arsenic deposits in ground water are not uncommon in southern Peru. José Ishitsuka of the Peruvian Geophysics Institute said, "If the meteorite arrives incandescent and at a high temperature because of 285:. The impact created a small crater in the clay soil and scorched earth around its location. A local official, Marco Limache, said that "boiling water started coming out of the crater, and particles of rock and cinders were found nearby", as "fetid, noxious" gases spewed from the crater. Surface impact occurred above 3,800 metres (12,500 ft). 594:
ordinarily would have been by passage through the Earth's denser lower atmosphere, and kinetic energy at impact may have been unusually high for a terrestrial impact of an object of this size and mass. Most larger meteorites are cold in their bulk mass when they land on Earth, since their heated outer layers
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Reported details about the event, such as water boiling in the muddy crater for ten minutes from the heat of the impact, presented a problem for experts. Because the impact site is at a high altitude of more than 3,800 m (12,467 ft), the meteoroid may not have been slowed down as much as it
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Afterwards, local townspeople went to see what happened, and 100 to 200 people who got near to the meteorite crater soon reported feeling sick. First responding police officers arriving to investigate the scene also fell ill. After the initial event of September 15, the number of people falling ill
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After the impact, villagers who had approached the impact site grew sick from a then-unexplained illness, with a wide array of symptoms. Two days later, Peruvian scientists confirmed that there had indeed been a meteorite strike, quieting widespread speculation that it might have been a geophysical
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In contrast with other international media reports, Peruvian health officials downplayed the incident. Jorge López Tejada, the Regional Health Director for Puno, Peru, denied any serious medical situation existed. However, a health brigade arrived with personnel and medication to the site on 18
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On 19 September, Andina, Peru's official government news agency, reported that the sick villagers appeared to be recovering. "They are recovering, there aren't any critical cases. A total of 200 people with different symptoms have been seen," stated López Tejada. Government officials also
505:) of Peru released internally a report on the Carancas meteorite fall on September 21. The release of the document to the public was delayed for one week. The researchers found that the fragments from the crater zone had a chondritic texture and the following mineral composition: 408:
of the boiling arsenic-contaminated water. However, further investigations have led to the conclusion that the arsenic content in the groundwater did not differ from that of the local drinking supply, and that the illness reported was likely caused by the vaporization of
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One villager was as close as 100 metres (330 ft) from the impact site. He fell from his bicycle but was not injured. A small building 120 metres (390 ft) from the impact site did not suffer much either besides roof damage from flying debris.
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or other toxins that may have melted in the extreme heat produced by the meteorite strike. Some unnamed Peruvian sources stated soon after the event occurred that it was indeed a meteorite. Later on 18 September, a Peruvian
1083:(in Spanish), Universidad Mayor de San Andres, Facultad de Ciencias Geologicas, Instituto de Investigaciones Geologicas y del Medio Ambiente, La Paz, Bolivia, September 20, 2007. Retrieved October 10, 2007. 1213: 674:, said, "Statistically, it's far more likely to have come from below than from above. The noxious fumes that have supposedly sickened curious locals who went to examine the crater would seem to indicate 1193: 1300: 1173: 1153: 622:
The mayor, Maximiliano Trujillo, assumed a psychosomatic reason behind the reports but decided to ask a local shaman to prepare a cleaning ritual in order to calm the population.
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September, reporting that the odors rising from the crater were causing medical issues. Earlier, Tejada had stated that the officers were dizzy, nauseous and some were vomiting.
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27.70 g (0.977 oz) fragment of the Carancas meteorite fall recovered several days after the fall. The scale cube is 1 cm (0.061 cu in).
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specialists have called the impact unusual, and have stated that the meteorite was at least 3 m (10 ft) in diameter before breaking up.
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as the cause of the illness. Renan Ramirez of the Peruvian Nuclear Energy Institute stated that the medical conditions could have been caused by
1358: 1150: 1107: 689:, hitting water can create a column of steam." Meteorites, however, often impact the earth at low temperatures, making this an unusual event. 1280: 1013: 799: 1042: 17: 343:
Soon after the impact, more than 600 villagers visited the site and some began to fall ill from unexplained causes, including symptoms of
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and possessed magnetic properties common to similar metallic objects, which contributed to its capacity to retain heat during
43: 1859: 462:, published a report of their analysis of a small sample of material recovered from the impact site. They detected iron, 289:
rather than a celestial event. At that point, no further information on the cause of the mystery illness was known. The
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On 20 September, the X-Ray Laboratory at the Faculty of Geological Sciences, Mayor de San Andres University,
1242: 474:— elements characteristic of the elemental composition of meteorites. The quantitative proportions of 1816: 1443: 1419: 1413: 189: 842: 598:
from the objects before impacting. It was later confirmed that the meteorite contained a large amount of
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A report from three geologists at Peru's Geophysics Institute was released on Thursday 20 September.
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activity, such as a local gas explosion, because meteorites don't give off odors."
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are incompatible with rocks that are normally found at the surface of the Earth.
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specifically asked people to avoid the "glowing object that fell from the sky."
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Some reports indicated initial suspicions that the illnesses might have been
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Brief account on the impact event and photos of Carancas meteorite fragments
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The loud noise and explosive impact originally led Peruvians to think that
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Planetary and Space Science Centre University of New Brunswick Fredericton
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The official classification of the Carancas meteorite, accepted by the
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By 21 September, it was believed that the illness had been caused by
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RSOE Emergency and Disaster Information Service, Budapest, Hungary,
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compounds, and the illness is now believed to have been caused by
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Jose Ishitsuka confirmed that there had been a meteorite strike.
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Liubomir Fernandez and Patrick J. McDonnell, Los Angeles Times,
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Brown Scientist Answers How Peruvian Meteorite Made It to Earth
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compounds, and the illness was believed to have been caused by
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At 11:40:14 local time (16:40:14 GMT) on 15 September 2007, a
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The Mad Scramble to Claim the World's Most Coveted Meteorite
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The meteoroid had experienced a considerable amount of
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on September 15, 2007, near the village of Carancas in
1307:, 19 September 2007, 18:30. Retrieved 10 October 2007. 1200:, 18 September 2007, 11:00. Retrieved 10 October 2007. 1220:, 16:00 19 September 2007. Retrieved 10 October 2007. 1228: 1226: 800:"Peruvians get sick from apparent meteorite crater" 1059: 1057: 1055: 950: 948: 946: 944: 942: 910: 908: 552:, was done by a team of scientists working at the 50: 1287:, September 18, 2007. Retrieved October 10, 2007. 1258:, September 18, 2007. Retrieved October 10, 2007. 1131:, September 19, 2007. Retrieved October 10, 2007. 1012:, September 20, 2007. Retrieved 10 October 2007. 985:, September 21, 2007. Retrieved October 10, 2007. 958:, September 19, 2007. Retrieved October 10, 2007. 936:, September 18, 2007. Retrieved October 10, 2007. 918:, September 18, 2007. Retrieved October 10, 2007. 902:, September 18, 2007. Retrieved October 10, 2007. 886:, September 18, 2007. Retrieved October 10, 2007. 868:, September 18, 2007. Retrieved October 10, 2007. 860: 858: 822:, September 20, 2007. Retrieved October 10, 2007. 802:, September 18, 2007. Retrieved October 10, 2007. 789:, September 18, 2007. Retrieved October 10, 2007. 773:, September 24, 2007. Retrieved October 10, 2007. 746:Luisa Macedo F. & José Macharé O., INGEMMET, 1831: 1223: 1203: 1074:"Informe Laboratorio de Rayos X — FRX-DRX" 1032:, 19 September 2007. Retrieved 10 October, 2007. 1030:"Scientists Doubt Meteorite Sickened Peruvians " 983:"Meteor Crash in Peru Caused Mysterious Illness" 934:"Locals fall sick after meteorite lands in Peru" 928: 926: 924: 748:"The Carancas Meteorite Fall, 15 September 2007" 404:incurred when residents of the area inhaled the 301:incurred when residents of the area inhaled the 1290: 1261: 1183: 1163: 1143: 1052: 939: 905: 866:"Peru meteorite crash 'causes mystery illness'" 750:, 21 September 2007. Retrieved 10 October 2007. 1035: 968: 966: 964: 878: 876: 874: 855: 792: 1352: 921: 884:"Villagers fall ill after fireball hits Peru" 1248: 1129:"600 sick in Peru after 'meteorite' crashes" 1121: 1022: 894: 892: 320:crashed near the village of Carancas in the 1278:" Peru Links Illness to Supposed Meteorite" 961: 871: 825: 742: 740: 305:of the boiling arsenic-contaminated water. 1359: 1345: 1097: 805: 574:before its ultimate encounter with Earth. 1270: 1093:Meteoritical Bulletin: Entry for Carancas 889: 781: 779: 1366: 1010:"Meteorite Likely Caused Crater in Peru" 737: 503:Instituto Geológico Minero y Metalúrgico 442: 981:José Orozco, National Geographic News, 700:List of impact craters in South America 647:stated that the impact was caused by a 438: 14: 1880:September 2007 events in South America 1832: 1008:Monty Hayes, Associated Press/Google, 776: 609: 293:in the local area is known to contain 1340: 1063:Monty Hayes, Associated Press/Google. 932:Australian Broadcasting Corporation, 813:"Experts Confirm Peru Meteorite Site" 584: 658:in nature. Don Yeomans, head of the 1719:Predicted asteroid impacts on Earth 900:"Scores ill in Peru 'meteor crash'" 308: 24: 1724:Asteroid close approaches to Earth 811:Ed Sutherland, All Headline News, 625: 25: 1896: 1313: 1116:(first published report of event) 1043:"Meteorite causes a stir in Peru" 1756:Asteroids crossing Earth's orbit 1466:2002 Eastern Mediterranean event 1241:Joshau Bearman, Allison Keeley: 998:. Wondermondo. 15 February 2013. 577:Further data were expected from 396:in the area is known to contain 386:of the crater soon after impact. 378: 49: 42: 1235: 1086: 1066: 1002: 988: 864:Rory Carroll, The Guardian UK, 630:Scientists initially ruled out 787:"Cosmic Event - South-America" 764:"Meteorito por el Desaguadreo" 435:had launched a rocket attack. 13: 1: 1504:2012 United Kingdom meteoroid 1256:"Peru meteor illness deepens" 1118:. Retrieved October 10, 2007. 914:Lester Haines, The Register, 731: 27:2007 meteorite strike in Peru 1817:Potentially hazardous object 1049:. Retrieved 10 October 2007. 1028:Andrea Thompson, Space.com, 66:where the meteorite struck ( 18:2007 Peruvian meteor illness 7: 1283:September 29, 2007, at the 769:September 19, 2007, at the 692: 10: 1901: 1860:Modern Earth impact events 1772:Asteroid impact prediction 1471:2007 Carancas impact event 1047:(registration is required) 798:Teresa Cespedes, Reuters, 263:refers to the fall of the 1777:Asteroid impact avoidance 1764: 1711: 1668: 1653: 1493:2009 Sulawesi superbolide 1458: 1381: 1374: 1267:Teresa Cespedes, Reuters. 1016:29 September 2007 at the 818:October 20, 2007, at the 668:Jet Propulsion Laboratory 541:occurs naturally only in 377: 372: 247: 237: 227: 212:16.6644389°S 69.0441639°W 188: 178: 173: 160: 152: 144: 134: 126: 118: 110: 105: 37: 32: 1679:Impact events on Jupiter 1296:Living in Peru, LIP-ir, 1209:Living in Peru, LIP-ir, 1189:Living in Peru, LIP-ir, 1169:Living in Peru, LIP-ir, 1149:Living in Peru, LIP-ir, 996:"Carancas impact crater" 954:Living in Peru, LIP-ir, 762:Planetario Max Schreier 217:-16.6644389; -69.0441639 122:13.5 m (44 ft) 1855:Holocene impact craters 1450:Earth-grazing meteoroid 1444:Great Daylight Fireball 1414:Great Meteor Procession 1232:Living in Peru, LIP-ir. 556:. The meteorite is an 130:4.5 metres (15 ft) 106:Impact crater/structure 1885:2007 natural disasters 1850:Impact craters of Peru 1787:Earth-grazing fireball 1685:Comet Shoemaker–Levy 9 1254:Agence France Presse, 1103:Agence France Presse, 448: 420:Larry Grossman of the 1840:Earth Impact Database 1662:Impact events on Mars 1544:2015 Kerala meteoroid 1539:2014 Ontario fireball 1521:Chelyabinsk meteorite 1488:Buzzard Coulee meteor 1245:. In: Wired, 12.17.18 1114:, September 18, 2007 838:Earth Impact Database 554:University of Arizona 446: 422:University of Chicago 261:Carancas impact event 85:16.66444°S 69.04389°W 1549:2015 Thailand bolide 1499:Sutter's Mill meteor 1368:Modern impact events 1072:Mario Blanco Cazas, 1045:, 21 September 2007 672:Pasadena, California 550:Meteoritical Society 439:Nature of the object 90:-16.66444; -69.04389 1529:Braunschweig meteor 1432:Sikhote-Alin meteor 651:meteorite arrival. 610:Government response 208: /  81: /  1516:Chelyabinsk meteor 1330:2018-08-08 at the 1303:2019-06-27 at the 1276:Associated Press, 1216:2021-01-26 at the 1196:2007-12-27 at the 1176:2007-10-13 at the 1156:2011-07-21 at the 1110:2008-07-05 at the 1079:2011-07-06 at the 585:Illness complaints 558:ordinary chondrite 529:5%, and traces of 449: 1825: 1824: 1812:Near-Earth object 1792:Meteor procession 1739:Meteor air bursts 1649: 1648: 1586:Winchcombe meteor 1580:2020 China bolide 1559:2017 China bolide 683:arsenic poisoning 660:Near Earth Object 604:atmospheric entry 402:arsenic poisoning 390: 389: 299:arsenic poisoning 257: 256: 140:15 September 2007 16:(Redirected from 1892: 1640: 1629: 1618: 1607: 1596: 1570:Kamchatka meteor 1481: 1438:Murchison meteor 1379: 1378: 1361: 1354: 1347: 1338: 1337: 1308: 1294: 1288: 1274: 1268: 1265: 1259: 1252: 1246: 1239: 1233: 1230: 1221: 1207: 1201: 1187: 1181: 1167: 1161: 1147: 1141: 1138: 1132: 1125: 1119: 1101: 1095: 1090: 1084: 1070: 1064: 1061: 1050: 1039: 1033: 1026: 1020: 1006: 1000: 999: 992: 986: 979: 973: 970: 959: 952: 937: 930: 919: 912: 903: 896: 887: 880: 869: 862: 853: 852: 850: 849: 829: 823: 809: 803: 796: 790: 783: 774: 760: 751: 744: 470:, and traces of 426:extraterrestrial 382: 381: 370: 369: 309:The impact event 223: 222: 220: 219: 218: 213: 209: 206: 205: 204: 201: 96: 95: 93: 92: 91: 86: 82: 79: 78: 77: 74: 58:Location in the 53: 52: 46: 30: 29: 21: 1900: 1899: 1895: 1894: 1893: 1891: 1890: 1889: 1875:2007 in science 1830: 1829: 1826: 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407: 403: 399: 395: 385: 376: 371: 368: 366: 365:Impact crater 362: 358: 354: 350: 346: 341: 337: 335: 334:Lake Titicaca 331: 327: 323: 319: 316: 306: 304: 300: 296: 292: 286: 284: 283:Lake Titicaca 280: 276: 272: 269: 266: 262: 253: 250: 246: 243: 240: 236: 233: 230: 226: 221: 203:69°02′38.99″W 200:16°39′51.98″S 193: 191: 187: 184: 181: 177: 172: 169: 166: 163: 159: 155: 151: 147: 143: 139: 137: 133: 129: 125: 121: 117: 113: 109: 104: 94: 65: 61: 45: 36: 31: 19: 1870:2007 in Peru 1827: 1470: 1420:Curuçá River 1402:Great Meteor 1396:Great Meteor 1292: 1272: 1263: 1250: 1237: 1205: 1185: 1165: 1145: 1140:José Orozco. 1136: 1123: 1115: 1099: 1088: 1068: 1046: 1037: 1024: 1004: 990: 977: 846:. Retrieved 836: 827: 807: 794: 715:Impact event 710:Impact depth 687:ram pressure 680: 676:hydrothermal 653: 629: 621: 617: 613: 592: 588: 576: 569: 547: 502: 500: 457: 450: 430: 418:cosmochemist 415: 394:ground water 391: 342: 338: 312: 291:ground water 287: 264: 260: 258: 248:Municipality 662:Program at 562:H chondrite 332:border and 328:, near the 322:Puno Region 281:border and 215: / 190:Coordinates 88: / 60:Puno Region 1834:Categories 1127:CBC News, 898:BBC News, 882:NBC News, 848:2017-10-09 833:"Carancas" 732:References 543:meteorites 501:INGEMMET ( 496:phosphorus 428:material. 347:injuries, 315:chondritic 268:chondritic 111:Confidence 76:69°02′38″W 73:16°39′52″S 1807:Meteoroid 1802:Meteorite 1459:Post-2000 720:Meteoroid 649:chondrite 632:radiation 521:(2) 10%; 509:(1) 40%, 492:magnesium 484:potassium 480:aluminium 353:headaches 318:meteorite 271:meteorite 168:Chondrite 114:Confirmed 1765:See also 1408:Tunguska 1390:Qingyang 1382:Pre-2000 1375:On Earth 1328:Archived 1301:Archived 1281:Archived 1214:Archived 1194:Archived 1174:Archived 1154:Archived 1108:Archived 1077:Archived 1014:Archived 816:Archived 767:Archived 693:See also 539:Kamacite 531:chromite 527:troilite 523:kamacite 519:pyroxene 515:feldspar 507:pyroxene 411:troilite 361:vomiting 357:diarrhea 330:Bolivian 279:Bolivian 265:Carancas 252:Carancas 179:Location 174:Location 119:Diameter 1845:Arsenic 1734:Bolides 1671:Jupiter 1636:2024 RW 1625:2024 BX 1614:2023 CX 1603:2022 WJ 1592:2022 EB 1477:2008 TC 640:arsenic 565:breccia 511:olivine 488:calcium 476:silicon 472:iridium 398:arsenic 295:arsenic 228:Country 153:Drilled 145:Exposed 1782:Bolide 1729:Comets 1641:impact 1630:impact 1619:impact 1608:impact 1597:impact 1482:impact 636:sulfur 596:ablate 468:cobalt 464:nickel 349:nausea 345:dermal 162:Bolide 1712:Lists 1701:2016 1695:2010 1689:2009 1683:1994 1584:2021 1568:2018 1527:2013 1514:2013 1508:2012 1497:2012 1486:2008 1448:1990 1442:1972 1436:1969 1430:1947 1424:1938 1418:1930 1412:1913 1406:1908 1400:1860 1394:1783 1388:1490 572:shock 560:, an 525:15%, 517:10%, 513:20%, 433:Chile 406:vapor 384:Photo 303:vapor 238:State 127:Depth 1656:Mars 664:NASA 600:iron 579:NASA 533:and 494:and 392:The 359:and 326:Peru 275:Peru 259:The 242:Puno 232:Peru 164:type 64:Peru 1669:On 1654:On 670:in 666:'s 148:Yes 136:Age 62:in 1836:: 1225:^ 1054:^ 963:^ 941:^ 923:^ 907:^ 891:^ 873:^ 857:^ 841:. 835:. 778:^ 755:^ 739:^ 638:, 606:. 545:. 537:. 490:, 486:, 482:, 478:, 466:, 355:, 351:, 324:, 156:No 97:). 1638:1 1627:1 1616:1 1605:1 1594:5 1479:3 1360:e 1353:t 1346:v 851:. 20:)

Index

2007 Peruvian meteor illness
2007 Carancas impact event is located in Peru
Puno Region
Peru
16°39′52″S 69°02′38″W / 16.66444°S 69.04389°W / -16.66444; -69.04389
Age
Bolide
Chondrite
Altiplano Basin
Coordinates
16°39′51.98″S 69°02′38.99″W / 16.6644389°S 69.0441639°W / -16.6644389; -69.0441639
Peru
Puno
Carancas
chondritic
meteorite
Peru
Bolivian
Lake Titicaca
ground water
arsenic
arsenic poisoning
vapor
chondritic
meteorite
Puno Region
Peru
Bolivian
Lake Titicaca
dermal

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