sie 4 ei bes Sin euty petites pea Sieg Me nee : re one nea Hay *¥ A ie AED emery eta ee Rips Li are ac kee reagent DA blak BN Roa Sa ee Ba ak eh cae a foasoaren brea ; flee Te = i ea y oe Sasa gas bec cs Meas aa oy a ree oF ery . ; nee *! a \ Raina ; a : Se . eee Roi eS acs TR xe Osta al 2 j os a j “ : at ee : i nae ~ ae a 5 ats s “af : ae " SES RO BARS Cornell University Library Caen SO. Wien ia Co QE 395.W2 Cc atalogue of the Ward-Coonley collection iii n ONE OF SIX LARGEST CASES OF UNIFORM SIZE. (Ward-Coonley Collection of Meteorites.) CATALOGUE OF THE WARD-COONLEY COLLECTION OF METEORITE BY \ HENRY A. WARD, A.M., LL.D. OCHANSK, 1877 STELLA CADENS, TRANSVOLANS, TRANSCURRENS, TRANSVERSA. CHICAGO, 1904 COPYRIGHT, 1904/ By HENRY A. WARD CHICAGO, ILL MARSH, AITKEN & CURTIS COMPANY PRINTERS CHICAGO PREFACE. iil PREFACE. The Ward-Coonley collection of meteorites. has now so nearly reached its expected limit that the time seems favorable for some notice of its origin and growth, together with a state- ment of its present contents. The writer of this notice, Mr. Henry A. Ward, had in the course of travel and business activity been largely interested in several branches of nature, among which were meteorites. He made two large collections of these objects, one of which—about 170 falls—formed the basis of the present meteorite collection of the Field Columbian Museum of Chicago. The other—some 200 falls— went to enrich the fine Clarence 5. Bement cabinet of these objects. The present collection, which has outstripped them all, was commenced in 1894 with a basis of a few score of choice falls which had been retained from previous transactions. For six subsequent years, during which Mr. Ward collected actively by purchase and exchange at home and in extensive travel abroad, the collection was so increased that in 1900 its first catalogue was issued, with enumerations and a short description of each of its falls. A second list followed in the ensuing year. We now (May, 1904) follow with this third catalogue. The growth which is thus successively registered is shown in the following table: Catalogue of 1900 424 falls. Weight 1399 Kilogrammes. Catalogue of 1901 511 falls. Weight 1786 Kilogrammes. Catalogue of 1904 603 falls. Weight 2495 Kilogrammes. The increase of growth of the collection in four years of 179 falls, or 45 falls per year, for a collection already numbering 42+ falls, is, we believe, unprecedented in the history of me- teorite collections. It may be not improper to notice the especial opportunities which enabled the accomplishing of this undertaking. How has so great a collection been made? From the first a large outlay of money has been necessary. “If one would bring back the wealth of the Indies, one must take the wealth of the Indies with him,” is very true in meteorite gathering, as in any other collecting of highly expensive objects. At least one-third of all known meteorites are rated when sold in small pieces—which these rarest always are—at from one to five or even more times their weight in gold. And very few meteorites except in quite large pieces are rated so low as their weight in silver. Thus much money expenditure has been essential. But the managers of those half-dozen meteorite collections in the world which have passed the 400 mark are aware that direct money purchase generally quite fails as a means to secure the rarities. These must be sought by exchange of equally rare or attractive kinds. The museum curator must then take portions (usually small) from his rare kinds to give in ex- change for portions (usually alike small) of the rarity which he seeks. This matter of exchange becomes thus the base and vis viva of nearly all acquisitions of subsequent already known kinds. The way in which the maker of the Ward-Coonley collection has applied this force is simple in statement, yet not altogether easy in execution. He has sought in a combination of money with extensive travel to continually obtain each year some new kinds which no other collection possessed. These he sought in all the continents, wherever there was sure iv WARD-COONLEY COLLECTION OF METEORITES. promise of obtaining them. Japan, Java, India, Australia, Persia, Siberia, South Africa, South and Central America have each responded to his quest, yielding him new and precious kinds with which to obtain from other museums meteorite rarities which no money would dislodge, and which were nowhere else obtainable. With some of these rarities always with him, he has visited every important meteorite collection in the world, most of them many times over in successive years. In all this the power of exchange as a force in building a meteorite collection has been carried to its extreme limit. There is a third and final power in such building which for a century past has powerfully aided the great European Museums. This is the fact that they have, in periods rarely separated by more than two decades, been the recipients, generally by posthumous gift or purchase, of some large and often celebrated meteorite cabinets. The British Museum, Paris, Tithingen, Vienna, Buda-Pesth, Dresden, Berlin, have all been several times thus endowed. These sources of growth have been recounted in each edition of their catalogues. The Ward-Coonley collection has enjoyed but three such wind-falls. One has been the sustaining of the Ward’s Natural Science Establishment at Rochester, which has handled meteorites on a prodigious scale, and has during the last ten years joined its powerful efforts with those of the writer. In the second place, the collection of the late James R. Gregory of London. Mr. Gregory was a true lover of meteorites, and an ardent collector of them. His collection of 406 falls was at the time of his death the largest private meteorite collection in the world. This collection was three years ago put into my hands in its entirety, and I was enabled to add its richest treasures to the Ward-Coonley series.* Finally, I was last year enabled to purchase in St. Petersburg the entire collection of the late Excellenz Julien de Siemaschko. This collection of 402 falls was famous through the Continent of Europe for its comprehensiveness—particularly in the rare Russian and Siberian meteorites. The collection, which at the time of its owner's death (1896) was held at the price of 30,000 rubles, was last August purchased by me and added to my collection. In these ways, with conditions and antecedents particularly favora- ble, has the collection noted in this catalogue—The Ward-Coonley Collection—been made. The writer is aware that there is much which is personal in this notice of his own work. His apology must be—if the value of the information given is not sufficient—that he has in this enumeration of contents and sources closely followed the plan of the catalogues of the large European collections. Only he has, unhappily, no list of donors to record. In placing in the front line Eachanges as a means of building up a great museum, the writer would call attention to the easily confirmed and observable fact that those museums which have gone forward and have become great have pursued this course. Per contra, the museums of some important institutions—notably in Russia and in Spain—which refuse exchanges have remained stationary. The somewhat despairing remark of the curators of such museums has been, “I can do nothing, not even to exchange a single gramme, without first submitting it to the consideration of the Museum Administration. ‘They meet a few weeks or months hence.” Growth of the museum is thus fatally atrophied, and the curator is left to study out the secret of why he, knowing all about the conditions of his subjects, should be tied up by a Board who have not that intimate knowledge, and whose action is thus largely per- functory when not absolutely obstructive. There should be a wider and more liberal dis- tribution of meteorites; both for the sake of science and the more material personal aim of *Portions of this great Gregory collection may still be obtained from his son, Mr. Victor H. Gregory, 2 Bur- lington Gardens, Chiswick, W. London, England. PREFACE. v increasing each collection thereby. The present collection and that of the Royal Vienna Museum are eminent instances of what may be done in this way. It is pleasant to the writer to recall how, in the building up of the Ward-Coonley collection, several hundred other meteorite collections, public and private, have been at the same time built up. Wiilfing (Die Meteoriten in Sammlungen) notices the fact that over seven-tenths of all known meteorites are in the hands of half a dozen great museums. But if it be hard to-day to get specimens from them, it is because they are. seeking only new falls. As to the propriety of dividing a large meteorite, there will be different decisions according to the individual specimen under consideration. An aerolite, highly orientated and coated all around with a continuous crust, may well be held exempt from division—tfurther than the few grammes essential for analysis and revealing of its inner structure. But such pieces are the great exception. In more than nine-tenths of the cases the stone has broken in the air or on its fall, and not only is not an integer or entire boloid, but is a fractional mass from which other fractions may be taken with absolutely no damage to its scientific value. In this matter the four large (Royal) museums of Europe appear quite in accord. It may not be amiss to repeat here what Wiilfing (loc. cit.) has said upon the subject: “Most Meteorites, especially the Irons, would attain a far greater use in a scientific way by being cut into. There are in many collections great masses of iron which have lain there for long decades of years, covered with the same coating of rust which they had when they were first found, and by reason of which their interesting structure can but slightly be recog- nized. ‘This opinion has been expressed by many meteorite authorities. Partsch (in Vienna Royal Mineral Cabinet, 1843) says: ‘Meteorite masses first receive their true scientific interest through attacking and etching.’ “Buchner says (Pogg. Am., Vol. 116, 1862, p. 642): ‘Men may wonder at a lump of meteorite iron on account of its size and weight, but so long as it has not a cut and polished section it hardly exists as an object of study. With preparation, its intrinsic value also increases.’ “Finally, Gustav Rose, as he studied the Berlin collection (Abh. Berlin Acad., 1863) announced: ‘I have caused the whole series of stone and of iron meteorites to be cut, and the latter (the irons) to be etched, because only thus can there be obtained an insight to the com- position of the first and the structure of the latter. ’”’—(Wilfing, Die Meteoriten, etc., Uni- versity of Tiibingen, 1897, pp. xx and xni.)* Dr. Brezina, who by exchanges even more than by purchases built up in a masterful manner the Royal Vienna Museum during his Directorship of twenty years, tells us (Cata- logue of 1895, p. 236) that of 78 meteorites which he had in a given period of time received, he had “unlocked (rendered available to science) 55 of them by cutting them, mostly with many sections, by which means I have obtained a large series of duplicates for other collec- tions (exchanges), also entire series of pieces representing the locality.” On the same page Dr. Brezina reports the acquisition of the Eagle Station Pallasite—‘The most beautiful of all meteorites, weighing 36 kilogrammes, of which we have cut up in slices 16 kilogrammes.” The increase of a meteorite collection beyond about 400 kinds is at the present day so difficult as to be almost impossible. Purchasable kinds have at that mark been almost *The writer takes this occasion to express at once his admiration of and his indebtedness to this most comprehen- sive and useful work. Its list of all meteorites known (in 1897) to science, the indications of where these falls have been scientifically described and where they are now mainly distributed, are invaluable. I say without hesitation and with true pleasure that without the eminent aid of Wiilfing’s book the Ward-Coonley collection would still be on the stocks. vi WARD-COONLEY COLLECTION OF METEORITES. wholly used up; and exchanges are impracticable with the largest collections, because in most cases the would-be exchanger has nothing new to offer them. Furthermore, the supply of possible material has given out, having found its final resting-place in the great museums, where it cannot be dislodged. Of many meteorites it is known where all is; of the others the part which has disappeared from view is apparently unlikely to be again found. Only the obtaining of new falls, and all of the fall, to-day gives material of value for adding any part of the final third to the structure of a world-collection. These are but four—the Vienna collection, the Paris ditto, that of the British Museum and the Ward-Coonley collection. The number of falls of the two latter are known—the British museum (Cat. of March, 1904) -577 falls, and the Ward-Coonley 603 falls. Vienna announced 560 falls in its last Catalogue, October, 1902, while the last Paris catalogue of 1898 announced 466 kinds. It would seem that these four will hold the lead as world-collections for the next one or two decades. Each has its own factor of value in which it excels. But it probably could easily be shown that the meteorite collection of the Royal Vienna Museum leads all the other three. Professor Klein, the savant Director of the large (450 kinds) Royal Berlin Meteorite Cabinet, after telling us (Cat. of 1903) that “this extraordinary increase of our large collection is due to the disposal of large sums received from the general Government,” still freely admits (Cat. of 1904) that ‘‘in Vienna is now displayed the largest of meteorite collections. And it will be hardly possible that any other collection will ever attain to it in educational force, beauty and size of the pieces.”’ This collection is now under the directorship of Prof. Friedrich Ber- werth, who is enthusiastically increasing its size and excellence. For the present time and until either Vienna or Paris museums issue new catalogues largely in advance of their present ones, the Ward-Coonley collection will bear the palm as to number of falls. As to its further factors of value, we will not speak in this place further than to mention the minor point that we have paid unusual attention to the display of the specimens. The col- lection is in seven beautiful cases of solid mahogany and plate glass, six of these uniform (12 feet by 4 feet by 7 feet) with the one depicted in the frontispiece, and one, one-third shorter, as shown at the end of this catalogue. The individual specimens, some 1600 in number, are mounted on handsome mahogany pedestals with carved stems, and labels are hand-printed on celluloid plate. This collection is at present “on deposit” in the Geological Hall on the fourth floor of the American Museum of Natural History, 77th Street and Central Park, West, New York City. Its ultimate destination is undetermined. Mr. Ward takes this occasion to express his eminent indebtedness to his assistant, Mr. Harry L. Preston, of Rochester, N Y., who for more than ten years past has done all the mechanical work— notably the cutting, polishing, and etching, of the many thousand specimens involved in making this collection, also the mounting, labelling and listing. INTRODUCTION. vii INTRODUCTION In accordance with established custom, we call attention in this introduction to features of the contents of the Ward-Coonley Collection. As may be seen on page 105, the geographic sources of the collection are world-wide. Australasia and Asia, Africa and South America are represented each by 95% of all their known meteorites, while North America and Europe bring up the train with 99% of the former and 97% of the latter. No collection in the world can say of itself more than this. Attention is particularly drawn to the series from Japan, Australia, Russia and Mexico. It is only within the last decade that the rare and interesting meteorites from these countries have been largely distributed. To-day it is true that in no collection in any one of these four countries are there so many kinds from that country as are represented in this collection. In Japan we have received powerful aid in exchanges with the Imperial Museum of Uyeno, Tokio; in Australia, from the Australian Museum of Sydney, Prof. Edward F. Pittman, the Director of the Geological Survey, Dr. E. H. Sterling of Adelaide, South Australia, and Bernhard H. Woodward of the Perth (West Australia) Museum. In Russia we were given eminent position through the purchase of the Sie- maschko Collection. While in Mexico during half a dozen visits we were much aided by Prof. Manuel Villada of the Museo Nacional, and of Prof. Jose C. Aguilera, the Director of the Instituto Geologico and of the Geological Survey. From Prof. W. L. Sclater of the Capetown (South Africa) Museum, and from the Director of the Geological Survey of India, we have had signal aid. It is interesting to note that while in the large series which we have received (by visit and by exchange) from the latter country and from Japan, we have received only two irons—the others being stones—we have in Australia and in Mexico received but two stones each, the others being irons. Much effort has been given in this Catalogue to giving the localities and geographical situation correctly. Our formula of latitude and longi- tude is based upon that first used by Brezina in the 1885 Catalogue of the Vienna Museum. His determinations for European localities have been largely accepted, while those for other countries—notably for the Western Hemisphere—have been wholly recast or, in the case of later falls, have been estimated for the first time. In recording the American specimens we have ever sought (and have often succeeded) to bring the simple “county” indications down to the exact locality. In some cases this has been the more essential because the name of the county itself has been changed since the meteorite fell; and a meteorite which fell in Macon County may now be Lee County, etc. In other cases the fall may have been so widespread that the county name may better be given. In still other cases we have given a principal point of fall, and have added the words “and vicinity.” Closely allied to the question of locality is the question of meteorite names. There has not as yet been announced—as in Botany and Zoélogy—a code of nomenclature for meteorites. (It is to be hoped that this will soon be done, before further confusion arises.) The most common and most generally accepted rule for meteorite naming is to give the meteorite the name of the nearest place—town or village. Where this rule is adhered to, the place of fall or find is easily located without looking up the literature of the fall. It is unfortunate that in the first half of the last century, when our geography was less known and the country less Vill WARD-COONLEY COLLECTION OF METEORITES. settled, the name of the county was in frequent cases given to the meteorite. Foreigners almost universally adopted this plan when noticing American meteorites, and they still adhere to it to the extent of causing infinite confusion and mistakes. Moreover, the efforts of certain foreign meteorite students—Museum directors—to diversify the names of American meteorites by altering them has also led them—not conversant with our geography—into infinite errors. These, fortunately, have not been perpetuated by being accepted in this country. A multi- tude of such cases—some of them quite startling—might be instanced.* In the maze of synonyms in which all foreign meteorites have been involved by successive writers, I have tried to distinguish and accept those most generally accepted in the large European museums, particularly where these names accord with the rule of identity with locality. It is more than probable that many meteorites now called by separate names belong together. Close topographical contiguity of two stones or irons of general similarity of composition leads to the suspicion that they are of the same fall, even though it does not prove it. A geographical arrangement of a meteorite catalogue, like that of the British Museum, throwing together propinquite kinds, frequently suggests these suspicions. But too little has been done toward showing possible variations of different pieces in an observed fall or in different parts of the same large mass to make the question of distance from each other in those found an entirely safe one in the determination of identity. Brezina has called attention to the two well-observed falls of Jelica (1889, Am) and Guca (1891, C) at a distance of but 30 kilometers from each other. These, while so contiguous topographically, were distinct falls. Conversely, Brezina is disposed to consider Lerici, which fell on the 30th of January, 1868, at the town of that name on the gulf of Spezia, Italy, as being the same as Pultusk, which fell on the same date at Pultusk, in Poland. Another notable and better attested instance of this coincidence in time of distant falls is that of Duruma, which fell in Wanika Land, East Africa, on the 6th of March, 1853, and of Segowlee, which fell on the same day in Segowlee, Bengal Presidency, India. We have not undertaken to settle any of these questions of identity or diversity. We have accepted the names which seemed to be of most general acceptation and the most sure to be understood. Nor do we consider it desirable to collect and preserve—as is too often done in meteorite catalogues—the great body of syno- nyms, several hundred in number, which have been accumulating and clogging meteorite literature for a century past. They have no longer any important value, and should be dropped from the lists. We have chosen to employ the alphabetic plan in enumerating the specimens of this catalogue. The chronological order has certainly great merit in that it gives all meteorites in the order in which they fell or were found. Among the aerolites, of so large a proportion of which the fall was seen, this manner of presenting them has its evident merits. An order based on the chemical or mineral composition is still more a natural and legitimate one. But for readiness in finding any desired object it 1s patent that nothing is so easy and so ready in use as is an alphabetical arrangement. In regard to the dates of fall or find of meteorites, there is considerable discrepancy among the various authors as to a small portion of the *We have frequently wondered why Glorieta, New Mexico. and Trinity County, California, should be so persist- ently considered abroad as synonymous (See Wtilfing, Die Meteoriten in Sammlungen, pp. 127, 366). But the whole secret is exposed when we find that Canoncito—a little cafion near Glorieta—is noted in the pages of the Vienna Museum Catalogues of 1895 and 1902 as being the same as Canyon City, the well-known synonym of the Trinity County, California, fall. As these places are about 1050 miles apart, as one iron is Om. and the other Og., and as one was found in 1875 and the other in 1884, it seems desirable that they should be kept distinct. INTRODUCTION. ix whole. We have corrected those so far as practicable. And the student will be further aided by our notice of the author and place of first description of each specimen. Their early notice of the meteorite gives a certain probability to their truest knowledge of the date. We have given the weights of our specimens in two columns. The first gives weight of our largest piece, the second the total weight which we possess of the kind. We follow usual custom in measuring this weight in grammes; we differ from the majority of catalogues in ignoring any fraction of a gramme.* As a rule our specimens are of many grammes. Indeed, the average of the individual weights of our 603 falls, after eliminating the great masses from the estimate, ix, as given on page 105, about 4 pounds—nearly 2 kilogrammes each. A collection with so large a number necessarily includes many falls which were of small weight at the outset, and of which only the large museums have specimens, and these perforce very small—of a few grammes each. There is here no criticism to be made of the specimen being small, but congratulation on the fall being represented at all. In this feature of the size of the individual specimens it is evi- dent that the smaller collections have opportunity for higher average. Entire boloids— masses which have not been broken since they reached our earth, and are covered on all sides with the crust—are interesting as showing the treatment of the piece by aerial friction and heat action. And the larger they are the greater the surface on which such phenomena are registered. We have a few such entire boloids—notably Baratta, weighing 175 pounds and nearly two feet in Jength, with several much larger iron masses. In other instances we have specimens showing how small are some entire boloids when they reach our earth after the tribulations of the ‘middle passage.’ We have such meteorite integers of the Pultusk, Forest City and Estherville falls, which are but little more than a centimeter in diameter, and weigh but 2 or 3 grammes. Of some of these abundant showers we have several score of specimens of very different sizes. These are of highest interest as showing the breaking up of large masses in an early part of their passage through the air-belt of our planet. A single sample—of a few grammes— which we possess of meteoric dust brought by Baron Nordenskiold from the snow-fields of Northern Finland is of high interest as probably showing the ultimate trituration of meteoric matter.{ In our large meteorite series are specimens which illustrate the phenomena of pitting, striation and furrowing of their external surfaces both among Aerolites (Baratta, Knyahinya, Tabory, etc.) and among Siderites, as Cafion Diablo, Glorieta, Youndegin and others. ‘The inner features of the mass, Chondri (Allegan and Bjurbole), Veins (Farmington, Schénberg and Zavid), Breccias resulting from the reunion of distinct mineral or rock fragments (Parnalee, Mezo-Madaras, Fukotomi), and metamorphism analogous to that of our marbles (Tadjera) are shown in a diversity of specimens in this collection. Also the different iron structures are brought out in the Widmanstiiten figures—octahedral, hexagonal, etc., alloys and inclusions, together with instances of curved lamellae (Glorieta, Toluca), *Life is hardly long enough in our estimation to watch the scales in deciding whether one of our meteorites weighs 9170 grammes or 9170.01 grammes! An old catalogue of the British Museum notes its‘specimen of Rancho de la Pila as weighing 46,512.4 grammes. Can they weigh it a second time and get the same fraction? +The smallest meteorite known, or strongly supposed, to have been a distinct entire fall (not one in a meteorite shower) is the Mthlau Aerolite, which was found at the village of that name near Innsbruck in the Tyrol in 1877. It weighs 5 grammes, and is sacredly preserved in the Royal Vienna Museum. +The deposits found at the bottom of the ocean by the Government exploring ship Challenger and described by Mr. John Murray are thought by him and by the astronomer Proctor to be the submarine equivalent of this meteoric dust, and alike of cosmic origin. x WARD-COONLEY COLLECTION OF METEORITES. faults (Puquios), slickensides (Tennassilm), ete. We have made no enumeration of the score or more of Pseudo-meteorites—fragments of stone or iron purely of terrestrial origin which are from time to time brought forward as true cosmic bodies. These are not unfrequently enumerated in catalogues—even those of the great museums. We consider it a true mis- fortune that prominence should thus be allowed to the unreal, and that ancient blunders should be given a continued lease of life. Within the alphabetical arrangement of the meteorites of this catalogue we have chosen the three main divisions first announced by Story-Maskelyne, and still continued in the cata- logue of the meteorites of the British Museum—of Siderites, Siderolites, and Aerolites; the former division including all these meteorites whose composition is almost wholly iron, more or less alloyed with nickel. Those in which silicates—notably Olivine, Enstatite and Bronz- ite—abound, with little or no iron as aerolites; while the siderolites stand as an intermediate group in which there is a mingling of metallic nickel-iron with stony matter. The former of these groups is the most constant in its composition as well as its structure; the latter is the least constantly and sharply defined. We have given to each meteorite fall a letter-symbol indicating its position in a taxonomic classification. The detail of this classification will be found on pages 97-103. It is the latest expression of Dr. Brezina of Vienna on this subject. The system is essentially that published in his catalogue of the Vienna Museum meteorites in 1896, with its groups based on structural peculiarities augmented by some groups newly found or newly determined. Of the former is (12) Leucituranolite, based on the Schafstadt aerolite (fell June, 1891) and lately described by Professor Klein of Berlin; (43) Crystalline Enstatite Chondrite, based on Hyvittis, fell 1901; (62 and 65) on the alike new falls of Kodai- kanal (India) and N’Gourema in the Soudan. Among groups based on new determinations are (27) veined black chondrite—Farmington—separated from black chondrite; (44) Mezo- siderites and (45) Grahamite have been separated from each other. The Hexahedrites and the Ataxites have been rearranged according to numerous researches of Cohen and Brezina, and new definitions have been given for them. A number of meteorites have changed their places in the system according to fuller researches on better material—a thing which is likely to continue in the future. It probably can be claimed by no system of meteorite classifica- tion that it has further value than a measure of adaptability to bring together falls of generally similar structure and appearances. Analysts and petrographers have still imporant work to do here. It is to be hoped that they may employ some more natural and less empirical bases for classificatory purposes. We have shown on page 104 how the present collection represents all of Brezina’s 74 meteorite groups, with 95% of all the falls. NOTEWORTHY SPECIMENS Turning over the pages of our catalogue, we find not a few score of meteorites which present points of especial interest. First among the siderites, Arispe—the Sonora Iron of late (1888) discovery—besides its important size, has special interest in its tripartite struc- ture. A section of the mass shows three areas with differently orientated series of kamacite bands showing distinct centers of structural growth. Our main slice is the type specimen of a description of this iron. Another iron from West Africa presents a feature superficially similar which has been the subject of two memoirs by Professors Berwerth and Brezina of Vienna and Professor Cohen of Greifswald. The former describes four distinct areas of INTRODUCTION. xi this iron as due to the twinning of a gigantic crystal. Our series of specimens of Cafion Diablo is very large, from small, thin, sharp-edged nuggets to masses of several hundredweight each. The largest mass, weighing 383 kilogrammes, has two holes several inches in diameter pass- ing directly through the mass. Several of the other masses have these holes, which were doubtless once filled with cylindrical nodules of Troilite. Indeed, one most interesting specimen contains the Troilite filling still remaining at the bottom of a half-emptied hole. Sections of the Bella Roca iron, as also the Toluca, show alike large Troilite inclusions, while the Australian Youndegin has the deep concavities and bores quite the counterpart of Cafion Diablo. In like manner are inclusions of Schreibersite profusely present in our slices of Chupaderos and Tombigbee River irons. In the latter, the sulphid shows itself through the mass in zigzag lines strongly suggesting Hebrew characters. Ballinoo, of which we brought the main mass from West Australia, is the only iron which presents two zones of alteration—the outer one shining, the other dull. This and Tazewell, of which Jatter we have a handsome slab, have the added and most exceptional feature of showing dodecahedral lamellae besides the octahedral ones. There are several pieces of Glorieta, one of them a slice with curved lamellae, a feature which shows better here than in any other meteoric iron. The other is a lengthened mass of flattened cylindrical shape and weighing about 2 kilogrammes, which has upon its lower surface distinct shallow cavities about 1 centimeter in diameter, filled with a pale yellow Olivine. The Puquios iron (first brought by us from Chili) shows a clear jawlting in some of the kamecite bands. One large slice of Casas Grandes—the great mass of which is in the National Museum at Washington— is a prehistoric iron found in a cave with mummied objects in the State of Chihuahua, Mex- ico. Other irons in the collection are Charcas, State of Luis Potosi, Mexico, and Victoria on the Saskatchewan River in British America, both of which have been objects of worship by the indigenous people within historical times. The oldest iron, and indeed the oldest well authenticated meteorite, is Elbogen, which was known from early in the fifteenth century. Of this we have a piece, as also of Brannau, which was seen to fall in 1847, and through the study of which Widmanstiidt first called attention to the structural figures which have since borne his name. Among siderolites we may notice several unusually large slices of the Brenham Pallasite, with the olivine-filled cells about equaling in volume the iron net-work. Of the Siberian Pallasite Pavlodar (Jamyschewka) we have the largest known piece, with a still larger piece of Marjalahti, a Finland congener which fell two years ago on the west shore of Lake Ladoga. One of the rarest pieces of the collection is a piece weighing one kilogramme of Veramin, a celebrated meteorite in the possession of the Shah of Persia. Finally, we have a series of nearly fifty pieces varying in size from 5 grammes to 10 pounds of the Estherville, Jowa, meteorite. AEROLITES. Of the aerolites we have among our 333 localities many which are of especial rarity or notable from structural or mineralogical interest. Noticing them alphabetically, Baratta, obtained two years since from the place of its fall in Australia, is the largest piece of its fall and one of the largest of aerolites, being nearly two feet long, and is crusted and pitted over its entire surface. It is also noteworthy from the very different sizes of its abundant chondri. Bjurbéle, from Finland, is noteworthy from the great size of its chondri, which are of marked xii WARD-COONLEY COLLECTION OF METEORITES. fibro-crystalline structure and are loose in the matrix. Ensisheim is the oldest of recorded aerolite falls—1492. Ergheo-is a brecciated chondrite from the northeastern corner of Africa—Somali Land. Farmington, the second greatest Kansas meteorite, is represented by a large slab in which are well seen the fissures which, as has been suggested by Preston, have been filled at a later period with veins of black molten metallic matter. Hvittis, a Fin- land meteorite of recent fall, is interesting from its unusual per cent of the mineral Oldhamite. Indarch is the largest and heaviest known piece of this or any other of the limited group of carbonaceous meteorites—a noble crusted mass, weighing over 18 kilogrammes. It is accompanied by all the other members of the group, five in number, including among them a magnificent mass of Mighei, also unique in size. Kesen, a well crusted and deeply pitted meteorite, is interesting as a stone which was given sacred honors for many years in a Buddhist temple. Mackinney, a black chondrite, is a piece of nearly a hundredweight. Of Ness County, Kansas, we have many pieces, all handsomely covered with a thick crust. Of Noble- borough—the rarest American aerolite—we have a large piece, with shining black crust. The Russian diamond-bearing meteorite Novo urei is represented byahandsome specimen. Of Pipe Creek we lave the largest mass, weighing nearly 4 kilogrammes. Of the interesting meteor- ite Saline, we have a noble slice, as well as an outside crust. Professor Farmington, describing this meteorite in Science, notices its structure, a veined spherulitic chondrite, as allied to Wercline Tschirskaya (Russia) and Trenzano (Italy), both of which, like Saline, fell in mid- November on the date of the Leonid star showers. We note further that Bath Furnace, Kentucky, of which we obtained the main mass, is also a veined chondrite and fell on the same date (15th of November) in 1902. Also, of the Russian meteorite Tabory (Ochansk; see cut on title page) we have two masses of several kilogrammes each, one well crusted. Finally the Lujan, from Buenos Ayres, which is the only recorded instance of an undoubted geological meteorite. In closing we enumerate thirty meteorite falls—about equally divided between Irons and Stones—of which tke largest single piece or part in any museum is now in the Ward-Coon- ley collection. SIDERITES. Weight in AEROLITES. Weight in Grammes Grammes ARISPE },4 mis. hee Ria aaneed 34,442 BARATTA....................005. 84,694 BACUBIRITO.................... 1,630 BLUE Ps oes e ceee seen de FESS 21,707 BALLINOO se 5 ce one k oeeR ee PS 11,049 CASTINE....... ................ 42 CANON DIABLO.................. 1,262,203 INDARCH........................ 20,035 CANYON CITY................... 4,734 MACKINNEY..... .............. 51,230 CENTRAL MISSOURI........ .... 2,535 MIGHELD. 3324544 s0d bh baie eee bdo 2,357 COSTILLA PEAK................ 8,544 NESS COUNTY................... 13,267 ILLINOIS GULCH........ ....... 830 OAKLEY ..... Sree eran as oven ak Axe 8,910 LUIS LOPEZ............. ....... 3,124 PETERSBURG................... 224 NEJED svexs.26%> ayaonpes de eoseed 50,233 PIPE CREEK..................... 3,965 ROEBORNE...................... 34,548 RUSHVILLE................... 23 SAINT GENEVIEVE........... 106,050 é SURPRISE SPRINGS... .......... 1,410 SIDEROLITES. TONGANOXIE................... 709 MORRISTOWN................... 4,259 UTE PASS 25584. steqactangs ea wee 120 PAVLODAR ..................... 1,414 WILLAMETTE... ............... 25,125 WERA MIN 9393 e008} wihvouldea eee 1,037 HENRY A. WARD. 620 Division Street, Chicago, Ill., May, 1904. SIDERITES. CATALOGUE OF METEORITES. A. IRON METEORITES: SIDERITES. CHRONOLOGY OF THOSE SEEN TO FALL. No. Date of Fall. NAME OF THE METEORITE, with geographical index of locality. 1 || 1751, May 26 lo 1835, Aug. 1 3 || 1847, July 14 4 || 1870, Jan. 23 5 || 1876, Apr. 20 HRASCHINA—Medium Octahedrite Om Hraschina (46° 6’ N, 16° 20’ E*), Agram, Croa- tia, 8S. W. Hungary. Described, Giissman, 1785, Lythophylaceum Miti- sianum Dissertatione praeuia et observationibus Popes physico mineralogicis explicatum a rancisco Gtssman. Viennae typis Josephi Nobilis de Kurzbeck, 1785, Vol. 2, pp. 127-131. . CHARLOTTE—Fine Octahedrite Of Charlotte (36° 13’ N, 87° 20’ W), Dickson County, 7 oo west of Nashville, Central Tennessee, 78. Aa Described, Troost, 1845, Am. Jour. Science, Ser. 1, Vol. 40, pp~ 997-940. ace u sis cath ne eau oe sins BRAUNAU—Normal Hexahedrite H Braunau (50° 36’ N, 16° 20’ E), Hauptmannsdorf and Ziegelschlag, District of Koniggritz, N. E. Bohemia. Described, Humboldt, 1847. Comptes Rendus, Vol. 25) 'Ps O20 nas sii Mia eee eA ee oes NEDAGOLLA—Ataxite, Nedagolla Group Dn Nedagolla (17° 35’ N, 82° 20’ E), 6 miles south of Parvatipur, Vizapatam District, Madras Presidency, India. Recorded, Saxton, 1870, Letter in Proc. Roy. Soc. of Bengal, pp. 64-65....................00.. ROWTON—Medium Octahedrite Om Rowton (52° 48’ N, 2° 32’ W), 7 miles north of the Wrekin, Wellington, Shropshire, England. Described, Flight, 1882, Philos. Trans. Royal Soc., Vole 85 Pps 8942896... ivccwe cas ee sure seca nes Chief Total Piece. Weight. Grammes. 9 9 5 5 276 329 9 14 13 1 ei *Longitude given from Meridian of Greenwich. WARD-COONLEY COLLECTION OF METEORITES. N Chief Total No. Date of Fall. NAME OF THE METEORITE, Piece. | Weight. with geographical index of locality. Gmnmess 6 || 1885, Nov. 27 MAZAPIL—Medium Octahedrite Om Rancheria de Concepcion (24° 35’ N, 102° 15’ W), 8 miles east of Mazapil, State of Zacatecas, Mexico. Described, Hidden, 1887, Am. Jour. Science, Ser. 3, VOL, Box PP. 221226. a ace wenawrgenrsen eee 20 20 7 || 1886, Mar..27 CABIN CREEK—Medium Octahedrite Om Six miles east of Lamar (35° 24’ N, 93° 17’ W), Johnson County, Arkansas, U. 8. ’A. Described, Kunz, 1887, Am. Jour. Science, Ser. 3, Vol. 33, Pp: 494-499. cscs cu vaawosuevcsneees 2 2 8 || 1898, Aug. 1 QUESA—Fine Octahedrite Of Quesa (39° 0’ N, 0° 40’ W), District of Enguerra, Province of Valencia, Spain. Described, Cohen, 1899, Mittheil, Nat. Ver. fur Neu-Pom. u. Riigen, Bd. 31, pp. 63-66 ....... 1 1 9 || 1900, June 15 | N'GOUREMA—Precciated Oct. N’Gourema Group Obzg N’Gourema (12° 20’ N, 6° 0’ W), 20 miles north of Koakouru, the port of Jenneh on Island of Massina, Province of Massina, Upper Niger, Sudan, ‘Africa. Described, Meunier, 1901, omits Rendus, Vol. 132, No. 7, pp. 441- MAG ete id neue ete pene 885 885 | N’GOUREMA METEORITE (CAST). SIDERITES. Found, Noticed NAME OF THE METEORITE, | Chief Total No. i bet | Piece. Weight. er Desc: with geographical index of locality. — 10 1887 ABERT IRON—Medium Octahedrite Om weEeINS unknown. From old collection of Col. J. J. Abert. Main mass now in National Mus- eum, Washington, U.S. A. Described, Riggs, 1887, Bull. U. 8. Geol. Surv., Sic, Pe VOTE ma he age baewned eeAtsenaies 49 49 ll 1780 ADARGAS (Concepcion)—Medium Octahedrite Om Sierra de las Adargas (26° 6’ N, 105° 14’ W), nine leagues south of Jimenez, State of Chihuahua, Mexico. Described, Bartlett, Personal Narrative of Explor- ations in Texas, New Mexico, California, Sonora, and Chihuahua. New York, 1854, Vol. 2, p. LE techs ssintlocawaantnan i Gablenaerecbe Ad Mave bee Skee ager a bas 264 375 12 1887 ALGOMA—Medium Octahedrite Om Algoma (44° 30’ N, 7% 30’ W), Kewaunee County, Wisconsin, U. 8. Described, Hons "1803, Bull. Geol. Soc. of Am., Vol. 14, pp. 97-116. 000. ec cece ccc ce ees 10 10 13 1898 ALT BIELA—Fine Octahedrite Of Alt Biela (49° 49’ N, 18° 17’ W), near Ostrau, Moravia, AUStTI@.. 6.6 eee 19 19 14 1889 AMATES—Medium Octahedrite Om Rancho de los Amates (18° 30’ N, 99° 22’ W), N. of Iguala, State of Guerrero, Mexico. Described, Castillo, 1889, Cat. Descript. des Météorites du Mexique, p. 3, Paris, 1889....... 38 3 15 1889 APOALA—Fine Octahedrite Of Apoala (17° 40’ N, 97° 0’ W), 10 miles east of Coixtlahuaca, State of Oaxaca, Mexico. Main mass (85 kilos) in the Museum of the Insti- tuto Geologico, City of Mexico, not yet described 2182 2182 16 1898 ARISPE—Broadest Octahedrite Ogg Arispe, (30° 15’ N. 110° 0’ W) State of Sonora, Mexico. Described, H. A. Ward, 1902, Proc. Rochester Acad. Science, Vol. 4, pp. 79-88.............. 33114 34442 17 1894 ARLINGTON—Medium Octahedrite Om : Arlington (44° 30’ N, 93° 56’ W), Sibley County, Minnesota, U. 8. KS Described, Winchell, 1896, The American Geolo- gist, Vol. 18, No. 5, pp. DSTI, ons osiaveneouys 94 94 18 1839 ASHEVILLE—Medium Octahedrite Om Baird’s Farm (35° 44’ N, 82° 30’ W), 6 miles N. of Asheville, Buncombe County, North Carolina, 8. A. Described, Shepard, 1839, Am. Jour. Science, Ser. 1, Vol. 36; Pp: 81-85% «oe acos wd bare cede a wae 5 5 WARD-COONLEY COLLECTION OF METEORITES. i 1 No, || Found, Noticed NAME OF THE METEORITE, ince, Weight. or Described. with ‘ . : geographical index of locality. Grammes. 19 1867 AUBURN—Normal Hexahedrite H Auburn (32° 37’ N, 85° 32’ W), Lee ee (form- erly Macon County), Alabama, U.S. Described, Shepard, 1869, Amer. Jour. Vcc Ser. 2, Vol. 47, pp. 230- DoS Ak cnet teeta 17 17 20 1890 AUGUSTINOWKA—Fine Octahedrite Of Augustinowka (48° 20’ N, 35° 0’ E), Government Ekaterinoslaw, Southern Russia. Described, Alexejew, 1893, Verh. russ. Min. Ges., Vol. 2, pp. 30 and 470................--.05. 794 1077 21 1842 BABB’S MILL—Ataxite. Babhb’s Mill Group Db Babb’s Mill (36° 18’ N, 82° 54’ W), 10 miles N. of Greenville, Greene County, Tennessee, U.S. A. Described, Troost, 1845, Am. Jour. Science, Ser. 1, Wal AG, pi: BAS cos ga cia x e844 oe ee "2 89 22 1871 BACUBIRITO—Finest Octahedrite Off El Ranchito (26° 0’ N, 107° 54’ W), State of Sinaloa, Mexico. Described, H. A. Ward, 1902, Proc. Rochester Acad. Science, Vol. 4, pp. 67-74.............. 1502 1630 23 1891 BALD EAGLE—Medium Octahedrite Om Bald Eagle Mountain (41° 12’ N, 77° 5’ W), { miles S. of Williamsport, Pennsylvania, U.S.A Described, Owens, 1892, Am. Jour. Science, Ser. 3, Vol. 43, pp. POS AOA ral curtelny Macrae 300 300 24 1892 BALLINOO—Finest Octahedrite Off Ten miles south of Ballinoo (26° 30’ 8, 116° 30’ E), Murchison River, West Australia. Described, H. A. Ward, 1898, Am. Jour. Science, Ser. 4, Vole, pps 180-187 = 2.7 9scenn eo nersee: g448 | 11049 25 1855 BARRANCA BLANCA—Brecciated Octahedrite Obz Barranca Blanca (28° 0’ 8, 69° 10’ W), Pass through the Cordilleras from Atacama Desert, Chile, South America. Described, Fletcher, 1889, Mineralog. Magazine, Vol. 8, pp. 224, 262-263..............0.0 000 28 43 26 1897 BEACONSFIELD—Broad Octahedrite Og (Cranbourne) (88° 31’ 8, 145° 30’ E), east of Ber- wick, Mornington, Victoria, Australia. Described, Cohen, 1897, Sitzungsber. Konigl. Preuss. Acad. der Wissensch., Berlin.......... 815 815 27 1866 BEAR CREEK—Fine Octahedrite Of Aeriotopos (39° 38’ N, 105° 16’ W), Jefferson County, Colorado, U. 8. A. Described, Shepard, Am. Jour. Science, Ser. 2, Vol. 42, pp. 250, 251....... 0... cee eee 62 62 SIDERITES. Chief Total No. || Found, Noticed NAME OF THE METEORITE, Piece. | Weight. or-Deseribed. with geographical index of locality. Pe stianamesy: 28 1888 BELLA ROCA—Fine Octahedrite Of La Belle Roca (24° 55’ N, 105° 25’ W), Sierra de San Francisco, State of Durango, Mexico. Described, Whitfield, 1889, Am. Jour. Science, Ser. 3, Vol. 37, pp. 489, 440........... 000. 754 1224 29 1784 BENDEGO—Coarse Octahedrite Og Bendego (10° 20’ S, 40° 10’ W), Province of Bahia, Brazil. Described, Mornay, 1816, Phil. Trans., pp. 270- DSO ie sue ersintnteat peated Ae wetanaiten shite tenants Bevin gested ease 735 1678 30 1880 BINGARA—Granular Hexahedrite Ha Bingara (29° 55’ S, 151° 35’ E), New South Wales, Australia. Described, Liversidge, 1880, Jour. Roy. Soc. of New South Wales, Vol. 14, pp. 308-310........ 1 L 31 1888 BISCHTUBE—Broad Octahedrite Og Bischtiibe (49° 40’ N, 64° 10’ E), Province of Turgai, Western Siberia. Described, Kislakovsky, 1890, Bull. Soc. Imp. des Naturalistes de Moscou, Nr. 2, pp. 187-199.... 1896 2564 32 1835 BLACK MOUNTAIN—Broad Octahedrite Og Black Mountain (35° 53’ N, 80° 3’ W), Buncombe County, North Carolina, U. 8. A. Described, Shepard, 1847, Am. Jour. Science, Ser: 2; Vol. 4, pps 82, 832. ..c0 sb ke oes beg as 7 7 33 1890 BLUE TIER—Medium (Octahedrite Om Northeast coast (42° 0’ 8, 148° 0’ E), Tasmania, Australasia. : Described, Petterd, 1893, Catalogue of Minerals of Tasmania; p: AQ cceceneds come teams oe 9 9 34 1829 BOHUMILITZ—Broad Octahedrite Og Bohumilitz (49° 6’ N, 18° 49’ E), District of Prachin, Southwest Bohemia. Described, Verh. Ges. d. Vaterl. Museums v. Béhmen, April 3, 1830, p.15................ 1605 1703 35 1890 BRIDGEWATER—Fine Octahedrite Of Bridgewater Station (35° 45’ N, - 53’ W), Burke County, North Carolina, U. 8. Described, Kunz, 1890, Am. Jour. cone Ser. 3, Viol. 40, ppy 3202322 cacy hee es eat ees has 83 83 36 1819 BURLINGTON—Medium Octahedrite Om Cooperstown (42° 40’ N, 75° 8’ W), Otsego County, New York, U. 8. A. Described, Pierce, 1844, Am. Jour. Science, Ser. 1, Vol. 26, pp. 41-408 ooo is incnivnssascaeasce 62 128 WARD-COONLEY COLLECTION OF METEORITES. No. Found, Noticed NAME OF THE METEORITE, ieee, Weight. or Described. with geographical index of locality. Grammes, 37 1874 BUTLER—Finest Octahedrite Off Butler (38° 18’ N, 94° 25’ W), Bates County, Missouri, U. 8. A. Described, Broadhead, 1875, Am. Jour. Science, S683 WoL LO) Pe Od aise ardipctocann cin iting sens wm 110 192 38 1867 CACARIA—Octahedrite, Hammond Group Oh Cacaria (24° 28’ N, 104° 50’ W), north of City of Durango, State of Durango, Mexico. Described, Castillo, 1889, Cat. Descript. des Météorites du Mexique, p. 5, Paris, 1889....... 74 74 39 1818 CAMBRIA—Fine Octahedrite Of Seven miles northwest of Lockport (43° 13’ N, 78° 45’ W), Niagara County, New York, U.S. A. Described, Silliman, 1845, Am. Jour. Science, Ser. Ty Vols 4S, pp BO8S9S o> cas eccgerwindsseKawe 100 180 40 1783 CAMPO DEL CIELO—Ataxite. Siratic Group Ds Otumpa (27° 40’ S, 62° 37’ W), Territory of Gran Chaco, Argentine Republic. Described, Don Rubin de Celis. 1788, Phil. Trans., Vols 78) Pps BVA Qin sass vam neck RE Sno He 532 793 41 1891 CANON DIABLO—Broad Octahedrite Og Cafion Diablo (35° 10’ N, 111° 7’ W), Coconino County, Central Arizona, U.S. A. Described, Foote, 1891, Am. Jour. Science, Ser. 3, Vole 42, PB. AIBA wicciec Seek 5k ee ok ere BRAS ee 383292 |1262203 42 1894 CANTON—Broadest Octahedrite Ogg Cherokee Mills (34° 12’ N, S4° 30’ W), Cherokee County, Georgia, U. 8. A. Described, Howell, 1895, Am. Jour. Science, Ser. By. VOL. BOL Ds BOW sito sad acer a edean wee Se 158 310 43 1875 CANYON CITY—Broad Octahedrite Og (Trinity County) (40° 55’ N, 123° 5’ W), Trinity County, Northern California, U. 8. A. Described, Shepard, 1885, Am. Jour. Science, Ser. Si WO: DO. AOD ss. Soicenacd torte etter Seseoeereumene aan 4320 4734 44 1793 CAPE OF GOOD HOPE—Ataxite. Cape Group De (Cape Iron) (34° 40’ S, 26° 0’ E), Cape Colony, South Africa. Described, Barrow, 1801. Account of Travels into the Interior of Southern Africa, p. 226, Lon- deny LS0lcscageees uae eee aeeare abies wens 169 225 45 1818 CAPE YORK—Medium Octahedrite Om Fifty miles east of Cape York (76° 12’ N, 65° 0’ W), Melville Bav, northwest coast of Greenland. Described, Peary, 1898, Northward over the Great Ice, Vol. 2, Chapter 6, pp. 125-155...... 15 15 SIDERITES. Chief Total No, |, Found, Noticed Name or THe MeEreorite, Piece. | Weight. or-Descibetl, with geographical index of locality. Grammes. 46 1869 CAPERR—Medium Octahedrite Om Caperr (45° 15’ 8, 70° 20’ W), Rio Senguer. Chubut Province, North Patagonia. Described, Fletcher, 1899, Mineralog. Mag., Vol. 12, No. 56, pp. MO TeU7On tee eas 9 9 47 1887 CARLTON—Finest Octahedrite Off Carlton (31° 50’ N, 98° 10’ W), Hamilton County, Central Texas, U.S. A. Described, Howell, 1890, Proc. Rochester Acad. of Science, Vol. 1, pp. 87-89..............+5. 2882 5592 48 1844 CARTHAGE—Medium Octahedrite Om (Caney Fork) (36° 20’ N, 85° 56’ W), Smith County, Tennessee, U. 8. A. Described, Troost, 1846, Am. Jour. Science, Ser. 2, Wal, te SON aii e ats inca scemndreaunve 447 447 49 Prehistoric CASAS GRANDES—Medium Octahedrite Om Malantzin (30° 27’ N, 107° 48’ W), State of Chihuahua, Mexico. Described, Tarayre, 1867, Archiv. de la Com. Sci. du Mexique, Vol. 3, p. 348.00 0. ......... 6003 8503 50 1877 CASEY COUNTY—Broad Octahedrite Og Casey County (37° 20’ N, 84° 55’ W), Central Ixentucky, U. 8. A. Reported, Smith, 1877, Am. Jour. Science, Ser. 3, Mole il pe 240 oven cut cumcees Grane emia 22 43 51 1885 CENTRAL MISSOURI—Broadest Octahedrite Ogg Central portion of State of Missouri, U. S. A. Described. Preston, 1900, Am. Jour. Aclenee, Ser. 4, Vol. 9, No. 52, pp. 285, DB Gie se eer cavanhaHemo ne 2535 2535 52 1814 CHARCAS—Medium Octahedrite Om Charcas (23° 0’ N, 100° 30’ W), State of San Luis Potosi, Mexico. Described, Sonneschmid, 1804, Mineralog. Besch- reibung der vorziiglichsten Bergwerks-Reviere in Mexico oder Neuspanien, ». 288........... 1678 3200 53 1847 CHESTERVILLE— Ataxite. Siratic Group Ds Chesterville (34° 42’ S, 81° 15’ W), Chester County, South Carolina, U. 8. A. Described, Shepard, 1849, Am. Jour. Science, Ser. 2, Vol. 7, pp. 449, 450. ooo eee e eee e cece nes 139 139 54 1901 CHICHIMEGUILAS— Hacienda of Chichimeguilas, State of Zacatecas, Mexico. Main mass (6 kilos) in Museum of the Instituto Geologico, City of Mexico. Undescribed...... 20 40 WARD-COONLEY COLLECTION OF METEORITES. No. || Found, Noticed NaMB OF THE METEORITE, Pines, Weight. or Described. with geographical index of locality. : Grammes. 55 1881 CHILCAT—Octahedrite 0 Chilcoot Inlet (59° 0’ N, 135° 15’ W). Portage Bay, Southern Alaska. Mass in State Mining Bureau, San Francisco, Cali- fornia. . Recorded, Hanks, 1888, F:r.t Annual Report of California State Mining Bureau, p.125........ 62 62 56 1873 CHULAFINNEE—Medium Octahedrite Om Chulafinnee (33° 35’ N, ao 42’ W), Cleburne County, Alabama, U. 's. Described, Hidden, 1880, Aa Jour. Science, Ser. 3, Vol. 19, pp. BIO-BIL. cee cece cece eee 88 88 57 1852 CHUPADEROS—Fine Octahedrite Of Rancho de Chupaderos (27° 20’ N, 105° 10’ W), State of Chihuahua, Mexico. Described, Bartlett, 1854. Personal Narative of Explor. in Texas, New Mexico, California, Sonora and Chihuahua. New York, 1854, Vol. 2. pp AS38458: sc eta caey emcee died eens 5467 10832 58 1898 CINCINNATI—Ataxite. Siratic Group Ds Found in old collection, Cincinnati, U. 8. A. Described, Cohen, 1898, Sitzungsber, [Kénigl. Preuss. Acad. der Wissensch., Berlin, 1898.... 1 1 59 1860 CLEVELAND—Medium Octahedrite Om (Lea Iron) (35° oe ne 84° 53’ W), Bradley County, Tennessee, U. Described, See “866, Am. Jour. Science, Ser. Wol: 43. pp. Bitla.s asouseousien watouss 95 171 60 1837 COAHUILA—Normal Hexahedrite H Santa Rosa, Mexico..... be eo See emeeeeens 1200 Sancha Estate, Mexico...............-0002005- 163 Bonanza, Mexico............0 000 cee eee ee 1253 Bolson de Mapimi, Mexico..................... 3428 These four localities are in fact large areas covering together several thousand square miles in the State of Coahuila. Over these areas the iron masses exist in wide distribution, and with but partial gathering toward any distant cen- ters. The Santa Rosa region alone, which is over one hundred miles in its longest diameter, has furnished many scores of iron fragments, ranging in weight from a few pounds to several hundredweight each. Described, Smith, 1855, Am. Jour. Science, Ser. 2, Vol. 17, pp. 160, 161.................. 6044 61 1880 COLFAX— Octahedrite O Near Ellenborough (35° 18’ N, 81° 45’ W), Ruther- ford County, North Carolina, U. 8. A. Described, Eakins, 1890, Am. Jour. Science, Ser. 3, Vol. 39, pp. 395, 396.........0.... 0... eee 42 42 SIDERITES. 9 3 || Chiet Total No, || Found, Noticed NAME OF THE METEORITE, Piece. | Weight. On: Described: with geograpbicil index of locality. oo Grammes. | 62 1860 COOPERTOWN—Medium Octahedrite Om | | | | Coopertown (36° 25’ N, 87° 0’ W), Robertson | County, Tennessee, U. 8. A. Described, Smith, 1861, Am. Jour. Science, Ser. 2, | Weel 1g sir Milo cg vcs ny giaakoutes dkgerneds seu 68 119 | 63 1837 COSBY’S CREEK—Broad Octahedrite Og | Cosby’s Creek (35° 48’ N, 83° ie W), Cocke | | County, Eastern Tennessee, U.S. A. Described, Troost, 1840, Am. Jour. Science, Ser. 1, | Vol. 38, pp. 250-254... coc c ccs e eee eaeeee 2881 3044) 64 1881 COSTILLA PEAK—Medium Octahedrite Om | Costilla Peak (36° 50’ N, 105° 13’ W), Cimarron Range, Taos, New Mexico, U. 8. A. Described, Hills, 1895, Proc. Colorado Scientific DOC pe Weg ook ines ees Ante oun k Raw ea ae 6804 8544 65 1888 COWRA—Finest Octahedrite Off Thirty-five miles southwest of Carcoar (34° 15’ 8, | | 148° 58’ FE), Bathurst District, New South | 1 Wales, Australia. Described, Card, 1897, Records of the Geol. Surv. of N.S. W., Vol. 5, part 2, p.51.............. 25 32 66 1852 CRANBERRY PLAINS—Octahedrite O | Poplar Hill (37° 13’ N, 80° 47’ W), Giles County, South Western Vireinia, U.S. A. | Recorded, Meunier, INS4, Meteorites, p. 116...... 5 5 | 67 1854 CRANBOURNE—BProad Octahedrite Og Cranbourne (38° 11’ 8, 145° 20’ E), Mornington : County, Victoria, Australia. | Described, Haidinger, 1861, Wien. Akad. Ber., | Voln 43). ADEs 2, P. O8Si5 040 ha bie sheen een 2615 2638 ' | 68 1872 CUBA—Medium Octahedrite Om | Middle portion of Island of Cuba, West. Indies. { | Described, Solano y Eulate, 1872, Anales Soc. | Esp. Hist. Nat., Vol. 1, p. Tso arch oe 3 3 | 69 1889 CUERNAVACA—Fine Octahedrite Of Cuernavaca (18° 56’ N, 99° 10’ W), State of ; Morelos, Mexico. | Described, H. A. Ward, 1902, Proc. Rochester | ‘Acad. of Science, Vol. 4, Pp. Sl, $2. oc. eases 1424 1764 70 1863 DAKOTA—Broadest Octahedrite Ogg " South Dakota, U.S. A. Described, Jackson, 1863, Am. Jour. Science, Ser. S, Vol. 36, pp BOGe20l. se. yk 0ng ede aenuesne | 305 305 | 71 1877 DALTON—Medium Octahedrite Om Twelve miles northeast of Dalton (34° 59’ N, 84° 54’ W), Whitfield County, Georgia, U.S. A. Described, Smith, 1877, Am. Jour. Science, Ser. 3, Vol 14) Pi 2AGiins mei haa ebet Aiea aeaksvews kts i 164 | 290 I WARD-COONLEY COLLECTION OF METEORITES. Found, Noticed Chief Total | NAME OF THE METEORITE Piece. | Weight. No. S , iece g : | or. Described. with geographical index of locality. \ Grammes. _ 72 | 1846 DEEP SPRING —Ataxite. Babb’s Mill Greup Db ; Deep Springs Farm (36° 20’ N, 79° 35’ a Rock- ingham County, North Carolina, U.S.A ! Described, Venable, 1890, Am. Jour. Science, Ser. 3, Vol. 40, pp. 161, 162.....0..c4 see seeecsase 671 738 73 1865 DELLYS—Medium Octahedrite Om Dellys (36° 55’ N, 4° 0’ E), Department of Alger, Algeria, North Africa. Described, Daubrée, 1866, Comptes Rendus, Vol. : GE Tiss oo how iibnncinnadc ecanihad beWgee 2 3 74 |! 1856 DENTON COUNTY—Medium Octahedrite Om | | Denton County (33° 14’ N, 97° 8’ W), Texas, oT U. 8. A. Described, Shumard, 1860, Trans. St. Louis Acad. of Science, Vol. 1, pp. BOO cc te ee: 692 692 75 1780 DESCUBRIDORA—Medium Octahedrite Om Descubridora Range (23° 50’ N, 101° 10’ W), east of Catorce, District of Catorce, State of San Luis Potosi, Mexico. Described, Del Rio, 1804, Tablas Mineralogicas, ps BC: Mexico, 1804. ye2 oes sede teae ses eesed 28360 | 33340 1885 CATORCE—Ten miles west of above Described, Kunz, 1887, Am. Jour. Science, Ser. 3, Vol. 33, pp. 233-235. Unquestionably belongs with Descubridora...... 41 4] 76 1785 ELBOGEN—Medium Octahedrite Om Elbogen (50° 12’ N, 12° 44’ E), near Carlsbad, Northwestern Bohemia. Described, Neumann, 1812, Gilb. Ann., Vol. 42, Pe INTs wee cect de hee ae ly SPER RE AA heey Bae 41 93 i 1893 EL CAPITAN—Medium Octahedrite Om North slope of El Capitan Range (33° 30’ N, 105° 30’ W), Lincoln County, New Mexico, U.S. A. ! Described, Howell, 1895, Am. Jour. Science, Ser. i 3), Vol. 50, pp. 253,254) nd cay ame becasue 1611 2099 78 1889 EL TULE—Medium Octahedrite Om Rancho del Tule, Balleza (28° 30’ N, 107° 40’ W), 100 miles west of Chupaderos, State of Chihua- hua, Mexico. Described, Castillo, 1889, Cat. Descript. des Météorites du Mexique, p. 7, Paris, 1889...... 9 9 79 1854 EMMITSBURG—Medium Octahedrite Om Emmitsburg (39° 43’ N, 77° 20/ wen Frederick County, West Maryland, U:. 18; Described, Brezina, 1885, Wiener enilune pp. 21 1g Dodie tae FERS AE EEG BTS be deo o OR 21 21 SIDERITES. 11 7 aa Chief Total No, || Found, Noticea NAME Of THE METEORITE, Piece. Weight. eS or Described. si cs : with geographical index of locality. Ganimes: 80 1895 FORSYTH COUNTY—Ataxite. Nedagolla Group Dn Forsyth County (34° 12’ N, 84° 9’ W), North Carolina, U.S. A. Described, Brezina, 1895, Wiener Sammlung, p. BO ecco tilik, ie hate eae a RE AR. dene aint oe 550 550 81 1882 FORT DUNCAN—Normal Hexahedrite H Fort Duncan (28° 35’ N, 100° 24’ W), Maverick County, Southern Texas, U. 8. A. Described, Hidden, 1886, Am. Jour. Science, Ser. 8, Vol. 32, pp. 304-306...0..00 00.00.00 0.004. 434 434 82 1856 FORT PIERRE—Medium Octahedrite Om Twenty miles west of Fort Pierre (44° 23’ N, 100° 46’ W), Stanley County, South Dakota, U.S. A. Reported, Chouteau, 1858, Trans. St. Louis Acad. of Science, Vol. 1, ps 807.0402 «asker eaene 64 64 83 1890 FRANCEVILLE— Medium Octahedrite Om Franceville (38° 48’ N, oa 35’ W), El Paso County, Colorado, U. St Described, Preston, 1902, Pek Rochester Acad. of Science, Vol. 4, pp. PONS cocks eee: 992 992 1 SS | 1866 FRANKFORT Medium Octahedrite Om Eight miles southwest of Frankfort (38° 7’ N, 84° 57’ W), Franklin County, Kentucky, U.S.A Described, Smith, 1870, Am. Jour. Science, Ser. 2, Vol. 49, p. BB... cocvacccuseeevesewin ena wve 5 5 85 1884 GLORIETA—Medium Octahedrite Om Near Canoncito (35° 22’ N, 105° 50’ W), Santa Fe County, New Mexico, U.S.A. Described, Kunz, 1885, ‘Am. Jour. Science, Ser. 3, Vol. 30, p. Oh aed irc woe Maret eieta et 1056 4057 86 1883 GRAND RAPIDS—Fine Octahedrite Of Grand Rapids (42° 59’ N, 85° 42’ W), Walker Township, Kent County, Michigan, U.S. A. Described, Eastman, 1884, Am. Jour. Science, Ser. 3, Vol. 28, pp. 299, 300. 2c ccccacaesrenacwes 1278 3941 87 1836 GREAT FISH RIVER—Fine Octahedrite Of Graaf Reinet (32° 22’ §, 24° 33’ E), Cape Colony, South Africa. Reported, Sir Alexander, 1838, Exp. of Discov. to Interior of Africa (Countries of Great Namaquas Boschmans, and Hill Damaras), Vol. 2, Appd., Db eis. Sainth beer uece Besta’ Wy ae Eevee ea a 11 ll 88 1880 GREENBRIER—Broad Octahedrite Og Three miles north of White Sulphur Springs (37° 52’ N, 80° 18’ qe Greenbrier County, West Virginia, U8: Described, mea. 1887, Mineral. Mag., Vol. 7, pic WOEASE o145Gh oy ty vtacveeeiaue: Cac aee. 18 18 12 WARD-COONLEY COLLECTION OF METEORITES. No. || Found, Noticed NAME OF THE METEORITE, Sieas. Wott lor Desembed: with geographical index of locality. Grainmes. 89 1827 GROSSLEE—Finest Octahedrite Off Groslée (45° 45’ N, 5°43' E), near Belley, Départ- ment de l|’Ain, France. From Damour Collection, Paris ..........-..... 2 2 90 1822 GUILFORD—Medium Octahedrite Om Guilford County (36° 4’ N, 79° 48’ W), North Carolina, U.S. A. Described, Olmsted, 1822, Am. Jour. Science, Ser 1, Voli 5, pe 262.0 vere ehag es ne mass as 2 4 ; 91 1884 HAMMOND—Hammond Group Oh Hammond Township (44° 55’ N, 92° 22’ W), St. Croix County, Wisconsin, U.S. A. Described, Fisher, 1887, ‘Am. Jour. Science, Ser. 3, Vol. 34, pp. 381- BOOS Hee Gagarin tne ane nee oF 18 18 92 1888 HANIET EL BEGUEL—Medium Octahedrite Om Seventy miles northwest of Ouaregla (32° 20’ N, | 5° 0’ E), Province of Alger, Algeria, North Africa. Described, Daubrée, 1889, Comptes Rendus, Vol. 108, pp: 930; 98Lics cccorsa ean enn tendon ts 11 11 93 1890 HASSI JEKNA—Fine Octahedrite Of A few miles east of well of Hassi Jekna (28° 57’ N, 0° 31’ E), southwest of Province of Alger, Algeria, North Africa. Described, Meunier, 1892, Comptes Rendus, Vol. 11S, PAA cas wiatecvmncinnsmees deans 1 1 94 1895 HAYDEN CREEK—Medium Octahedrite Om Hayden Creek (45° 0’ N, 113° 45’ W), Lemhi County, Idaho, U. 8. A. Described, Hidden, 1900, Am. Jour. Science, Ser. 4, Vol. 9, Pe BOF eciy giguwiiaa «a se amdawies eae 42 42 95 1882 HEX RIVER—Normal Hexahedrite H Hex River Mountains (34° 35’ S, 19° 30’ E), Worcester County, Cape Colony, South Africa. Described, Brezina, 1896, Ann. d. k. k. Naturh. Hofmus., Vol. 10, PDs 291, B49 sy casi es eeensh 248 248 96 | 1887 HOLLANDS STORE—Granular Hexahedrite Ha : Hollands Store (34° 22’ N, 85° 26’ W), Chattooga i County, Georgia, U. 8. ‘A. Described, Kunz, 1887, Am. Jour. Science, Ser. 3, ; Walt, oe. d a1 on casa ct expe araeesaes 248 248 ‘| 97 | 1889 HOPPER—Octabedrite O Hopper (36° 35’ ry 79° 45’ W), Henry County, Virginia, U.S. A. Described, Venable, 1890, Am. Jour. Science, Ser. 8, Vol. 40, Pe lO2o esi eiee de neta te sS ye Se awe 7 7 SIDERITES. 13 : Chief Total No. || Found, Noticed Name or tHe MEreEorivTeE, Piece. | Weight. or Described. with geographical index of lovality. eames. 98 1897 ILLINOIS GULCH—Ataxite. Nedagolla Group Dn Near Ophir (46° 39’ N, 112° 32’ W), Deer Lodge County, Montana, U.S. A. Described, Cohen, 1900, Sitzungsber. der Kén. Pr. Akad. der Wissensch., p. 1132, Berlin, 1900. 830 830 99 1887 INDIAN VALLEY—Granular Hexahedrite Ha Indian Valley Township (36° 58’ N, 80° 39’ W), Floyd County, Virginia, U. S. A. Described, Kunz, 1891, Mineralog. Mag., Vol. 9, N. 44, p. 394, London, ALSO Miho Ale serail 2 weoel heats ean 1906 1906 100 1871 IQUIQUE—Ataxite. Cape Group De Ten leagues east of Iquique (21° 45’ 8, 69° 45’ W), Province of Tarapaca, Chili. Described, Raimond, 1873, Festschr. d. Ges. nat.- forsch. Freunde, Berlin, 1873.................. 11 11 101 1898 IREDELL—Normal Hexahedrite ' H Six miles southwest of Iredell (31°53’ N,97°52’ W), Bosque County, Central Texas, U.S. A. Described, Foote, 1899, Am. Jour. Science, Ser. 3, MoleS5-pAl6y AG cing. sowie rok ee eos ees we 8 8 102 1880 IVANPAH—Medium Octahedrite Om Ivanpah (85° 30’ N, 115° 28’ ane San Bernardino County, California, U. 8. Described, Shepard, 1880, ‘on Jour. Science, Ser. S Wal: 19, pp: B8ly 882.00 cavuansine vas eevaasn 221 221 103 1846 JACKSON COUNTY—Medium Octahedrite Om Jackson County (36° 52’ N, 85° 37’ W), North- west Tennessee, U.S. A. Described, Troost, 1846, Am. Jour. Science, Ser. Di VOM Peo Lajevarn aces sock ng ah pais 2s Rhus 10 10 104 1885 JAMESTOWN —Fine Octahedrite Of Jamestown (46° 42’ N, 98° 34’ W), Stutsman County, North Dakota, U. 8. A. Described, Huntington, 1890, Proc. Amer. Acad. Arts and Sciences, Vol. 25, pp. 229-232........ 583 583 105 1883 JENNYS CREEK—Broad Octahedrite Og Old fork of Jennys Creek (37° 53’ N, 82° 22’ W), Wayne County, West Virginia, U. 8. A. Described, Kunz, 1885, Proc. Amer. Asso., Vol. 34, De 24S se isae dja ade da dan, 8 -eacyaal Beg ARS BAIL RN ee 7 7 106 1858 JOEL’S TRON—Medium Octahedrite Om Unspecified part of Desert of Atacama, Chili. Described, Brezina, 1885, Wiener Sammlung, pp. 155; 213) 214), 234 oes ee gg od pak eae wr esieiee dana 11 27 i4 WARD-COONLEY COLLECTION OF METEORITES. No. || Found, Noticed Name or THE METEORITE, Piece. Weight. or Described: with geographical index of locality. r Grammes. 107 1884 JOE WRIGHT—Medium Octahedrite Om Seven miles cast of Batesville (35° 43’ N, 91° 27’ W), Independence County, Arkansas, U. 8. A. Described, Hidden, 1886, School of Mines Quar- terly, Vol. 7, No. 2, Jan., 1886...........-... 266 440 108 1866 JUNCAL—Medium Octahedrite Om Juncal (26° 10’ S, 69° 3’ W), Desert of Atacama, Chili. Described, Daubrée, 1868, Comptes Rendus, Vol. 66; pp. SO8-O71 oo sas cag gee wae sa eK eee 50 50 109 1887 KENDALL COUNTY —Brecciated Hexahedrite Hb Kendall County (29° 24’ N, 98° 30’ W), Central Texas, U.S. A. Described, Brezina, 1887, Neue Meteoriten III Ann. Hof.-Mus., Vol. 2, p. 115..........---4-- 410 696 110 1889 KENTON COUNTY—Medium Octahedrite Om Eight miles south from Independence (38° 40’ N, 84° 29’ W), Kenton County, Kentucky, U.S. A. Described, Preston, 1892, Am. Jour. Science, Ser. oWel ae. op, 1h, Vole wus auuewasesas eee yee 9545 | 17930 111 1898 KODAIKANAL—PBPrecciated Octahedrite Obk Palni Hills (9° 55’ N, 78° 0’ E), Madura District, Madras Presidency, India. :. Recorded, Berwerth, 1903, Verz. der Meteoriten im K.K. Naturhistorischen Hof-Museum, p. 64. . 128 128 112 1862 KOKOMO—Ataxite. Cape Group De if i Seven miles southeast of Kokomo (40° 34’ N, 86° | 2’ W), Howard County, Indiana, U. 8. A. Described, Cox, 1873, Am. Jour. Science, Ser. 3, 1 Wolk &, op: 1eby 156s ae cccgseinscsadeons vibe 40 63 113 |, 1887 KOKSTAD—Medium Octahedrite Om | Kokstad (30° 28’ 8, 29° 27’ E), East Griqualand, | Cape Colony, South Africa. Described, Brezina, 1887, Verh. der. K. K. Geol. Reichsanstalt, p. 2893.02 2055224 00 84b ea boone 270 270 114 1828 LA CAILLE—Medium Octahedrite Om South of St. Auban (48° 47’ N, 6° 43’ E), Departe- | ment des Alpes Maritimes, France. Described, Brard, 1828, Minéralogie, under Article ROT oa ae Gnas A We Sra Greta te tee endian feted chien Rat 66 108 115 1860 LA GRANGE—Fine Octahedrite Of La Grange (38° 37’ N, 85° 25’ W), Oldham County, Kentucky, U.S. A. Described, Smith, 1861, Am. Jour. Science, Ser. 2, Vol. 31D. Tolan cy liendic acne iaiaenner ars 33 33 SIDERITES. 15 H Chief Total No. || Found, Noticed NAME OF THE METEORITE, Piece. | Weight. or Desoribed: with geographical index of locality. Geass. | 116 1888 LA PRIMITIVA—Ataxite. Nedagolla Group De Salitre (20° 18’ 8, 69° 35’ W), Tarapaca Desert, 40 miles east of Iquique, Chili. Described, Howell, 1890, Proc. Rochester Acad. of Science, Vole ly ps 100s..2¢25. se¥eees eve 30 30 117 1557 LAURENS—Finest Octahedrite Off Laurens Court-house (34° 30’ N, 82° 14” W), Laurens County, South Carolina, U. 8. A. Ye Described, Hidden, 1886, School of Mines (Colum- 7 S / bia College) Quarterly, No. 1, Oct. 1886....... -——336-+——-680_| 118 1814 LENARTO—Medium Octahedrite Om Near Bartfeld (49° 18’ N, 21° 41’ E), Saroser Dis- trict, Galicia, Austria. Described, Tehel, 1815, Gilb. Ann., Vol. 49, pp. Ts LBlos &- 543-24 6665 345 BERNA S EERE ESR ES LEER 336 680 119 1880 LEXINGTON COUNTY—Broad Octahedrite Og Lexington County (33° 57’ N, 81° 18’ W), South Carolina, U.S. A. Described, Shepard, 1881, Am. Jour. Science, Ser. 3, Vol. 21, pp. 117-119... ...... 87 108 120 1879 LICK CREEK—Norma] Hexahedrite H Lick Creek (35° 45’ N, 80° 12’ W), Davidson County, North Carolina, U. 8. A. Described, Hidden, 1880, Am. Jour. Science, Ser. SG, Wale. 20, Wipe BUG bak avnadenssee-canees 25 40 121 1834 LIME CREEK—Normal Hexahedrite H Near Claiborne (31° 34’ N, 87° 30’ W), Monroe County, Alabama, U. 8. A. Described, Jackson, 1838, Am. Jour. Science, Ser. de WOla Sy We BO D-GBy asd cn cisbsan angi ewes 94 109 122 1882 LINNVILLE—Ataxite. Babb’s Mill Group Db Linnville Mountain (35° 40’ N, 81° 35’ W), Clai- borne, Burke County, North Carolina, U. 8. A. Described, Kunz, 1888, Am. Jour. Science, Ser. 3, Vol. 84; pp 2los2Ul ace Kosewicuseeed Qusede se 28 28 123 1853 LION RIVER—Fine Octahedrite Of Near Bethany (27° 0’8, 17°30’ E), Great Namaqua Land, South Africa. Described, Shepard, 1853, Am. Jour. Science, Ser. 2, Vol. 15, pp. 1-4... 0 cece cece eevee sees 215 261 124 1857 LOCUST GROVE—Ataxite. Siratik Group Ds Locust Grove (33° 20’ N, 84° 8’ W), Henry County, Georgia, U. 8. Described, Brezina, 1895, Wiener Sammlung, 1895, i) 802, SEscc10 444 aeeeesatee a cent eas 207 297 16 WARD-COONLEY COLLECTION OF METEORITES. No. slit Noticed NAME OF THE METEORITE, isos, Weight. orsDescrs bed: with geographical index of locality. Grammes. 125 1888 LONACONING—Broad Octahedrite Og Twelve miles south of Lonaconing (39° 28’ N, 79° 2’ W), gilesheny County, Western Mary- land, U.S. Described, oe 1892, Am. Jour. Science, Ser. 3, Vol. 43, Pe Ok a Auk eb hari wae Oe heoe wk 9 38 38 126 1868 LOSTTOWN—Medium Octahedrite Om Losttown (34° ne a 84° 32’ W), Cherokee County, Georgia, U.S. A. Described, Shepard, 1864, Am. Jour. Science, Ser. 2, Vol. 46, PDH20ls BO Santis asi oka ao eee ec 76 76 127 1885 LUCKY HILL—Medium Octahedrite Om Lucky Hill (18° 8’ N, 77° 50’ W), St. Elisabeth, Jamaica, W. IJ. Bed, v. Hauer, 1886, Ann. Hof. Mus., Bd. 2, p. BOb mee cee ee ae a ee 27 49 128 1896 LUIS LOPEZ—Medium Octahedrite Om Five miles southwest of Socorro (34° 0’ N, 107° 0’ W), Socorro County, New Mexico, U.S. A. Described, Preston, 1900, Am. Jour. Science, Ser. 4, Vol. 9, pp. 283-285.....000 2 gia4.| - ates 129 1854 MADOC—Fine Octahedrite Of Madoc Township (44° 29’ N, 77° 30’ W), Hastings County, Ontario, Canada. Described, Hunt, 1855, Am. Jour. Science, Ser. 2, Viol: WO pe AUVs vues cee ai edipitie ua gh oc 8 8 130 1840 MAGURA—Broad Octahedrite Og (Arva) (49° 20’ N, 19° 29’ E), Arva District, Northern Hungary. Described, Haidinger, 1844, Wiener Zeitung. 17th April, Der se ea a elias 845 1366 131 1876 MANTOS BLANCOS—Fine Octahedrite Of Mount Hicks (23° 23’ 8, 70° 5’ W), Atacama Desert, Chili. Described, Fletcher, 1889, Mineral. Mag., Vol. 8, PP: 224; 280; 257, QoS cks 4 ees ens va RAG Keo 8 8 132 1860 MARSHALL COUNTY—Medium Octahedrite Om Marshall pounty (36° 50’ N, 88° 17’ W), Kentucky U.S.A Described, Smith, 1860, Am. Jour. Science, Ser. 2, MoO. be eee ries elas nee te 17 35 133 1898 MART—Finest Octahedrite Off Mart (31° 10’ N, 96° a W), McLennan County, Central Texas, U.S. Described, Merrill and Ss 1900, Proc. Wash. ‘Acad. of Sciences, Vol. 2, pp. 51-56........... 1132 1132 SIDERITES. 17 Chief Total No. Bound Neowced Name or THE METEORITE, Piece. Weight. Or Deseuibed with geographical index of locality. | .Granmes:. 134 1885 MATATIELA—Medium Octahedrite Om Fifteen leagues west-northwest from Kokstad (30° 20’ 8, 28° 40’ IE), East Griqualand, Cape Colony, South Africa. Described, Cohen, 1900, Annals South African Museum, Vol. 2, pp. 9-19............-...055 27 27 135 1884 MERCEDITAS—Medium Octahedrite Om Ten leagues east of Chanaral (26° 25’ 8. 70° 0’ W), Northern Chili. Described, Howell, 1890, Proc. Rochester Acad. of metenee, Vol. 1, p: 99.0. 059 wees gs avareres 729 729 136 1804 MISTECA—Medium Octahedrite Om Misteca Alta (16° 45’ N, 97° 4’ W), State of Oaxaca, Mexico. Described, Del Rio, 1804, Tablas Mineralog., p. 57. 260 260 137 1899 MOCTEZUMA—Medium Octahedrite Om Moctezuma (28° 49’ N, 109° 40’ W), State of Sonora, Mexico. Main mass in the collection of the School of Mines, City of Mexico. Undescribed................ 364 364 138 1893 MOOCRANOPPIN—Proadest Octahedrite Ogg Fifty miles west of Coolgardie (32° 0’S, 119° 25’ 5), Lansdowne County, West Australia. Described. H. A. Ward, 1898, Am. Jour. Science, men. Vol, Ps 140 cacdcaken dace eee pees 74 74 139 1600 MORITO—Medium Octahedrite Om Hacienda of San Gregorio, State of Chihuahua, Mexico. Recorded, Luis Cabrera de Cordova, 1619, His- toria de Felipe Segundo, Rey de Espagiia, Lib. 18, p. 1163, Madrid ....... ........... 14 14 140 1892 MORRADAL— Ataxite. Babb’s Mill Group Db Morradal, near Grjotlien (61° 50’ N, 8° 10’ FE), Skiaker District, Norway. Described, Cohen, 1898, Videnss. Skrifter. I. Mathem. Naturv. Klasse, No. 7, Christiania, NOTWAY x4 cnt2508 SA Lea hie Sih en deaiehdd eeeou 5 5 141 1887 MOUNT JOY—RBroadest Octahedrite Ogg Five miles southeast of Gettysburg (39° 44’ N, 77° 20’ W), Adams County, Pennsylvania, U. S. A. Described, Howell, 1892, Am. Jour. Science, Ser. 4, Vol. 44, pp. 415, 416........... J... 15000 29814 142 1892 MOUNT STIRLING—Broad Octahedrite Og Mount Stirling (31° 58’ S, 117° 55’ E), 60 miles east of York, West Australia. Recorded, Etheridge, Jr., 1897, Records Austra- lian Museum, Vol. 3, No. 3, p. 58............ 952 oa | 18 WARD-COONLEY COLLECTION OF METEORITES. No, || Found, Noticed Name or THE METEORITE, Pece. Weight. or Described. with geographical index of locality. Geummes | 143 1899 MUKEROP—Finest Octahedrite Off Near Bethany (25° 20’ 8, 18° 25’ E), District of | Gibeon, Great Namaqualand, Southwest Africa. Described, Brezina and Cohen, 1902, Jahreshefte des Ver. fiir Vaterl. Naturk. in Wiirtemberg, Jahrg., 1902, Bd. 58, 8. 292-302.............. 22560 | 42560 144 1897 MUNGINDI—Finest Octahedrite Off Three miles north of Mungindi (29° 0’S, 149° 0’ E), Southern Queensland, Australia. Described, Card, 1897, Rec. Geol. Surv. N. S. Wales, Vol. 3, p.121................. 00008. 13885 1385 145 1847 MURFREESBORO—Medium Octahedrite Om Murfreesboro (35° 50’ N, 86° 20’ a Rutherford County, Central Tennessee, U.S.A Described, Troost, 1848, Am. Jour. Science, Ser. 2, Vol. 5, pp. 351, 352 ie eke See aes HE OES 46 65 146 1839 MURPHY—Normal Hexahedrite H Murphy (35° 6’ N, 84° 2’ W), Cherokee County, North Carolina, U.S. A. Described; H. L. Ward, 1899, Am. Jour. Science, Ser. 4, Vol. 8, pp. 225, 226..3. 02.025 022ue neon 3038 567 147 1890 NAGY-VAZSONY—Medium Octahedrite Om Near Vérés-Bereny (46° 59’ N, 17° 41’ I), Vesz- primer Comitat, Western Hungary. Described, v. Hauer, 1891, Ann. Hof- Mus. , Vol. 6, De ae ot tee ay ek ete trot aint ks 36 36 148 1854 NARRABURRA CREEK-Broadest Octahedrite Ogg Twelve miles east of Temora (34° 10’S, 147° 43’ E), New South Wales, Australia. Described, Russell, 1890, Jour. Roy. Soc. of N. 8. Wales; Vol. 22: ps Sli. avycur cane ed dent ve 10 10 149 1863 NEJED—Medium Octahedrite Om Wadee Banee Khaled (24° 15’ N, 46° 25’ E), Dis- trict of Nejed, Central Arabia. Described, Fletcher, 1887, Mineralog. Mag., Vol. Tis Pi LT GaL SO asia bain icsccwoee arteanuiniist Sit 50204 | 50233 150 1860 NELSON COUNTY—bBroadest Octahedrite Ogg eu ean (37° 48’ N, 85° 27’ W), Kentucky, Described, Smith, 1860, Am. Jour. Science, Ser. , Vol. 30, p- 240 Bi ch ghen Ne LN tileh Maca eA REN 284 435 151 1872 NENNTMANSDORF—Normal Hexahedrite H Nenntmansdorf (50° 57’ N, 13° 57’ E), 11 miles southeast of Pirna, Saxony. Described, Geinitz, 1872, Im Dresdener Journal vom 31 December, 1872 (Nr. 308)............ 22 22 SIDERITES. 19 Chief Total N Found, Noticed Name OF THE METEORITE, Piece. Weight. a or Described. P ‘ 5 with geographical index of locality. Grammes. 1152 1879 NIAGARA—Broad Octahedrite Og Niagara (47° 58’ N, 97° 52’ W), Grand Forks County, North Dakota, ULS. A. Described, Preston, 1902, Jour. of Geol., Vol. 10, No. 5, Chicago, 1902. oo. eee eee 24 24 153 1876 NOCHTUISK—Broad Octahedrite Og Nochtuisk (59° 50’ N. 116° 20’ I), Government of Yakutsk, East Siberia............... 1 1 154 1895 NOCOLECHE—Medium Octahedrite Om Near Wanaaring (29° 35’ S, 144° 10’ E), forty miles northwest of Bourke, New South Wales. Described, Cooksey, 1897, Records Austr. Mus., Vol. 3. No. 3, pp. 51-54....0. 0.00 eee eee. 1123 | 1123 155 1863 OBERNKIRCHEN—Fine Octahedrite of Biickeberg (52° 16’ N, 9° 8’ E), Westphalia, Cen- tral Prussia. Described, Wohler and Wicke, 1863, Gétt. Gel. Anz. (Nachr.), 1863, pp. 364-367............ 124 185 156 Prehistoric OCTIBBEHA—Ataxite. Babb’s Mill Group Db Octibbeha County (33° 28’ N, 88° 51’ W), Missis- sippi, U. 8. A. Described, Taylor, 1857, Proc. Phila. Acad. Nat. Sciences, Aptil, [857s sc.gsce 4b se eeseee eserves 1 1 157 1856 ORANGE RIVER—Medium Octahedrite Om Garieb, Orange River, Southwest Africa. Described, Shepard, 1856, Am. Jour. Science, Ser. 3, Vol. 21, PP. 2IB=216 wicca pas wea ndiwnedwe ns 74 74 158 1893 OROVILLE—Medium Octahedrite Om Oroville (39° 18’ N, 122° 38’ W), Butte County, Northern California, U. S. A. Main mass in Museum of the Academy of Sciences, San Francisco, California. Undescribed...... 315 579 159 1895 OSCURO MOUNTAINS—Broad Octahedrite Og Oscuro Mountains (33° 45’ N, ea 20’ W), Socorro County, New Mexico, U. Described, Hills, 1897, Proc. GE aes Scientific Soc., 1897, PDs drAvccamengawsa phecas toe elie oe 640 640 160 1887 PAN DE AZUCAR—BProad Octahedrite Og Sixty-seven miles inland from Pan de Azucar (26° 07S, 69° 2’ W), Desert of Tarapaca, Chili. Recorded, Fletcher, 1896, Introd. to Study of Meteorites, p. 69, London, 1896....... - 210 210 161 1903 PERSIMMON CREEK—Medium Octahedrite Om Persimmon Creek (35° 6’ N, 84° 7’ W), Cherokee County, North Carolina, U.S. A. BAe Mass in U.S. National Museum. To be described 132 132 20 WARD-COONLEY COLLECTION OF METEORITES. z Chief Total No, || Found, Noticea NaMeE or THE METEORITE, Piece. Weight. or Described. with geographical index of locality. @vammies, 162 1841 PETROPAVLOVSK—Medium Octahedrite Om Petropavloysk (55° 10’ N, 69° 10’ EF), on Mrass River, Government of Akmolinsk, Western Siberia. Described, IErman, 1841, Arch. fiir wissensch. Kunde v. Russland, Vol. 1, pp. 314-320...... 46 46 163 1850 PITTSBURG— Broadest Octahedrite Ogg Miller’s Run (40° 27’ N, 79° 57’ W), Allegheny County, Pennsylvania, U.S. A. Described, Silliman, 1850, Proc. Amer. Asso. for POCO, Vol Wy Pe Blsssncuagan sates es tiwebes 9 9 164 1893 PLYMOUTH—Medium Octahedrite Om Plymouth (41° 20’ N, 86° a W), Marshall County, Eastern Indiana, U.S. Described, H. A. Ward, ‘oa Am. Jour. Science, Ser. 3, Vol. 49, pp. 53-55 Mb dink bae Ee eS S SSRs 626 1090 165 1797 PRAMBANAN—Fine Octahedrite Of Prambanan (7° 30’ N, 109° 10’ E), Soeracarta Residency, Central Java. Described, v. Baumhauer, 1866, Arch. Neerl., Bd. 1, pp. 465- AT sted gat ececihea ed cent ahaa AG Geo Het Rw tas 16 16 166 1885 PUQUIOS—Medium Octahedrite Om Puquios (27° 16’ S, 69° 48’ W), 8 miles east of Copiapo, Chili. Described, Howell, 1890, Am. Jour. Science, Ser. 5. Vol. 0, pe GEOG co ondoninycaiuase omaws woe 71 132 167 1834 PUTNAM COUNTY—Fine Octahedrite Of Putnam County (33° 16’ N, 83° 25’ W), Georgia, U.S. A. Described, Willet, 1854, Am. Jour. Science, Ser. 2, Wolk (fy Ge. Bob, B82 i4 ceavasneryeenemencarce 23 23 168 1894 QUEENSLAND—Broad Octahedrite Og Uncertain locality, South Queensland, Australia. Mass in Public Museum, Brisbane, Queensland. Undeseribedss xx) sy bitcaneledieada haa 2. ha eacwied 72 72 169 1886 RAFRUTI—Ataxite. Nedagolla Group Dn Rafriiti (47° 3’ N, 7° 48’ FE), Emmenthal, Canton of Berne, Switzerland. Described, E. von Fellenberg, 1900, Centralbl. fir Miner. Geol. u. Paleont., pp. 152-158......... 7 7 170 1804 RANCHO DE LA PILA—Medium Octahedrite Om Pila (23° 15’ N, 104° 0’ W), nine leagues east of Durango, State of Durango, Mexico. Described, Del Rio, 1804. Tablas Mineralogicas, Mexico, 1804; p: O70 oa cou cceck ee ek the ete ee 1657 2042 171: 1810 RASGATA—Ataxite. Siratik Group Ds Rasgata (5° 0’ N, 74° 1’ W), Province of Boyaca, Colombia, South America. Described, Mariano de Rivero and Boussingault, ” 1824, Ann. Chim. Phys., Vol. 25, pp. 438-443... 112 112 SIDERITES. 21 Total No, || Found, Noticed NAME OF THE METEORITE, pleoe. Weight. or Described. with geographical index of locality, Giammes: 172 1808 RED RIVER—Medium Octahedrite Oh Cross Timbers, Head-waters of Red River, Texas. Described, Bruce, 1810, Mineralog. Jour., Vol. 1, Di Met che HM owe aka eed Bue Rae e aes 32 84 173 1895 REED CITY—Octahedrite. Hammond group Om Reed City (43° 53’ N, 85° 32’ W), Osceola County, Michigan, U.S. A. Described, Preston, 1903, Proc. Rochester Acad. Science, Vol. 4, pp. 89-91................05. 1657 1657 174 1901 RHINE VALLEY—Medium Octahedrite Om (Rhine Villa?), South Australia. Recorded, Berwerth, 1903, Verzeichniss der Meteoriten im Kk. Kk. Nat. Hof-Museum, p. 85, Wie; 19038 sch each ver suber a cep omen ees] 155 155 175 1850 RODEO—Medium Octahedrite Om Rodeo (25° 20’ N, 104° 40’ W), State of Durango, Mexico. Main mass in Field Columbian Museum, Chicago, Ill, U.S. A. To be deseribed............... 1500 1500 176 1892 ROEBOURNE—Medium Octahedrite Om Twenty miles from Hammersley Range (22° 20’ S, 118° 0’ EF), Northwest Australia. Described, H. A. Ward, 1898, Am. Jour. Science, Ser. 4, Vol. 5, pp. 135, 136.................. 20734 | 34548 177 1897 ROSARIO—Broad Octahedrite Og Rosario (14° 38’ N, 88° 42’ W), Northern Hon- duras. Main mass in the Bement Collection. Undescribed. 461 461 178 1844 RUFF’S MOUNTAIN—Medium Octahedrite Om Ruff’s Mountain (34° 15’ N, 81° 21’ W), Lexington County, South Carolina, U. 8. A. Described, Shepard, 1850, Am. Jour. Science, Ser. Vol WO pha L2G eat snc ccoe wedi otolalate ag whem 118 225 179 1863 RUSSEL GULCH—Fine Octahedrite Of Russel Gulch (39° 47’ N, 105° 31’ W), Gilpin County, Colorado, U. 8. A. Described, Smith, 1866, Am. Jour. Science, Ser. 2, Volk 25, Bp. B18, Bl9 wciwnsinrccnesecneecvsa 277 277 180 1896 SACRAMENTO MOUNTAINS — Medium Octahe- drite Om Sacramento Mountains (32° 32’ N, 105° 20’ W), Lincoln County, New Mexico, U.S. A. Described, Foote, 1897, Am. Jour. Science, Ser. 4, Vol. Si Pp. 08, 665.225 eax 54 sna pamaced se wrede 6115 6115 22 WARD-COONLEY COLLECTION OF METEORITES. Found, Noticed or Described. Name or THE METEORITE, with geographical index of locality. Chief Piece. Total Weight. Grammes. 181 182 183 184 185 186 187 188 189 1863 1888 1850 1897 1896 1868 1872 1824 1883 SAINT FRANCOIS COUNTY Broad Octahedrite Og Saint Francois County (37° 55’ N, 90° 36’ W), Southeastern Missouri, U. 8. A. Described, Shepard, 1869, Am. Jour. Science, Ser. 2, Vola 47, pps 288, 284. o. 00 cy esceeeee ew teas SAINT GENEVIEVE—Fine Octahedrite Of Saint Genevieve County (37° ; N, 90° 22’ W), Southeastern Missouri, U.S. A Described, H. A. Ward, 1901, Proc. Rochester Acad. Science, Vol. 4, pp. 65, GO suhibeg i sade vel SALT RIVER—Finest Octahedrite Off Twenty miles south of Louisville (37° 56’ 85° 54’ W), Bullitt County, Kentucky, U. 8. A Described, Silliman, Jr., 1850, Proc. Am. ‘Assoc. Science, Vol. 4; pp: 86), S€isiccccscmme ses eiaie SAN ANGELO—Medium Octahedrite Om San Angelo (81° 20’ N, 100° a W), Tom Green County, Central Texas, U.S.A Described, Preston, 1898, Am. Jour. Science, Ser. 4, Vol. 5, pp. Oe vee aia udlannvas ioe SAN CRISTOBAL—Ataxite. LinnvilleGroup De San Cristobal (23° 0’ 8, 69° 0’ W), Province of Atacama, Chili. Described, Cohen, 1898, Sitzungsber. K. Pr. Akad. der Wissensch, pp. 608, 609................. SAN FRANCISCO DEL MEZQUITAL— i Augsburger Allg. Zeitung vom 1 Jan., DRAG jeez ce csacteeuseicdigbicsharecicsh nth vegelee edge eteNGoe Sah ep TA ton eee So 1871, May 21 SEARSMONT—Spherulitic Chondrite Ce Searsmont (44° 22’ N, 69° 12’ W), Waldo County, Maine, U. 8. A. Described, Shepard, 1871, Am. Jour. Science, Ser. 3, Vol. 2, pp. 132-136................0..0. 24 27 25 25 24 24 AEROLITES. 63 Chief Total No. Pownd, notes NaMB oF THE METEORITE, Piece. | Weight. scribed. ; re OF ESE with geographical index of locality. Grammes. 542 || 1853, Mch. 6 | SEGOWLIE—Crystalline Chondrite Ck Fourteen miles east of Bettiah (26° 45’ N, 84° 45’ E), District of Chumparun, State of Bengal, India. Described, Sherwill, 1854, Journ. Asiatic Soc. of Bengal, Vol. 23, pp. 746, 747................ 166 166 543 || 1773, Nov. 13 SENA—Gray Chondrite, brecciated Cgb Sena (41° 36’ N, 0° 0’ E), District of Sigena, Province of Huesca, Spain. Described, Proust, 1803, Journ. Phys., Vol. 60, Bp U6 0G: ose tnaencce vdnwiakrasnncnah es 3 4 544 || 1865, Aug. 25 SENHADJA—White Chondrite Cwa Senhadja (36° 15’ N, 3° 42’ I), near Aumale, Brook of Oued Soufflat, Province of Alger, Algeria, North Africa. Described, Daubrée, 1866, Comptes Rendus, T. 62, DE es eee ees eee eae ate 282 282 545 || 1818, June SERES—Gray Chondrite Cg t Seres (41° 5’ N, 23° 34’ E), Province of Macedonia, Turkey. Described, Stedler, 1847, Oestreich. BI. fiir Lit., INT. 865 Ds B48 ood 6 was con orm pean oe peer ete chs 39 46 546 || 1862, Oct. 1 | SEVILLA—Howarditic Chondrite Cho Sevilla (37° 22’ N, 5° 52’ W), Province of Sevilla, Spain. Described, Buchner, 1865, Zweiter Nachtrag. Pogg. Ann., Bd. 124, p. 591.................. 1 1 547 || 1874, May 11 | SEVRUKOWO—Black Chondrite Cs Sevrukowo (50° 9’ N, 36° 34’ E), District of Belgorod, Government of Kursk, Central Russia. Described, Daubrée, 1875, Comptes Rendus, T. 81, pp. 661-663... 000... ce eee cece ee eee 140 191 548 || 1850, Nov. 30 | SHALKA—Chladnite Chl Shalka (23° 8’ N, 87° 24’ E), near Bishnupur, District of Bankoora, Province of Bengal, India. Described, Piddington, 1851, Journ. Asiat. Soc. of Bengal, Vol. 20, pp. 299-307.............. 11 20 549 || 1865, Aug. 25 | SHERGOTTY—Shergottite She Umijhiawar (24° 33’ N, 84° 50’ E), Shergotty District, Province of Bengal, India. Described, Bayley and Costley, 1866, Proc. Asiat. Soc. of Bengal, pp. 193-195.................. 46 46 550 || 1863, Aug. 11 | SHYTAL—Intermediate Chondrite, brecciated Cib Shytal (24° 20’ N, 90° 24’ E), near Tistra River, in Madhupur Jungles, Province of Bengal, India. Described, MHaidinger, 1863, Sitzber. Wiener ‘i Akad. der Wissensch., Bd. 48, T. 2, pp. 595-600. 9 12 64 WARD-COONLEY COLLECTION OF METEORITES. No, || Found, Noticed NAME OF THE METEORITE, Piece. Weight. or pescrtbed with geographical index of locality. = Grammes. 551 || 1794, June 16 SIENA—Howarditic Chondrite Cho Campagna Sanese (43° 7’ N, 11° 36’ E) and vicinity, near Siena, Province of Tuscany, Italy. Described, Domenico Tata, 1794, Antologia Romano; T. 21, pi. 94s. cuccccseruwresmidennnsn 13 13 552 || 1901, June 10 | SINDHRI—Spberulitic Chondrite Ce Sindhri (18° 10’ N, 73° 56’ FE), near Khipro Jaluca, District of Ihar and Parkar, Presidency of Bombay, India. Main mass in Indian Museum, Caleutta......... 435 435 553 || 1875, Mch. 4 | SITATHALI—Howarditie Chondrite Cho Sitathali (26° 34’ N, 76° 40’ E), and vicinity, near Nurrah, States of Rajputana, India. Described, Medlicott, 1876, Proc. Asiatic Soc. of Bengal, pp. 115, 116.......... 00-00. cee e eee 7 14 554 || 1848, Dec. 27 SKI—White Chondrite, veined Cwa Ski (59° 56’ N, 11° 18’ E), near Krogstad, Amt. Akershuus, Norway. Described, Ditten, 1855, Jour. fiir Pract. Chemie, Bd. G4, pps Lele 128 aici seeexgree cena recws 1 1 555 || 1868, May 22 | SLAVETIC—Gray Chondrite, brecciated Cgb Slavetic (45° 41’ N, 15° 36’ If), six miles north- west from Jaska, Province of Kroatia, Austria. Described, v. Haidinger, 1868, Sitzber. Wien. Akad., Vol. 58, pp. 162-168.................. 11 ll 556 || 1818, Aug. 10 | SLOBODKA—Spherulitic Chondrite Ce Slobodka (54° 48’ N, 35° 10’ E), District of Juch- now, Government of Smolensk, Central Russia. Described, Chladni, 1819, Vierte Fortsetzung, Gilb. Ann., Bd. 60, p. 254..................-. 26 26 557 || 1877, Oct. 13 | SOKOBANJA—Spherulitic Chondrite Ce Banja (43° 41’ N, 21° 34’ E), and vicinity, near Alexinac, Kingdom of Servia. Described, Doll, 1877, Verh. der k. k. geol. Reich- sanst., Nr. 16, pp. 283-287.................. 243 393 558 SONE MURA— Sone Mura (about 35° 10’ N, 135° 20’ 2), Province of Tampa, Japani.cc.0 26 ean deco ye Pa ae esas ek 2 2 559 | 1876, June 28 | STALLDALEN—Gray Chondrite, brecciated Cgb Stalldalen (59° 56’ N, 15° 2’ E), and vicinity, near Kopparberget, Liin of Orebro, Sweden. Described, v. Nordenskidld, 1877, Foredrag 1 Mineralogi vid Akademiens arshégtid den 3 April, Stockholm, 1877 ......-.. 6... ....0005 343 343 560 || 1808, May 22 | STANNERN—Eukrite Tu Stannern (49° 18’ N, 15° 36’ E) and vicinity, District of Iglau, Province of Moravia, Austria. Described, v. Jacquin, 1808, Gilb. Ann., Vol. 28, Pid] ice rte eee eet eek sesh ane Reems 409 753 | AEROLITES. 65 Chief Total No, || Found, Noticed NAME oF THE METEORITE, Piece. | Weight. or Describd. with geographical index of locality. Paamee 561 || 1857, Mch. 24 | STAVROPOL—Crystalline Chondrite Ck Petrowsk (45° 4’ N, 41° 58’ E), near Stavropol, Government of Stavropol, Northern Caucasia, Russia. Described, Abich, 1860, Bull. de ?Acad. Imp. des Sciences de St. Petersbourg, T. 2, pp. 404, 422. . 6 6 562 |; 1865, Jan. 19 | SUPUHEE—Gray Chondrite, brecciated Cgb Near Supuhee (26° 17’ N, 83° 23’ E), fourteen miles south-southwest of Padrauna, District of Gorakhpur, Northwestern Provinces, India. Described, Buchner, 1869, Vierter, Nachtrag, Pogg. Ann., Bd. 136, p. 455................. 13 18 563 || 1753, June 3 TABOR—Spherulitic Chondrite, brecciated Ceb Tabor (49° 21’ N, 14° 23’ E) and vicinity, District of Bechin, Bohemia. Described, Stepling, 1754, De pluvia lapidea Anni 1753 ad Strkow et ejus Causis meditatio. Typis Francisci Ignatii Kirchner. Prag 1754, 33 S@ib6N sve. ue BA Segoe ware Sree ety Se eee 79 136 564 || 1877, Aug. 30 | TABORY—Spherulitic Chondrite, brecciated Ccb Tabory (57° 42’ N, 55° 16’ E), and vicinity, Dis- trict of Ochansk, Government of Perm, East Russia. Described, Daubrée, 1887, Comptes Rendus, T. N05; PP. OST) O8Sire sess pu esi owl ede ealaekhe ance 7019 9476 565 || 1867, June 9 TADJERA—Tadjerite Ct Plain of Tadjera (36° 20’ N, 5° 30’ E), ten miles southwest of Setif, Province of Constantine, Algeria, Africa. Described, Augeraud, 1867, Comptes Rendus, T. 65, Pps ZAO- 242i oi. sietninins Howerbie sucky quia dw as 5 7 566 1875 TALTAL— East of Taltal (25° 27’ 8, 70° 36’ W), in Desert of Atacama; Chilii.cs cases ee ee ee ee tree nn 16 16 567 || 1872, June 28 TENNASILM—Spherulitic Chondrite, veined Cca Farm of Sikkensare (58° 44’ N, 24° 54’ BE), Dis- trict of Jerwew, Province of Ehstland, Baltic Provinces, Russia. Described, v. Schilling, 1873, Arch. fiir Naturk. Liv. Ehst. u. Kurl., Bd. 8, pp. 1-20........... 63 63 568 || 1878, July 15 | TIESCHITZ—Spherulitic Chondrite Ce Near Tieschitz (49° 9’ N, 17° 9’ E), District of Prerau, Province of Moravia, Austria. Described, Tschermak, 1878, M. P. M., Bd. 1, Uy Aes oa hin edn ean aan oneness ce a7 55 569 || 1807, Mch. 25 | TIMOCHIN—Spherulitic Chondrite Ce Timochin (54° 58’ N, 35° 10’ E), District of Juch- now, Government of Smolensk, Central Russia. Described, Gilbert, 1807, Gilb. Ann., Bd. 26, pp. DBS). D8 Ord ee x iM anole ded pei aenlte Mot oh inern naatd 37 55 66 WARD-COONLEY COLLECTION OF METEORITES. No. || Found, Noticed Name or THE METEORITE, Piece. Weight. or-Deseribed: With geographical index of locality. Grammes. 570 |; 1869, Sept.19 | TJABE—Crystalline Chondrite Ck Tjabe (7° 6’ S, 111° 25’ E), District “of Padangan, Residency of Rembang, Island of Java. Described, v. Baumhauer, 1871, Arch. Néerl, T. 6. th 4 Pps SUG BEN. vneeencabavascicces a7 70 571 |) 1879, Sept.17 | TOMATLAN—Spherulitic Chondrite Ce Haciende d’El Garganitello (20° 17’ N, 105° 12’ W), eight miles northwest of Tomatlan, State of Jalisco, Mexico. Described, Shepard, 1885, Am, Jour. Science, Ser. 3, Vol. 30, Pe HOSEL OS ie ose cca we eacars die oe nb + 8 572 1863 TOMHANNOCK—Gray Chondrite, brecciated Cgb Tomhannock Creek (42° 52’ N, 73° 36’ W), Rens- selaer County, New York, US. A. Described, Bailey, 1887, Am. Jour. Science Ser. 3, Vol. 34, pps 60-622. sce pas x gute een nace waa 18 29 573 || 1812, April12 | TOULOUSE—Intermediate Chondrite, veined Cia Toulouse (43° 47’ N, 1° 9’ E) and vicinity, Canton of Grenade, Département de la Haute Garonne, France. Described, Gilbert, 1812, Gilb. Ann., Bd. 41, pp. 445-449. Fashurd ddeheitse beh wR sean hid Ace ao Pee Steen ace cag ale a 14 26 574 |) 1863, Dec. 7 TOURINNES-LA-GROSSE—White Chondrite Cw Tourinnes-la-Grosse (50° 49’ N 4° 56’ E), near Louvain, Belgium. Described, Van “Beneden, 1863, Bull. Acad. Roy. Belgique, Me VOy Pe G2E 60s eck ad aude do ogee hus wits 14 26 575 1890 TRAVIS COUNTY—Black Chondrite Cs Travis County (80° 20’ N, 97° 29’ W), Central Texas, U.S. A. Described, Eakins, 1890, Am. Jour. Science, Ser. 3) WiOls 89s Pii09 x10 kas air ave ac gdh oe cee sn eae OA 7 % 576 || 1856, Nov. 12 TRENZANO—Spherulitic Chondrite, veined Ceca Ten miles (45° 28’ N, 10° 2’ E), west-southwest of Brescia, Province of Brescia, Italy. Described, Curioni, 1860, Atti R. Instit. Lomb. di Scienze, Lettere et Arti., Milano, 1860, T. 1, pp. 357-364 i OiUe Se as Hee Hes Wt Gr oe as een ww He la esate, phere: 31 54 577 || 1884, May 20 | TYSNES—Gray Chondrite, brecciated Cgb Estate of Midtvaage (62° 2’ N, 5° 30’ E), Island of Tysnes, Hardanger Fjord, Amt Bergenhus, Norway. Described, Reusch, 1886, Neues Jahrbuch B. B. IV, Oi es Sac asans don -keaear ke pieeunn bees 428 428 578 || 1840, June 12 UDEN—White Chondrite, brecciated Cwb Staartje (51° 40’ N, 5° 35’ E), near Volkel, District of Uden, Province of North Brabant, Holland. Described, van Rees, 1843, Pogg. Ann., Bd. 59, Hie He, BAU alates ca csenn shvbsge neuen ace 3 3 AEROLITES. 67 Chief Total No, || Found, Noticed Name or Tue Mereonire, Piece. | Weight. or Described. with geographical index of locality. eames 579 || 1866, April UDIPI—Gray Chondrite, veined Cga Udipi (18° 40’ N, 74° 50’ I), District of South Canara, Malabar, Coast, South India. Recorded, Meunier, Les Météorites, p. 209...... 16 24 580 1822 UMBALLA—Gray Chondrite, veined Cea Forty miles west (80° 22’ N, 76° 19’ E) of Umballa, Punjaub States, India. Described, Atkinson, 1859, Jour. Asiat. Soc. of Bengal, Vol. 28, 9.260 i. ccaesoiea cto awcnaee 4 9 581 1843, June 2 UTRECHT—Spherulitic Chondrite, veined Cea Blaauw Capel (52° 8’ N, 5° 8’ E), near Utrecht, Province of Utrecht, Holland. Described, Quetelet, 1843, Comptes Rendus, T. 16, US 11, 1312. cas hic yee arenes ccs 109 109 582 1876, June 19 VAVILOVKA—Rodite Ro Vavilovka (46° 57’ N, 32° 32’ E), Government of Cherson, South Russia. Described, Prendel, 1877, Mém. de la Soc. Nation. des Sciences Nat., Cherbourg, T. 21, p. 205..... 126 148 583 || 1865, Mch. 26 | VERNON COUNTY—Crystalline Chondrite, veined Cka Vernon County (43° 30’ N, 91° 10’ W), Wisconsin, UL S.A. . Described, Smith, 1875, Am. Jour. Science, Ser. 3, Vol: TOs PBA oa ienbiied aaa eonicech ss bubaes 29 29 584 || 1874, May 20 VIRBA—White Chondrite, veined Cwa Virba (44° 0’ N, 22° 52’ E), near Widdin, Bulgaria. Described, Daubrée, 1874, Comptes Rendus, T. 70, i Mile Blac a auc caveneadcaiae snauseunn 2 2 585 || 1831, May 18 VOUILLE—Intermediate Chondrite, veined Cia Vouille (46° 37’ N, 0’ 8’ E), near Poitiers, Départe- ment de la Vienne, France. Described, 1831, Ann. Chim. Phys., T. 47, p. 442. 453 668 586 1873 WACONDA—Spherulitic Chondrite, brecciated Ceb Two miles from Waconda (39° 20’ N, 98° 10’ W), Mitchell County, Kansas, U.S. A. Described, Shepard, 1876, Am. Jour. Science, Ser. Bh Viole, Dales pe Fal wy actete clog aaa ahalienslh sae oissrase 870 1300 587 1864, Dec. 4 | WAIRARAPA—Carbonaceous Chondrite K Wairarapa (39° 22’ 8, 175° 53’ FE), five miles from Turakina, Province of Wellington, New Zealand 20 20 Described, Haidinger, 1865, Sitzber. Wiener Akad. der Wissensch., Bd. 52, Pt. 2, pp. 151-153. 588 || 1877, Jan. 3 WARRENTON—Ornansite Cco Five miles from Warrenton (38° 44’ N, 91° 12’ W), Warren County, Missouri, U. §. A. Described, Smith, 1877, Am. Jour. Science, Ser. 3, Viole 135 01248 sf Se nonce dentnrey Ase sh ohuk. cee toca ene 117 117 68 WARD-COONLEY COLLECTION OF METEORITES. No. || Found, Noticed Name OF THE METEORITE, Pies Weight. or Described with geographical index of locality. (= ee ae | Grammes. 589 || 1843, Nov. 12 | WERCHNE TSCHIRSKAJA—Spherulitic Chondrite, veined Cca Werchne Tschirskaja (48° 25’ N, 43° 10’ 5), Province of the Don Cossacks, South Russia. Described, Borissiak, 1847, Bull. de l’Acad. Imp. des Sciences de St. Petersbourg, T. 5, pp. 196, TOS: pinks thc ae eGR ese ates pea ae esas 8 14 590 || 1831, Sept. 9 | WESSELY—Gray Chondrite, veined Cga Estate of Wessely (48° 54’ N, 17° 21’ E), near Znorow, District of Hradisch, Province of Moravia, Austria. Described, von Schreibers, 1832, Baumgartners Zeitschr. fiir Physik und verw. Wissensch., Bd. Li PDs bg ZOO sn oy din ws aoe nd ak Hhay aaQane eRe ee 4 4 591 || 1807, Dec. 14 | WESTON—Spherulitic Chondrite, brecciated Ccb Weston (41° 13’ N, 73° 27’ W) and vicinity, Fair- field County, Connecticut, U. S. A. Described, Silliman and Kinsley, 1809, Trans. Am. Philos. Soc. Vol. 6, pp. 323, 325.......... 79 144 592 || 1785, Feb. 19 | WITMESS—Spherulitic Chondrite Ce Forest of Witmess (48° 52’ N, 11° 10’ E), six miles southwest of Eichstadt, Province of Mittel Franken, Bavaria. Described, Stiitz, 1790, Bergbaukunde, Bd. 2, PD. 398, B99 wc ces kv eeenes es eS OER Uee ee 13 13 593 || 1795, Dec. 138 | WOLD COTTAGE—White Chondrite, veined Cwa Wold Cottage (54° 9’ N, 0° 24’ W), County of York, England. Described, Topham, Gentleman’s Magazine, Feb. By PTO G oc ce hth ak aay shes a Siete ean arerniy ae etelins 10 15 594 || 1852, Jan. 23 | YATOOR—Spherulitic Chondrite Ce Yatoor (14° 22’ N, 18° 0’ EF), near Nellore, Presi- dency of Madras, India. Described, Haidinger, 1861, Sitzber. Wien. Akad., Vols:44, pps (3,14: sis ce deat eg se ee Wee eke 27 27 595 || 1877, June 17 | YODZE—Howardite, breccialike Hob Yodze (54° 44’ N, 24° 22’ E), near Ponevej, Govern- ment of Kovno, Baltic Russia. Recorded, von Hauer, 1892, Ann. Hofmuseum, Be Wy iDe PBscug dg obs baer SNES BOR RAG 45 45 596 || 1836,June 12 | YONATSU Yonatsu Mura (about 37° 15’ N, 139° 10’ E), Dis- trict of Kambara, Province of Echigo, North Japan. . Main mass (30 kilos) in Imperial Museum of Uyeno, JAP AMS o-sp.5 ba sla ndaaah ain wana dee ae ROR TE 39 389 AEROLITES. 69 Chief Total No. || Found, Noticed Name or THE METrEorITS, Piece. | Weight. or Described: with geographical index of locality. Qranimes, 597 || 1818, April10 | ZABORZIKA—White Chondrite, veined Cwa Zaborzika (50° 15’ N, 27° 30’ E), near River Slutsch, south of Nowgrad-Volhynsk, Govern- ment of Volhynia, West Russia. Described, Laugier, 1823, Gilb. Ann., Vol. 75, pp. DGB te du eneiouanecta coils nue ae 50 72 598 || 1893, Sept. 22 ZABRODJE—Intermediate Chondrite, veined Cia Zabordje (55° 11’ N, 27° 55’ E), Government of Wilma, Baltic Russia. Described, Melikoff, 1894, Ber. d. d. Chem. Ges., Bde 27, Pp: 1285-1238 sieve caw ed ee ae eases 4 4 599 || 1897, Aug. 1 ZAVID—Intermediate Chondrite, veined Cia Zavid (44° 33’ N, 18° 37’ E) and vicinity, near Rozanj, District of Zwornik, Province of Bosnia, Austria. Described, Berwerth, 1901, Wissensch. Mittheil. aus Bosnien und der Hercegovina, Bd. 8, pp. DES so) 5 ora tes noe mut ah dese we 4. ep dati a ee ena as SUR eNO 384 82] 600 || 1824, Oct. 14 | ZEBRAK—Spherulitic Chondrite Ce Zebrak (49° 52’ N, 13° 55’ E), near Horowic, District of Beraun, Bohemia. Described, v. Martius, 1825, Kastner’s Archiv f. d. gesammte Naturlehre, Bd. 30, pp. 421, 422. 14 14 601 || 1858, August ZMENJ—Howardite Achondrite Ho Zmenj, near Stolim (51° 53’ N, 26° 40’ E), Govern- ment of Minsk, Russia. Described, Prendel, Revue des Sciences Nat- urelles, 1892, No. 9, pp. 8238-326.............. 1 1 602 || 1875, Mch. 31 ZSADANY—Spherulitic Chondrite Ce Zsadany (45° 55’ N, 21° 14’ E) and vicinity, Temesvar Comitat, Hungary. Described, Cohen, 1878, Verhdl. des Naturh. Med. Vereins zu Heidelberg, Bd. 2, H. 2, pp. 1, 10. 14 19 603 1899 RANCHO DE LA PRESA—Spherulitic Chondrite Ce Rancho de la Presa (19° 50’ N 100° 30’ W), Mu- nicipality of Ucareo, District of Zinapecuaro, State of Michoacan, Mexico. Original mass in Museum of the Geological Institute, City of MEXICO eins cite gecter dae nen aware A ease aes 5 5 70 WARD-COONLEY COLLECTION OF METEORITES. IV. ALPHABETICAL LIST OF ALL KNOWN METEORITES, WITH NOTE OF SUCH SYNONYMS AS HAVE IMPORTANCE. ABERT IRON. Medium Octahedrite Om Locality unknown. Found in Col. J. J. ' Abert’s collection, National Museum, Washington, D. C., U.S. A. ABO, 1°40. Stone Southwest Finland. ADALIA, 1883. Stone Eu Konia, Asia Minor. Adair; Adare. LIMERICK ADARGAS, 1780. Iron. Om Sierra de las Adargas, nine leagues south of Jimenez, State of Chihuahua, Mexico. ADMIRE, 1881. Siderolite. Pr Fifteen miles west from Osage City, Lyon County, Kansas, U. 8. A. Aeriotopos 4 BEAR CREEK AGEN, 1814. Stoné. Cia Département de Lot-et-Garonne, France. Agen, 1826. GALAPIAN AGRA, 1822. Stone. Cga Kadonah, near Agram, Province of Doab, Northern India Agram. HRASCHINA Aigle. L’AIGLE Ain, 1753. LUPONNAS Ainsa. TUCSON AKBURPUR, 1838. Stone. Cgb Akburpur, near Cawnpur, N. W. Provinces, Indis. Akershuus. SKI ALAIS, 1806. Stone. K Alais and vicinity. Département du Gard, Southern France. Alastoewa. DJATI-PENGILON Alatyr. NOWO-UREI Albacher Miuhle. BITBURG ALBARETO, 1766. Stone. Ce Near Modena, Province of Modena, Italy. Albuquerque. GLORIETA ALDSWORTH, 1835. Stone. Cga Aldsworth, near Cirencester, England. A. ALEPPO, 1873. Cwb Aleppo, Province of Aleppo, Asia Minor. ALESSANDRIA, 1860. Stone. Cga Valley of San Giuliano Vecchio, Province of Alessandria, Italy. Alexejewka. BACHMUT ALFIANELLO, 1883. Stone. Ci Alfinaello, Province of Brescia, Italy. ALGOMA, 1887. Iron. Om Algoma, Kewaunee County, Wisconsin, U. LA; Allahabad, 1822. FUTTEHPOOR ALLEGAN, 1899. Stone. Cco Allegan, Allegan County, Michigan U.S. A. Allen County. SCOTTSVILLE ALT BIELA, 1898. Iron. Of Alt Biela, near Ostrau. Moravia, Austria. Amakaken. CAPERR Amana. ERGHEO. Amana HOMESTEAD Amates. TOLUCA AMATES, 1889. Iron. Om Rancho de los Amates, north of Iguala, State of Guerrero, Mexico. AMBAPUR NAGLA, 1895. Stone. Cck Sikandra Rao Tahsil, Aligarh District, Northwest Provinces, India. ANDERSON. Prehistoric Siderolite. Pk Little Miami Valley, Ohio, U. 8. A. ANDOVER, 1898. Stone. Ce Andover, Oxford County, Maine, U. S. A. ANGARA, 1885. Iron. Om Government of Jeniseisk, East Siberia. ANGERS, 1822. Stone. Cwa Angers, Département du Maine-et-Loire, France. ANGRA DOS REIS, 1869. Stone. A Angra dos Reis, Province of Rio Janeiro, Brazil. Antofona. COLLESCIPOLI Antofogasta, 1876. MANTOS BLANCOS ALPHABETICAL LIST. 71 Antofogasta, 1896. SAN CRISTOBAL APOALA, 1889. Iron. Of Apoala, ten miles east of Coixtlahuaca, State of Oaxaca, Mexico. ARISPE, 1898. Iron. Ogg Arispe, State of Sonora, Mexico. APT. Stone. Cga Saurette, Département de Vaucluse, France. ARLINGTON, 1894. Iron. Om Arlington, Sibley County, Minnesota. Arva. MAGURA ASCO, 1805. Stone. Cwa Asco, Island of Corsica, Mediterranean. ASHEVILLE, 1839. Iron. Om Bairds Farm, six miles north of Asheville, Buncombe County. North Carolina, U. 8. A. ASSAM, 1846. Stone. Cegb State of Assam, India. ASSISI, 1886. Stone. Ce Torre, near Assisi, Province of Perugia, Italy. Atacama, Pallasit, 1828. IMILAC BABB’S MILL, 1842. Iron. Db Babb’s Mill, ten miles north of Greenville, Greene County, Tennessee U.S. A. BACHMUT, 1814 _ Stone. Cw Alexejewka, near Bachmut, Government of Ekaterinoslaw, Southern Russia. BACUBIRITO, 1871. Iron Off El] Ranchito, seven miles south of Bacu- birito, State of Sinaloa, Mexico. Bajadoz. GUARENA Bahia. BENDEGO Baird’s Farm or Plantation. ASHVILLE BALD EAGLE, 1891. Iron. Om Bald Eagle Mountain, seven miles south of Williamsport, Pennsylvania, U. 8. A. Baldohn. MISSHOF BALLINOO, 1893. Iron. Off Ten miles south of Ballinoo, Murchison River, West Australia. BANDONG, 1871. Stone. Ro Bandong and vicinity, Province of Preanger, Java. BARBOTAN, 1790. Stone. Cga Barbotan and vicinity, Département des Landes, France. Barcelona, 1861. CANELLAS Atacama, Bolivia, 1858. JOEL’S IRON Atacama, 1860. Stone. LUTSCHAUNIG Atacama, 1874. Iron. CACHIYUYAL Atacama, 1861, Siderolite. VACA MUERTA AUBRES, 1836. Stone. Bu Aubres, Département de la Dréme, France. AUBURN, 1836. Iron. H Auburn, Lee’ County (formerly Macon County), Alabama, U 8. A. Augusta County. STAUNTON AUGUSTINOWKA, 1890. Iron. Of Augustinowska, Government of Ekaterinos- law, Southern Russia. Aukoma. PILLISTFER Aumale. SENHADJA AUMIERES, 1842. Stone. Cwa Aumiere, Département de la Lozere, France. AUSSON, 1858. Stone. Ce Ausson, Département de la Haute Garonne, France. AVILEZ, 1856. Stone. Ce Hacienda d’Avilez, State of Durango, Mexico. Baré. MOCS BAREA, 1842. Siderolite. M Barea, Province of Logrono, Spain BARNTRUP, 1886. Stone. Cia Forest of Krihenholz, north of Barntrup, Principality of Lippe, Germany. BARRANCA BLANCA, 1855. Iron. Obz Barranca blanca, Pass through the Cordil- leras from Atacama Desert, Chili. BARATTA, 1845. Stone. Cgb Baratta Station, thirty-five miles northwest of Deniliquin, New South Wales, Australia. Bassein. QUENGGOUK Bates County. BUTLER Batesville. JOE WRIGHT BATH, 1892. Stone. Ceb Two miles south of Bath, near Aberdeen, Brown County, South Dakota, U. 8. A. BATH FURNACE, 1902. Stone. Cia Five miles south of Salt Lick, Bath County, Kentucky, U. 8. A Bathurst. BEACONSFIELD, 1897. Iron. g (Cranbourne), east of Berwick, Mornington County, Victoria, Australia. COWRA 72 WARD-COONLEY COLLECTION OF METEORITES. BEAR CREEK, 1866. Iron. Of aoe Jefferson County, Colorado, U. Bear River. BEAR CREEK Beaufort. ORANGE RIVER Beaugency. CHARSONVILLE BEAVER CREEK, 1893. Stone. Cek Near boundary of United States on Beaver Creek, West Kootenai District, British Columbia. Belgorod. SEVRUKOVO Belgradjik. VIRBA BELLA ROCA, 1888. Iron. Of La Bella Roca, Sierra de San Francisco, State of Durango, Mexico. BENARES, 1798. Stone. Ce Krakhut, near Benares, Northwestern Prov- inces, India. Benares, 1827. Mhow BENDEGO, 1784. Iron. Og Bendego, Province of Bahia, Brazil BERLANGUILLAS, 1811. Stone. Cia Berlanguillas, Province of Burgos, Spain. Bethanien. MUKEROP BETHLEHEM, 1859. Stone. Cek Bethlehem, near Albany, Albany County, New York, U.S. A. BEUSTE, 1859. Stone. Cgb Beuste, Département des Basses Pyrénées, France. Bhagur. DHULIA BHERAI, 1893. Stone. Cwa Bherai, Kathiawar, Presidency of Bombay, India. Bhurtpur, 1868. MOTECKA NUGLA BIALYSTOCK, 1827. Stone. Ho Bialystock, Government of Bialystock, Russia. BIELOKRYNITSCHIE, 1887. Stone. Cib Bielokrynitschie, Government of Volhynia, Russia. Bierbele. BJURBOLE BINGARA, 1880. Iron. Ha Bingara, New South Wales, Australia. BISCHTUBE, 1888. Iron. Og Bischtiibe, Province of Turgai, Western Siberia. BISHOPVILLE, 1843. Stone. Chla Near Bishopville, Sumter County, South Carolina, U. 8. A. BISHUNPUR, 1895. Stone. Cs Bishunpur, ‘Mirzapur District, Northwestern Provinces, India. BITBURG, 1802. Siderolite. Pa Albacher Mithle, near Bitburg, north of Treves, Rhenish Prussia. BJELAJA ZERKOV, 1796. Stone. Ce Bjelaja Zerkov, Ukraine, Government of Kief, Russia. BJURBOLE, 1899. Stone. Cea Bjurbéle, near Borga, south coast of Fin- land, Russia. Blaauw-Kapel. UTRECHT BLACK MOUNTAIN, 1835. Iron. Og Black Mountain, Buncombe County, North Carolina, U. S.A. BLANSKO, 1833. Stone. Cga Blansko, Province of Moravia, Austria. BLUE TIER 1890. Iron. Om Northeast Coast of Tasmania, Australia. BLUFF, 1878. Stone. Ck Bluff, three miles southwest of La Grange, Fayette County, Texas, U. 8. A. Bobrik. KHARKOW BOCAS, 1804. Stone. Cw Hacienda de Bocas, State of San Luis Potosi, Mexico. BOHUMILITZ, 1829. Iron. Og Bohumilitz, District of Prachin, Southwest Bohemia. Bois de Foutaine. CHARSONVILLE Bokkeveldt. COLD BOKKEVELDT Bolson de Mapimi, H. 1837. COAHUILA Bonanza. Iron. COAHUILA BOOGALDI, 1900. Iron. Of Two miles from Boogaldi Post Office, New South Wales, Australia. Bordeaux BARBOTAN BORGO SAN DONINO, 1808. Stone. Ch Borgo San Donino, Cusignano near Parma, Italy. BORI, 1894. Stone. Cia Bor twelve miles northeast of Badnur, Betul District, Northwestern Provinces, India. BORKUT, 1852. Stone. Ce Borkut, Comitat of Marmarosch, Hungary. BORODINO, 1812. Stone. Cgb Borodino, near Kolotscha, Government of Moscow, Russia. BOTSCHETSCHKI, 1823. Stone. g Botschetschki, Government of Kursh, Russia. Brabant. UDEN BRAHIN, 1810. Siderolite. Pr. Rokicky, Government of Minsk, Western Russia. ALPHABETICAL LIST. 73 BRAUNAU, 1847. Iron. H Braunau, Hauptmannsdorf and Ziegel- schlag, District of Kéniggriitz, North- western Bohemia. Brazos, 1836. WICHITA Breitenbach STEINBACH BREMERVORDE, 1855. Stone. Ceb Bremervorde, near Gnarrenburg, Province of Hanover, Prussia. BRENHAM, 1890. Siderolite. Pk Brenham and pny Kiowa County, Kan- sas, U. 8. A BRIDGEWATER, 1890. Iron. Of Bridgewater Station, Burke County, North Carolina, U. 8. A. Cabarras County. MONROE CABEZZO DE MAYO, 1849. Stone. Cw Cabezzo de Mayo, Province of Murcia, Spain. CABIN CREEK, 1886. Iron. Om: Six miles east of ea Johnson County, Arkansas, U. 8. CACARIA, 1867. Iron. Oh Cacaria, north of City of Durango, State of Durango. Mexico. CACHIYUYAL, 1875. Iron. Om Desert of Atacama, Chili. Caille. LA CAILLE CALDERILLA, 1883. Siderolite. Pk Suburb of Caldera, Chili. CAMBRIA, 1818. Iron. Of Seven miles northwest of Lockport, Morgan County, New York, U. 8. A CAMPO DEL CIELO, 1783. Iron. Ds Otumpa, Territory of Gran Chaco, Argentine Republic. Campo del Pucara. IMILAC Canara. UDIPI CANELLAS, 1861. Stone. Ci Canellas, near Barcelona, Province of Bar- celona, Spain. Caney Fork. CARTHAGE CANGAS DE ONIS, 1866. Stone. Cgb Cangas de Onis (Engueras) Province of Oviedo, Spain. CANON DIABLO, 1891. Iron. Cafion Diablo, Cece County, eateal Arizona, U. S.A Biickeberg. OBERNKIRCHEN Burgos. BERLANGUILLAS BURLINGTON, 1819. Iron. Om Cooperstown, Otsego County, New York, U.S. A. BUSCHHOF, 1863. Stone. Cwa Buschhof, near Jacobstadt, Kurland, Baltic Provinces, India. Butcher, Iron. COAHUILA BUTLER, 1874. Iron. Off Butler, Bates County, Missouri, U. 8. A. BUTSURA, 1861. Stone. Ci Butsura, forty-two miles northeast of Gor- uckpur, Northwestern Provinces, India. CANTON, 1894. Iron. Ogg Cherokee Mills, Cherokee County, Georgia, U.S.A. CANYON CITY, 1875. Iron. Og Canyon City, Trinity County, Northern California, U. 8. A. Caparrosa. TOLUCA CAPE GIRARDEAU, 1846. Stone. Ce Seven miles south of Cape Girardeau, Cape Girardeau County, Missouri, U. 8. A Cape Iron; Kap Eisen. CAPE OF GOOD HOPE CAPE OF GOOD HOPE, 1793. Iron. De (Cape Iron) Cape Colony, South Africa. CAPE YORK, 1818. Iron. Om Fifty miles east of Cape York, Melville Bay, Northwest Coast of Greenland. CAPERR, 1869. Iron. Om Caperr, Rio Senguer, Chubut Province, Northeast Patagonia. Capitan Range. EL CAPITAN Caracoles. IMILAC Carcoar. COWRA CARCOTE, 1889. Stone. Ck Carcote, Province of Atacama, Chili. Carleton. TUCSON CARLTON, 1887. Iron. ee email County, Central Texas, Carrol County. EAGLE STATION CARTHAGE, 1844. Iron. Om any to Smith County, Tennessee, Caryfort. Casale, 1868. CARTHAGE MOTTA DI CONTI 74 WARD-COONLEY COLLECTION OF METEORITES. Casale, 1840. CASAS GRANDES. Prehistoric. CERESETO Om Malintzin, State of Chihuahua, Mexico. CASEY COUNTY, 1877. Iron. Ogg Casey County, Central Kentucky, U. S. A. CASTALIA, 1874. Stone. Bey ee ee Castalia, Nash County, North Carolin S.A CASTINE, 1848. Stone. Cwa Castine, Hancock County, Maine. Catorze. DESCUBRIDORA Cento. RENAZZO CENTRAL MISSOURI, 1885. Iron. Ogg Central portion of State of Missouri, U. 8. A. CERESETO 1840. Stone. Ceb Cereseto, near Ottiglio, Province of Ales- sandria, Italy. CHAIL, 1814. Stone. Allahabad, Province of Bengal, India. Chafnaralino. MERCEDITAS CHANDAKAPUR, 1838. Stone. Cib CHANDPUR, 1885. CHANTONNAY, 1812. Chandakapur Valley of Berar, India. Stone. Cwa Chandpur, five miles northwest of Mainpuri, Northwestern Provinces, India. Stone. Cgb Chantonnay, Département de la Vendee, France. CHARCAS, 1804. Iron. Om Charcas, State of San Luis Potosi, Mexico. CHARLOTTE, 1835. Iron. Of Charkow. CHARSONVILLE, 1810 CHARWALLAS, 1834. CHASSIGNY 1815. CHATEAU RENARD, 1841. Chatooga County. Cc] Cherokee Mills Charlotte, Dickson County, Central Tennes- see, U.S. A. KHARKOV Stone. Cga Charsonville (Chartres), Meung sur Loire, Département du Loire, France. Stone. Ci Charwallas, twenty miles south-southwest of Sirsa, Punjab States, India. Cha Département de Stone. Chassigny, near Langres, la Haute Marne, France. Stone. Cia Chateau-Renard, Montargis, Département du Loiret, France. HOLLANDS STORE icrokee County, 1867. LOSTTOWN Cherokee County, 1894. CANTON CHESTERVILLE, 1847. Iron. Ds eye, Chester County South Carolina, .S. A. CHICHIMEGUILAS, 1901. Iron. Hacienda of Chichimeguilas, State of Zaca- tecas, Mexico. CHILCAT, 1881. Iron Chilcoot Inlet, Portage Bay, Southern Alaska. Chilpanzingo TOLUCA CHULAFINNEE, 1873. Iron. Om Chulafinnee Cleburne County, Alabama, U. 8. A. CHUPADEROS 1852. Iron. Of Rancho de Chupaderos, State of Chihuahua, Mexico. CINCINNATI, 1898. Iron Ds Found in old collection, Cincinnati, Ohio, U.S.A Clairborne LIME CREEK Clay water. VERNON COUNTY Cleguerec. KERNOUVE CLEVELAND, 1860. Iron. Om (Lea Iron) Bradley County, Tennessee, U. S. A. CLOHARS, 1822. Stone. Cgb Fouesnant, Quimper, Département de Finis- tere, France. COAHUILA, 1837. Iron. H Santa Rosa, Sancha Estate, Bonanza, Bolson de Mapimi, State of Coahuila, Mexico. Cobija. JOEL’S IRON Cocke County. COSBY’S CREEK COLD BOKKEVELD, 1838. Stone. Kk Cold Bokkeveld, fifteen miles north of Tulbagh, Cape Colony, Africa. COLFAX, 1880. Iron. O Near Ellenborough, Rutherford County, North Carolina, U. 8. A COLLESCIPOLI, 1890. Stone. Ce Collescipoli, near Terni, Province of Perugia, Italy. Collin County. MACKINNEY Concepcion, 1784. ADARGAS Concepcion. NOGOYA Caney Fork. CARTHAGE Constantine. TADJERA CONSTANTINOPLE, 1805. Stone Eu Constantinople, Turkey. Cooperstown. BURLINGTON COOPERTOWN, 1860. Iron. Om Coopertown, Robertson County, Tennessee, U.S.A ALPHABETICAL LIST. 75 COPIAPO, 1863. Brecciated Octahedrite. Obc Southern part of Desert of Atacama, Chili. COSBY’S CREEK, 1890. Iron. Og Cosby’s Creek. Cocke County, Eastern Ten- nessee, U. S. A COSINA, 1844. Stone. Ck Loma de la Cosina, near Dolores Hidalgo, State of Guanajuato, Mexico. Costa Rica. HEREDIA COSTILLA PEAK, 1881. Iron Om Costilla Peak, Cimarron Range, Taos, New Mexico, U. 8. A. COWRA, 1888. Iron. Off Thirty-five miles southwest of Carcoar, Bathurst District, New South Wales, Australia. CRAB ORCHARD, 1887. Siderolite. Mg Powder Mill Creek, 8 miles west of Rockwood Furnace, Cumberland County, Tennessee, U.S. A. CRANBERRY PLAINS, 1852. Iron. O Poplar Hill, Giles County, Southwestern Virginia, U.S. A. Dacca. SHYTAL DAKOTA, 1863. Iron. Ogg State of South Dakota, U. 8. A DALTON, 1877. Iron. Om Twelve miles northeast “7 Dalton, Whitfield County, Georgia, U 8. A DANDAPUR, 1878. Stone. Cia Dandapur, District of Dorakhpur, North- western Provinces, India. DANIELS KUIL, 1868. Stone. Ck Daniels Kuil, Griqualand West, South Africa. DANVILLE, 1868. Stone. Cga Near Danville, Morgan County, Alabama, U.S. A. DARMSTADT, 1804 Stone. Cga Darmstadt. Grand Duchy of Hessen, Ger- many. DEAL, 1829. Stone. Ci Deal, near Long Branch, Monmouth County, New Jersey, U. 8. A Debreczin. KABA Decatur County. PRAIRIE DOG CREEK DE CEWSVILLE, 1887. Stone Cw De Cewsville, Haldimand County, Ontario, Canada. CRANBOURNE, 1854. Iron. Og Cranbourne, Mornington County, Victoria, Australia. CRONSTADT, 1877. Stone. Cga Cronstadt, Orange Free State, Africa. CROSS ROADS, 1892. Stone. Cg Cross Roads Township, Wilson County, North Carolina U.S A Cross Timbers. CRUMLIN, 1902. Stone. Crumlin, ten miles west of Belfast. County Antrim, Ireland. RED RIVER CUBA, 1872. Iron. Om Middle portion of Island of Cuba, West Indies. CUERNAVACA, 1889. Iron. Of Cuernavaca, State of Morelos, Mexico. Cusignano. BORGO SAN DONINO CYNTHIANA. Stone. Cg Nine miles from Cynthiana, Harrison County, Kentucky, U. 8. A DEEP SPRING, 1846. Iron. Db Deep Springs Farm, Rockingham County, North Carolina, U. 8. A. DELLYS, 1865. Iron. Om Department of Alger, Algeria, North Africa. Deniliquin. BARRATTA DENTON COUNTY, 1856. Iron. Om Denton County, Texas, U. 8. A. DESCUBRIDORA, 1780. Iron. Om Descubridora Range, east of Catorze, State of San Luis Potosi, Mexico. DHULIA, 1877. Stone. Cwa Dhulia, near Bhagur, Bombay Presidency, India. DHURMSALA, 1860. Stone. Ci Dhburmsala. District of Kangra, Punjaub Provinces, India CHARLOTTE DJATI PENGILON, 1884. Stone. Ck Pig Pengilon, District of Ngawi, Island of ava. DOLGOWOLI, 1864. Stone. Cw Dolgowoli, Government of Volhynia, Russia. DONA INEZ, 1888. Siderolite. M ae de Dofia Inez, Province of Atacama, pili. Dickson County 76 WARD-COONLEY COLLECTION OF METEORITES. DONGA KOHROD, 1899 Stone. Donga Khorod, District of Bilaspur Central Provinces, India. DORONINSK, 1805. Stone, Ceb Doroninsk, Government of Irkutsk, East Siberia, Asia. DRAKE CREEK, 1827 Stone. Cwa Drake Creek, Sumner County, Tennessee, U.S. A. DUEL HILL, 1873. Iron. Og as ca Madison County, North Carolina, Diinaburg. LIXNA EAGLE STATION, 1880. Siderolite. Pr Near Eagle Station, Carroll County, Ken- tucky, U. S. A. Eau Claire HAMMOND Echo. SALT LAKE CITY Eichstadt. WITMESS ELBOGEN, 1785. Iron. Om Elbogen, near Karlsbad, Northwestern Bo- hemia. EL CAPITAN, 1893. Iron Om North Slope of El Capitan Range, Lincoln County, New Mexico, U.S. A. MERCEDITAS SHINGLE SPRINGS CANGAS DE ONIS El Chanaralino Eldorado County. Elgueras. ELI ELWAH. Stone. Eli Elwah, Station, fifteen miles west from Hay, New South Wales, Australia. MIGHEI INDARCH Elisabetgrad, 1889. Elissawetpol, 1891. FARMINGTON, 1890 Stone. Csa Farmington, Washington County, Kansas, U §. A. FAVARS, 1844. Stone. Ci Favars, Département de l’Aveyron, France. Fayette County. BLUFF Fehrbellin. LINUM FEID CHAIR, 1875. Stone. Ceb Feid Chair, District of La Calle, Province of Constantine, Algeria, North Africa. DUNDRUM, 1865. Stone. Ck Dundrum, Tipperary County, Ireland. Dun-le-Poelier. LA BECASSE DURALA, 1815. Stone Cia Durala, eighteen miles south of Umballa, Punjaub States, India Durango. RANCHO DE LA PILA DURUMA, 1853. Stone. Cia Duruma, Wanika Land, East Africa. DYALPUR, 1872 Stone. U Dyalpur, Sultanpur, Oudh States, India. EL TULE, 1889. Iron. Om Rancho del Tule, Balleza, one hundred miles west of Chupaderos, State of Chi- huahua, Mexico. Emmet County. ESTHERVILLE EMMITSBURG, 1854. Iron. Om Emmitsburg, Frederick County, Maryland, U.S. A. ENSISHEIM, 1492. Stone. Ckb Ensisheim, Province of Alsace, Germany. Entre Rios. NOGOYA EPINAL, 1822. Stone. Ce Epinal, Commune of La Baffe, Département des Vosges, France ERGHEO, 1889. Stone. Ckb Amana, near Ergheo, west of Barava, Somali Land, East Africa ERXLEBEN, 1812. Stone. Ck Erxleben, Province of Saxony, Prussia ESNANDES, 1837. Stone. Cc & Esnandes, Département de la Charente- Inferieure, France. ESTHERVILLE, 1879. Siderolite. M Estherville, Emmet County, Iowa, U. S. A. FELIX, 1900. Stone. Ke. Near Felix, Perry County, Alabama, U. S. A. FISHER, 1894. Stone Cia Fisher, Polk County, Minnesota, U. 8. A. GREAT FISH RIVER INDIAN VALLEY TOMATLAN Fish River. Floyd County. Fomatlan. ALPHABETICAL LIST. 77 FOREST. 1890. Stone Ceb N eer ore City, Winnebago County, Iowa, FORSYTH, 1829. Stone. Cwa Hos Poel Monroe County, Georgia, U. FORSYTH COUNTY, 1895. Iron. Dn Forsyth County, North Carolina, U. 8. A. FORT DUNCAN, 1882. Iron. H Fort Duncan, Maverick County, Southern Texas, U.S. A. FORT PIERRE, 1856 Iron. Om Twenty miles west of Fort Pierre, Stanley County, South Dakota, U. 8. A. FRANCEVILLE, 1890 Iron Om oe El Paso County, Colorado, U. S. A. GALAPIAN, 1826. Stone. Cwa Galapian, near Agen, Département de Lot- et-Garonne, France. Gargantillo. TOMATLAN Garret County LONACONING Gawler Range YARDEA STATION Gera. POHLITZ GERONA 1900. Stone Cgb Gerona, Province of Gerona. Spain. Gettysburg. MOUNT JOY GHAMBAT, 1897. Stone. Cia Ghambat, Khaipur. Province of Sind, India. GILGOIN, 1889. Stone. Ck Gilgoin Station, forty miles east southeast of Brewarrina, New South Wales Aus- tralia. Gindorcha. INDARCH GIRGENTI, 1853. Stone. Cwa Girgenti. Island of Sicily, Italy. Glasgow. HIGH POSSIL GLORIETA, 1884. Iron. Om Near Canoncito, Santa Fe County. New Mexico, U. 8. A. GNADENFREI, 1879. Stone. Ce Guadenfrei, Province of Silesia, Prussia. Gnarrenburg BREMERVORDE GOALPARA, 1868. Stone. U Goalpara, Province of Assam, India. GOPALPUR, 1865. Stone. Ce Gopalpur, near Bagirhat, Jessore, Province of Bengal, India. Gran Chaco. CAMPO DEL CIELO FRANKFORT, 1866 Iron. Om Eight miles southwest of Frankfort, Franklin County, Kentucky, U. 8. A FRANKFORT, 1868. Stone. Ho Four miles South of Frankfort, Franklin County, Alabama U. 8. A. Franklin County, FRANKFORT, ALABAMA Fredrickshavn. LUOTOLAKS Freehold DEAL FUKUTOMI, 1882. Stone. Cga Fukutomi, Kineshima District, Province of Hizen, West Coast of Japan. Furstenberg KLEIN-MENOW FUTTEHPUR, 1822. Stone. Cwa Futtehpur, Northwestern Provinces, India. GRAND RAPIDS, 1883. Iron. of Grand Rapids, Walker Township, Michigan, U.S. A. Grasse. LA CAILLE GRAZAC, 1885. Stone. K Grazac, Département de Tarn, France. GREAT FISH RIVER, 1836. Iron. Of Graaf Reinet, Cape Colony, South Africa. GREENBRIER, 1880. Iron. Og Three miles north of White Sulphur Springs, Greenbrier County, West Virginia, 8. A GROSLEE, 1827. Iron Of Groslee. near Belley, Département de |’Ain, France. GROSS DIVINA, 1837 Stone Ce Gross Divina, Trentsiner Comitat, Hungary. GROSSLIEBENTHAL, 1881. Stone. Cwa Grossliebenthal, twelve miles south-southwest of Odessa, Government of Cherson, South- ern Russia. GROSSNAJA, 1861. Stone. Cs Grossnaja. Banks of the River Terek, Caucasus Mountains, Russia. GRUNEBERG, 1841. Stone. Cea Griineberg, Province of Silesia, Prussia. GUARENA, 1892. Stone. Ck Guarena, Province of Badajoz Spain. GUCA, 1891. Stone Ce Guca, near Cacak, Servia. Guernsey County. NEW CONCORD 78 WARD-COONLEY COLLECTION OF METEORITES. GUTERSLOH, 1851. Stone. Ceb Gitersloh, near Minden, Province of West- phalia, Prussia. GUILFORD, 1822. Iron. Om Guilford County, North Carolina, U. S. A. Hacienda de Bocas. BOCAS HAINHOLZ, 1856. Siderolite. Near Minden, Province of Westphalia, Prus- sia. HAKATA, 1897. Stone. Cga Hakata, District of Higashi, Province of Chikuzen, Japan. Hamblen County. MORRISTOWN Hamilton County. CARLTON HAMMOND, 1884. Iron. Oh Hammond Township, St. Croix County, Wisconsin, U. 8. A. HANIET EL BEGUEL, 1888. Iron. Om Seventy miles northeast of Ouaragla, Prov- ince of Alger, Algeria, North Africa. HARRISON COUNTY, 1859. Stone. Cho Harrison County, Southern Indiana, U.S. A. HASSI JEKNA, 1890. Iron. Of Near Well of Hassi Jekna, southwest of Province of Alger, Algeria, North Africa HAYDEN CREEK, 1895. _ Iron. Om Hayden Creek, Lemhi County. Idaho, U. S. A. HENDERSONVILLE, 1901. Stone. Hendersonville, Henderson County, North Carolina, U. S. A. Henry County, 1857. LOCUST GROVE Henry County, 1889. HOPPER IBBENBUHREN, 1870. Stone. Chl Ibbenbithren, Province of Westphalen, Prussia. Iglau. STANNERN IHARAOTA, 1887. Stone. Choa Tharaota, District of Lalitpur Northwestern Provinces, India. ILIMAE, 1870. Iron. Om Tlimae, Desert of Atacama, Chili. GURRAM KONDA, 1814. Stone. Gurram Konda, near Kadapa, Province of Madras, India. Gyulatelke. MOCS HEREDIA, 1857. Stone. Ceb Heredia, fifteen miles from San Jose, Costa Rica, Central America. HESSLE, 1869. Stone. Ce Hessle, near Upsala, Sweden. HEX RIVER, 1882. Iron. H Hex River Mountains, Worcester County, Cape Colony, South Africa. HIGH POSSIL, 1804. Stone. ‘Cw High Possil, near Glasgow. Scotland. HOLLAND'S STORE, 1887. Iron. Ha Holland’s Store, Chattooga County, Georgia, U.S. A. HOMESTEAD, 1875. Stone. Cgb Homestead and vicinity, Iowa County, Iowa, U. 8. A. Honduras. ROSARIO HONOLULU, 1825. Stone. Cwa Honolulu, Island of Oahu, Hawaiian Islands, U.S. A. HOPEWELL, Prehistoric. Iron. Om Hopewell Mounds, Ross County, Ohio. HOPPER, 1889. Iron. O Hopper, Henry County, Virginia, U. 8. A. Howard County. KOKOMO HRASCHINA, 1751. Iron. Om Hraschina, near Agram, Province of Croatia, Austria. HUNGEN, 1877. Stone. Cga Hungen, Grand Duchy of Hessen, Germany. HVITTIS, 1901. Stone. Cek Hvittis, Province of Finland, Russia. ILLINOIS GULCH, 1897. Iron Dn Near Ophir, Deer Lodge County, Montana, U.S.A. IMILAC, 1822. Siderolite. Pi Wells of Imilac, Province of Atacama, Chili. Inca. LLANO DEL INCA INDARCH, 1891. Stone. Kea Indarch, near Gindorcha, District of Schus- cha, Transcaucasia, Russia. ALPHABETICAL LIST. 79 Independence County. JOE WRIGHT Independence. KENTON COUNTY INDIAN VALEY, 1887. Iron. Ha Indian Valley Tey asim Floyd County, Virginia, U.S A INDIO RICO, 1900. Stone. Ck Indio Rico, Province of Buenos Aires, Argentina, South America. Invercargill. MAKARIWA IQUIQUE, 1871. Iron. De Ten leagues east of Iquique, Province of Tarapaca, Chili. Trapuata. LA CHARCA IREDELL, 1898. Iron. H Six miles southwest of Iredell, Bosque County, Central Texas. Jacala. PACULA JACKSON COUNTY, 1846. Iron. Om Jackson County, Northwest Tennessee, U. 8. A. Jalisco. TOMATLAN Jamaica, LUCKY HILL JAMESTOWN, 1885. Iron. Of Twenty miles southeast of Jamestown, Stutsman County, North Dakota. JAMKHEIR, 1866. Stone. Ahmednuggur, Bombay Presidency, India. Jamyschewa. PAVLODAR Janacera-Pass. VACA MUERTA Jasly. BIALYSTOCK JELICA, 1899. Stone. Am Near Jezevica, District of Cacak, Jelica Mountains, Servia. JENNY’S CREEK, 1883. Iron. Og Old Fork of Jenny’ s Creek, Wayne County, West Virginia, U. 8. A. JEROME, 1894. Stone. Cck Fifteen miles east of Jerome, ne - Hill River, Gove County, Kansas, U.S.A JEWEL HILL, 1854. Iron. Of Jewel Hill, Madison County, North Carolina, U.S.A. KAABA, 1683 Stone. (Uncertain) In Sanctuary of the Kaaba, Mecca, Arabia. Kaande. OESEL K Iron Creek. VICTORIA Irtysch. PAVLODAR Irvin-Ainsa Iron. TUCSON Isle de France. MAURITIUS ITAPICURU-MIRIM, 1879 Stone. Ce Itapicuru-mirim, Province of Maranhao, Brazil. IVANPAH, 1880. Iron _ Om Ivanpah, San Bernardino County, California, U.S.A Iwate, 1880 TOKE-UCHI-MURA Ixtlahuaca. TOLUCA JHUNG, 1873. Stone. Ce Jhung, Punjaub States, India. Jigalowka. KHARKOW Jimenez. CHUPADEROS Jodzie. YODZE JOEL’S IRON, 1858. Iron. Om Desert of Atacama, Chili. JOE WRIGHT, 1884. Iron. Om Seven miles east of oe piadepondeuce County, Arkansas, U. S. Johanngeorgenstadt. STEINBACH JONESBORO, 1891. Iron. Of Jonesboro, Washington County, Tennessee, U.S. A. JONZAC, 1819. Stone. u Département de la Charente In- Jonzac, ferieure, France. JUDESEGERI, 1876. Stone. Ce Judesegeri, District of Tumkur, State of Mysore, India. JUNCAL, 1866. Iron. Om Juneal, Desert of Atacama, Chili. JUVINAS, 1821. Stone. Eu Juvinas, near Libonnez, Département de VArdeche, France. KABA, 1857. Stone. Kaba, southwest of Debreczin, North Bibarer Comitat, Hungary. 80 WARD-COONLEY COLLECTION OF METEORITES. Kadonah. AGRA KAEE, 1838. Stone. Ce Kaee, District of Hardoi, Province of Oudh, India. KAHANGARAT, 1890. Stone. Kahangarai, near Tirupatur, District of Salem, Madras Presidency, India. KAKOWA, 1858. Stone. Cea. Kakowa, northwest of Orawitza, Kraschower Comitat, Hungary. KALUMBI, 1879. Stone. Cwa Kalumbi, District of Saltara, India. Kansada. NESS COUNTY KARAKOL, 1840. Stone. Cw Karakol, District of Ajagus. Kirghiz Steppe, Central Asia. Karand. VERAMIN KENDALL COUNTY, 1887. Iron. Hb Kendall County, Central Texas, U. 8. A. KENTON COUNTY, 1889. Iron. Om Eight miles south of Independence, Ixenton County, Kentucky, U.S. A. KERILIS, 1874. Stone. Cga Kerilis, Département des Cotes-du- Nord, France. KERNOUVE, 1869. Stone. Cka Kernouvé, near Cléguérec, Département de Morbihan, France. KESEN, 1850. Stone. Ceb Grove of Buddhist Temple of Choyenji, Village of Kesen, Province of Hondo, Japan. KHAIRPUR, 1873. Stone. Ck Khairpur, near Sutlej River, State of Bhawalpur, India KHARKOW, 1787. Stone. Cwa Jigalowka, near Kharkow, seven miles from Bobrik, Government of Charkow, Russia. KHERAGUR, 1860. Stone. Ce Kheragur, twenty-eight miles from Bhurt- poor, Northwestern Provinces, India. KHETREE, 1867. Stone. Cgb Saonlod, near Khetree, Rajputanah, North- western Provinces, India. La Baffe. EPINAL LA BECASSE, 1879. Stone. Cw La Becasse, Commune de Dun le Poélier, Département de I|’Indre, France. La Bella Roca. BELLA ROCA LABOREL, 1871. Stone. Cib Laborel, Département de la Dréme, France. KIKINO, 1809. Stone. Cwa Kikino, District of Wjasemsk, Government of Smolensk, Russia. KILLETER, 1844. Stone. Cwa Killeter, County Tyrone, Ireland. Klausenburg. MOCS KISSIJ, 1899. Stone. Cs Near Tschuwaschskye Kissij, District of Tschistopol, Government of Kazan, Russia. KLEIN MENOW, 1862. Stone. Cek Klein Menow, Grand Duchy of Mecklenburg- Strelitz, Germany. KLEIN WENDEN, 1843. Stone. Ck Klein Wenden, near Nordhausen, Province of Saxony, Prussia. KNYAHINYA, 1866. Stone. Cg Knyahinya, near Nagy-Berezna, Unghvarer Comitat, Hungary. KODAIKANAL, 1898. Iron. Obk Palni Hills, Madura District, Madras Presi- dency, India. KOKOMO, 1862. Iron. De Seven miles southwest of Kokomo, Howard County, Indiana, U. 8. A. KOKSTAD, 1887. Iron. Om Kokstad, East Griqualand, Cape Colony, South Africa. Konia. ADALIA KRAHENBERG, 1869. Stone. Cho Krithenberg, near Zweibriicken, Rhenish Bavaria. Krakhut. BENARES Krasnojarsk. MEDWEDEWA KRASNOJ-UGOL, 1829. Stone. Ce Krasnoj-Ugol, District of Saposhok, Govern- ment of Rasan, Russia. Krawin. TABOR KULESCHOWKA, 1811. Stone. Cwa Kuleschowka, District of Romener, Govern- ment of Poltawa, Russia. KUSIALI, 1860. Stone. Cw Kusiali, District of Gurlwhal, Northwestern Provinces, India. -LA CAILLE, 1828. Iron. Om South of St. Auban, Département des Alpes Maritimes, France. LA CHARCA, 1878. Stone. Cc La Charca, near Irapuato, State of Guana- juato, Mexico. LA GRANGE, 1860. Iron. Of LaGrange, Oldham County, Kentucky, U.S.A. ALPHABETICAL LIST. 81 La Grange, 1878. L’AIGLE, 1803. Stone. Cib L’ Aigle and Vicinity, Département de l’Orne, BLUFF France. Lalitpur. IHARAOTA LANCE, 1872. Stone. Ke Lancé, Département de Loir-et Cher, France. LANCON, 1897. Stone. Cia Lancon, near Aix en Provence, Département des Bouches-du- Rhone, France. LA PRIMITIVA, 1888. Iron. Dp Salitre, Tarapaca Desert, forty miles west of Iquique, Chili. Lasdany. LIXNA LAUNTON, 1830. Stone. Launton, near Bicester, Oxfordshire, Eng- land. La Vivionnére. LE TEILLEUL Lea Iron. CLEVELAND Leland. WINNEBAGO COUNTY LENARTO, 1814. Iron. Om Near Bartfeld, Saroser District, Province of Galicia, Austria. LENORKA, 1902. Stone. Lenorka, Government of Poltava, Russia. LE PRESSOIR, 1845. Stone. Ce Le Pressoir, Commune of Louans, Départe- ment d’ Indre-et-Loir, France. Lerici. PULTUSX LES ORMES, 1857. Stone. Cw Les Ormes, near Joigny Département de VYonne, France. LESVES, 1896. Stone. Cw Lesves, Province of Namur, Belgium. LE TEILLEUL, 1545. Stone. La Vivionnére, Commune of Le Teilleul Département’ de la Manche, France. LEXINGTON COUNTY, 1880. Iron. Og Lexington County, South Carolina, U.S. A. LICK CREEK, 1879. Iron. H Lick Creek, Davidson County, North Caro- lina, U.S. A. LIME CREEK, 1834. Iron. Near Claiborne, Monroe County, Alabama, U. 8. A. LIMERICK, 1813. Stone. Cgb Adare and vicinity, County of Limerick, Treland. Lincoln County. PETERSBURG Linn County. MARION LINNVILLE, 1882. Iron. Db Linnville Mountain, Claiborne, Burke County North Carolina, U.S. A. LINUM, 1854. Stone. Cw Linum, near Fehrbellin, Province of Brand- enburg, Prussia. LION RIVER, 1853. Iron. Of Near Bethany, Great Namaqua Land, South Africa. Lippe. BARNTRUP LISSA, 1808. Stone. Cwb Lissa, District of Bunzlau, Bohemia. LITTLE PINEY, 1839. Stone. Ce Pine Bluff on Gasconade River, ten miles southwest of Little Piney Pulaski County, Missouri, U.S. A LIXNA, 1820. Stone. Cga Lasdany, near Lixna, Province of Courland, Russia. Ljunby. LUNDSGARD LLANO DEL INCA. Siderolite. M Llano del Inca Desert of Atacama, Chili. Lockport. CAMBRIA LOCUST GROVE, 1857. Iron. Ds Locust Grove, Henry County, Georgia, U. S.A LODHRAN, 1868. Siderolite. Lo Twelve miles east of Lodhran, Mooltan, Punjaub States, India. LONACONING, 1888. Iron Og Twelve miles south of Lonaconing, Alle- gany County, Western Maryland, U. S. A. LONG ISLAND, 1891. Stone. Cia Three miles west of Long Island, Phillips County, Kansas, U. 8. LOSTTOWN, 1868. Iron. Om Two miles southwest of Losttown, Cherokee County, Georgia, U. 8. A. Louans. LE PRESSOIR Louisa County. STAUNTON LUCE, 1768. Stone. Cwa Lucé en Maine, Département de la Sarthe, France. LUCKY HILL, 1885. Iron. Om Lucky Hill, St. Elizabeth, Jamaica, West Indies. LUIS LOPEZ, 1896. Iron. Om Five miles southwest of Socorro, Socorro County, New Mexico, U.S. A. 82 WARD-COONLEY COLLECTION OF METEORITES. LUJAN. Prehistoric. Siderolite. M Near Villa Lujan Province of Buenos Aires, Argentina, South America. LUMPKIN, 1869. Stone. Cek Twelve miles southwest of Lumpkin, Stewart County, Georgia, U. S. A. LUNDSGARD, 1889. Stone. Cw Lundsgird, Parish of Ljungby, Lan of Malmohus, Sweden. MACAO, 1836. Stone. Cia Macao, north of River Assu, Province of Rio Grande, North Brazil. MONTE MILONE MAC KINNEY, 1870. Stone. Cs Hight miles southwest of MacKinney, Collin County, Texas, U. 8. A. MACQUAIRE RIVER, 1857. Siderolite. M Macquaire River, New South Wales, Au- Macerata. stralia. MADOC, 1854. Iron. Of Madoc Township, Hastings County, Ontario Canada. MADRID, 1896. Stone. Cwa Madrid, Province of Madrid, Spain. MAEME, 1886. Stone. Cia Maeme, Hislugari, Province of Satsuma, Japan. MAGURA, 1840. Iron. Og Magura, Comitat Arva, Hungary. MAINZ, 1852. Stone. Cia Near Mainz, Grand Duchy of Hesse, Ger- many. MAKARIWA, 1879. Stone. Cgb Makariwa, near Invercargill, New Zealand. MANBHOOM, 1863. Stone. Am Manbhoom, Bengal Presidency, India. MANEGAUM, 1843. Stone. Chl Manegaum, District of Khandeish, India. - Mani. TOLUCA MANTOS BLANCOS, 1876. Iron. Of Mount Hicks, Desert of Atacama. MARION, 1847. Stone. Cwa Nine milles from Marion, Linn County, Towa, U.S. A. MARJALAHTI, 1902. Siderolite. Pi Marjalahti Bay, Ladoga Lake, Finland Russia. Marmaros. BORKUT LUOTOLAKS, 1813. Stone. Ho Luotolaks, near Frederikshavn, Govern- ment of Viborg, Finland, Russia. LUPONNAS, 1753. Stone. Cib Luponnas, sixteen miles from Ponte de Vevle, Département de l’Aine, France. LUTSCHAUNIG, 1860. Stone. Cg Lutschaunig, Desert of Atacama, Chili. MARSHALL COUNTY, 1860. Iron. Om Marshall County, Kentucky, U. 8. A. MART, 1898. Iron. Off Mart, McLennan County, Central Texas, U.S. A. MASCOMBES, 1835. Stone. Cw Mascombes, Département de la Correze, France MASSING, 1803. Stone. Ho Massing, Landgericht Eggenfeld, Bavaria. MATATIELA, 1885. Iron. Om Fifteen leagues west northwest from Kokstad, East Griqualand, South Africa. MAUERKIRCHEN, 1768. Stone. Cw Near Mauerkirchen, Upper Austria. MAURITIUS, 1802. Stone. Cho Isle aux Tonnelliers, northwestern Coast of Island of Mauritius, Indian Ocean. Maverick County. FORT DUNCAN MAZAPIL, 1885. Iron. Om Rancheria de Concepcion, eight miles east of Mazapil, State of Zacatecas. Mexico. Mecca KAABA MEDWEDEWA, 1749 Siderolite. Pk Medwedewa (Krasnojarsk), Government of Jeniseisk, Central Siberia. MEERUT, 1860. Stone. Meerut, Northwestern Provinces, India. MEJILLONES, 1874. Siderolite. g Near Mejillones, Province of Atacama, Chili. MERCEDITAS, 1884. Iron. m. Ten leagues east of Chanaral, Northern Chili MERN, 1878. Stone. Cc Mern, four miles south of Praesto, Denmark. MEUSELBACH, 1897. Stone. Ceka Meuselbach, Amt. Gehren, Principality of Schwartzburg Rudolstadt, German Em- pire. WILLAMETTE METEORITE. BACUBIRITO METEORITE. STATE OF SINALOA, MENICO. PARTIZY EMANATED. a ng. feet. UNEQUAL WEATHERING OF MASS. Described Proceedings of the Rochester Academy of Science, June 24, 1902, by Henry A. Warp, 620 Diviston Sv., Cuicaco, ILv. Mr. Ward seeks to increase his large Collection of Meteorites by purchase or by exchange. For the fatter he has many duplicates. ATIVNIA ALIMOULYIN AHL ‘ALINOWLAN OWINISAQOVE WILLAMETTE METEORITE. WILLAME OREGON, U. S. A. End view of meteorite. Fic. 1, Side view, showing hole piercing the base. Fic. 2. End view, showing eroded holes and furrows. Fic. 2. South end view, meteorite capsized. Fic. 1. Full view, lower side of meteorite. Full view, lower side of meteorite. Described Proceedings of the Rochester Academy of Science, March 14, 1904, By Henry A. Warp, 620 Division STREET, CH¢LCaAco, ILL. ALPHABETICAL LIST. 83 MEXICO, 1859. Stone. Cgb Mexico, Province of Pampanga, Island of Luzon, Philippine Archipelago. MEZO-MADARAS, 1852. Stone. Cgb Near Mezo-Madaras, Province of Transyl- vania, Austria. SAN FRANCISCO DE MEZQUITAL MHOW, 1827. Stone. Ci Mhow, District of Azamgarh, Northwestern Provinces, India. MIDDLESBOROUGH, 1881. Stone. Cw Pennyman’s Siding, near Middlesborough, County of York, England. Midt Vaage. TYSNES MIGHEI, 1889. Stone. Kk Mighei, District of Elisabethgrad, Govern- ment of Kherson, South Russia. Mezquital. Mikenskoi. GROSSNAJA MILENA, 1842. Stone. Cw Pusinsko Selo, Warasdiner, Comitat, Croatia, Austria. MINAS GERAES, 1888. Stone. Cwa Province of Minas Geraes, Brazil. MINCY, 1860. Siderolite. M Mincy, Taney County, Missouri, U. 8. A. MISSHOF, 1890. Stone. Ce Manor of Misshof, eight miles west-south- west of Baldohn, Province of Kurland, Baltic Provinces, Russia. MISTECA, 1804. Iron. Om (Yanhuitlan) State of Oaxaca, Mexico. MOCS, 1882. Stone. Cwa Mocs and vicinity, Province of Transyl- vania, Austria. MOCTEZUMA, 1899. Iron. Om Moctezuma, State of Sonora, Mexico. MOLINA, 1858. Stone. Cgb Molina, Province of Murcia, Spain. MONROE, 1849. Stone. Cga Cabarras County, eighteen miles south of Monroe, Union County, North Carolina, U.S.A Montargis. . CHATEAU RENARD Montauban. ORGUEIL MONTE MILONE, 1846. Stone. Cwb Ten miles from Macerata, Province of Rome, Italy. MONTLIVAULT, 1838. Stone. Cw Département de Loir-et-cher, France. Montrejean. AUSSON MOONBI, 1892. Iron. of Near Tamworth, New South Wales, Austra lia. MOORADABAD, 1808. Stone. Cw Mooradabad, Northwest Provinces, India. MOORANOPPIN, 1893. Iron. Ogg Fifty miles west of Coolgardie, Lansdown County, West Australia. MOORESFORT, 1810. Stone. Ceb Mooresfort, County of Tipperary, Ireland Maranhao. ITAPICURU-MIRIM MORDVINOVEA, 1826. Stone. Cw Mordvinovka, thirty miles southeast of Pavlograd, Government of Ekaterinos- law, Southern Russia. Morelos. AMATES MORITO, 1600. Iron. Om El Morito, near Hacienda of San Gregorio, Valle de Allende, State of Chihuahua, Mexico. MORNANS, 1875. Stone. Cga Mornans, Département de la Drome, France. MORRADAL, 1892. Iron. Db Morradal, near Grjotlien, Skiaker District, Norway. MORRISTOWN, 1887. Siderolite. Mg Hamblen County, Tennessee, U. S. A. MOTEEKA NUGLA,1868. Stone. Ck Biana District, State of Bhurtpur, Rajputana States, India. MOTTA DI CONTI, 1868. Stone. Ce Motta di Conti, District of Sasale, Piedmont, Italy. MOUNT BROWNE, 1902. Stone. Ce Mount Browne, Evelyn County, New South Wales, Australia. MOUNT DYRRING, 1903. Siderolite. Pk Mount Dyrring, eight miles north of Bridg- man, Singleton District, New South Wales, Australia. Mount Hicks. MANTOS BLANCOS MOUNT JOY, 1887. Iron. Ogg Five miles southeast of Canyee ne Adams County, Pennsylvania, U. 8. Mount Ouray. UTE PASS MOUNT STIRLING, 1892 Iron. g Mount Stirling, sixty miles east of York, West Australia. MOUNT VERNON, 1868. Siderolite. Pk Mount Vernon, Christian County, Kentucky, U.S. A. MOUNT ZOMBA, 1899. Stone. Cwa Zomba, Nyzssa Land, British South Africa. Muchachos. TUCSON 84 WARD-COONLEY COLLECTION OF METEORITES. MUDDOOR, 1865. Stone. Ce Near Annay Doddi, State of Mysore, Madras Presidency, India. MUHLAU, 1877. Stone. Ce Near Innsbruck, Tyrol, Austria. MUKEROP, 1899. Iron. Off Near Bethany, District of Gibeon, Great Namaqua Land, Southwest Africa. MUNGINDI, 1897. Iron. Off Mungindi, Southern Queensland, Australia. NAGERIA, 1875. Stone. District of Agra, Northwestern Provinces, India. NAGY-BOROVE, 1895. Stone. Cg Nagy-Borove, Liptauer Comitat, Hungary. Nagy-Divina. GROSS-DIVINA NAGY-VAZSONY, 1890. Iron. Om Near Vorés-Bereny, Veszprimer Comitat, Western Hungary. NAMMIANTHAL, 1886. Stone. Cea Nammianthal, District of South Arcot, Madras Presidency, India Namur. LESVES NANJEMOY, 1825. Stone. Ce Nanjemoy, Charles County, U. 8. A. NARRABURRA CREEK, 1854. Iron. Ogg Twelve miles east of Temora, New South Wales, Australia. Nash County. NAWAPALI, 1890. Stone K Nawapali, Sambhalpur District, Central Provinces, India. Nebraska. FORT PIERRE NEDAGOLLA, 1870 Iron. Dn Nedagolla, near Parvatipur, Vizagapatam District, Madras Presidency, India. NEJED, 1863. Iron. Om Wadee Banee Khaled, District of Nejed. Central Arabia. CASTALIA NELLORE, 1852. Stone. Ce Yatoor, near Nellore, Madras, India. NELSON COUNTY, 1860. Iron. Ogg Nelson County, Kentucky, U.S. A. NENNTMANNSDORF, 1872. Iron. Nen~tmannsdorf, eleven miles southeast of Pirna, Saxony. NERFT, 1864. Stone. Cia Province of Kurland, Baltic Provinces, Russia Murcia, 1858. MOLINA Murcia, 1870. CABEZZO DE MAYO MURFREESBORO, 1847. Iron. Om Murfreesboro, Rutherford County, Central Tennessee, Geek MURPHY, 1839. Iron. H Murphy, Cherokee County, North Carolina, U.S.A. Muskingum County. NEW CONCORD NESS COUNTY, 1893. Stone. Cib Kansada, Franklinville, Wellmansville, and other localities in Ness County Kansas, U.S. A. Netschaevo. TULA Newberry. RUFF’S MOUNTAIN NEW CONCORD, 1860. Stone. Cia New Concord and vicinity, Guernsey County, Ohio, U. 8. A New Granada. RASGATA Newton. County. MINCY NGAWI, 1883. Stone. Cen Gentoeng and vicinity, Département of Negawi, Presidency of Madioen, Java. N’GOUREMA, 1900. Iron. Obzg M’Gourema, 20 miles north of Koakowin, Port of Jenneh on Island of Massina, Prov- ince of Massina, Upper Niger, Soudan, Africa. NIAGARA, 1879. Iron. Og Niagara, Grand Forks County, North Dakota, U.S.A. Nickolaew. BISCHTUBE NOBLEBOROUGH, 1823. Stone. Ho Near pooner, Lincoln County Maine, U.S8 NOCHTUISK, 1876. Iron. Og Nochtuisk Government of Yakutsk, Haat Siberia. NOCOLECHE, 1895. Iron. Om Near Wanaaring, forty miles northwest of Bourke, New South Wales. NOGOYA, 1879 Stone. K Between Nogoya and Concepcion, Province of Entre Rios, Argentine Republic. Nord Brabant. UDEN NOVO UREI, 1886. Stone. U Novo Urei, Government of Penza, Province of Kazan, Russia. NULLES, 1851. Stone Cgb Nulles and vicinity, northwest of Tarragona, Province of Spain. ALPHABETICAL LIST. 85 OAKLEY, 1895. Stone. Ck Fifteen miles southeast of Oakley, Logan County, U.S. A Oaxaca. MISTECA OBERNKIRCHEN, 1863. Iron. Of Near Biickeberg, Westphalia, Central Prussia. Ocatitlan. TOLUCA Ochansk TABORY OCZERETNA, 1871. Stone. Cga Oczeretna Lipowitz, Government of Kief, Southern Russia. Odessa. GROSS LIEBENTHAL OESEL, 1855. Stone. Cw Estate of Kaande, Island of Oesel, Province of Livonia, Baltic Province, Russia. O-FEHERTO, 1900. Stone. Cc O-Feherto, near Nyiregyhaza Comitat, Sza- boles, Hungary. OGI, 1730. Stone. Cw Temple of Fukachi, Ogi, Province of Hizen, Japan. OHABA, 1857. Stone. Cga Ohaba, near Veresegyhaza, Blasendorf Dis- trict, Siebenbtirgen, Hungary. OKNINY, 1834. Stone. Cgb Kremenetz Circle, Government of Volhynia, Russia. OKTIBBEHA. Prehistoric. Iron. Db Oktibbeha County, Mississippi, U. 8. A. PACULA, 1881. Stone. Cwb Three miles east of Pacula, District of Jacula, State of Hidalgo, Mexico. HAINHOLZ PALEZIEUX 1901. Stone. Cck Northwest of Chervettaz, near Palezieux, Canton of Lausanne, Switzerland. Paderborn. Pallas Iron. MEDWEDEWA PAMPANGA, 1859. Stone. Cg Province of Pampanga, Philippine Hitwes PAN DE AZUCAR, 1887. Iron. Og Attacama, Chili. Papasquiaro. BELLA ROCA PARNALLEE, 1857. Stone. Cga Parnallee, sixteen mils south of Madras Presidency, of Madras, India. O ORANGE RIVER, 1856. Iron. Om Garieb, Orange River, Southwest Africa. ORGUEIL, 1864. Stone. ik Near Montauban, Département Tarn et Garonne, France. ORNANS, 1868. Stone. Near Salins, Doubs, France. OROVILLE, 1893. Iron. Om Oroville, Bath County, Northern California, U.S. ORVINIO, 1872. Stone. Co Orvinio and vicinity, Province of Perugia, Italy. OSCURO MOUNTAINS, 1895. Iron. Og Oscuro Mountains, Socorro County, New Mexico, U.S. A. OSHIMA, 1886. Stone. Oshima Mura Tsa Gori, Province of Satsuma, West Coast of Japan Cco BURLINGTON Cho Otsego County. OTTAWA, 1896. Stone. Franklin County, Kansas, U. 8. A. Otumpa. CAMPO DEL CIELO Ouaregla. HANIEL EL-BENGUEL Oued Mequiden. HASSI JEKNA OVIEDO, 1856. Stone. Cw Oviedo, Province of Asturia, Spain. Oynchimura. YENSIGAHARA PAVLOWKA, 1882 Stone. ° District of Balaschew, Government of Sara towch, Russia. PAVLODAR, 1885. Siderolite. Pk Pavlodar, Jameschewa, Semipalatinsk, Gov- ernment of Tomsk, West Siberia. Pegu QUENGGOUK PERAMIHO, 1899. Stone. Eu Mission Station in Songea District, German West Africa. PERSIMMON CREEK, 1903. Iron. Om Persimmon Creek, Cherokee County, North Carolina, U. 8. PERTH, 1830. Stone. Cc North Inch, Scotland Perugia. ASSISI 86 WARD-COONLEY COLLECTION OF METEORITES. PETERSBURG, 1855. Stone. Ho Nee ooo Lincoln County, Tennessee, S.A. PETROPAVLOVSE, 1841. Iron. Om Patropavlovsk on Mrass River, Government of Akmolinsk, West Siberia. Phillips County. LONG ISLAND PHU LONG, 1887. Stone. Cea Phu Long, Canton of Binh Chanh, Cochin China. Pila. RANCHO DE LA PILA PILLISTFER, 1863. Stone. Ck Pillistfer, District of Fellin, Province of Courland, Western Russia. Pine Bluff. LITTLE PINEY PIPE CREEK, 1887. Stone Cka Near Pipe Creek, thirty-five miles southwest of San Antonio, Texas, U.S. A. PIQUETBERG, 1881. Stone. Cea Cape Colony, South Africa. PIRGUNJE, 1882. Stone. Cwa Dinagepur, Province of Bengal, India. Pirna. NENNTMANNSDORF PIRTHALLA, 1884. Stone. Ceb District of Hissar, Punjaub, India. PITTSBURG, 1850. Iron Oss Miller’s Run, Allegheny County, Pennsy!- vania, U. 8. A. PLOSCHKOWITZ 1723. Stone. Ceb Bunzlau, Bohemia. PLYMOUTH, 1893. Iron. “Om Plymouth, Marshall County, Eastern In- diana, U.S. A. QUEENSLAND, 1894. Iron. Og Uncertain locality, South Queensland, Aus- tralia. QUENGGOUK, 1857. Stone. Ce Quenggouk, Bassein District, Pegu. British Burmah. RAFRUTI, 1886. Iron. Dn Rafriiti, Emmenthal, Canton of Berne Switzerland. RAKOVEA, 1878. Stone. Ci Rakovka, Government of Tula, Russia. Ranchito. BACUBIRITO PNOMPEHN, 1868. Stone. Cw Pnompehn, Cambodia, French Indo-China. POHLITZ, 1819. Stone. Cwa Pohlitz, near Gera, Principality of Reuss- Gera, Prussia. Poitiers. VOUILLE POKHRA, 1866. Stone. Ck Pokhra, near Bustee. Northwest Provinces, India. PONTA GROSSA, 1846. Stone. Province of Parana, Brazil. (Doubtful iden- tity). Poplar Hill. CRANBERRY PLAINS Port Orford (doubtful). ROGUE RIVER Powder Mill Creek CRAB ORCHARD PRAIRIE DOG CREEK, 1893. Stone. Cck Prairie Dog Creek, Decatur County, Kansas, U.S. A. PRAMBANNAN, 1797. Iron. Off Prambanan, Socracarta Presidency, Central Java. Praskoles. ZEBRAK PRICETOWN, 1893. Stone. Cw Pricetown, Highland County, Ohio. PULSORA, 1863. Stone. Cib Near Rutlam, State of Indore, India. PULTUSK, 1868. Stone. Cgb Pultusk and vicinity, Poland, Russia. PUQUIOS, 1885. Iron. : Om Puquios, eight miles east of Copiapo, Chili. Pusinsko Selo. MILENA PUTNAM COUNTY, 1839. Iron. Of Putnam County, Georgia U.S. A. QUESA, 1898. Iron. Of Quesa, District of Enguera, Province of Valencia, Spain. QUINCAY, 1851. Stone Cgb Quincay, Département de la Vienne, France RANCHO DE LA PILA, 1804. Iron. Om Nine leagues East of Durango, State of Durango, Mexico. RANCHO DE LA PRESA, 1899. Stone. Rancho de la Presa, District of Zenapecuaro, State of Michoacan, Mexico. ALPHABETICAL LIST. 87 RASGATA, 1810. Iron. Ds Santa Rosa Province of Boyaca, Republic of Columbia, U S. A RED RIVER, 1808. Iron. Om Cross Timbers, Head Waters of Red River, Texas, U.S. A. REED CITY, 1895. Iron. Om ee Osceola County Michigan, U. 8. A. RENAZZO, 1824. Stone. Cs Renazzo, near Cento, Province of Ferrara, Italy. RHINE VALLEY, 1901. Iron. Om Rhine Villa, South Australia. RICHMOND, 1828. Stone. Cek Seven miles southwest of Richmond, Hen- rico County, Virginia, U. 5. A Rittersgriin. STEINBACH ROCHESTER, 1876. Stone Ce Near Rochester, Fulton County, Indiana, U.S.A. RODA, 1871. Stone. Ro Near Huesca, Province of Huesca, Spain SABETMAHET, 1885. Stone. Cc Eleven miles northwest of Balrampur, Gonda District, Province of Oudh India. SACRAMENTO MOUNTAINS, 1896. oie m Sacramento Mountains, Lincoln County, New Mexico U. 8. A SAINT CAPRAIS DE QUINSAC 1883 Stone. Ci Département de la Gironde, France. SAINT CHRISTOPHE-LA-CHARTREUSE, 1841. Stone. District of Roches France. Little known of this stone. SAINT DENNIS WESTREM, 1855. phone ca, Servieres, Vendee, Near Ghent, Flanders, Belgium. SAINT FRANCOIS COUNTY, 1863. Iron. Og Saint Francois County, Southeastern Mis- souri, U. 8. A SAINT GENEVIEVE, 1888. Iron. Of Saint Genevieve County, Southeastern Mis- souri, U. 8. A. SALINE, 1898. Stone. Cek Saline Township, Sheridan County, Kansas, U.S. A. Salitra. LA PRIMITIVA SALLES, 1798. Stone. Cia Salles, near Lyons, Département du Rhone, France. RODEO, 1850. Iron. Om Rodeo, seventy miles north of Durango, State of Durango, Mexico. ROEBOURNE, 1892. Iron Om Roebourne, Northwest Australia. Rokicky. BRAHIN Roquefort. BARBOTAN ROSARIO, 1897. Iron. Og Rosario. Northern Honduras. ROWTON, 1876. Iron. Om Seven miles north of the Wrekin, Welling- ton, Shropshire, England. RUFF’S MOUNTAIN, 1844. Iron. Om Ruff’s Mountain, Lexington County, South Carolina, U. 8. A RUSHVILLE, 1866. Stone. g Five miles south of Brockville, Franklin County, Indiana, U. 8. A. RUSSEL GULCH, 1863. Iron. Of Russel Gulch, Gilpin County, Colorado. Rutherford County. COLFAX Saltillo. COAHUILA SALT LAKE CITY, 1869. Stone. Cgb Between Salt Lake City and Echo, Utah, U. 8. A. SALT RIVER, 1850. Iron. Off Twenty miles south of Louisville, Bullit County, Kentucky, U. 8. A SAN ANGELO, 1897. Iron. Om San Angelo, Tom Green County, Central Texas, U. S. A. Sanchez Estate. COAHUILA SAN CHRISTOBAL, 1896. Iron. Dl San Christobal, Province of Atacama, Chili. SAN EMIGDIO, 1887. Stone. Ce San Emigdio Range, Bernardino County, California, U. 8. A. vee DEL MEZQUITAL, 1868. Ds (Mezquital) State of Durango, Mexico. San Gregorio. MORITO SAN PEDRO SPRINGS, 1887. Stone. Cw San Pedro Springs, near San Antonio, Bexar County, Texas, U.S. A. SANTA APOLONTA, 1872. Iron. State of Tlaxcala, Mexico. Santa Catharina (Terrestrial). MORO DI RICCIO Santa Rosa. COAHUILA 88 WARD-COONLEY COLLECTION OF METEORITES. TOCAVITA Santiago del Estero. CAMPO DEL CIELO SAO JULIAO DE MOREIRA, 1883. Iron. gg Near Ponte de Lima, Province of Minho, Santa Rosa. Portugal. Sarbanovac. SOKO BANJA SAREPTA, 1854. Iron. Og Thirty miles north of Sarepta, Government of Saratov, Eastern Russia. Saskatschewan. VICTORIA Satsuma. YENSHIGAHARA SAUGUIS, 1868. Stone. Cwa Sauguis-Saint-Etienne, Département des Basses Pyrenees, France. Saurette. APT SAWTSCHENSKOJE, 1894. Stone. Cek Sawtschenskoje, District of Tiraspol, Govern- ment of Cherson, Russia. Scheikahr-Stattan. BUSCHHOF SCHELLIN, 1715. Stone. Cia Schellin, near Stargard, Province of Pomer- ania, Prussia. SCHOLAKOV, 1814. Stone. Cwa Scholakov, Government of Ekaterinoslaw, Russia. SCHONENBERG, 1846. Stone. Cwa Schoénenberg, near Pfaffenhausen, Suabia. Schuscha INDARCH SCHWETZ, 1850. Iron. Om Near Culm, Eastern Prussia. SCOTTSVILLE, 1867. Iron. H Near Scottsville, Allen County, Kentucky U_S.A. SEARSMONT, 1871. Stone. Ce Searsmont, Waldo County, Maine, U.S. A. SEELASGEN, 1847. Iron. Ogg Seelasgen, Province of Brandenburg, Central Prussia. SEGOWLEE, 1853. Stone. Ck Fourteen miles east of Bettiah, District of Chumparun, State of Bengal, India. Semipalatinsk. PAWLODAR SENA, 1773. Stone. Cgb Sena, District of Sigena, Aragon, Spain. SENECA FALLS, 1850. Iron. Om Seneca Falls, near Waterloo, Seneca County, New York, U. S. A Seneca River. SENECA FALLS SENEGAL 1716. Iron. Ds Bambuk, Upper Senegal, West Africa. SENHADJA, 1865. Stone. Cwa Senhadja, near Aumale, Province of Alger, Algeria, South Africa. SERES, 1818. Stone. Cg Seres, Province of Macedonia, Turkey. SERRANIA DE VARAS, 1875. Iron. Of Varas, Desert of Atacama, Chili. SEVILLA, 1862. Stone. Cho Sevilla, Province of Sevilla, Spain. SEVRUKOVO, 1874. Stone. Cs Sevrukovo, District of Belgorod, Govern- ment of Kursh, Central Russia. SHALKA, 1850. Stone. Chl Shalka, near Bishunpur, District of Ban- koora, Province of Bengal, India. SHERGOTTY, 1865. Stone. She Umijhiawar, Shergotty District, Province of Bengal, India. ° SHINGLE SPRINGS, 1869. Iron Dsh Shingle Springs, El Dorado County, Cali- fornia, U.S A. SHYTAL, 1863. Stone. Cib Shytal, Madhurpur Jungles, Province of Bengal, India. SIENA, 1794. Stone. Ch Campagna Sanese, near Siena, Province of Tuscany, Italy. SIERRA BLANCA, 1874. Iron. Og Near Huejuquilla, Canton of Jimenez, State of Chihuahua, Mexico. Sierra de Chaco. VACA MUERTA Sierra de Deesa, 1865. COPIAPO Sigena. SENA Signet Iron. CARLETON-TUCSON Sikkensaare. TENNASSILM SILVER CROWN, 1887. Iron. Og Twenty-one miles west of Cheyenne, Lara- mie County, U. 8. A Simbirsk, 1818. SLOBODKA SINDHRI, 1901. Stone. Ce Khipro Jaluka, District of Ihar and Parker, Bombay, India. Siratik. SENEGAL SKI, 1848. Stone. Cwa Ski. near Krogstat, Amt Akershuus, Nor- way. SLAVETIC, 1868. Stone. Cgb Between Agram and Jaska, Croatia, Austria. SLOBODKA, 1818. Stone. Ce Slobodka, District of Juchnow, Government of Smolensk, Russia. SMITHLAND, 1839. Iron. Db Smithland, Livingston County, Western Kentucky, U. 8. A. SMITH’S MOUNTAIN, 1863. Iron. Of Near Madison, Rockingham County, North Carolina, U S. A. ALPHABETICAL LIST. 89 SMITHVILLE, 1840. Iron. Og (Cary Fort) DeKalb County, Tennessee, U.S. A. Smoky Hill River. PRAIRIE DOG CREEK SOKO BANJA, 1877. Stone. Ce Banja and vicinity, near Alexinac, Kingdom of Servia. SONE MURA, 1866. Stone. Sone Mura, Province of Yamba, Japan. Springbok River. GREAT FISH RIVER SSYROMOLOTOW, 1873. Iron. Om Angara, Government of Yeneseisk, Eastern Siberia. Staartje. UDEN STALLDALEN, 1876. Stone. Ceb Stalldalen, near Kopparberget, Liin of Ore- bro, Sweden. STANNERN, 1808. Stone u Stannern and vicinity, District of Iglau, Moravia, Austria. TABARZ, 1854. Iron. 2 Foot of the Inselberg Saxe-Gotha, Thuringen, Prussia TABOR, 1753. Stone. Ceb Tabor, District of Bechin, Bohemia. TABORY, 1877. Stone. Ceb Tabory and vicinity, District of Ochansk, Government of Perm, East Russia. TADJERA, 1867. Stone. Ct Plains of Tajera, ten miles northwest of Setif. Province of Constantine, Algeria, Africa. TAJGHA, 1891. Iron. Om Tajgha, near Krasnojarsk, Government of Jeniseisk, Siberia. Taney County. MINCY TANOGAMI, 1880. Iron. Om Mount Tanogami, Kurifoto District, Prov- ince of Omi, Japan. TAZEWELL, 1853. Iron. Off Ten miles west of Tazewell, ClaiborneCounty, East Tennessee, U.S. A. Temora. NARRABURRA CREEK TENNASSILM, 1872. Stone. Cea Farm of Sikkensarre, District of Jerwen, Province of Esthland, Baltic Provinces, Russia. TENNANT’S IRON, 1784. g Collection of Agricultural College near Moscow, Russia. TEPOSCOLULA, 1804. Iron. Of (Yanhuitlan) State of Oaxaca, Mexico. Terek. GROSNAJA STAUNTON, 1858. Iron. ; Om Staunton, Augusta County, Virginia, U.S. A. STAVROPOL, 1857. Stone. . Ck Petrovsk, near Stavropol, Causassia, Russia. STEINBACH, 1724. Siderolite. Si Rittersgriin, Saxony, and Breitenbach, Bo- hemia. SUMMIT, 1870. Iron. Ha Near Summit, Blount County, Alabama, U.S. A. SUPUHEE, 1865. Stone. Cgb Near Supuhee, District of Goruckpur, Northwestern Provinces, India. Surakarta. PRAMBRANAN SURPRISE SPRINGS 1899. Iron. Om Surprise Springs, near San Bernardino County California, U. 8. A. ‘ Szadany. ZSADANY TEOCALTICHE, 1903. Iron. Canton of Teocaltiche, State of Jalisco, Mexico. TERNERA, 1891. Iron. De Sierra de Ternera, Atacama Chili. Terni. COLLESCIPOLI THUNDA, 1886. Iron. Om Windorah, Diamantina District, Queensland, Australia. THURLOW, 1895. Iron. of Thurlow, Hastings County, Canada. TIESCHITZ, 1878. Stone. Ce Near Tieschitz, District of Prerau, Province of Moravia, Austria. TIMOCHIN, 1807. Stone. ¢ District of Juchnow, Government of’ Smo- lensk, Central Russia. Tipperary 1810. MOORESFORT TJABE, 1869. Stone. Ck District of Pandangan, Residency of Rem- bang, Java. TLACOTEPEC, 1903. Iron. oO Tlacotepec, District of Tecamachaleo, State of Pueblo, Mexico. Tocavita. SANTA ROSA TOKE UCHI MURA, 1880. Stone. Ck Yofugori, Tamba, Japan. TOLUCA, 1784. Iron. Om Niquipilco, Mani, Ixtlahuaca, Ocotlan, Valley of Toluca, State of Mexico, Mexico. TOMATLAN, 1879. Stone. Ce Hacienda d’El Gargantillo, eight miles north- west of Tomatlan State of Jalisco, Mexico. 90 WARD-COONLEY COLLECTION OF METEORITES. TOMHANNOCK, 1863. TONGANOXIE, 1886. TOUBIL, 1891. TOULOUSE, 1812. Stone. Cgb Tomhannock Creek, Rensselaer County, New York, U. 8. A Iron. Om Tonganoxie, Leavenworth County, Kansas, U.S.A. Iron. Om Two hundred and fifty miles north of Krasnojarsk, District of Atchinsk, Gov- ernment of Jeniseisk, Siberia. Stone. Cia Toulouse and vicinity, Canton of Grenade, Département de la Haute Garonne, France. TOUNKIN, 1824. Stone. Fortress of Tounkin, two hundred andl TOURINNES-LA-GROSSE, 1863. UDEN, 1840. sixteen verst west southwest of Irkutsk, Siberia. Stone. Cw Tourinnes-la-Grosse, near Louvain, Belgium. Stone. Cwb Staartje, near Voelkel, District of Uden, Province of North Brabant, Holland. UDIPI, 1866. Stone. Cga Udipi, District of Canara, Malapar Const. Southern India. UMBALLA, 1822. Stone. Cga Forty miles west of Umballa, Punjaub States, India. VACA MUERTA, 1861. Siderolite. Mg VAGO, 1668. VAVILOVEA, 1876. Llano de Vaca Muerta, Desert of Atacama, Chili. Stone. Ci Vago, near Caldiero, east of Verona, Italy. Stone. Ro Vavilovka, Government of Cherson, South- ern Russia. VERAMIN, 1880. Siderolite. M Plain of Veramin, twelve ‘miles east of Teheran, Persia. VERNON COUNTY, 1865. Stone. Cka Vernon County, Wisconsin, U. S. A WACONDA, 1873. Stone. Ceb Ww Two miles from Waconda, Mitchell County. Kansas. adee Banee Khaled. NEJED WAIRARAPA, 1864. Stone. Cc Five miles from Turanaki, Province of Wellington, New Zealand. TRAVIS COUNTY, 1889. Stone. Cs Travis County, Central Texas, U. 8. A. TRENTON, 1858. Iron. Om Trenton, Washington County, Wisconsin. TRENZANO, 1856. Stone. Cea Ten miles west-southwest of Brescia, Prov- ince of Brescia, Italy. Tschistopol. KISSIJ TUCSON, 1851. Iron. Dm Muchachos, Ainsa-Signet mass., Carleton- Tucson mass. State of Sonora, Mexico. Later renee to Tucson, Arizona, U.S. Tucuman. CAMPO DEL CIELO TULA, 1846. Iron. Obn Netschaevo, Government of Tula, Central Russia. TYSNES, 1884. Stone. Cgb Estate of Midtvaage, Island of Tysnes, Hardanger Fjord, Amt Gergenhus, Nor- way. UNION COUNTY, 1853. Iron. Ogg Union County, ‘Northern Bente, U.S. id UTE PASS, 1894. Iron. Ogg Ute Pass, Summit County, Colorado, U. 8. - UTRECHT, 1843. Stone. Cea Blaauw Capel, near Utrecht, Province of Utrecht, Holland. VICTORIA, 1871. Iron. Om Saskatchewan on Iron Creek, northwest of Edmonton, British America. VICTORIA WEST, 1862. Iron. Ov Victoria West, Central Cape Colony, South Africa. VIRBA, 1874. Stone. Cwa Virba (Wirba), Widdin, Bulgaria. Vizigapatam. NEDAGOLLA VOUILLE, 1831. Stone. Cia Vouille, near Poitiers, Département de la Vienne, France. WALDRON’S RIDGE, 1887. Iron. Og Near Tazewell, Claiborne County, Ten- nessee, U. 8. A. WALKER COUNTY, 1832. Iron. Walker County, Northwestern Alabama, U.S.A ALPHABETICAL LIST. 91 WARRENTON, 1877. Stone. Cco Five miles from Warrenton, Warren County, Missouri, U.S. A Washington. FARMINGTON WEAVER, 1898. Iron. H Weaver Mountain, near Wickenburg, Mari- posa County, Arizona, U. 8. A. WELLAND, 1888. Iron. Om Welland, Welland County, Ontario, Canada. WERCHNE DNIEPROWSE, 1876. Iron. Off Werchne Dnieprowsk, Government of Ekater- inoslow, Russia. WERCHNE TSCHIRSKAJA, 1843, Stone. Cca Province of the Don Cossacks, South Rus- sia. WERCHNE UDINSK, 1854. Iron. Om Transbaikalia, Central Siberia WESSELY, 1831. Stone. Cga Estate of Wessely, near Znorow, District of Moravia, Austria. XNiquipilco. TOLUCA YANHUITLAN, 1804. Iron. of Yanhuitlan, twelve miles northwest of Teposcolula, State of Oaxaca, Mexico. YARDEA STATION, 1875. Iron. Om Four miles south of Yardea Station, Gawler Range, South Australia. YATOOR, 1852. Stone. Ce Yatoor, near Nellore, Presidency of Madras, India. YODZE, 1877. Stone. Hob Yodze, near Ponevej, Government of Kovno, Baltic Russia. ZABORZIKA, 1818. Stone. Cwa Zaborizka, near River Slutsch, south of Nograd-Volhynsk, Government of Vol- hynia, West Russia. ZABRODJE, 1893. Stone. Cia Zabrodje, Government of Wilna, Baltic Rus- sia. ZACATECAS, 1792. Iron Obz A few miles southwest of Zacatecas, State of Zacatecas, Mexico. HOMESTEAD Ceb Fairfield County, West Liberty. WESTON, 1807 Stone. Weston and_ vicinity, Connecticut, U. S. A. White Sulphur Springs. GREENBRIER COUNTY. WICHITA, 1836. Iron. Og Wichita County, Northern Texas, U. 8. A. Windorah. THUNDA WILLAMETTE, 1902. Iron. Om Near Willamette, Clackamas County, North- ern Oregon, U. 8. A. WITMESS, 1785. Stone. Ce Forest of Witmess, six miles southwest of Eichstidt, Province of Mittel Franken, Bavaria. WOLD COTTAGE, 1795. Stone. Cwa Wold Cottage, County of York, England. WOOSTER, 1858. Iron. Om Wooster, Wayne County, Ohio. YOKOHIMA. | Siderolite (doubtful). Yokohima, Hiokomo, Japan. YONATSU, 1836. Stone. Bay of Tominaga, District of Kambara, Province of Echigo, North Japan. Yorktown. TOMHANNOCK CREEK YOUNDEGIN, 1884. Iron. Og Penkarring 'Rock, seventy miles east of York, West Australia. ZAVID, 1897. Stone Cia Zavid and vicinity, near Rozanj, District of Zwornik, Province of Bosnia, Austria. ZEBRAK, 1824. Stone. Ce Zebrak, near Horowic, District of Beraun, Bohemia. ZMENJ, 1858. Stone. Ho Zmenj, near Stolin, Government of Minsk, Russia. ZSADANY, 1875. Stone. Ce Zsadany and vicinity, Temesvar Comitat, Hungary. 92 WARD-COONLEY COLLECTION OF METEORITES. V. GEOGRAPHICAL DISTRIBUTION OF ALL KNOWN METEORITES, ACCORDING TO COUNTRIES. BRITISH AMERICA AND CANADA Beaver Creek De Cewsville Madoc Thurlow Victoria Welland UNITED STATES Abert Iron Admire Algoma Allegan Andover Arlington Ashville Auburn Babbs Mill Bald Eagle Bath Bath Furnace Bear Creek Bethlehem Bishopville Black Mountain Bluff Brenham Bridgewater Burlington Butler Cabin Creek Cambria Canyon City Canon Diablo Canton Cape Girardeau Carlton Carthage Casey County Castalia Castine Central Missouri Charlotte Chesterville *S s I I I I I Sid m HHH DDH HA DR HHA DQDHRADMNDRAHHHHRODOY NORTH AMERICA. Chilcat Chulafinee 1893 Cincinnati 1887 Cleveland 1854 Colfax 1888 Coopertown 1871 Cosby’s Creek 1888 Costilla Peak Crab Orchard Cranberry Plains Cross Roads 1902 | Cynthiana 1887 Dakota 1899 Dalton 1889 Danville 1894 Deal 1839 Deep Spring 1867 Denton County 1842 Drake Creek 1891 Duel Hill 1892 Eagle Station 1902 E] Capitan 1866 Emmitsburg 1859 Estherville 1843 Farmington 1835 Felix 1878 Ferguson 1885 Fisher 1890 Forest 1819 Forsyth 1874 Forsyth County 1886 Fort Duncan 1818 Fort Pierre 1875 Franceville 1891 Frankfort 1894 Frankfort 1846 Glorieta Mountain 1887 Grand Rapids 1844 Greenbrier County 1877 Guilford County 1874 Hammond 1848 Harrison County 1885 Hayden Creek 1835 Hendersonville 1847 Hollands Store Rn nm n HOARD HHA ROR DNPNDRR RRNA RD NNHRE HHH 1881 1873 1898 1860 1880 1860 1840 1881 1887 1852 1892 1877 1863 1877 1868 1829 1846 1856 1827 1873 1880 1893 1854 1879 1890 1900 1889 1894 1890 1829 1895 1852 1856 1890 1866 1868 1884 1883 1880 1820 1884 1859 1891 1901 1887 Homestead Hopper Illinois Gulch Indian Valley Iredell Ivanpah Jackson County Jamestown Jenny’s Creek Jerome Jewel Hill Joe Wright Jonesboro Kendall County Kenton County Kokomo La Grange Laurens County Lexington County Lick Creek Lime Creek Linville Little Piney Locust Grove Lonaconing Long Island Losttown Luis Lopez Lumpkin Mac Kinney Marion Marshall County Mart Mincy Monroe Morristown Mount Joy Mount Vernon Murfreesboro Murphy Nanjemoy Nelson County Ness County New Concord Niagara R nm HRD HDR ROR MDD DM DAA DW WA DWH OW OR RRR RAR DR RR RRO 1875 1889 1899 1887 1898 1880 1846 1885 1883 1894 1854 1884 1891 1887 1889 1862 1860 1857 1880 1879 1834 1882 1839 1857 1888 1892 1867 1896 1869 1870 1847 1860 1898 1856 1849 1887 1887 1868 1847 1899 1825 1860 1893 1860 1879 *S = Stone. I = Iron. Sid = Siderolite. GEOGRAPHICAL DISTRIBUTION OF ALL KNOWN METEORITES. 93 Nobleborough S 1823 Shingle Springs I 1869 Bocas 8S 1884 Oakley S 1895 Silver Crown I 1887 Cacaria I 1867 Oktibbeha I 1857 Smithland I 1839 Casas Grandes I Prehist. Oroville I 1894 Smith’s Mountain I 1863 Charcas I 1804 Oscuro Mountain I 1895 Smithville I 1840 Chichimeguilas I 1901 Ottawa S 1896 Staunton I 1858 Chupaderos I 1852 Persimmon Creek I 1903 Summit I 1890 Coahuila I 1837 Petersburg S 1855 Surprise Springs I 1899 Cosina 8S 1844 Pipe Creek S 1887 Tazewell I 1853 Descubridora I 1780 Pittsburg I 1850 Tombigbee River I 1878 El Tule I 1889 Plymouth I 1893 Tom Hannock Creek § 1863 La Charca 5S 1878 Port Orford (?) Sid 1859 Tonganoxie I 1886 Mazapil I 1885 Prairie Dog Creek S 1893 Travis County 8S 1889 Misteca I 1804 Pricetown 8S 1893 Trenton I 1858 Moctezuma I 1899 Putnam County I 1839 Union County I 1854 Morito I 1600 Red River I 1808 Ute Pass I 1894 Pacula 8 1881 Reed City I 1895 Vernon County 8S 1865 Rancho de la Pila I 1804 Richmond S 1828 Waconda 8 1874 Rancho dela Presa § 1899 Rochester S 1876 Waldron Ridge I 1887 Rodeo I 1850 Ruffs Mountain I 1850 Walker County I 1832 San Francisco del , Rushville S 1866 Warrenton 8S 1877 Mezquital I 1867 Russel Gulch I 1863 Weaver I 1898 Santa Apolonia I 1872 Sacramento Mountains I 1896 Weston S 1807 Sierra Blanca I 1804 Saint Francois County I 1863 Wichita I 1836 Teocaltiche I 1903 Saint Genevieve I 1888 Willamette I 1902 Teposcolula I 1804 Saline S 1898 Wooster I 1832 Tlacotepec I 1903 Salt Lake City 8 1869 MEXICO Toluca I 1784 Salt River I 1850 Adargas I 1780 Tomatlan 8S 1879 San Angelo I 1897 Amates I 1889 Tucson I 1660 San Emigdio S 1887 Apoala I 1890 Yanhuitlan I 1804 San Pedro Springs S 1887 Arispe I 1898 Zacatecas I 1792 Scottsville I 1867 Avilez S 1850 Searsmont S 1871 Bacubirito I 1871 GREENLAND Seneca Falls I 1850 Bella Roca I 1888 Cape York I 1818 CENTRAL AMERICA AND WEST INDIES. COSTA RICA HONDURAS JAMAICA CUBA Heredia S 1857 Rosario I 1897 Lucky Hill I 1885 | Cuba I 1857 SOUTH AMERICA. COLOMBIA Imilac Sid 1800 PATAGONIA Rasgata I 1810 Joel’s Iron I 1858 Caperr I 1869 Santa Rosa T1sio | Juncal I 1866 ARGENTINE La Primitiva I 1888 Campo del Cielo I 1783 Llano del Inca Sid 1888 Indio Rico S 1900 CUBA Lutschaunig S 1860 Lujan Sid1892 Barranca Blanca I 1855 Mejillones Sid 1874 Nogoya S 1879 Cachiyuyal I 1874 Merceditas I 1884 BRAZIL Calderilla Sid 1883 Pan de Azucar I 1887 Angra dos Reis S 1869 Carcote S 1888 Puquios I 1885 Bendego I 1784 Copiapo I 1863 San Cristobal I 1896 Itapicuru Mirim 8 1879 Dona Inez Sid 1888 Serrania de Varas I 1875 Macao S 1836 Tquique I 1871 Ternera I 1891 Minas Geraes S 1888 Ilimae I 1870 Vaca Muerta Sid 1861 Santa Barbara S 1893 94 WARD-COONLEY COLLECTION OF METEORITES. ENGLAND Aldsworth Launton Middlesborough Rowton Wold Cottage TRELAND Crumlin Dundrum Killeter Limerick Mooresfort SCOTLAND High Possil Perth FRANCE Agen Alais Angers Apt Asco Aubres Aumieres Ausson Barbotan Bueste Chantonnay Charsonville Chassigny Chateau Renard Clohars Epinal Esnandes Favars Galapian Grazac Groslee Jonsac Juvinas Kerilis Kernouve La Becasse Laborel La Caille L’Aigle Lance Lancon Le Pressoir Les Ormes DRHARDM RARDMDN DM RARNRRHARANRNDNHADMDMARANRNRADNARRANDMNRRRMARM 1835 1830 1881 1876 1795 1902 1865 1844 1813 1810 1804 1830 1814 1806 1822 1803 1805 1836 1842 1858 1790 1859 1812 1810 1815 1841 1822 1822 1837 1844 1826 1885 1812 1819 1821 1874 1819 1879 1871 1828 1803 1872 1897 1845 1857 EUROPE. Le Teilleul Luce Luponnas Marmande Mascombes Montlivault Mornans Orgueil Ornans Quincay Saint Mesmin Salles RBANRNRRRARARMM San Caprais de Quin- sac 8 San Christopher la Char- treuse Sauguis Toulouse Vouille ITALY Albareto Alessandria Alfianello Assisi Borgo San Donino Ceresceto Collescipoli Girgenti Monte Milone Motta di Conti Orvinio Renazzo Siena Trenzano Vago SPAIN Barea Berlanguillas Cabezzo de Mayo Canellas Cangas de Onis Gerona Guarena Madrid Molina Nulles Oviedo Quesa Roda Sevilla Sena Ss 8 8 8 RARDRNANRRNARRNAMMNNM RB a RRNDHDRRRNRRAMRARNM 1845 1768 1753 1848 1835 1838 1875 1864 1868 1851 1866 1798 1843 1841 1868 1812 1831 1766 1860 1883 1886 1808 1840 1890 1853 1846 1868 1872 1824 1794 1856 1668 1842 1811 1870 1861 1866 1899 1892 1896 1858 1851 1856 1898 1871 1862 1773 PORTUGAL Sao Juliao GERMANY Barntrup Bitburg Bremervorde Darmstadt Ensisheim Erxleben Gnadenfrei Grineberg Giitersloh Hainholz Hungen Tbbenbiihren Klein-Menow Klein-Wenden Krihenberg Linum Mainz Meuselbach Nenntmannsdorf Obernkirchen Politz Schellin Schoénenberg Schwetz Seelasgen Steinbach Tabarz Witmess AUSTRIA Alt-Biela Blansko Bohumilitz Braunau Elbogen Lenarto Lissa Mauerkirchen Mezo-Madaras Milena Mocs Miihlau Ploschkowitz Slavetic Stannern Tabor Tieschitz Wessely D nm Mm HHAHHARRNRNDHHANDNANRANRNNENRNDNMNORNNHEDM RANRANRANRNRMNNRNHHHHMDH 1883 1886 1802 1855 1804 1492 1812 1879 1841 1851 1856 1877 1870 1862 1843 1869 1854 1852 1897 1872 1863 1819 1715 1846 1850 1847 1724 1854 1785 1899 1833 1829 1847 1785 1814 1808 1768 1852 1842 1882 1877 1723 1868 1808 1753 1878 1831 GEOGRAPHICAL DISTRIBUTION OF ALL KNOWN METEORITES. 95 Zavid S 1897 Zebrak S 1824 HUNGARY Borkut S 1852 Gross-Divina S 1837 Hraschina I 1751 Kaba S 1857 Kakowa S 1858 Knyahinya S 1866 Lenarto I 1814 Magura I 1840 Nagy-Borove 8S 1895 Nagy-Vaszony 8S 1890 ()-Feherto S 1900 Ohaba S 1857 Zsadany 8S 1875 SERVIA Guca S 1891 Jelica S 1889 Sokobanja 8S 1877 TURKEY Seres 8 1818 Wirba S 1874 SWITZERLAND Palezieux S 1901 Rafruti I 1886 BELGIUM Lesves S 1896 Saint Dennis Westrem S 1855 Tourinnes la Grosse S 1863 HOLLAND Uden S 1840 Utrecht S 1843 NORTH AFRICA (ALGIERS) Dellys I 1865 Feid Chair S 1875 Haniet el Beguel I 1888 Hassi Jekna I 1890 » Senhadja S 1865 Tadjera S 1867 EAST AFRICA Duruma S 1853 Ergheo S 1889 Peramiho S 1899 Mauritius (Island) S 1802 SOUTH AFRICA Cold Bokkeveld S 1838 Cronstadt S 1877 DENMARK Mern NORWAY Morradal Ski Tysnes SWEDEN Hessle Lundsgard Stalldalen RUSSIA Abo Augustinowka Bachmut Bialystok Bielokrynitschie Bjelaja-Zerkow Bjurbéle Borodino Botschetschki Brahin Si Buschhof Dolgowoli Gross-Liebenthal Grosnaja Hvittis Indarch Kharkow Kikino Kissij Krasnoj-Ugol AFRICA Daniel’s Kuil Hex River Cape of Good Hope Kokstad Lion River Matatiela Orange River Orange River Piquetberg Victoria West 8 RM DMR ey RARNRNRARANRRARARNMNARARMRAHN HRD HARRRRa DD WEST AFRICA Great Fish River Lion River Mukerop Senegal I I I I 1878 1892 1848 1884 1869 1889 1876 1840 1890 1814 1827 1887 1796 1899 1812 1823 1810 1863 1864 1881 1861 1901 1891 1787 1809 1899 1829 1868 1882 1793 1887 1853 1885 1856 1887 1881 1862 1836 1853 1899 1716 Kuleschowka S 1811 Lenorka S 1902 Lixna S 1820 Luotolaks S 1813 Marjahlahti Sid 1902 Mighei S 1889 Misshof S 1890 Mordvinovka S 1826 Nerft S 1864 Nowo Urei S 1886 Oczeretna S 1871 Oesel S 1822 Okniny S 1834 Pawlowka S 1882 Pillistfer S 1863 Pultusk S 1868 Rakowka S 1878 Sarepta I 1854 Sawtschenskoje S 1894 Scholakoff S 1814 Sevrukovo S 1874 Simbrisk Partsch S 1838 Slobodka 8 1818 Stavropol 8 1857 Tabory S 1887 Tennesilm S 1872 Timochin S 1807 Tula I 1846 Vavilovka S 1876 Werchne Dnieprowsk I 1876 Werchne Tschirskaja 8 1843 Yodzie S 1877 Zaborzika 5S 1818 Zabrodje 8S 1893 Zmenj S 1858 CENTRAL AFRICA N’Goureyma I 1900 Zomba 5 1899 ASIA MINOR Adalia S 1883 Aleppo 8 1873 PERSIA Veramin Sid 1880 ARABIA Kaaba (?) S 1772 Nejed I 1864 96 WARD-COONLEY COLLECTION OF METEORITES. SIBERIA Angara Bischtiibe Doroninsk Karakol Pawlodar Ssyromolotow Medwedewa Nochtuisk Petropavlosk Tajgha Toubil Tounkin Werchne Udinsk JAPAN Fukutomi Hakata Kesen Maeme Ogi Oshima Sone Mura Tanogami Toke Uchi Mura Yonatsu RK TR HONK HHH RMDeH RNHARMRARMRAMN PHILIPPINES Mexico (Pampanga) INDIA Agra Akburpur Ambapur Nagla Assam Benares Bherai Bishunpur Bori Bustee Butsura Chail Chandakapur Chandpur Charwallas Dandapur Dhulia 8 RRARNANRNRARNRMNRRRAANMNM 1885 1888 1805 1840 1885 1873 1749 1876 1841 1891 1861 1824 1854 1882 1897 1850 1886 1830 1886 1886 1880 1880 1836 1859 1822 1838 1895 1846 1798 1893 1895 1894 1852 1861 1814 1838 1885 1834 1878 1877 Dhurmsala Donga Kohrod Durala Dyalpur Futtehpur Gambat Goalpara Gopalpur Gurram Konda Tharoata Jamkheir Jhung Judesegeri Kaee Kahangarai Kalumbi Khairpur Kheragur Khetree Kodaikanal Kusiali Lodhran Manbhoom Manegaum Meerut Mhow Mooradabad Motecka Nugla Muddoor Nageria Nammianthal Nawapali Nedagolla Parnalee Pirgunje Pirthalla Pokhra Pulsora Sabetmahet Segowlee Shalka Shergotty Shytal Sindhri Sitathali Supuhee Udipi RRANDRDANADNRANNNRNANHWNAMWDARARNANRNRNRADHRNARMRNARMRMRNRARRADRNMRNMDMAD 1860 1899 1815 1872 1822 1897 1868 1865 1814 1887 1866 1873 1876 1838 1890 1879 1873 1860 1867 1898 1860 1868 1863 | 1843 1860 1827 1808 1868 1865 1875 1886 1890 1870 1857 1882 1884 1866 1863 1885 1853 1850 1865 1863 1901 1875 1865 1866 Umbala Ss Yatoor 8 JAVA Bandong Djati-Pengilon Ngawi Prambanan Tjabe DRHANnRNM AUSTRALIA Ballinoo Baratta Beaconsfield Bingera Bugaldi Cowra Cranbourne Eli Eluat Gilgoin Station Macquaire River Ss Moonbi Mooranoppin Mount Browne Mount Dyrring 8 Mount Stirling Mungindi Narrabura Creek Nocoleche Queensland Rhine Valley Roebourne Thunda Yardea Station Youndegin as i eae me OR OR AR OR OP NEW ZEALAND Makariwa Ss Wairarapa Ss TASMANIA Blue Tier I 1822 1852 1871 1884 1883 1874 1869 1893 1845 1897 1880 1900 1888 1854 1889 1889 1857 1892 1893 1902 1903 1892 1897 1854 1895 1892 1901 1892 1886 1875 1884 1879 1864 1890 SANDWICH ISLANDS Honolulu 8 1825 TAXONOMY. 97 VI. TAXONOMY. The classification which we have adopted in this catalogue is that of Dr. Aristides Brezina, of Vienna, whose study and published investigations of Meteorites have placed him for the last quarter of a century in leading rank among European workers in this field. Dr. Brezina - for many years director of the Mineral Cabinets of the Royal Museum of Vienna —first announced and employed his system of classification in the catalogue of the Meteorites of this great museum in 1885. In w second catalogue. in 1896, he repeated the same classification with such modifications as further study and the general advance of the science—largely due to added discoveries and new meteorite falls —had induced. Now, under date of January, 1904, Dr. Brezina has favored me with his last revision of his system, with the privilege of here presenting it for the first time in printed form DR. BREZINA’S SYSTEM OF METEORITE CLASSIFICATION. * I. STONES. Silicates Prevalent. A. ACHONDRITES. Stones poor inIron. In the main without round Chondrt. 1. Chladnite (Chl). Chiefly Bronzite. Ibbenbiihren. Manegaon. Shalka. 2. Chladnite, veined (Chla). Bronzite, black or metallic veined. Bishopville. 3. Angrite (A). Chiefly Augite. Angra dos Reis. 4. Chassignite (Cha). Chiefly Olivine. Chassigny. 5. Bustite. (Bu). Bronzite with Augite. Aubres. Bustee. 6. Amphoterite (Am). Bronzite with Olivine. Jelica. Manbhoom. 7 Rodite (Ro). Bronzite with Olivine, breccialike. Bandong. Roda. Vavilovka. 8. Eukrite (Eu). Augite with Anorthite. Adalia. Constantinople. Jonzac. Juvinas. Peramiho. Stannern. 9. Shergottite (She). Augite with Maskelynite. Shergotty (Umjhiawar). *N. B.—While following Dr. Brezina’s text as closely as possible in our English translation of his manuscript as to the definitions of the groups, we have taken the liberty of giving our own chosen names for the meteorites themselves which he has ranged under each group. This has been essential for the unity of our catalogue. Nothing will be perverted by our giving as our accepted name to a given meteorite what he has given as synonym of the same fall. 98 WARD-COONLEY COLLECTION OF METEORITES. 10. 11. 12. 13. 14. 15. 16. 17 18. 19. 20. Howardite (Ho). Bronzite, Olivine, Augite and Anorthite. Bialystock. Frankfort. La Vivionnére. Luotolaks. Nobleborough. Pavlovka. Peters- burg. Saint Nicolas. Zmenj. Howardite, breccialike (Hob). Bronzite, Olivine, Augite and Anorthite, breccialike. Yodze. Leucituranolite (L). Leucite, Anorthite, Augite and Glass. Schafstadt. B. CHONDRITES. Bronzite, Olivine and Nickel Iron. With Round or Rounded and Polyhedric Chondri. Howarditic Chondrite (Cho). Polyhedric Segregations preponderating, round Chondri scarce. Crust bright in parts. Borgo San Donino, Harrison County, Kréhenberg, Mauritius, Ottawa, Santa Barbara, Sevilla, Siena, Sitathali. Howarditic Chondrite, veined (Choa). Polyhedric Segregations preponderat- ing, round chondri scarce. Metallic or black veins. Iharaota. (Lalitpur). White Chondrite (Cw). White, rather friable mass with few Chondri, mostly white. Bachmut, Bocas, Cabezzo de Mayo, De Cewsville, Dolgowoli, High Possil, Karakol, Kusiali, La Becasse, Les Ormes, Lesves, Linum, Lundsgard, Mascombes, Mauerkirchen, Middles- borough, Milena, Montlivault, Mooradabad, Mordvinovka, Oesel, Ogi, Oviedo, Pnom- pehn, Pricetown, San Pedro, Tourinnes. White Chondrite, veined (Cwa). White, rather friable mass with few, chiefly white, Chondri. Metallic or black veins. Allahabad, Angers, Asco, Aumieres, Bherai, Buschhof, Castine, Chandpur, Drake Creek, Dhulia, Forsyth, Galapian, Girgenti, Gross Liebenthal, Honolulu, Kalumbi, Kharkow, Killeter, Kikino, Kuleschovka, Luce, Madrid, Marion, Minas Geraes, Mocs, Pirgunje, Politz, Sauguis, Schénenberg, Scholokov, Senhadja, Ski, Slobodka-Partsch, Virba, Wold Cottage, Zaborzika, Zomba. White Chondrite, breccialike (Cwb). White, rather friable mass with few, chiefly white, Chondri, breccialike. Aleppo, Gerona, Lissa, Monte Milone, Pacula, Uden. Intermediate Chondrite (Ci). Firm, polishable mass, white and gray Chondri, breaking with matrix. Alfianello, Butsura, Canellas, Charwallas, Dhurmsala, Deal, Favars, Mhow, Rakowka, Saint Caprais, Vago. Intermediate Chondrite, veined (Cia). Firm, polishable mass, white and gray Chondri, breaking with matrix. Agen, Barntrup, Bath Furnace, Berlanguillas, Bori, Chateau Renard, Dandapur, Durala, Duruma, Fisher, Ghambat, Kriihenberg, Lancon, Long Island, Macao, Maeme, Mainz, Nerft, New Concord, Orange River, Salles, Schellin, Toulouse, Vouille, Zabrodje, Zavid. Intermediate Chondrite, brecciated (Cib). Firm, polishable mass, white and gray Chondri, breaking with matrix, breccialike. Bielokrynitschie, Chandakapur, Laborel, L’Aigle, Luponnas, Ness County, Pulsora, Saint Mesmin, Shytal. TAXONOMY. 99 21. to to 24. 25. 26. 27. 28. 30. 3l. 32. Gray Chondrite (Cg). Firm, gray mass, Chondri of various kinds, breaking with matrix. Botschetschki, Cross Roads, Cynthiana, Esnandes, Higashi Koen, Knyahinya, Lutschaunig, Nagy Borove, Seres, Tounkin. Gray Chondrite, veined (Cga). Firm, gray mass, Chondri of various kinds breaking with matrix, veined. Agra, Aldsworth, Alesandria, Apt, Barbotan, Blansko, Charsonville, Cronstadt, Danville, Darmstadt, Fukutomi, Griineberg, Hungen, Kakowa, Kerilis, Lasdany, Lerici, Monroe, Mornans, Oczeretna, Ohaba, Parnallee, Udipi, Umballa, Wessely. Gray Chondrite, breccialike (Cgb). Firm, gray mass, Chondri of various kinds, breaking with matrix, breccialike. Akburpur, Assam, Barratta, Borodino, Beuste, Cangas de Onis, Castalia, Chantonnay, Clohars, Doroninsk, Homestead, Khetrie, Limerick, Makariwa, Mezé-madaras, Mexico, Molina, Nulles, Okniny, Pultusk, Quincay, Salt Lake City, Sena, Slavetic, Supuhee, Stalldalen, Tomhannock, Tysnes. Orvinite (Co). Black, infiltrated mass; fluidal structure; surface uneven; discontinuous crust. Orvinio. Tadjerite (Ct). Black, semi-glassy mass without crust on surface. Tadjera. Black Chondrite (Cs). Dark or black mass, Chondri mostly of various colors, breaking with matrix. Bishunpur, Grossnaya, MacKinney, Renazzo, Sevrukovo. Black Chondrite, veined (Csa). Dark or black mass, Chondri of various colors in the main, breaking with matrix; veined. Farmington. Ureilite (U). Black mass, chondritic or granular, iron in veins or incoherent. Dyalpur, Goalpara, Nowo Urei. Carbonaceous Chondrite (K). Dull black, friable Chondri with free carbon and of low specific gravity, metallic iron nearly or wholly wanting. Alais, Cold Bokkeveld, Grazac, Kaba, Mighei, Nogoya, Nawapali, Orgueil. Carbonaceous Chondrite, spherulitic (Ke). Dull gray or black friable mass with free carbon; chondri not breaking with matrix, metallic nickel-iron. Felix, Lancé. Carbonaceous Chondrite, spherulitic, veined (Kea), Dul! black, firm mass with free carbon; Chondri not breaking with matrix, metallic nickel-iron; metallic veins. Indarch. Spherulitic Chondrite (Cc). Friable mass with firm Chondri of radiate struc- ture, not breaking with matrix. Albareto, Andover, Assisi, Ausson, Avilez, Benares, Bjelaja-Zerkov, Borkut, Cape Girardeau, Collescipoli, Epinal, Gnadenfrei, Gopalpur, Gross Divina, Guca, Hessle, Jtapicuru-Mirim, Jhung, Judesegeri, Kaee, Kheragur, Krasnoj Ugol, Le Pressoir, Misshof, Montignac, Motta di Conti, Mount Browne, Muddoor, Mihlau, Nanjemoy, Nellore, Pine Bluff Praskoles, Quenggouk, Rochester, San Emigdio, Searsmont, Sindhri, Slobodka, Soko- banja, Tieschitz, Timochin, Tomatlan, Torre, Witmess, Yatoor, Zebrak, Zsadany. 100 WARD-COONLEY COLLECTION OF METEORITES. 33. 34. 30. 36. 37. 38. 39. 40. 41, 42. 43. Spherulitic Chondrite, veined (Cea). Friable mass with firm Chondri of radiate structure, not breaking with matrix; black or metallic veins. Bjurbole, Nammianthal, Phu Hong, Piquetberg, Saint Denis, Tennassilm, Trenzano, Utrecht, Werchne Tschirskaja. Spherulitic Chondrite, breccialike (Ccb). Friable, breccialike mass with firm Chondri of radiate structure, not breaking with matrix. Bath, Bremervorde, Cereseto, Feid Chair, Forest, Giitersloh, Heredia, Kesen, Krawin, Mooresfort, Ploschkowitz, Tabory, Waconda, Weston. Ornansite (Ceo). Friable mass of Chondri. Allegan, Ornans, Warrenton. Ngawite (Cen). Friable, breccialike mass of Chondri. Negawi. Spherulitic Chondrite, crystalline (Cck). Slightly friable crystalline mass with firm Chondri of radiate structure, some breaking with matrix. Ambapur Nagla, Beaver Creek, Bethlehem, Jerome, Lumpkin, Menow, Palézieux, Prairie Dog Creek, Richmond, Saline, Sawtschenskoje. Spherulitic Chondrite, crystalline, veined (Ccka). Slightly friable crystalline, veined mass with firm Chondri of radiate structure, some breaking with matrix. Meuselbach. Spherulitic Chondrite, crystalline, breccialike (Cckb). Slightly friable, crystal- line, breccialike mass with firm Chondri of radiate structure, some breaking with matrix. Pirthalla. Crystalline Chondrite (Ck). Hard crystalline mass with firm Chondri of radiate structure, breaking with matrix. Careote, Cosina, Daniel’s Kuil, Djati-Pengilon, Dundrum, Erxleben, Gilgoin Station, Guarena, Indio Rico, Khairpur, Klein-wenden, Moteeka-Nugla, Oakley, Pillistfer, Pokra, Segowlie, Simbirsk-Partsch, Stavropol, Tjabe, Toke-uchi-mura. Crystalline Chondrite, veined (Cka). Hard, crystalline, veined mass with firm Chondri of radiate structure, breaking with matrix. Kernouvé, Pipe Creek, Vernon County. Crystalline Chondrite, breccialike (Ckb). Hard, crystalline, breccialike mass with firm Chondri of radiate structure, breaking with matrix. Bluff, Ensisheim, Ergheo. Cc. ENSTATITE-ANORTHITE-CHONDRITES. Enstatite, Anorthite and Nickel Iron with Round Chondri. Crystalline Enstatite-Anorthite-Chondrite (Cek). Hard crystalline mass with firm Chondri of radiate structure, breaking with matrix. Hvittis. TAXONOMY. s 101 D. SIDEROLITES. Transition of Stones to Iron. Nickel-Iron in the mass cohering and showing as separate grains in section. 44. 45. 46. 47. 48. 49. 50. ol. 53. 54. Mesosiderite (M). Crystalline Olivine and Bronzite with Iron. Barea, Dona Inez, Estherville, Hainholz, Llafio del Inca, Lujan, Mincy, Veramin. Grahamite (Mg). Crystalline Olivine, Bronzite and Plagioclase with Iron. Crab Orchard, Morristown, Vaca Muerta. Lodhranite (Lo). Granular, crystalline Olivine and Bronzite with Nickel Iron. Lodhran. II. IRONS. Metallic Constituents Prevalent or Forming Entire Mass. E. LITHOSIDERITES. Transition from Stones to Iron. Nickel-Iron cohering in mass and in sections. Siderophyre (Si). Grains of Bronzite with accessory Asmanite in Trias. Steinbach. Pallasite. Krasnojarsk Group (Pk). Rounded Crystals of Olivine in Trias Anderson, Brenham, Calderilla, Finmarken, Medwedewa, Mount Dyrring, Mount Vernon, Pavlodar, Port Orford. Pallasite. Rokicky Group (Pr). Polyhedrie crystals of Olivine, partly broken, and fragments separated by Nickel-Iron. Admire, Brahin, Eagle Station. Pallasite. Imilac Group (Pi). Olivine crystals fissured and compressed. Imilac, Marjalahti. Pallasite. Albacher Group (Pa). Olivine crystals in fine, brecciated Trias. Albacher Miuhle. F. OCTAHEDRITES. Kamacite, Taenite and Plessite in Lamellae. Concameration of the four octahedron faces. Finest Octahedrite (Off). Lamellae up to 0.2 mm. in thickness. Bacubirito, Ballinoo, Butler, Carlton, Cowra, Grosslé, Laurens, Mart, Mukerop, Mungindi, Salt River, Tazewell, Tocavita, Werchne Dnieprowsk. Fine Octahedrite. Victoria Group (Ofv). Not well defined. Victoria West, Fine Octahedrite (Of). Thickness of Lamellae 0.2-0.4 mm. Alt Biela, Apoala, Augustinowka, Bear Creek, Bella Roca, Bethany, Boogaldi, Bridge- water, Cambria, Charlotte, Chupaderos, Cuernavaca, Grand Rapids, Hassi Jekna, Jamestown, Jewell Hill, Jonesboro, La Grange, Madoc, Mantos Blancos, Misteca, Moonbi, Obernkirchen, Prambanan, Putnam County, Quesa, Russel Gulch, Saint Gene- vieve, Serrunia de Varas, Smith’s Mountain, Thurlow, Yanhuitlan. 102 WARD-COONLEY COLLECTION OF METEORITES. oo. 57 63. 58. 59. 60. 61. Medium Octahedrite (Om). Thickness of Lamellae 0.5-1.0 mm. Abert Iron, Adargas, Algoma, Arlington, Baird’s Farm, Bald Eagle, Burlington, Cabin Creek, Caperr, Cape York, Carthage, Charcas, Chulafinnee, Cleveland, Coopertown, Costilla Peak, Dalton, Dellys, Denton, Descubridora, Elbogen, El Capitan, Emmits- burg, Fort Pierre, Frankfort, Guilford, Haniet-el-Beguel, Hayden Creek, Hraschina, Ivanpah, Jackson, Joe Wright, Joels Iron, Juncal, Kenton County, Kokstad, LaCaille, Lenarto, Losttown, Lucky Hill, Marshall County, Matatiela, Mazapil, Merceditas, Misteca, Moctezuma, Morito, Murfreesboro, Nagy-Vazsony, Nejed, Nocoleche, Orange River, Oroville, Persimmon Creek, Petropavlovsk, Plymouth, Puquios, Rancho de la Pila, Reed City, Red River, Rhine Valley, Rodeo, Roebourne, Rowton, Ruff’s Mountain, Russell Gulch, Sacramento Mountains, San Angelo, Schwetz, Seneca Falls, Ssyromolotow, Staunton, Surprise Springs, Tajgha, Tarapaca, Thunda, Toluca, Tomatlan, Tonganoxie, Toubil, Trenton, Victoria, Welland, Werchne Udinsk, Wooster. Broad Octahedrite (Og). Thickness of Lamellae 1.5-2.0 mm. Bendego, Bischtiitbe, Black Mountain, Bohumilitz, Cafion Diablo, Casey County, Cran- bourne, Cosby’s Creek, Duel Hill, Jenny’s Creek, Lexington County, Lonaconing, Magura, Mount Stirling, Niagara, Nochtuisk, Oscuro Mountains, Pan de Azucar, Queensland, Rosario, Saint Francois County, Sarepta, Sierra Blanca, Silver Crown, Smithville, Tabarz, Waldron Ridge, White Sulphur Springs, Wichita, Willamette, Youndegin. Broadest Octahedrite (Ogg). Thickness of Lamellae 2.6 mm. and more. Arispe, Central Missouri, Dakota, Mooranoppin, Mount Joy, Narrabura Creek, Nelson County, Pittsburg, Sao Juliao de Moreira, Seeliisgen, Union County, Ute Pass. Brecciated Octahedrite. Kodaikanal Group (Obk). Fine Octahedrite, brec- ciated, with grains of Silicate Kodaikanal. Brecciated Octahedrite. Netschaevo Group (Obn). Medium Octahedrite, with grains of Silicate. (Netschaevo.) Tula. Brecciated Octahedrite. Zacatecas Group (Obz). Grains of Octahedral Iron with Spherules of Troilite. Barranca Blanca, Tocavita, Zacatecas. Brecciated Octahedrite. N’Gourema Group (Obzg). Molten and drawn- out Iron of Zacatecas type. N’Gourema. Brecciated Octahedrite. Copiapo Group (Obc). Octahedral Iron and Silicate Grains mixed. Copiapo. Oetahedrite. Hammond Group (Oh). Lamellae blended with dark or black points. Cacaria, Hammond, Reed City. G. HEXNAHEDRITES. Structure and Cleavage Hexahedral. 64. Normal Hexahedrite, not granular (H). Auburn, Braunau, Coahuila, Fort Duncan, Hex River, Iredell, Lick Creek, Lime Creek, Murphy, Nenntmansdorf, Scottsville, Walker County, Weaver. TAXONOMY. 103 67 65. 68. 69. 70. 71. a2. 73. 74. Granular Hexahedrite (Ha). Structure and cleavage running through entire mass, which consists of grains with differently oriented sparkles. Bingara, Hollands Store, Indian Valley, Mejillones, Summit, Tombigbee River. Brecciated Hexadedrite (Hb). Mass consisting of differently oriented hexa- hedral grains. Kendall County. H. ATAXITES. Structure Interrupted. Cape Group (De). Rich in Nickel. Sharp, hexahedral (?) etching bands in dull mass. Cape of Good Hope, Iquique, Kokomo, Ternera. Shingle Springs Group (Dsh), Rich in Nickel. Rounded and elongated blebs arranged in parallel rows. Shingle Springs. Babb’s Mill Group (Db). Rich in Nickel. Homogeneous mass without lustre. Babb’s Mill, Deep Springs, Morradal, Octibbeha, Smithland. Linnville Group (DI). Rich in Nickel. Veined or latticed meandering mesh- work. Dehesa, Linnville, San Cristobal, Ternera. Nedagolla Group (Dn), Poor in Nickel. Grained. No swellings. Forsyth, Hlinois Gulch, Nedagolla, Rafriiti, Wohler’s Iron. Siratik Group (Ds). Poor in Nickel. Swellings, incisions or enveloped Rhabdites. Campo del Cielo, Chesterville, Cincinnati, Locust Grove, Rasgata, San Francisco del Mez- quital, Senegal. Primitiva Group (Dp). Poor in Nickel. Silky streaks and lustre. La Primitiva. Muchachos Group (Dm). Poor in Nickel. Granular. Porphyritic with Forsterite. Muchachos. N. B.—On the following page is given the Taxonomic status of the Ward-Coonley collection. In the summary to this, where ‘‘Localities existing” are given at ‘610,’ it is intended to say that there are 610 kinds (out of a total recorded number of reputed Meteorites of about 680) which are so well known and studied that their taxonomic position has been fairly established. 104 WARD-COONLEY COLLECTION OF METEORITES. VII. DISTRIBUTION OF THE WARD-COONLEY METEORITES AMONG THE GROUPS, ACCORDING TO DR. BREZINA’S SYSTEM OF CLASSIFICATION, oe ue en CHONDRITES - Continued. OCTAHEDRITES.— Continued. Chl 3 3 Ced 3 3 Og 31 30 Chla 1 1 Cen 1 1 Oge 12 12 A 1 1 Cek 11 11 Obk 1 1 Cha 1 1 Cecka 1 1 Obn 1 1 Bu 2 2 Cekb 1 1 Obz 3 3 Am 2 2 Ck 19 18 Obzg 1 1 Ro 3 3 Cka 3 3 Obe 1 1 Eu 6 3 Ckb 3 3 Oh 3 3 She 1 1 Cek 1 1 Ho 9 9 12 186 183 Hob 1 1 Bl | 3817 | 292 Groups | 98% represented L 1 1 Groups| 92% represented eee eres se oe Localities ees 12 él 28 Sees Localities Lae, meee | eee Seer ae s existing. |represented. Groups | 93% represented = oil H 13 13 M 9 9 Ha 6 6 CHON- | Localities | Localities Mg 3 3 Hb 1 1 DRITES. | existing. |represented. Lo 1 1 3 20 20 Cho : 8 3 13 13 Groups | 100% represented Choa 1 1 | C: 97 25 Groups |100% represented SSS Ww ATAXITE. Boca h ies ae Cwa 37 33 LITHO- Localities | Localities A asa Cwb 6 6 SIDERITES.| existing. represented D 4 4 Ci 11 10 Deh i i Cia 25 22 Si 1 4 Oe = : Cib 9 9 Pk 9 8 DI 3 Cg 10 8 Pr 3 3 5 : - Cga 25 24 || Pi 2 = De 7 Ceb 29 28 Pa 1 J : Co 1 fi PP i : Ct 1 1 5 | ie ee ; e : : Groups | 93% represented 8 27 a7 $2 seater Ale ae ees U 3 3 OCTAHE- | Localities | Localities Groups 100% represented Kk 9 7 DRITES. | existing. |represented. Ke 2 2 SUMMARY. 8 : oe et Bee ol oer eepeeeie Ce 48 43 Ofv 1 1 7 ede mee Localit: ting...... 610 Cea 9 8 Of 32 31 Tincelities aeeeceent dl bas Ceb 14 13 Om 86 85 Proportion of latter..... 95% SUMMARY. 105 VIII. SUMMARY OF COLLECTION. Total number of falls and finds. : . 603 (Siderites, 241; Siderolites, 28; Aerolites, 334.) From North America : : ‘ 229 “South America. ‘ : ‘ ‘ ; . bl “Europe . j ; ‘ 213 “Asia. i ; 77 “Africa ; ‘ : ; ‘ ; 27 “Australasia and Sandwich Islands ; : . 26 Total weight of entire collection. . 2,495,429 grammes (= 5,509 pounds). Average weight of each kind . 4,138 grammes (= 9} pounds). Average weight, counting nothing over 50 kilograms to a kind : ‘ : : ‘ 1,746 grammes (= 3} pounds). Total number of specimens, large and small, about : 5 ‘ 1,600 SIOERITE. Som Augelo STYLE OF MOUNTING USED IN ENTIRE COLLECTION. (Pedestals solid mahogany, with celluloid labels.) ERRATUM. Two Siderites—Copiapo, No. 246, and Hopewell, No. 253—were placed by mis- take among the Siderolites. 106 WARD-COONLEY COLLECTION OF METEORITES. IX. ADJUNCT MATERIAL. In addition to the systematic series of Meteorites described in the previous pages, the Ward-Coonley collection contains some further series of representative and illustrating material. These are as follows: Chondri from Allegan and Bjurbdle Aerolites. Cohenite ‘* Canon Diablo Siderite. a ‘“ Beaconsfield Siderite. Graphite ‘““ Cosby’s Creek Siderite and others. Olivine ‘Brenham Siderolite, Marjalahti and others. Rhabdite ‘‘ Misteca and Descubridora Siderites. nt ‘“ Rancho de la Pila Siderite. Schreibersite ‘ Sao Juliao Siderite. Taenite ‘“ Magura Siderite. ue “Welland Siderite. Troilite “Toluca and Bella Roca. ‘* Chupaderos, and other Siderites. MICRO-SECTIONS. An important adjunct to the collections for purposes of Meteorite petrography is a series of microscopic sections of sixty different Aerolites. Meteoric dust collected by Baron Nordenskiold on snow-fields of Northern F n- land. TERRESTRIAL—NATIVE IRON WITH METEORITE ANALOGIES. Grammes. Noursoak Peninsula, West Greenland . : 4 . : 350 Ovifak, Disko Island, West Greenland : : ‘ : . 10,816 Canaan, Conn. : : . : : . : 44 Santa Catherina, Brasil. : : : : ‘ 3,637 Cohenite from Niakornak Iron, West Grseniiatl: é : 5 ; 2 Specimens of Terrestrial Rocks having analogies of composition or of inner or outer structure allying them in fact or in appearance to Meteorites—pitting, pol- ishing, ete. Unconsumed grains of coarse cannon-powder, worn and pitted by force of air. Stout branch (short section) cut from tree by fall of the Andover Aerolite. LIBRARY. The collection is accompanied by Prof. Ward’s large collection of Meteorite works (books and pamphlets), over eight hundred numbers, with monographs cov- ering about half of all described Meteorites. This is a union of the Bement, Gregory and Siemaschko Meteorite libraries, with that of Mr. Ward’s compiling. N. B.—There are several score of duplicate books and pamphlets which will willingly be given in exchange for other Meteorite literature not already in this library. CASTS OF METEORITES. X. CASTS OF METEORITES. SIDERITES. Babb’s Mills, Greene County, Tenn. Mentioned 1842. Size, 13 x 25 x 90 em. Original weight 136 kilograms. Bald Eagle, near Williamsport, Pa. Found 1891. Size, 8 x12 x 22} em. Original weight 3.3 kilograms. Ballinoo, West Australia. Found 1893. Size, 11 x 27 x 34 cm. Original weight 42.9 kilograms. Bella Roca, Durango, Mexico. Found 1888. Size, 14 x 20 x 34 em. Original weight 33 kilograms. Bingara, New South Wales. Found 1880. Size, 4x 4x 5 em. Original weight 240 grammes. Braunau, Hauptmannsdorf, Bohemia. Fell July 14, 1847. Size, 14 x 19 x 22 cm. Original weight 19.1 kilograms. Bugaldi, New South Wales, Australia. Found 1900. Size, 5x 8 x 13 em. Original weight 2 kilograms. Cabin Creek, Johnson Co., Arkansas. Fell March 27, 1886. Size, 11 x 38 x 42 em. Original weight 44.2 kilograms. Carlton, Hamilton County, Texas. Found 1887. Size, 23 x 33 x 45 cm. Original weight 81.5 kilograms. Chilcat, Portage Bay, Chilcat Inlet, Alaska. Fell 1871 (?) Size, 15 x 313 x 33 em. Original weight 42.5 kilograms. Chupaderos, Chihuahua, Mexico. Found 1581. Size, 51 x 154 x 184 cm. Original weight 9,289 kilograms. Chupaderos, second (largest) mass. Size, 61 x 195 x 256 cm. Original weight 1,400 kilograms. (These models, made by the Mexican Government, are of papier maché.) Cleveland (Lea Iron), Hast Tennessee. Found 1860. Size, 20 x 40 x 48 em. Original weight 115.2 kilograms. Costilla Peak, New Mexico. Found 1881. Size, 13 x 23 x 31 em. Original weight 35.3 kilograms. Franceville, KE] Paso County, Colorado. Found 1890. Size, 11 x 21 x 23 em Original weight 18.3 kilograms. Glorieta Mountain, Santa I'é County, New Mexico. Found 1884. Size, 16 x 24 x 41 cm. Original weight 52.3 kilograms. Hex River, Cape Colony, South Africa. Found 1882. Size, 20 x 23 x 50 cm. Original weight 64 kilograms. 108 WARD-COONLEY COLLECTION OF METEORITES. Joe Wright Mountain, Independence County, Ark. Found 1884. Size, 21 x 21 x 42 em. Original weight 42.5 kilograms. Juncal, Atacama, Chili, 8. A. Found 1866. Size, 17 x 18 x 32 cm. Original weight 104 kilograms. Kenton County, Kentucky. Found August, 1889. Size, 20 x 35 x 56 cm. Original weight 163 kilograms. Kokstad, Griqualand, South Africa. Described 1887. Size, 9 x 32 x 66 cm. Original weight 42.6 kilograms. Luis Lopez, Socorro County, New Mexico. Found 1896. Size, 8 x 138 x 19 em. Original weight 6.7 kilograms. Merceditas, Chanaral, Atacama, Chili. Known 1884. Size, 18 x 20 x 32 cm. Original weight 43.4 kilograms. Morito (San Gregorio), Chihuahua, Mexico. Found 1600. Size, 102 x 122 x 195 ecm. Original weight 11,560 kilograms. Mungindi, Queensland, Australia. Found 1897. Size, 17 x 243 x 39 cm. Original weight 28.1 kilograms. Nejed, Wadee Banee Khaled, Central Arabia. Found 1863. Size, 23 x 28 x 36 cm. Original weight 61.6 kilograms. N’Gourema, Upper Niger, Soudan, Africa. Fell June 15, 1900. Size, 9 x 28 x 57 cm. Original weight 3734 kilograms. Nocoleche, New South Wales. Known 1895. Size, 15 x 23 x 23 em. Original weight 20 kilograms. Plymouth, Marshall County, Indiana. Found 1893. Size, 7 x 19 x 31 cm. Original weight about 14.5 kilograms. Puquios, Chili, South America. Found 1885. Size, 8 x 13 x 23 em. Original weight 6.5 kilograms. Roebourne, West Australia. Found 1892. Size, 17 x 34 x 57 cm. Original weight 86.8 kilograms. Rosario, Olancho, Honduras, Central America. Found 1897. Size, 7x S x 12 cm. Original weight 2.9 kilograms. Sarepta, Saratov, Russia. Found 1854. Size, 10 x 20 x 22 em. Original weight 14.3 kilograms Scottsville, Allen County, Kentucky. Found 1867. Size, 14 x 16 x 18 em. Original weight 10 kilograms. Staunton, Augusta County, Virginia. Found 1858. Size 18 x 26 x 44 em. Original weight 68.9 kilograms. Surprise Springs, San Bernardino County, Cal. Found 1899. Size, 6 x 64 x 10 cm. Original weight 1.5 kilograms Thurlow, Ontario, Canada. Found May 12, 1888. Size, 10 x 15 x 15 cm. Original weight 5.4 kilograms. CASTS OF METEORITES. Welland, Ontario, Canada. Found 1888. Size, 7 x 15 x 20 cm. Original weight 8 kilograms. Werchne-Udinsk, Niro River, Siberia. Found 1854. Size, 12 x 16 x 28 em. Original weight 18.5 kilograms. Wichita County, Brazos River, Texas. Found 1836. Size, 18 x 31 x 42 em. Original weight 145 kilograms. SIDEROLITES. Breitenbach, Erzgebirge, Bohemia. Found 1861. Size, 12 x 16 x 24 cm. Original weight, 10.5 kilograms. Brenham, Kiowa County, Kansas. Found 1885. Size, 14 x 17 x 20 cm. Crab Orchard, Rockwood, Tenn. Found 1887. Size, 21 x 24 x 35 cm. Original weight 38.5 kilograms. AEROLITES. Akburpur, Saharanpur, Northwest Provinces, India. Fell April 18, 1838. Size, 9 x 10 x 12 em. Original weight 1.8 kilograms. Bluff, Fayette County, Texas. Found 1878. Size, 29 x 40 x 46 cm. Original weight 146 kilograms. Bustee, near Goruckpur, India. Fell December 2, 1852. Size, 7x 11 x 11 cm. Original weight 1.3 kilograms. Butsura, Qutahar Bazaar, Bengal, India. Fell May 12, 1861. Size, 29 x 35 x 40 cm. Original weight 13.1 kilograms. Butsura, Piprassi, Bengal, India. Fell May 12, 1861. Size, 7 x 13 x 25 cm. Original weight 5 kilograms. Butsura, Chireya, Bengal, India. Fell May 12, 1861. Size, 10 x 114 x 21 cm. Original weight 843 grammes. Butsura, Bulloah, Bengal, India. Fell May 12, 1861. Size, 3x 5 x 7 cm. Original weight 158 grammes. Butsura, Bengal, India. Fell May 12, 1861. (Five pieces, including the above four, put together, forming one stone.) Size, 29 x 35 x 40 em. Weight 22 kilograms. De Cewsville, Ontario, Canada. Fell January 21, 1887. Size, 5 x 6x 7 cm. Original weight 340 grammes. Durala, N. W. of Kurnal, Punjaub, India. Fell February 18, 1815. Size, 16 x 20 x 25 cm. Original weight 13 kilograms. Farmington, Washington County, Kansas. Fell June 25, 1890. Size, 18 x 43 x 49 cm. Original weight 81.6 kilograms. 110 WARD-COONLEY COLLECTION OF METEORITES. Goalpara, Assam, India. Found 1868. Size, 7 x 14 x 15 em. Homestead, West Liberty, Iowa County, Iowa. Fell February 12, 1875. Size, 18 x 24 x 25 em. Karakol, Ajagus, Kirghiz Steppes, Russia. Fell May 9, 1840. Size, 10 x 13 x 15 em. Original weight 3 kilograms. Khiragurh, §. E. of Bhurtpur, India. Fell March 28, 1860. Size, 5 x 6 x 7 em. Krahenberg, Zweibrucken, Rhenish Bavaria. Fell May 5, 1869. Size, 12 x 21 x 28 cm. Original weight 16.5 kilograms. MacKinney, Collin County, Texas. Fell 1870 (?) Size, 15 x 16 x 20 em. Middlesbrough, Yorkshire, England. Fell March 14, 1881. Size, 9 x 11 x 154 cm. Original weight 1.6 kilograms. Misshof, Baldon, Courland, Russia. Fell April 10, 1890. Size, 13 x 14 x 17 em. Original weight 5.8 kilograms. Monte Milone (Pollenza), Macerata, Italy. Fell May 8, 1846. Size, 9 x 12 x 14 em. Original weight 5 kilograms. Nagy-Divina, near Budetin, Trentschin, Hungary. Fell July 24, 1837. Size, 15 x 23 x 24 cm. Original weight 10.5 kilograms. New Concord, Muskingum County, Ohio. Fell May 1, 1860. Size, 5 x 6 x 8 em. Parnallee, Madras, India. Fell February 28, 1857. Size, 23 x 24 x 41 cm. Original weight 74 kilograms. Segowlie, Bengal, India. Fell March 6, 1853. Size, 138 x 15 x 16 cm. Segowlie, Bengal, India. Fell March 6, 1853. Size, 9 x 9 x 9% cm. Segowlie, Bengal India. Fell March 6, 1853. Size, 6 x 8 x 8 em. (The above three are portions of the same stone.) Segowlie, Bengal, India. Fell March 6, 1853. Size, 4x 4x 7 cm. Wold Cottage, Thwing, Yorkshire, England. Fell Dec. 13, 1795. Size, 12 x 17 x 22 em. Original weight 25.5 kilograms. Yatoor, Nellore, Madras, India. Fell January 23, 1852. Size, 14 x 18 x 20 em. Original weight 13 kilograms. N. B.—Duplicates of these casts of Meteorites may be obtained from Ward’s Natural Science Establishment, Rochester, N. Y., U.S. A. MEDALS OF METEORITES. 111 XI. MEDALS OF METEORITES. The people of antiquity looked upon the heavenly bodies as the places of abode of gods and beings higher than mankind. Thus it came to pass that they gave divine worship to objects which were seen to fall from the celestial spaces. They built special temples, in which they yreserved them with sacred care. They were also displayed for public worship under a priest appointed for the special purpose. These Meteorites received from the early Greeks the name Betyls (Bervdos)» probably from the earlier Hebraic Beth-el, or home of God. In the early centuries—both B. c. and A. D.—the habit prevailed in Macedonia, Cyprus, Mallos, Perge, Sidon. Tripolis, Tyrus and many other places to make medals to commemorate the fall of meteorites. Such medals were struck by order of Philip II, Alexander III, Augustus, Caligula, Vespasian, Trajan, Marcus Aurelius, Septimus Severus, Heliogabalus, and others. Dr. Aristides Brezina, of Vienna, has given much study to this numismatic meteorology. From him our collection has received a series of sixty casts or replica of these medals. We give below Dr. Brezina’s list of these with his prefatory words: BETYL COINS By Dr. ArisTipEs BREZINA As the ancients supposed the stars to be the domiciles of gods, falling stars and falling meteor- ites signified to them the descending of a god or the sending of his image to the earth. These envoys were received with divine honors, embalmed and draped and worshipped in temples built for them. From about 300 B. c. to 300 a. pD. coins were struck in honor of these divinities by emperors and autonomous cities. In general the image of a stone was first given in naturalistic manner, then by and by became more human-like. Many of these betyl coins represent stones expressly reported to have fallen from heaven. They present many common features, the likeness to obelisks or cones, and later on a half-human likeness or half-iconic form. So it came that similar representations of unknown origin were likewise supposed to represent meteorites in the same manner as among meteor- ites are recorded those seen to fall and others which had been only found and had been supposed to be meteorites because of their likeness to the former and their difference from terrestrial rocks. Betyls reported to have fallen from heaven are the Ompholos of Delphi, represented on coins of sixty-five towns and countries; the stone of Emisa (Il Gabol) from seven towns; Zeus Katabates of Kyrrboro and Anazarbos, Zeus Keraunios (two towns); stone of Aphrodite Paphia (five towns); Artemis Ephesia (sixty-nine towns); stone of Astarte (eight towns); stones of Athena (seventeen towns). Betyl coins accepted by analogy are: The Pyramids of Apollon, the Stones of Zeus Dolic- heros of Tarsos and of Zeus Kasios of Seleucia, the Simulacres of Artemis Pergia, Samian Hera, Persephone, etc., together 342 towns. Related celestial bodies are the Comets, represented on the coins of Rome and (in modern times) of Silesia. The present collection of sixty coins with meteorite symbols represent nineteen deities and thirty-seven towns.* APHRODITE PAPHIA Cyprus Julia Domna Cyprus Vespasianus, E i Caracalla et * AR ef Septimus Severus Gabala Macrinus APHRODITE URANIA Uranopolis Alexander III Uranopolis Autonomous Myrsina Autonomous APPOLLO PYRAMIDS Ambracia Autonomous Apollonia Autonomous Megara Autonomous *The full collection of Betyl medals of Dr. Brezina number several hundred kinds. 112 WARD-COONLEY COLLECTION OF METEORITES. Aizanis Ankyra Asia Provincia Byblas Sidon “ Hypaepa Zonia Isoinon Samos Asia Provincia Sardis “cc Emisa cc Laodicea Parthia cc 6c ““c ARTEMIS ANAITIS Apanea Autonomous ARTEMIS EPHESIA Commodus Asia Provincia Hadrianus Gov. Faustina, Junior Philadelphia Autonomous ARTEMIS PERGEA Trojanus Perga Autocianus Pogla Antoninus ASTARTE Macrinus Tyrus Maesa Elagabalus a Trebonianus Gallus Asia Faustina ASTHERA MAGARTIA Syra Demetrius III HERA Geta Samos Caracolla Marcus Aurelius a Marcus Aurelius Etrusca “ Salonina PERSEPHONE Hadrianus Sardis Caracolla Autonomus “ Julia Domna Alexander poerus “cc EL GABAL Antoninus Pius Rome Elagalus AV Caracolla et “ AR Trebonianus Gallus - “ AE OMPHALUS Tiridates Syria Antiochus IIT Phrastes / Mithradates (Tetradrachma) a (Drachma) ZEUS DOLICHENOS Syria Antiochus VII SAMPLE MEDAL EMISA.—A conical stone, carried on a quadriga under four sun- shades. Medals struck by Antonius Pius (138-161 A. D.) in Emisa, Syria. Afterwards taken to Rome by Elagabalus (218-222), where he struck three silver denarii. Herodotus says of this Betyl: ‘‘Alarge stone, which on the lower side is round, and above runs gradually to a point. It has nearly the form of a cone, and is of ablack color. People say of it in earnest that it fell from Heaven.” EXPLANATIONS TO PLATES. 113 EXPLANATIONS TO PLATES. 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 4 natural size 3 natural size 4 natural size 4 natural size 4 natural size $ natural size 3 natural size PLATE I. Fig. 1. Toluca, showing curved octahedral Fig. 6. Mount Stirling. struciure. 3 natural size Fig. 7. Staunton. Fig. 2. El Capitan. 4 natural size Fig. S8. Seneca Falls. Fig. 3. Glorieta Mountain, showing curved Fig. 9. Beaconsfield. octahedral structure. 4 natural size Fig. 10. Welland. Fig. 4. Grand Rapids. $ natural size Fig. 11. Hayden Creek. Fig. 5. Plymouth. 3 natural size Fig. 12. Luis Lopez. PLATE II. Fig. 1. Waldron Ridge. 4 natural size Fig. 8. Tonganoxie. Fig. 2 Bella Roca. $ natural size Fig. 9. Wichita Co. Fig. 3. Thurlow. 4 natural size Fig. 10. San Angelo. Fig. 4. Joe Wright Mountain. 4 natural size Fig. 11. Mungindi. Fig. 5. Canon Diablo. 4 natural size Fig. 12. Bohumilitz. Fig. 6. Saint Francois County. } natural size Fig. 13. Merceditas. Fig. 7. Youndegin. 4 natural size PLATE III. Fig. 1. Sacramento Mountains. 4 natural size Fig. 6. Augustinowka. Fig. 2. Oroville. 4 natural size Fig. 7. Glorieta. Fig. 2. Cranbourne. 4 natural size Fig. 8. Russel Gulch. Fig. 4. Roebourne. 3 natural size Fig. 9. Thunda. Fig. 5. Nocoleche. 4 natural size PLATE IV. Fig. 1. Morristown 4 natural size Fig. 8. Knyahinya, nearly complete stone. Fig. 2. Brenham (‘‘Haviland’” Meteorite). 4 natural size Fig. 9. New Concord, polished face. Fig. 3. Veramin. 4 natural size Fig. 4. Mincy. } natural size Fig. 10. New Concord, showing pittings. Fig. 5. Medwedewa. 3 natural size Fig. 6. Homestead. 4 natural size Fig. 11. Hessle, complete stone. Fig. 7. Knyahinya, polished face. 4 natural size PLATE V. Carlton, Hamilton Co. 4 natural size PLATE VI. Brenham, Kiowa Co. #? natural size PLATE VII. Arispe. 3 natural size | Bald Eagle (slice). PLATE VIII. Cuernavaca. 3 natural size | Franceville (slice). $ natural size TAA | | HA ld THA Id (‘og fadsiuy ‘uldgapunoy ‘palan) “qSVO TIVWS ATONIS Rh Ve ee UF ere Ss ce ca toee yt te Lng ] nae AH TSEC ih : Nite ' if fs Een aon : ergata is ‘i PRG AA mae nN ss cs ribs Seals a ; ott i ah os : RSE eNO eR Tee aeons * eens ee ase Seon ASE cs absent} Pani oe ai ' ee SN Sct ‘ v ce Sra . rian ee See eG nn