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GUIDE to the HITCHCOCK FAMILY PAPERS Scope and Content Note the Hitchcock Family Papers Have Been Received As Gifts by the Pocum
GUIDE TO THE HITCHCOCK FAMILY PAPERS Scope and Content Note The Hitchcock Family Papers have been received as gifts by the Pocumtuck Valley Memorial Association from several sources over many years. The collection numbers just over 400 items, and date between 1731 and 1979. The papers are those of and relating to the descendants of Luke [d. 1659] and Elizabeth (Gibbons) Hitchcock [d. 1696] of Wethersfield, Connecticut, through their sons John and Luke. The number that accompanies names in the notes below refers to the number assigned to the individual by George Sheldon in genealogical notes on the Hitchcock family in the second volume of his History of Deerfield [1895]. Many of the following biographical notes were selected from that source and from The Genealogy of the Hitchcock Family, compiled and published by Mrs. Edward Hitchcock, Jr. [Amherst, Mass., 1894]. Biographical Notes and Description of Series John Hitchcock4, son of Deacon John2 and Hannah (Chapin) Hitchcock, was born in Springfield, Mass., on April 13, 1670. On September 24, 1691 he married Mary Ball of Springfield and the couple had 11 children, one of whom is mentioned below. He received two shares of the township granted to survivors of the Falls Fight [Turners Falls, Mass.,1676] and their descendants and bequeathed them to his son John. He died in 1751, his widow in 1760. He is represented by four items: deeds to land in Brookfield and Springfield, Mass., dated 1731, a copy of his will, dated December 12, 1750, an account relating to the sale of his estate. Samuel Hitchcock7, son of Ensign John4 and Mary (Ball) Hitchcock, was born in Springfield, Mass., on June 9, 1717. -
The Early Jurassic Ornithischian Dinosaurian Ichnogenus Anomoepus
19 The Early Jurassic Ornithischian Dinosaurian Ichnogenus Anomoepus Paul E. Olsen and Emma C. Rainforth nomoepus is an Early Jurassic footprint genus and 19.2). Because skeletons of dinosaur feet were not produced by a relatively small, gracile orni- known at the time, he naturally attributed the foot- A thischian dinosaur. It has a pentadactyl ma- prints to birds. By 1848, however, he recognized that nus and a tetradactyl pes, but only three pedal digits some of the birdlike tracks were associated with im- normally impressed while the animal was walking. The pressions of five-fingered manus, and he gave the name ichnogenus is diagnosed by having the metatarsal- Anomoepus, meaning “unlike foot,” to these birdlike phalangeal pad of digit IV of the pes lying nearly in line with the axis of pedal digit III in walking traces, in combination with a pentadactyl manus. It has a pro- portionally shorter digit III than grallatorid (theropod) tracks, but based on osteometric analysis, Anomoepus, like grallatorids, shows a relatively shorter digit III in larger specimens. Anomoepus is characteristically bi- pedal, but there are quadrupedal trackways and less common sitting traces. The ichnogenus is known from eastern and western North America, Europe, and southern Africa. On the basis of a detailed review of classic and new material, we recognize only the type ichnospecies Anomoepus scambus within eastern North America. Anomoepus is known from many hundreds of specimens, some with remarkable preservation, showing many hitherto unrecognized details of squa- mation and behavior. . Pangea at approximately 200 Ma, showing the In 1836, Edward Hitchcock described the first of what areas producing Anomoepus discussed in this chapter: 1, Newark we now recognize as dinosaur tracks from Early Juras- Supergroup, eastern North America; 2, Karoo basin; 3, Poland; sic Newark Supergroup rift strata of the Connecticut 4, Colorado Plateau. -
General Index Vols. XLI-L, Third Series
GENERAL INDEX OF VOLUMES XLI-L OF THE THIRD SERIES. WInthe references to volumes xli to I, only the numerals i to ir we given. NOTE.-The names of mineral8 nre inaerted under the head ol' ~~IBERALB:all ohitllary notices are referred to under OBITUARY. Under the heads BO'PANY,CHK~I~TRY, OEOLO~Y, Roo~s,the refereuces to the topics in these department8 are grouped together; in many cases, the same references appear also elsewhere. Alabama, geological survey, see GEOL. REPORTSand SURVEYS. Abbe, C., atmospheric radiation of Industrial and Scientific Society, heat, iii, 364 ; RIechnnics of the i. 267. Earth's Atmosphere, v, 442. Alnska, expedition to, Russell, ii, 171. Aberration, Rayleigh, iii, 432. Albirnpean studies, Uhler, iv, 333. Absorption by alum, Hutchins, iii, Alps, section of, Rothpletz, vii, 482. 526--. Alternating currents. Bedell and Cre- Absorption fipectra, Julius, v, 254. hore, v, 435 ; reronance analysis, ilcadeiny of Sciences, French, ix, 328. Pupin, viii, 379, 473. academy, National, meeting at Al- Altitudes in the United States, dic- bany, vi, 483: Baltimore, iv, ,504 : tionary of, Gannett, iv. 262. New Haven, viii, 513 ; New York, Alum crystals, anomalies in the ii. 523: Washington, i, 521, iii, growth, JIiers, viii, 350. 441, v, 527, vii, 484, ix, 428. Aluminum, Tvave length of ultra-violet on electrical measurements, ix, lines of, Runge, 1, 71. 236, 316. American Association of Chemists, i, Texas, Transactions, v, 78. 927 . Acoustics, rrsearchesin, RIayer, vii, 1. Geological Society, see GEOL. Acton, E. H., Practical physiology of SOCIETYof AMERICA. plants, ix, 77. Nuseu~nof Sat. Hist., bulletin, Adams, F. -
The New Ichnotaxon Eubrontes Nobitai Ichnosp. Nov. and Other
Xing et al. Journal of Palaeogeography (2021) 10:17 https://doi.org/10.1186/s42501-021-00096-y Journal of Palaeogeography ORIGINAL ARTICLE Open Access The new ichnotaxon Eubrontes nobitai ichnosp. nov. and other saurischian tracks from the Lower Cretaceous of Sichuan Province and a review of Chinese Eubrontes-type tracks Li-Da Xing1,2* , Martin G. Lockley3, Hendrik Klein4, Li-Jun Zhang5, Anthony Romilio6, W. Scott Persons IV7, Guang-Zhao Peng8, Yong Ye8 and Miao-Yan Wang2 Abstract The Jiaguan Formation and the underlying Feitianshan Formation (Lower Cretaceous) in Sichuan Province yield multiple saurischian (theropod–sauropod) dominated ichnofaunas. To date, a moderate diversity of six theropod ichnogenera has been reported, but none of these have been identified at the ichnospecies level. Thus, many morphotypes have common “generic” labels such as Grallator, Eubrontes, cf. Eubrontes or even “Eubrontes- Megalosauripus” morphotype. These morphotypes are generally more typical of the Jurassic, whereas other more distinctive theropod tracks (Minisauripus and Velociraptorichnus) are restricted to the Cretaceous. The new ichnospecies Eubrontes nobitai ichnosp nov. is distinguished from Jurassic morphotypes based on a very well- preserved trackway and represents the first-named Eubrontes ichnospecies from the Cretaceous of Asia. Keywords: Ichnofossils, Dinosaur footprints, Theropod, Myths 1 Introduction are represented by Brontopodus-type tracks. The non- With over 17 track sites documented so far, the Jiaguan avian theropod tracks consist of Eubrontes-type, gralla- Formation and the underlying Feitianshan Formation torid, Yangtzepus, Velociraptorichnus, cf. Dromaeopodus, hold among the richest records of dinosaur tracks in Minisauripus, cf. Irenesauripus, and Gigandipus, while China (Young 1960; Xing and Lockley 2016; Xing et al. -
Edward Hitchcock
MEMOIR EDWARD HITCHCOCK. 1793-1864. BY J. P. LESLEY. HEAD BEFORE THE NATIONAL ACADEMT, AUG. 9, 18C6. 113 BIOGRAPHICAL MEMOIR OF EDWARD HITCHCOCK. WE cherish the memory of the good and wise, not because they are rare, for the world is full of them; they exist in every society and grade of society, in every business and profession, even in the limited circle of acquaintanceship of every respectable person. But we cherish the memory of the wise and good, because it is dear to us, because we have been taught, encouraged, aided, cheered, blessed, and ennobled by them; and their memory is a continuation of their living words and deeds, and we can make it an heirloom for our children. A man to be remembered is a man to be spoken of. Even in the most barbarous aboriginal stages of the history of mankind, men here and there appeared, whose biographies, could they be written, the world could make good use of. In our own days of high civilization, almost every active life deserves a record. But the law of natural selection rules in literature also, and the struggle for posthumous fame, like the struggle for animal life, is crowned only in the persons of the best competitors. One of these favored few we celebrate this evening. A man of religion, a man of science ; in both, a docile student and an expert teacher ; in both, enthusiastic and self-saer.ficing; in both, gentle, persuasive, affectionate, sympathetic ; in both, shackled by traditions which he both feared and hated to break, yet vigorously holding up his shackles and keeping abreast and in some respects ahead of the advancing age. -
State Geological and Natural History Survey of Connecticut
STATE GEOLOGICAL AND NATURAL HISTORY SURVEY OF CONNECTICUT NATURAL RESOURCES CENTER DEPARTMENT OF ENVIRONMENTAL PROTECI’ION A HISTORY OF THE STATE GEOLOGICAL AND NATURAL HISTORY SURVEY OF CONNECTICUT By ROBERT J. ALTAMURA Reprint from THE STATE GEOLOGICAL SURVEYS - A HISTORY Published by the Association of American State Geologists 1988, p.48-69 1989 Reprinted from THE STATE GEOLOGICAL SURVEYS - A HI~IX)RY 1 1988 Directors of the State Geological and Natural Histo~, Survey of Connecticut (-established in 1903) William North Rice, Superintendent, 1903-1916 A HISTORY OF THE STATE GEOLOGICAL Herbert Ernest Gregory, Superintendent, 1916-1921 Henry Hollister Robinson, Superintendent, 1921-1925 AND NATURAL HISTORY SURVEY Wilton Everett Britton, Superintendent, 1925-1939 Edward Leffinwell Troxell, Director, 1939-1954 John Becker Lucke, Director, 1954-1960 Joe Webb Peoples, Director, 1960-1974 BY ROBERT J. ALTAMURA Hugo Frederick Thomas, State Geologist, 1974- Connecticut Geological & Natural History Survey 165 Capitol Avenue Hartford, CT 06106 Early Official Geological Surveys of the State of Science. The early volumes of James Gates Percival (Geological survey of Connecticut with map) 1835-1842 FOUNDATIONS OF THE SURVEY Charles Upham Sbepard (Mineralogical survey of Connecticut) 1835-1837 Silliman’s Journal, as it was then There was a growing interest in known, contained a number of papers on geology in the early part of the 19th Connecticut mineralogy and geology, century, not only in Connecticut, but many by Silliman himself. elsewhere. By that time, James Hutton, Silliman’s students carried their the founder of modern geology, had knowledge to other parts of the country. presented his epoch-making Theory of In 1824, Denison Olmsted went to head the Earth to the Royal Society of the North Carolina Survey. -
Experimental Study of Sediment Type and Organic Content on Fossil Trackway Preservation
EXPERIMENTAL STUDY OF SEDIMENT TYPE AND ORGANIC CONTENT ON FOSSIL TRACKWAY PRESERVATION Undergraduate Research Thesis Submitted in partial fulfillment of the requirements for graduation with research distinction in Earth Sciences in the undergraduate colleges of The Ohio State University By Nicholas P. Reineck The Ohio State University 2019 Approved by Loren E. Babcock, Advisor School of Earth Sciences ii T ABLE OF C ONTENTS Abstract………………………………………………………………………….ii Acknowledgements……………………………………………………………..iii List of Figures……………………………………………………………………iv Introduction………………………………………………………………………1 Methods……..……………………...………………………...…………………..2 Results……………………………………………………………………………5 Discussion……………………………………………………………………….11 Conclusions……………………………………………………………………...13 Recommendations for Future Research…………………………………………14 References Cited….……….…………………………………………………….15 i ABSTRACT The purpose of this study was to determine the effects of different sediment types on the preservation of footprints prior to fossilization. The sediments collected were an organic-poor sand, an organic-rich sand, an organic-poor clay, and an organic-rich clay. These sediments were chosen to mimic ephemerally wet siliciclastic environments similar to those of the Connecticut River Valley deposit (Newark Supergroup, Lower Jurassic). A pair of chicken feet was used to mimic the feet of a small theropod dinosaur. The sediments were separated into containers and allowed to sit to see if any significant microbial growth would develop within the sediments. Then chicken feet were used to create prints in the damp sediment. The footprints were repeatedly hydrated and desiccated until barely or no longer visible. Based on observations made of the footprints in varied sediment types, the clays were found to be better than sands at preserving the shapes of footprints over long periods of time and repeated wet-dry cycles. Organic-rich sediments were better than organic-poor sediments at preserving the footprints. -
Interpreting Behavior from Early Cretaceous Bird Tracks and the Morphology of Bird Feet and Trackways
INTERPRETING BEHAVIOR FROM EARLY CRETACEOUS BIRD TRACKS AND THE MORPHOLOGY OF BIRD FEET AND TRACKWAYS By ©2009 Amanda Renee Falk B.S., Lake Superior State University, 2007 Submitted to the Department of Geology and the Faculty of the Graduate School of the University of Kansas In partial fulfillment of the requirements for the degree of Master of Science Advisory Committee: ______________________________ Co-Chairman: Stephen T. Hasiotis ______________________________ Co-Chairman: Larry D. Martin ______________________________ J. F. Devlin Date Defended: September 15th, 2009 The thesis committee for Amanda R. Falk certifies that this is the approved version of the following thesis: INTERPRETING BEHAVIOR FROM EARLY CRETACEOUS BIRD TRACKS AND THE MORPHOLOGY OF BIRD FEET AND TRACKWAYS Advisory Committee: ____________________________ Stephen T. Hasiotis, Chairman ____________________________ Larry D. Martin, Co-Chairman ____________________________ J. F. Devlin Date approved: _ September 15th, 2009_ ii ABSTRACT Amanda R. Falk Department of Geology, September 2009 University of Kansas Bird tracks were studied from the Lower Cretaceous Lakota Formation in South Dakota, USA, and the Lower Cretaceous Haman Formation, South Korea. Behaviors documented from the Lakota Formation included: (1) a takeoff behavior represented by a trackway terminating in two subparallel tracks; (2) circular walking; and (3) the courtship display high stepping. Behaviors documented from the Haman Formation included: (1) a low-angle landing in which the hallux toe was dragged; (2) pecking and probing behaviors; and (3) flapping-assisted hopping during walking. The invertebrate trace fossil Cochlichnus was associated the avian tracks from the Lakota Formation. No traces of pecking or probing were associated with Cochlichnus. The invertebrate trace fossils Cochlichnus, Arenicholites, and Steinichnus were found associated the bird tracks from the Haman Formation. -
Amherst College Annual Report Fiscal Year Ended June 30, 2011
Amherst College Annual Report Fiscal Year Ended June 30, 2011 2011 ▲ 7759 AC AnnualCover.indd 2-3 12/29/11 9:47 AM Table of Contents The Corporation . 2 A Message from the President . 4 Report of the Treasurer . 6 Amherst College Statement of Operating Resources and Expenses . 8 Folger Shakespeare Memorial Library Statement of Operating Resources and Expenses . .10 Amherst College Twenty Years in Review . 14 Report of Independent Auditors . 15. Balance Sheet . 16 Amherst College Statement of Activities . 17 Folger Shakespeare Memorial Library Statement of Activities . 18 Total Statement of Activities . 19 Statement of Cash Flows . .20 Notes to Financial Statements . .22 Amherst College Gifts, Bequests and Grants Received . 41 Folger Shakespeare Memorial Library Gifts, Bequests and Grants Received . 41 The Trustees of Amherst College administer Amherst College in Amherst College Amherst, Massachusetts, and the Descriptive Analysis of Endowment and Other Similar Funds . 42 Folger Shakespeare Memorial Library in Washington, D .C . Folger Shakespeare Memorial Library Descriptive Analysis of Endowment and Other Similar Funds . 60 Amherst College Statistical Information 2011 . 62 The cover: Orientation 2011 . Photograph by Rob Mattson 1 s Laura J . Yerkovich ’80, M .B .A . Katherine K . Chia ’88, M .Arch . The Corporation Riverside, CT New York, NY FISCAL YEAR 2010–11 William A . Davis, Jr . ’63, J .D . Secretary of the Corporation Washington, DC Susan Pikor, A .B . Hadley, MA Michele Y . Deitch ’82, J .D . Austin, TX Life Trustees Chairman of the Corporation Colin S . Diver ’65, LL .B . K . Frank Austen ’50, M .D . Jide J . Zeitlin ’85, M B. .A . Portland, OR New York, NY Wellesley Hills, MA Anne Melissa Dowling ’80, M .B .A . -
Dr. James Deane of Greenfield
DR. JAMES DEANE OF GREENFIELD EDWARD HITCHCOCK’S RIVAL DISCOVERER OF DINOSAUR TRACKS Robert L. Herbert, with the collaboration of Sarah Doyle and photography by Bill Finn and Ed Gregory Deane! 2 Contents List of illustrations 3 Preface and notes to the reader 5 Deane’s home, office, and library 7 Deane’s early life 13 Sandstone discoveries 1835-1841 18 Raising Silkworms, 1839-1842 23 The Deane-Hitchcock rivalry, 1841-1844 27 Deane’s medical career 1841-1851 33 More rivalry with Hitchcock, 1845-1849 35 Deane’s medical associations 41 Deane’s secular life: Masonry and anti-slavery 44 No more bird tracks? 46 Hitchcock’s Ichnology of New England, 1858 52 Deane’s posthumous Iconographs, 1861 56 Conclusion: Deane and Hitchcock 60 Bibliography 64 Deane! 3 List of illustrations Page 7, fig. 1. James Deane, daguerreotype, c. 1845-1850. Greenfield Historical Society, courtesy of Special Collections and Archives, Amherst College. Page 17, fig. 2. Map of Greenfield (French and Clark), 1855, detail. Courtesy of David Allen (www.old-maps.com). Page 18, fig. 3. James Deane’s house, Main St., in later years. Courtesy of Peter S. Smith. Page 20, fig. 4. Edward Hitchcock, c. 1860-1862. Photograph by Lovell, Amherst. Courtesy of Special Collections and Archives, Amherst College. Page 21, fig. 5. Proportional View of Ornithichnites, lithograph, American Journal of Science, April 1836, for article by Edward Hitchcock. 1836. Ed Gregory image. Page 21, fig. 6. Sandstone trackways, lithograph, American Journal of Science, April 1836, for article by Edward Hitchcock. Ed Gregory image. Page 22, fig. -
Tesi Dottorato.Indb
Table of contents 1. Introduction ..................................................................................................................................... 5 2. History of ichnology ........................................................................................................................9 2.1 A history of ideas in ichnology ............................................................................................11 3. Neoichnology ................................................................................................................................ 75 3.1 Neoichnology of a barrier-island system: the Mula di Muggia (Grado lagoon, Italy) ............................................................................................ 78 3.2 The IchnoGIS method: Network science and geostatistics in ichnology. Theory and application (Grado lagoon, Italy) .................................................................................... 124 3.3 Does the IchnoGIS method work? Prediction performance at the Mula di Muggia (Northern Adriatic, Italy) .......................................... 203 4. Palaeoichnology ......................................................................................................................... 251 4.1 Architectures of behavioural complexity: ichnonetwork analysis of the Meledis- Pizzul Formations (Upper Carboniferous; Pramollo, Italy-Austria) ................................................... 254 4.2 Behaviours mapped by new geographies: ichnonetwork -
Scientific Truth, Rightly Understood, Is Religious Truth”: the Life and Works of Reverend Edward Hitchcock, 1793-1864
ABSTRACT Title of thesis: “SCIENTIFIC TRUTH, RIGHTLY UNDERSTOOD, IS RELIGIOUS TRUTH”: THE LIFE AND WORKS OF REVEREND EDWARD HITCHCOCK, 1793-1864 Ariel Jacob Segal, Master of Arts, 2005 Thesis directed by: Professor James B. Gilbert Depart ment of History Reverend Edward Hitchcock (1793-1864) was an important figure in 19th century American science. He contributed to the fields of geology and paleontology, and was the founder of paleoichnology. The overriding passion of Hitchcock’s life was the reconciliation of science with evangelical Protestant Christianity. For most of his career, he located all of geological time in a “gap” between the first two verses of Genesis, but later tended to view the Creation days themselves as symbolic. Hitchcock also dealt intensively with the scientific understanding of Noah’s flood. At first, he advocated a Deluge covering the entire planet. Subsequently, he held that the Deluge only affected the portion of the planet inhabited by humanity during the time of Noah. Hitchcock used evidence from science to support both natural and revealed religion. He combined this synthesizing with an increasingly extravagant romanticism, and confidently looked forward to continuing his scientific investigations in Heav en. “SCIENTIFIC TRUTH, RIGHTLY UNDERSTOOD, IS RELIGIOUS TRUTH”: THE LIFE AND WORKS OF REVEREND EDWARD HITCHCOCK, 1793-1864 by Ariel Jacob Segal Thesis submitted to the Faculty of the Graduate School of the University of Maryland, College Park in partial fulfillment of the requirements for the degree of Master of Arts 2005 Advisory Committee: Professor James B. Gilbert, Chair Professor Stephen G. Brush Dr. Thomas R. Holtz, Jr. ©Copyright by Ariel Jacob Segal 2005 ACKNOWLEDGMENTS First of all, I would like to thank my thesis adviser, Dr.