Twenty Thousand Leagues Under The
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Geology, Geochemistry and Earthquake History of Loieihi Seamount, Hawaiei's Youngest Volcano
ARTICLE IN PRESS Chemie der Erde ] (]]]]) ]]]–]]] www.elsevier.de/chemer INVITED REVIEW Geology, geochemistry and earthquake history of Lo¯"ihi Seamount, Hawai"i’s youngest volcano Michael O. Garciaa,Ã, Jackie Caplan-Auerbachb, Eric H. De Carloc, M.D. Kurzd, N. Beckera aDepartment of Geology and Geophysics, University of Hawai"i, Honolulu, HI 96822, USA bAlaska Volcano Observatory, U.S.G.S., Alaska Science Center, Anchorage, AK 99508, USA cDepartment of Oceanography, University of Hawai"i, Honolulu, HI 96822, USA dDepartment of Marine Chemistry and Geochemistry, Woods Hole Oceanographic Institution, Woods Hole, MA 02543, USA Received 6 June 2005; accepted 20 September 2005 Abstract A half-century of investigations are summarized here on the youngest Hawaiian volcano, Lo¯"ihi Seamount. It was discovered in 1952 following an earthquake swarm. Surveying in 1954 determined it has an elongate shape, which is the meaning of its Hawaiian name. Lo¯"ihi was mostly forgotten until two earthquake swarms in the 1970s led to a dredging expedition in 1978, which recovered young lavas. The recovery of young lavas motivated numerous expeditions to investigate the geology, geophysics, and geochemistry of this active volcano. Geophysical monitoring, including a real- time submarine observatory that continuously monitored Lo¯"ihi’s seismic activity for 3 months, captured some of the volcano’s earthquake swarms. The 1996 swarm, the largest recorded in Hawai"i, was preceded earlier in the year by at least one eruption and accompanied by the formation of a 300-m deep pit crater, Pele’s Pit. Seismic and petrologic data indicate that magma was stored in a 8–9 km deep reservoir prior to the 1996 eruption. -
Stuart Chases's Use of Jules Verne's the Mysterious Island, (1874)
University of Rhode Island DigitalCommons@URI Special Collections Publications (Miscellaneous) Special Collections 2006 Stuart Chases's Use of Jules Verne's The ysM terious Island, (1874) Richard Vangermeersch Follow this and additional works at: http://digitalcommons.uri.edu/sc_pubs Part of the Library and Information Science Commons Recommended Citation Vangermeersch, Richard, "Stuart Chases's Use of Jules Verne's The ysM terious Island, (1874)" (2006). Special Collections Publications (Miscellaneous). Paper 6. http://digitalcommons.uri.edu/sc_pubs/6 This Text is brought to you for free and open access by the Special Collections at DigitalCommons@URI. It has been accepted for inclusion in Special Collections Publications (Miscellaneous) by an authorized administrator of DigitalCommons@URI. For more information, please contact [email protected]. Stuart Chases’s Use Of Jules Verne’s The Mysterious Island, (1874) December 2006 Richard Vangermeersch P.O. Box 338 Kingston, RI 02881 401-783-8853 2 Stuart Chases’s Use Of Jules Verne’s The Mysterious Island, (1874) There are two very specific reasons why this piece was researched and written. The first is a continuation of my work done on Stuart Chase (various publications). I am still hopeful my efforts will inspire an historian to do a 1000 page biography on Stuart Chase. The second is further example why my idea of using Verne’s book as the basis for a one-day management seminar is worth trying. I’ve explored this idea with a number of friends and hope that this piece will take at least one of them to try this idea. I am classifying this as a casual piece and have no interest in this being written for a vigorous academic review. -
Captain Nemo/Lt-General Pitt Rivers and Cleopatra's Needle
Free Press. Stocking, G. W. Jr. 1984. Introduction. In G. W. Stocking Jr. (ed.) Functionalism Historicized: Essays on British Social Anthropology. Madison: University of Wisconsin Press. Stocking, G. W. Jr. 1987. Victorian Anthropology. London: Collier Macmillan. Sweet, R. 2004 . Antiquaries: The Discovery of the Past in Eighteenth-Century Britain. London: Hambledon & London. Captain Nemo/Lt-General Pitt Rivers and Cleopatra’s Needle — A Story of Flagships Christopher Evans ([email protected]) Recently re-reading Verne’s 20,000 Leagues Beneath the Sea for our children I was struck by the marked similarities between the novel’s elusive protagonist, Captain Nemo, and the renowned later 19th century British archaeologist, Lt.-General Pitt Rivers. Could they have been the same person? How could something so seemingly blatant have gone unnoticed? These questions are, of course, only raised in a spirit of academic tongue-in-check. Yet, in an ethos of ‘learning through amusement’ (itself directly relevant to the themes of this study), exploring the parallels between these two ‘heroic’ individuals provides insights into the nature of 19th century science, Victorian edification and disciplinary institutionalisation (e.g. Levine 1986). This eclectic contribution will, moreover, be introduced with the third component of its headline title – Cleopatra’s Needle – as this provides an appropriately quasi- nautical parable on the project of 19th century archaeology and the problem of ‘deep time’ (Murray 1993). Cleopatra’s Voyage The transhipment of the -
Explosive Subaqueous Eruptions: the Influence of Volcanic Jets on Eruption Dynamics and Tephra Dispersal in Underwater Eruptions
EXPLOSIVE SUBAQUEOUS ERUPTIONS: THE INFLUENCE OF VOLCANIC JETS ON ERUPTION DYNAMICS AND TEPHRA DISPERSAL IN UNDERWATER ERUPTIONS by RYAN CAIN CAHALAN A DISSERTATION Presented to the Department of Earth ScIences and the Graduate School of the UniversIty of Oregon In partIaL fulfiLLment of the requirements for the degree of Doctor of PhiLosophy December 2020 DISSERTATION APPROVAL PAGE Student: Ryan CaIn CahaLan Title: ExplosIve Subaqueous EruptIons: The Influence of Volcanic Jets on EruptIon DynamIcs and Tephra DIspersaL In Underwater EruptIons This dissertatIon has been accepted and approved in partIaL fulfiLLment of the requirements for the Doctor of PhiLosophy degree in the Department of Earth ScIences by: Dr. Josef Dufek ChaIrperson Dr. Thomas GIachettI Core Member Dr. Paul WaLLace Core Member Dr. KeLLy Sutherland InstItutIonaL RepresentatIve and Kate Mondloch Interim VIce Provost and Dean of the Graduate School OriginaL approvaL sIgnatures are on fiLe wIth the UniversIty of Oregon Graduate School. Degree awarded December 2020 II © 2020 Ryan Cain Cahalan III DISSERTATION ABSTRACT Ryan CaIn CahaLan Doctor of PhiLosophy Department of Earth ScIences December 2020 Title: ExplosIve Subaqueous EruptIons: The Influence of Volcanic Jets on EruptIon DynamIcs and Tephra DIspersaL In Underwater EruptIons Subaqueous eruptIons are often overlooked in hazard consIderatIons though they represent sIgnificant hazards to shipping, coastLInes, and in some cases, aIrcraft. In explosIve subaqueous eruptIons, volcanic jets transport fragmented tephra and exsolved gases from the conduit into the water column. Upon eruptIon the volcanic jet mIxes wIth seawater and rapidly cools. This mIxing and assocIated heat transfer ultImateLy determInes whether steam present in the jet wILL completeLy condense or rise to breach the sea surface and become a subaeriaL hazard. -
Lusardi 1999- Blackbeard Shipwreck Project with a Note on Unloading A
The Blackbeard Shipwreck Project, 1999: With a Note on Unloading a Cannon By: Wayne R. Lusardi NC Underwater Archaeological Conservation Laboratory Institute of Marine Sciences 3431 Arendell Street Morehead City, North Carolina 28557 Lusardi ii Table of Contents Introduction..........................................................................................................................................1 1999 Field Season.................................................................................................................................1 Figure 1: Two small cast-iron cannons during removal of concretion and associated ballast stones. ...................................................................................................................................1 The Artifacts .........................................................................................................................................2 Ship Parts and Equipment...................................................................................................................2 Arms...................................................................................................................................................2 Figure 2: Weight marks on breech of cannon C-21..............................................................3 Figure 3: Contents of cannon C-19 included three iron drift pins, a solid round shot and three wads of cordage.........................................................................................................3 -
Exploring Submarine Arc Volcanoes Steven Carey University of Rhode Island, [email protected]
University of Rhode Island DigitalCommons@URI Graduate School of Oceanography Faculty Graduate School of Oceanography Publications 2007 Exploring Submarine Arc Volcanoes Steven Carey University of Rhode Island, [email protected] Haraldur Sigurdsson University of Rhode Island Follow this and additional works at: https://digitalcommons.uri.edu/gsofacpubs Terms of Use All rights reserved under copyright. Citation/Publisher Attribution Carey, S., and H. Sigurdsson. 2007. Exploring submarine arc volcanoes. Oceanography 20(4):80–89, https://doi.org/10.5670/ oceanog.2007.08. Available at: https://doi.org/10.5670/oceanog.2007.08 This Article is brought to you for free and open access by the Graduate School of Oceanography at DigitalCommons@URI. It has been accepted for inclusion in Graduate School of Oceanography Faculty Publications by an authorized administrator of DigitalCommons@URI. For more information, please contact [email protected]. This article has This been published in or collective redistirbution of any portion of this article by photocopy machine, reposting, or other means is permitted only with the approval of The approval portionthe ofwith any permitted articleonly photocopy by is of machine, reposting, this means or collective or other redistirbution SP ec I A L Iss U E On Ocean E X P L O R ATIO N Oceanography , Volume 20, Number 4, a quarterly journal of The 20, Number 4, a quarterly , Volume O ceanography Society. Copyright 2007 by The 2007 by Copyright Society. ceanography Exploring O ceanography Society. All rights All reserved. Society. ceanography O Submarine Arc Volcanoes or Th e [email protected] Send Society. ceanography to: correspondence all B Y S T even C A R E Y an D H A R A LDUR SIGURD ss O N Three quarters of Earth’s volcanic activ- although a significant part of arc volca- tion of tsunamis (Latter, 1981). -
The Pirates' Code
The Pirates’ Code Scan to watch an instructional video! Components Legend Legend Legend Dread Legend Dread Dread Pirate Sure-fire Dread Pirate Sure-fire Pirate Sure-fire Pirate - Buccaneer Sure fire Buccaneer Buccaneer Buccaneer Swash 1 Market Mat Swash Buckler Swash Buckler Swash Buckler Buckler Corsair Corsair Corsair Corsair Pirate Pirate Pirate Pirate Sea Dog Sea Dog Sea Dog Repair Sea Dog Repair Repair Extort Repair Extort : Extort Cannons: Extort Cannons: Cannons: Rigging 1 Cannons Rigging 1 Rigging 1 1 Rigging 1 1 2 Port Tokens 1 1 4 Legend Mats 4 Helm Mats 16 Map Cards 8 8 6 6 6 4 4 4 2 2 2 1-4 1-4 1-3 1-3 1-3 1-2 1-2 1-2 . Cpt. Carmen RougeCpt Morgan Whitecloud FRONTS . Francisco de Guerra Cpt. Magnus BoltCpt BACKS 11 Merchant Cards 4 Double-Sided Captain Cards Alice O’Malice 1 Doc Blockley Lisa Legacy Sydney Sweetwater Buck Cannon Betty Blunderbuss Eliza Lucky Ursula Bane Willow Watch Taylor Truenorth Quartermaster Quigley Jolly Rodge Silent Seamus Lieutenant Flint Raina Rumor Black-Eyed Brutus Pale Pim 2 Salty Pete 2 Cutter Fang BACKS Sara Silver Jack “Fuse” Rogers Chopper Donovan Sally Suresight FRONTS Tina Trickshot 24 Crew Cards BACKS BACKS FRONTS 20 Search Tokens FRONTS 20 Order Tokens (5 in 4 colors) 2 4 Pirate Ships (in 4 colors) 2 Merchant Ships (in 2 colors) 1 Navy Ship 4 Captains (in 4 colors) 16 Deckhands 4 Legend Tokens 12 Treasures (4 in 4 colors) (in 4 colors) (3 in 4 colors) 1 Booty Bag 40 Booty Crates 4 Gold 3 Dice 12 Sure-fire Tokens (10 in 4 colors) Doubloons Prologue You helm a notorious pirate ship in the swashbuckling days of yore. -
Islands in the Screen: the Robinsonnade As Television Genre Des Îles À L’Écran : La Robinsonnade Comme Genre Télévisuel Paul Heyer
Document generated on 09/24/2021 6:24 p.m. Cinémas Revue d'études cinématographiques Journal of Film Studies Islands in the Screen: The Robinsonnade as Television Genre Des îles à l’écran : la robinsonnade comme genre télévisuel Paul Heyer Fictions télévisuelles : approches esthétiques Article abstract Volume 23, Number 2-3, Spring 2013 The island survivor narrative, or robinsonnade, has emerged as a small but significant television genre over the past 50 years. The author considers its URI: https://id.erudit.org/iderudit/1015187ar origins as a literary genre and the screen adaptations that followed. Emphasis DOI: https://doi.org/10.7202/1015187ar is placed on how “island TV” employed a television aesthetic that ranged from an earlier conventional approach, using three cameras, studio locations, and See table of contents narrative resolution in each episode, to open-ended storylines employing a cinematic style that exploits the new generation of widescreen televisions, especially with the advent of HDTV. Two case studies centre the argument: Gilligan’s Island as an example of the former, more conventional aesthetic, and Publisher(s) Lost as an example of the new approach. Although both series became Cinémas exceedingly popular, other notable programs are considered, two of which involved Canadian production teams: Swiss Family Robinson and The Mysterious Island. Finally, connections are drawn between robinsonnades and ISSN the emerging post-apocalyptic genre as it has moved from cinema to television. 1181-6945 (print) 1705-6500 (digital) Explore this journal Cite this article Heyer, P. (2013). Islands in the Screen: The Robinsonnade as Television Genre. Cinémas, 23(2-3), 121–143. -
The Low Countries. Jaargang 11
The Low Countries. Jaargang 11 bron The Low Countries. Jaargang 11. Stichting Ons Erfdeel, Rekkem 2003 Zie voor verantwoording: http://www.dbnl.org/tekst/_low001200301_01/colofon.php © 2011 dbnl i.s.m. 10 Always the Same H2O Queen Wilhelmina of the Netherlands hovers above the water, with a little help from her subjects, during the floods in Gelderland, 1926. Photo courtesy of Spaarnestad Fotoarchief. Luigem (West Flanders), 28 September 1918. Photo by Antony / © SOFAM Belgium 2003. The Low Countries. Jaargang 11 11 Foreword ριστον μν δωρ - Water is best. (Pindar) Water. There's too much of it, or too little. It's too salty, or too sweet. It wells up from the ground, carves itself a way through the land, and then it's called a river or a stream. It descends from the heavens in a variety of forms - as dew or hail, to mention just the extremes. And then, of course, there is the all-encompassing water which we call the sea, and which reminds us of the beginning of all things. The English once labelled the Netherlands across the North Sea ‘this indigested vomit of the sea’. But the Dutch went to work on that vomit, systematically and stubbornly: ‘... their tireless hands manufactured this land, / drained it and trained it and planed it and planned’ (James Brockway). As God's subcontractors they gradually became experts in living apart together. Look carefully at the first photo. The water has struck again. We're talking 1926. Gelderland. The small, stocky woman visiting the stricken province is Queen Wilhelmina. Without turning a hair she allows herself to be carried over the waters. -
REDISCOVERING CIVIL WAR CLASSICS: Jules Verne's Civil War
Civil War Book Review Spring 2007 Article 4 REDISCOVERING CIVIL WAR CLASSICS: Jules Verne's Civil War David Madden Follow this and additional works at: https://digitalcommons.lsu.edu/cwbr Recommended Citation Madden, David (2007) "REDISCOVERING CIVIL WAR CLASSICS: Jules Verne's Civil War," Civil War Book Review: Vol. 9 : Iss. 2 . Available at: https://digitalcommons.lsu.edu/cwbr/vol9/iss2/4 Madden: REDISCOVERING CIVIL WAR CLASSICS: Jules Verne's Civil War Feature Essay Spring 2007 Madden, David REDISCOVERING CIVIL WAR CLASSICS: Jules Verne's Civil War. Jules Verne's Civil War The Blockade Runners (1871) by Jules Verne The Mysterious Island (1875) by Jules Verne North Against South (1887) by Jules Verne Do you know where and when Nemo, inventor and captain of the famed Nautilus submarine, died? I suppose I should first answer your own question: What has that question to do with the American Civil War? You probably didn't know, as I didn't know until a few days ago, that Jules Verne wrote two Civil War novels within ten years of the end of the war: The Blockade Runners (1871) and The Mysterious Island (1875), a sequel to Twenty Thousand Leagues Under the Sea (1870). Twelve years later, this French admirer of President Lincoln and General Grant published a third Civil War novel, North Against South. Answer: It was on Mysterious Island that Captain Nemo died. Although it was later published, illustrated, and is even now in print, The Blockade Runners is often not even listed as one of Verne's nearly 100 books, probably because it is really a 76-page novella first published in a book as an add-on to A Floating City (1871). -
Basaltic Lava Domes, Lava Lakes, and Volcanic Segmentation on the Southern East Pacific Rise Scott M
University of South Carolina Scholar Commons Faculty Publications Earth, Ocean and Environment, School of the 10-10-2000 Basaltic Lava Domes, Lava Lakes, and Volcanic Segmentation on the Southern East Pacific Rise Scott M. White University of South Carolina - Columbia, [email protected] Ken C. Macdonald University of California - Santa Barbara Rachel M. Haymon University of California - Santa Barbara Follow this and additional works at: https://scholarcommons.sc.edu/geol_facpub Part of the Earth Sciences Commons Publication Info Published in Journal of Geophysical Research, Volume 105, Issue B10, 2000, pages 23519-23536. White, S. M., Macdonald, K. C., & Haymon, R. M. (2000). Basaltic lava domes, lava lakes, and volcanic segmentationon the southern East Pacific Rise. Journal of Geophysical Research, 105 (B10), 23519-23536. © Journal of Geophysical Research 2000, American Geophysical Union This Article is brought to you by the Earth, Ocean and Environment, School of the at Scholar Commons. It has been accepted for inclusion in Faculty Publications by an authorized administrator of Scholar Commons. For more information, please contact [email protected]. JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 105,NO. B10, PAGES 23,519-23,536,OCTOBER 10, 2000 Basaltic lava domes, lava lakes, and volcanic segmentation on the southern East Pacific Rise ScottM. White, Ken C. Macdonald,and RachelM. Haymon Departmentof GeologicalSciences and Marine ScienceInstitute, University of California, SantaBarbara Abstract. Meter-scaleDSL-120 sonarmapping and coregisteredArgo -
Going on the Account: Examining Golden Age Pirates As a Distinct
GOING ON THE ACCOUNT: EXAMINING GOLDEN AGE PIRATES AS A DISTINCT CULTURE THROUGH ARTIFACT PATTERNING by Courtney E. Page December, 2014 Director of Thesis: Dr. Charles R. Ewen Major Department: Anthropology Pirates of the Golden Age (1650-1726) have become the stuff of legend. The way they looked and acted has been variously recorded through the centuries, slowly morphing them into the pirates of today’s fiction. Yet, many of the behaviors that create these images do not preserve in the archaeological environment and are just not good indicators of a pirate. Piracy is an illegal act and as a physical activity, does not survive directly in the archaeological record, making it difficult to study pirates as a distinct maritime culture. This thesis examines the use of artifact patterning to illuminate behavioral differences between pirates and other sailors. A framework for a model reflecting the patterns of artifacts found on pirate shipwrecks is presented. Artifacts from two early eighteenth century British pirate wrecks, Queen Anne’s Revenge (1718) and Whydah (1717) were categorized into five groups reflecting behavior onboard the ship, and frequencies for each group within each assemblage were obtained. The same was done for a British Naval vessel, HMS Invincible (1758), and a merchant vessel, the slaver Henrietta Marie (1699) for comparative purposes. There are not enough data at this time to predict a “pirate pattern” for identifying pirates archaeologically, and many uncontrollable factors negatively impact the data that are available, making a study of artifact frequencies difficult. This research does, however, help to reveal avenues of further study for describing this intriguing sub-culture.