Florida Keys Sea Heritage Journal
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Shipwreck Cannons Gwen Wright
Season 6, Episode 9: Shipwreck Cannons Gwen Wright: Our first story investigates a maritime mystery washed up on an Oregon beach. 1846: tensions between the U.S. and Britain are approaching a boiling point. All eyes are focused on the disputed border between the U.S. and the British colonial territory of Canada. At stake is ownership of the enormous riches of some 300,000 square miles of the Pacific Northwest. The U.S. needs reconnaissance, and dispatches an armed naval vessel – the USS Shark . But that September disaster strikes; the Shark wrecks and sinks at the treacherous mouth of the Columbia River. More than a century and a half later, fourteen-year-old Miranda Petrone, from Tualatin, Oregon, thinks she may have found a piece of this historic ship. Miranda: Me and my dad were walking along the beach. And I saw this big thing with rust. And I’m like, hey dad, come here. Gwen: I’m Gwen Wright, nice to meet you. So I heard you found something pretty interesting around here. Miranda: Yeah. Gwen: What was it? Miranda: We found a cannon. Gwen: Now, are you sure it was a cannon? Miranda: Well, not at first. Me and my dad were walking along the beach. Then there was this big black rocky thing so I went up a little closer and eventually saw rust. I thought, rocks aren't supposed to have rust. And so, I called my dad over. He came and checked it out. He's like, huh, maybe it's a cannon. He was just joking though. -
Performance Evaluation of the 19Th Century Clipper Ship Cutty Sark: a Comparative Study
Performance Evaluation of the 19th Century Clipper Ship Cutty Sark: A Comparative Study C. Tonry1, M. Patel1, C. Bailey1, W. Davies2, J. Harrap2, E. Kentley2, P. Mason2 1University of Greenwich, London, UK 2 Abstract The Cutty Sark, built in 1869 in Dumbarton, is the last intact composite tea clipper ship [1]. One of the last tea clippers built she took part in the tea races back from China. These races caught the public imagination of the day and were widely reported in newspapers [2]. They developed from a desire for 'fresh' tea and the first ship to return with the new season's tea could charge a higher price for the cargo. Clipper ships were built for speed rather than carrying capacity. The hull efficiency of the Cutty Sark and her contemporaries is currently unknown. However, with modern CFD techniques, virtual experiments can be performed to model the fluid flow past the hull and so based on the shear stress and the pressure over the surface of the hull to calculate the resistance. In order to compare the hull against other ships three other ships were selected. The Farquharson, an East Indiaman built in 1820 [3]; the Thermopylae, another composite clipper built in 1868 which famously raced the Cutty Sark in 1872 [1]; and finally the Erasmo a later Italian all-steel construction 4-masted barque built in 1903[4]. Fig. 1 shows images of these ships. As only one of these ships exists today, and she no longer sails, 3D geometries were constructed fromlines plans of the ships hulls. -
FKNMS Lower Region
se encuentran entre los entre encuentran se Florida la de Cayos los de coralinos arrecifes Los agua. del salinidad la o como los erizos y pepinos de mar. Las hierbas marinas son una base para la crianza del crianza la para base una son marinas hierbas Las mar. de pepinos y erizos los como aves, peces y tortugas que se enredan en ella o la ingieren, confundiéndola con alimentos. con confundiéndola ingieren, la o ella en enredan se que tortugas y peces aves, grados C), ni más cálidas de 86 grados F (30 grados C), ni a cambios pronunciados de la calidad la de pronunciados cambios a ni C), grados (30 F grados 86 de cálidas más ni C), grados atíes y diversos peces, y son el hábitat de organismos marinos filtradores, así como forrajeros, como así filtradores, marinos organismos de hábitat el son y peces, diversos y atíes delicados puede asfixiarlos, romperlos o erosionarlos. La basura puede resultar mortal para las para mortal resultar puede basura La erosionarlos. o romperlos asfixiarlos, puede delicados vivir a la exposición continua de aguas del mar a temperaturas por debajo de los 68 grados F (18 F grados 68 los de debajo por temperaturas a mar del aguas de continua exposición la a vivir ue at motned acdn lmnii.Poocoa lmnoalstrua,man- tortugas, las a alimento Proporcionan alimenticia. cadena la de importante parte tuyen que las aves mueran de hambre. El cordel de pescar y la basura que se enreda en los corales los en enreda se que basura la y pescar de cordel El hambre. -
California State University, Northridge an Ecological
CALIFORNIA STATE UNIVERSITY, NORTHRIDGE AN ECOLOGICAL AND PHYSIOLOGICAL ASSESSMENT OF TROPICAL CORAL REEF RESPONSES TO PAST AND PROJECTED DISTURBANCES A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Biology By Elizabeth Ann Lenz May 2014 The thesis of Elizabeth A. Lenz is approved by: Robert C. Carpenter, Ph.D. Date: Eric D. Sanford, Ph.D. Date: Mark A. Steele, Ph.D. Date: Peter J. Edmunds, Ph.D., Chair Date: California State University, Northridge ii ACKNOWLEDGEMENTS I would like to thank Dr. Peter J. Edmunds first and foremost for being my fearless leader and advisor - for the incredible opportunities and invaluable mentorship he has provided to me as a graduate student in the Polyp Lab. I am ever so grateful for his guidance, endless caffeinated energy, constructive critiques, and dry British humor. I would also like to thank my loyal committee members Drs. Robert Carpenter and Mark Steele at CSUN for their availability and expert advise during this process. Their suggestions have greatly contributed to my thesis. I would not only like to acknowledge Dr. Eric Sanford from UC Davis for serving on my committee, but thank him for his incessant support throughout my career over the last 7 years. I will always admire his contagious enthusiasm for invertebrates, passion for scientific research, and unlimited knowledge about marine ecology. My research would not have been possible without the technical support and assistance from my colleagues in Moorea, French Polynesia and St. John, USVI. I am grateful to Dr. Lorenzo Bramanti, Dr. Steeve Comeau, Vince Moriarty, Nate Spindel, Emily Rivest, Christopher Wall, Darren Brown, Alexandre Yarid, Nicolas Evensen, Craig Didden, the VIERS staff, and undergraduate assistants: Kristin Privitera-Johnson and Amanda Arnold. -
• the Seven Mile Bridge (Knight Key Bridge HAER FL-2 Moser Channel
The Seven Mile Bridge (Knight Key Bridge HAER FL-2 Moser Channel Bridge Pacet Channel Viaduct) Linking Several Florida Keys Monroe County }-|/ -i c,.^ • Florida '■ L. f'H PHOTOGRAPHS WRITTEN HISTORICAL AND DESCRIPTIVE DATA Historic American Engineering Record National Park Service Department of the Interior Washington D.C. 20240 • THE SEVEN MILE BRIDGE FL-2 MA e^ Ft. A HISTORIC AMERICAN ENGINEERING RECORD THE SEVEN MILE BRIDGE (Knight Key Bridge-Pigeon Key Bridge-Moser Channel Bridge- Pacet Channel Viaduct) Location: Spanning several Florida Keys and many miles of water this bridge is approximately 110 miles from Miami. It begins at Knight Key at the northeast end and terminates at Pacet Key at the southwest end. UTM 487,364E 476.848E 2,732,303N 2,729,606N # Date of Construction 1909-1912 as a railway bridge. Adapted as a concrete vehicular bridge on U.S. I in 1937-1938. Present Owner: Florida Department of Transpor- tation Hayden Burns Building Tallahassee, Florida 32304 Present Use: Since its conversion as a bridge for vehicles it has been in con- tinually heavy use as U.S. I linking Miami with Key West. There is one through draw span riAcis. rLi— z. \r. z.) at Moser Channel, the connecting channel between the Atlantic Ocean and the Gulf of Mexico. It is presently scheduled to be replaced by the State with con- struction already underway in 1980. Significance At the time the Florida East Coast Railway constructed this bridge it was acclaimed as the longest bridge in the world, an engineering marvel. It we.s the most costly of all Flagler's bridges in the Key West Exten- sion. -
China Mail by American Clipper Ships by Richard C
China Mail by American Clipper Ships by Richard C. Frajola This article will examine mail carried by two America clipper ships that operated between China and the United States in the period between 1846 and 1857. All such mail was carried privately and letters arriving in the United States were subject to ship letter postage due. In the 1840s a faster sailing vessel, the clipper ship, began to be built in the United States and to a lesser extent in Great Britain. The term had previously been used to define any fast sailing vessel but soon became virtually synonymous with the unique brand of American clipper that was designed specifically for high speed sailing. Built to carry small, valuable cargo, speed became more important than cargo capacity and the size of the hold was reduced, the bow sharpened, and the total area of sail increased. The fastest of these ships could travel more than 350 miles a day in good winds. The era of dominance of the American clipper ships in the China trade lasted from about 1845 to 1859 when several of the fastest, the so-called extreme clippers, were made in American shipyards. Figure 1. This April 16, 1834 ship letter was sent from Canton, China, via Philadelphia, to New York City. The only reported "full rigged ship" handstamp applied to a letter from China. Before the era of clipper ships, letters sent by ship from China to the United States often took five to six months to arrive. As a point of reference, Figure 1 shows one of the most spectacular examples of ship mail in this precursor period. -
Mississippi Canyon 252 Incident Baseline Sediment and Water Collection and Analyses for NRDA Purposes in Florida Keys APPROVED
Mississippi Canyon 252 Incident Baseline Sediment and Water Collection and Analyses for NRDA Purposes in Florida Keys Approval of this work plan is for the purposes of obtaining data for the Natural Resource Damage Assessment. Parties each reserve its right to produce its own independent interpretation and analysis of any data collected pursuant to this work plan APPROVED: . ZOVO BP Representative! 7 Date: m/jfo 'AA/Trustee Representative: 1 060410 Final DWH-AR0013591 Florida Keys Baseline Sampling Plan for Water and Sediment BACKGROUND The Florida Keys extend approximately 220 nautical miles from the southern tip of the Florida peninsula, southwest to the Dry Tortugas. The Florida Keys National Marine Sanctuary, which surrounds the Keys, covers 2,900 square nautical miles of coastal waters, overlaps four national wildlife refuges, six state parks, and three state aquatic preserves. In addition, three national parks share boundaries with the Sanctuary. The Florida Keys marine ecosystem supports over 6,000 species of plants, fishes, and invertebrates, including the nation’s only living coral reef that lies adjacent to the continent. The area also includes extensive seagrass communities, mangrove islands and fringes, and some of the most significant maritime heritage and historical resources of any coastal community in the nation. In addition, the region’s natural resources provide livelihoods for many of the nearly 80,000 residents, and provide recreation for visitors totaling approximately thirteen million visitor-days each year. In order to proactively begin the steps of the Natural Resource Damage Assessment (NRDA) process, planning was initiated to determine the protocols and sampling sites that would be used for the collection of baseline water and sediment samples. -
The Wreck of the USS ESSEX
xMN History Text 55/3 rev.2 8/20/07 11:15 AM Page 94 The USS Essex, 1904, aground on a shoal at Toledo, Ohio MH 55-3 Fall 96.pdf 4 8/20/07 12:25:36 PM xMN History Text 55/3 rev.2 8/20/07 11:15 AM Page 95 THE WRECK OF THE • USS ESSEX• THE FABRIC OF HISTORY is woven with words and places and with artifacts. While the former provide pattern, the latter give texture. Objects that directly link people to historical events allow us to touch the past. Some are very personal connections between indi- viduals and their ancestors. Others are the touch- stones of our collective memory. Buried in the sand of Lake Superior is the USS ESSEX, an artifact of the nation’s maritime past. A mid- nineteenth-century sloop of war designed by one of America’s foremost naval architects, Donald McKay, the ESSEX traveled around the world and ultimately came to rest on Duluth’s Minnesota Point, about as far from the ocean as a vessel can get. The timbers of the SCOTT F. ANFINSON Scott Anfinson is the archaeologist for the Minnesota Historical Society’s State Historic Preservation Office. He received a Master’s degree in anthropology from the University of Nebraska in 1977 and a Ph.D. in anthropology from the University of Minnesota in 1987. Besides directing the Minnesota Shipwreck Initiative, his research interests focus on the American Indian archaeology of southwestern Minnesota and the history of the Minneapolis riverfront. MH 55-3 Fall 96.pdf 5 8/20/07 12:25:37 PM xMN History Text 55/3 rev.2 8/20/07 11:15 AM Page 96 ern part of the state. -
Old Ships and Ship-Building Days of Medford 1630-1873
OLD SHIPS AND SHIP-BUILDING DAYS OF MEDFORD 1630-1873 By HALL GLEASON WEST MEDFORD, MASS. 1936 -oV Q. co U © O0 •old o 3 § =a « § S5 O T3». Sks? r '■ " ¥ 5 s<3 H " as< -,-S.s« «.,; H u « CxJ S Qm § -°^ fc. u§i G rt I Uh This book was reproduced by the Medford Co-operative Bank. January 1998 Officers Robert H. Surabian, President & CEO Ralph W. Dunham, Executive Vice President Henry T. Sampson, Jr., Senior Vice President Thomas Burke, Senior Vice President Deborah McNeill, Senior Vice President John O’Donnell, Vice President John Line, Vice President Annette Hunt, Vice President Sherry Ambrose, Assistant Vice President Pauline L. Sampson, Marketing & Compliance Officer Patricia lozza, Mortgage Servicing Officer Directors John J. McGlynn, Chairman of the Board Julie Bemardin John A. Hackett Richard M. Kazanjian Dennis Raimo Lorraine P. Silva Robert H. Surabian CONTENTS. Chapter Pagf. I. Early Ships 7 II. 1800-1812 . 10 III. War of 1812 19 IV. 1815-1850 25 V. The Pepper Trade 30 VI. The California Clipper Ship Era . 33 VII. Storms and Shipwrecks . 37 VIII. Development of the American Merchant Vessel 48 IX. Later Clipper Ships 52 X. Medford-Built Vessels . 55 Index 81 LIST OF ILLUSTRATIONS. Page Clipper Ship Thatcher Magoun Frontispiece Medford Ship-Builders 7 Yankee Privateer 12 Mary Pollock Subtitle from Kipling’s “Derelict *’ 13 Heave to 20 The Squall . 20 A Whaler 21 Little White Brig 21 Little Convoy 28 Head Seas 28 Ship Lucilla 28 Brig Magoun 29 Clipper Ship Ocean Express 32 Ship Paul Jones” 32 Clipper Ship “Phantom” 32 Bark Rebecca Goddard” 33 Clipper Ship Ringleader” 36 Ship Rubicon 36 Ship Bazaar 36 Ship Cashmere 37 Clipper Ship Herald of the Morning” 44 Bark Jones 44 Clipper Ship Sancho Panza 44 Clipper Ship “Shooting Star 45 Ship “Sunbeam” . -
Florida Keys Lobster Regulations
FACTS TO KNOW BEFORE YOU GO. Additional rules and measuring information found in Rules For All Seasons & Measuring Lobster sections of this brochure. FLORIDA KEYS AREAS/ZONES CLOSED TO HARVEST OF SPINY LOBSTER LOBSTER REGULATIONS FLORIDA KEYS NATIONAL MARINE SANCTUARY JOHN PENNEKAMP Includes Mini Sport Season CLOSED ZONES (YEAR-ROUND) CORAL REEF STATE (MARKED BY 30” YELLOW BOUNDARY BUOY) PARK (JPCRSP) Sanctuary Preservation Areas Ecological Reserves Special-use Research JPCRSP is Closed (SPAs) Western Sambo, Only Areas (No entry) for Sport Season Carysfort Reef, The Elbow, Tortugas Ecological Conch Reef, All of JPCRSP is closed Key Largo Dry Rocks, Grecian Reserve North Tennessee Reef, during the 2-day Sport Rocks, French Reef, Molasses and South Looe Key Patch Reef, Season for the harvest of Reef, Conch Reef, Davis Reef, (refer to GPS coordinates, Eastern Sambo. any lobster species. Hen and Chickens, Cheeca Rocks, not marked). Year-Round Coral Rule: Alligator Reef, Coffins Patch, No person shall harvest Sombrero Key, Newfound Harbor any lobster species from Key, Looe Key, Eastern Dry Rocks, or within any coral Rock Key, Sand Key. formation (patch reef) regardless of its proximity Other Closed Areas (Year-Round) to or exclusion from a Lobster Exclusion Zone. Everglades National Park Biscayne Bay Card Sound Spiny City of Layton Lobster Sanctuary JPCRSP Lobster Dry Tortugas National Park Artificial Habitat Exclusion Zones: Biscayne National Park Coral Reef in State Waters Closed year-round. Protection Areas Marked by Orange/White Spar buoys, found at: Spanish and Slipper Lobster Closed Areas Turtle Rocks, Basin Hills Spanish and Slipper Lobster are closed year-round North, Basin Hills East, to harvest in Key Largo and Looe Key Existing Management Areas, Basin Hills South, Higdon’s Reef, Cannon all FKNMS zones listed above in this table, Everglades Patch, Mosquito Bank KeysLobsterSeason.com & Dry Tortugas National Parks. -
A Cruise in an Opium Clipper
056" CORNELL UNIVERSITY LIBRARY THE CHARLES WILLIAM WASON COLLECTION ON CHINA AND THE CHINESE Cornell University Library G 530.C55 A cruise In an opium clipper / 3 1924 023 257 532 :OLlhy.IBRARY - CIRCULATION DATE DUE -"jyitfp Cornell University Library The original of tliis book is in tine Cornell University Library. There are no known copyright restrictions in the United States on the use of the text. http://www.archive.org/details/cu31924023257532 A CRUISE m A-N OPIUM CLIPPER. :^m.Q-^,^, A CRUISE IN AN OPIUM CLIPPEE BY CAPTAIN LINDSAY ANDERSON LONDON: CHAPMAN AND HALL, Limited. 1891. [All rights reserved.'] \|n1^^ o^ CHAKLES DICKENS AlfD EVAlfS, CBT8TAL PALACE PHESS. /O ^' COIS'TENTS. CHAPTER I. PA.QB I TAKE SERVICE ON BOARD AN OPIUM CLIPPER AT SHANGHAI 1 CHAPTER II. Ti A VISIT TO A sailors' BOARDING-HOUSE . CHAPTER III. sailors' wrongs and remedies —A crimp's tricks 9 CHAPTER IV. A crimp's tricks {continued) 13 CHAPTER V. I MAKE ACQUAINTANCE WITH MY NEW SHIPMATES . 17 CHAPTER VI. A SECRET EXPEDITION 22 vi CONTENTS. CHAPTER VII. A TYPHOON ........ 27 CHAPTER VII r. A TYPHOON (continued) ...... 33 CHAPTER IX. THE TYPHOON PASSES AWAY . 38 CHAPTER X. WE ARRIVE AT AMOT AND REFIT .... 44 CHAPTER XI. THE CAPTAIN EXPLAINS THE NATURE OF THE ENTERPRISE 51 CHAPTER XII. WE REACH OUR DESTINATION, BUT CANNOT PASS THE REEF 55 .CHAPTER XIIT. SEEKING FOR A PASSAGE .... .61 CHAPTER XIV. STILL SEEKING . .... .68 CHAPTER XV. A PASSAGE DISCOVERED , . , . .72 CONTENTS. vii CHAPTEE XVI. PAGB BUMPING OVER THE REEF 78 CHAPTER XVII. A SNUG HARBOUR, BUT A JEALOUS NEIGHBOUR . -
Coral Bleaching Early Warning Network Current Conditions Report #20080926
Mote Marine Laboratory / Florida Keys National Marine Sanctuary Coral Bleaching Early Warning Network Current Conditions Report #20080926 Updated September 26, 2008 Summary: Based on climate predictions, current conditions, and field observations, the threat for mass coral bleaching within the FKNMS remains LOW. Weather and Sea Temperatures NOAA Coral Reef Watch Coral Bleaching Thermal Stress Outlook September - December, 2008 Figure 2. NOAA’s Coral Bleaching HotSpot Map for September 25, 2008. www.osdpd.noaa.gov/PSB/EPS/SST/climohot.html Figure 1. NOAA’s Coral Bleaching Thermal Stress Outlook for Sept. – Dec. 2008. According to NOAA’s Coral Reef Watch, there is a potential for bleaching across the Caribbean basin in 2008, but it is not likely to be severe. The potential for widespread bleaching has increased for the Windward Islands and perhaps along the coasts of Nicaragua and Colombia (Figure 1). NOAA’s Coral Reef Watch current remote sensing analysis reveals that the Florida Keys region thermal stress is beginning to decrease. NOAA’s recent Coral Bleaching HotSpot Map, which provides current SST’s compared to the historically expected SST’s for the region, indicates no elevated temperature anomalies in the vicinity of the Florida Keys National Marine Sanctuary (Figure 2). Similarly, NOAA’s latest Degree Heating Weeks (DHW) map, which illustrates Figure 3. NOAA’s Degree Heating Weeks Map the accumulation of elevated temperature in an area based on the for September 25, 2008. www.osdpd.noaa.gov/PSB/EPS/SST/dhw_retro.html previous 12 weeks, indicates minimal cumulative temperature stress in Water Temperatures (September 1-26, 2008) the Florida Keys region (Figure 3).