Natural Resources

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  Whaler's Shoulder or Darting Gun

  Description

  By the later 19th century, guns had replaced most hand harpoons and lances, since they were far more efficient and deadly to the prey. They also could be shot from a safer distance from the prey than the hand tools could be wielded. The darting gun was one of the more popular types. Loaded with different darts, this versatile weapon could be used both for harpooning and killing whales.

  This particular gun was displayed at the 1883 International Fisheries Exhibition in London, England. After the display ended, it was donated to the Smithsonian by its inventor, Capt. Eben Pierce of New Bedford, Mass.

  date made

  1880s

  guns replaced hand tools

  late 19th century

  displayed at the International Fisheries Exhibition

  1883

  maker

  Pierce, Eben

  ID Number

  TR.316550

  catalog number

  316550

  accession number

  66767

  Data Source

  National Museum of American History

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  Whaler's Fluke Lance

  Description

  The most dangerous act in the dangerous business of whaling was “spading flukes.” The whaleboat drew up close alongside a desperate, unpredictable whale on the water surface, and a crewman used a boat spade or fluke lance to sever the whale’s tail tendons. This effectively immobilized the prey, for the whale couldn’t swim without its tail.

  According to James Temple Brown, who wrote the 1883 catalog of the Smithsonian’s whaling collection, the fluke lance was exceedingly rare and was regarded as “a monstrosity by all the fraternity”. This rare inscribed example was used aboard the starboard whaleboat of the bark Sea Fox.

  Date made

  ca 1880-1889

  authored whaling reference material

  Brown, James Temple

  maker

  Driggs, James D.

  ID Number

  TR.056358

  catalog number

  056358

  accession number

  012298

  Data Source

  National Museum of American History

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  Shipbuilder's Half Hull Model, Whaleship Jireh Swift

  Description

  Half hull ship models were carved by shipwrights to a shape negotiated with the future owners of the ship. Once finished, the builder lifted the curved shape of the outer hull off the model and scaled it up to the dimensions of the full-sized ship on the floor of the molding loft. Then the ship’s timbers were cut to fit the lines drawn on the floor and lifted into position in the ship’s framework.

  African American shipwright and former slave John Mashow built the whaler Jireh Swift in 1853 at Dartmouth, Mass. near New Bedford. The vessel measured 122 feet in length and 454 tons. Its first voyage was to the northern Pacific and lasted nearly four years. The ship collected 45 barrels of sperm oil, 2,719 barrels of whale oil and 14,900 lbs of whalebone. Swift’s second voyage, to the same grounds, lasted more than four years and netted much more oil and bone for her owners. Nearly three years into her third voyage, on 22 June 1865 she was captured in the Arctic by the Confederate raider Shenandoah and burned, for a loss of more than $40,000.

  Date made

  1853

  maker

  Mashow, John

  ID Number

  TR.076323

  catalog number

  076323

  accession number

  015358

  Data Source

  National Museum of American History

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  USS Alaska Scrimshaw Sperm Whale Tooth

  Description

  The wooden screw sloop of war USS Alaska was built in 1868 and spent much of her career in the southern Pacific and Far East representing the American nation in foreign ports. In June 1878, she cleared New York for San Francisco and stopped at several South American ports on the way.

  One of Alaska's port calls from 20-29 September 1878 was to Talcahuano, in the center of Chile's coast and that nation's main naval port. It also was one the principal stops for American whalers in the Pacific seeking fresh supplies and entertainment. This massive sperm whale's tooth was probably purchased there and engraved by one of Alaska's crew to commemorate his visit. While the carver of this tooth is unknown, it may have been one of the officers who kept the official ship's logbooks, because the calligraphy on the covers of the logs for this voyage is exceptionally elaborate and colorful.

  As this tooth indicates, the Talcahuano visit and liberty calls were memorable. Sent ashore on liberty, 54 of Alaska's crew went AWOL (Absent WithOut Leave), and three more were confined to double irons (feet and hand cuffs) for drunk and boisterous behavior or fighting.

  Date made

  1878

  USS Alaska port call to Chile, Talcahuano

  1878-09

  ID Number

  DL.374477

  catalog number

  374477

  accession number

  136263

  Data Source

  National Museum of American History

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  Factory Processor’s Bump Hat

  Description

  The factory inside a large trawler like the Alaska Ocean is filled with equipment for filleting, processing, freezing, and packing enormous quantities of fish. Workers are trained in safety procedures and also wear protective headgear and earplugs as they work. While not required to wear certified safety helmets like the fishermen on the weather deck, they wear bump hats molded from high-density polyethylene for protection from minor bumps and bruises.

  This yellow bump hat was worn by Thelma McFarland, a fish processor, who was working her third season aboard the Alaska Ocean in 2007. She wore it over a disposable hairnet, which covered and held her hair in place, a requirement for maintaining sanitary conditions in the factory. There are typically four factory shifts, and the bump hats are color-coded according to each shift—blue for A, yellow for B, green for C, and orange for D shift. The color-coding allows managers to quickly assess the number of workers that will be needed on extra kicker shifts. The lead managers in each area wear red bump hats.

  date made

  2007

  Associated Date

  2007

  used

  McFarland, Thelma

  maker

  Bullard

  ID Number

  2007.0178.13

  catalog number

  2007.0178.13

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Factory Processor’s Boots

  Description

  These non-slip, waterproof boots were worn by Thelma McFarland, a fish processor working aboard the Alaska Ocean factory trawler in the summer of 2007. Manufactured in the USA, these “Xtratuf” boots are made of neoprene, a synthetic rubber.

  Processors work 12-hour shifts and, if the factory is busy, they may work an additional 3 hours, called a kicker shift. For most of this time, the workers are on their feet, standing at processing tables or conveyor belts, or walking from one station to another on grated walkways. These walkways, like the areas around the equipment where processors stand to work, are raised above the floor, allowing the water used in factory operations to run beneath the workers’ feet. Despite being elevated above any water flow, it is still essential for workers to wear non-slip, waterproof boots to keep their feet warm and dry.

  These boots are identical to those worn by deck hands. Most of the specialized clothing worn by workers and crew aboard the Alaska Ocean is provided by the company. Boots, however, are purchased by individuals, and are available in the on-board store. Felt insoles for the boots are available in the laundry and are washed frequently by laundry staff.

  date made

  2007

  used

  2007

  used

  McFarland, Thelma

  maker

  Norcross Safety Products, L. L. C.

  ID Number

  2007.0178.17

  catalog number

  2007.0178.17

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Factory Processor’s Rain Pants

  Description

  Fish processors aboard trawlers like the Alaska Ocean wear waterproof pants over their coveralls and other clothing to protect themselves from the water and fish slime that are constant companions in the factory. This pair is dark blue, the same as those worn by deck hands. These pants are small and were worn by processor Thelma McFarland in the summer 2007 season.

  date made

  2007

  used

  2007

  used

  McFarland, Thelma

  maker

  Helly Hansen

  ID Number

  2007.0178.21

  catalog number

  2007.0178.21

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Ship Model, Containership Emma Mærsk

  Description

  At launching in 2006, the Emma Mærsk was the world’s largest containership, a distinction held until her seven sister ships Estelle, Ebba, Edith, Eleonora, Elly, Evelyn, and Eugen Mærsk, were launched in 2007–08. Built at the Odense Steel Shipyard in Denmark, the ships are owned by the A. P. Moller-Maersk Group, the world’s largest global shipping company, whose beginnings date to 1904. Emma Mærsk is named for the late wife of Mærsk Mc-Kinney Møller, the son of the company’s founder, who served as the CEO from 1965 to 1993 and on its board until 2003.

  Containers are standardized, reinforced steel boxes that can be packed with a wide array of products and materials and transported on ships, trains, and trucks. Loaded into the vast holds and onto the massive decks of containerships, they can be used time and again to carry goods between manufacturing centers and consumer markets around the world.

  As globalized commerce expanded in the last half of the 20th century and into the first years of the 21st, ocean carriers grew as well. The first containerships in the 1950s were adapted freighters, the largest of which could carry about 800—1,000 containers. The standard designation for containers is teus—twenty-equivalent-units—or containers measuring either 20 or 40 feet in length. Ships specially constructed in the 1970s to carry containers in cellular sections of the hold could carry between 1,000 and 2,500 teus.

  The third generation ships were built to the maximum size that could be accommodated by the Panama Canal, an important throughway on global shipping routes. Built in the 1980s, these ships, called Panamax vessels, could carry between three and four thousand teus. Subsequent generations—the Post Panamax vessels of the 1990s (4,000–5,000 teus) and the Post Panamax Plus ships built between 2000 and 2005 (5,000–8,000 teus)—are too large to travel through the Panama Canal. With the increasing volume of global shipping during this period, other ocean routes became more important, especially those connecting Asian ports with the U.S. West Coast. However, as containerships increased in size, the number of ports worldwide that could accommodate them also decreased.

  The Emma Mærsk represents the sixth generation of containership, also called the New Panamax class, because it will be able to travel through the new Panama Canal after it opens around 2014. The vessel, with a capacity of 11,000 teus, is the first to be launched in Maersk’s PS-class. The ship has a waste heat recovery system, which uses exhaust gasses to generate some of the electricity needed aboard the vessel. Its hull is also covered with silicone-based paint, which improves fuel efficiency. The Emma Mærsk entered service on the Europe to Asia route in 2006.

  date made

  2007

  ship launched

  2006

  late wife of founder and CEO of the company

  Maersk, Emma

  ship's namesake

  Maersk, Emma

  built the ship

  Odense Steel Shipyard

  maker

  Modelos Navales Riera, S.L.

  ID Number

  2008.0039.01

  catalog number

  2008.0039.01

  accession number

  2008.0039

  Data Source

  National Museum of American History

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  Fisherman’s Boots

  Description

  Deck hands working aboard most commercial fishing vessels require protective clothing from head to toe. Non-slip, waterproof footwear is essential, and on the Alaska Ocean factory trawler, the deck hands, as well as the people who work in the factory, wear “Xtratuf” boots. Manufactured in the United States, these neoprene boots are made for “severe fishing, farm, and work conditions.” This pair was worn by a deck hand aboard the Alaska Ocean in summer of 2007.

  date made

  2007

  2006-2007

  Associated Date

  2007

  maker

  Norcross Safety Products, L. L. C.

  ID Number

  2007.0178.01

  accession number

  2007.0178

  catalog number

  2007.0178

  Data Source

  National Museum of American History

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  Fisherman’s Sweatshirt

  Description

  This heavyweight, extra-large hooded sweatshirt was worn by one of the deck hands working aboard the Alaska Ocean catcher-processer in 2007. It features the logo of the Alaska Ship Supply store in Dutch Harbor, Alaska, a major commercial fishing port at the end of the Aleutian Chain. Although the Alaska Ocean’s home port is now Seattle (it was formerly Anacortes, Washington), Dutch Harbor serves as the vessel’s home base during the months it operates in the Bering Sea.

  The 125-person crew of the Alaska Ocean is at sea for several weeks at a time, and they look forward to reaching Dutch Harbor where they unload the frozen fish products and resupply the ship. The captain and crew can take care of personal business while in port as well, and stores like Alaska Ship Supply cater to their needs by selling clothing, supplies, marine hardware, groceries, postage, and other items.

  The Alaska Ocean is a 376-foot-long vessel in the Seattle-based catcher-processor fleet. Workers catch, process, package, and freeze groundfish—mostly pollock and Pacific whiting—in the Bering Sea and in the waters off the coast of the Pacific Northwest. The vessel can harvest about 325 metric tons of fish per day and can freeze over 250,000 pounds of fish product daily.

  date made

  ca 2007

  maker

  Alaska Ship Supply

  ID Number

  2007.0178.06

  catalog number

  2007.0178.06

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Foul Weather Jacket

  maker

  Guy Cotten

  ID Number

  2007.0178.09

  catalog number

  2007.0178.09

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Rain Pants

  maker

  Dutch Harbor Gear

  ID Number

  2007.0178.10

  catalog number

  2007.0178.10

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Protective Sleeves

  Description

  These vinyl sleeves are worn from the wrist to just above the elbow by people working in the factory aboard the trawler Alaska Ocean. Worn tucked into work gloves, the sleeves help keep a worker’s forearms dry. The company supplies such sleeves, which are cleaned frequently and reused. An estimated 200 pairs of sleeves were stocked aboard the Alaska Ocean during the 2007 season. The Alaska Ocean operates in the North Pacific and the Bering Sea.

  date made

  2007

  Associated Date

  2007

  maker

  Grundens

  ID Number

  2007.0178.15

  catalog number

  2007.0178.15

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Factory Processor’s Apron

  Description

  This vinyl bib apron was worn by fish processor Thelma McFarland over her coveralls and rain pants during her work shifts aboard the factory trawler Alaska Ocean in the summer of 2007. Processors like McFarland stand at long tables or conveyor belts and encounter considerable water and fish parts as they work. Processors typically wear aprons of one sort of another for protection.

  Although the on-board laundry crew takes care of cleaning workers’ coveralls, rain pants, gloves, and plastic sleeves, each worker is responsible for cleaning his or her apron. McFarland, who is about 5 feet tall, adjusted her apron to suit her small frame by cutting off the lower portion. She also personalized it by writing her name in permanent marker across the bib.

  date made

  2007

  used

  2007

  used

  McFarland, Thelma

  ID Number

  2007.0178.18

  catalog number

  2007.0178.18

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  Block Pan for Freezing Fish

  Description

  This shallow, metal pan was used for freezing processed fish aboard the factory trawler Alaska Ocean. Operating in the North Pacific and the Bering Sea, the Alaska Ocean is one vessel in the fleet that catches and processes pollock, hake, and whiting.

  In the factory the fish are gutted and filleted by German-made filleting machines, which can be calibrated to remove the bones and skin according to a customer’s preference. Onboard engineers adjust the angles of the knives within a quarter of a millimeter to provide a product with a small amount of fat, or no fat at all, depending on the customer’s specifications.

  After the initial filleting, workers in the factory load pans like this with fish fillets, fish roe, or minced fish. A conveyor belt carries the filled pans to other workers who load them into plate freezers. After about two hours, when the freezing is complete, the pans are unloaded from the freezer, and the blocks of frozen fish are removed and packed for shipment. The packed blocks of product are stacked in the ship’s large freezer hold until they can be offloaded ashore.

  The Alaska Ocean carries two sizes of pans, a block pan like this and a slightly larger size for surimi, a type of fish paste used in making imitation crabmeat. The vessel carries a total of 2800 pans, 1400 of each size. The factory has 16 plate freezers aboard, 8 for single pans and 8 for doubles. A single-pan plate freezer can hold 102 surimi pans and 119 block pans at a time.

  The wax lining in this pan facilitates removing the frozen product. This one is marked “M” for mince, a ground fish product used in making fish sticks and fish fingers.

  date made

  2000-2005

  Associated Date

  2007

  ID Number

  2007.0178.29

  catalog number

  2007.0178.29

  accession number

  2007.0178

  Data Source

  National Museum of American History

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  New Bedford Whaleship Crew List

  Description

  Every whaling voyage began with assembling a crew from whatever labor pool was available in a port city at a particular time. In New Bedford in late May 1876, 31 men signed to work aboard the 106-foot bark Bartholomew Gosnold for its next voyage. Less than half were from the United States; the rest were from Portugal, England, Ireland, Germany, France and Scotland. The two Frenchmen and one of the eight Portuguese were listed as blacks; the remaining men were of light or brown complexion. Four each of the crew were in their forties and thirties; 16 were in their twenties, and six were in their teens. Three of these teenagers, all from the New Bedford area, were only 16 years old when they shipped out.

  date made

  1876-05

  ID Number

  TR.103009.03

  catalog number

  103009.03

  accession number

  12006

  Data Source

  National Museum of American History

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  Whaler's Harpoon with Toggle Head

  Description

  The first step in catching a whale was throwing at least two sharp harpoons into its back, to ensure that the whaleboat was securely fastened to its prey. Harpoon shafts were made of soft wrought iron, so that they would bend and not break off when twisted, which risked losing the wounded whale.

  A line at the bottom of the harpoon’s wooden handle attached it to the whaleboat. Once in the whale’s flesh, the sharp toggle tip swiveled sideways, making it harder for the tip of the weapon to pull out. Whales normally dove deep after the first prick, to try and escape the sharp jab from the surface of the ocean. This harpoon shaft was twisted by a descending whale.

  date made

  1882

  maker

  D. & D.

  ID Number

  AG.056237

  catalog number

  056237

  accession number

  012284

  Data Source

  National Museum of American History

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  Whalebone and Bone Umbrella

  Description

  The bony substance from the mouths of whales known as baleen is formed of keratin, like human hair and nails. It hangs in long, parallel sheets from the upper jaws of the blue, right, and minke whales, as well as other lesser-known species. Its hairy fringe filters food from seawater.

  Dried out, baleen’s strength and flexibility made it ideal for buggy whips, corset busks, and umbrella ribs before the advent of plastic. A whale’s bone could actually be worth more than its oil. This man’s large umbrella has a wooden shaft, heavy hinged baleen ribs made in short sections, and an ivory handle. Marked “G. Hobbs, Barre,” it belonged to the donor’s grandfather, who lived in Barre, Massachusetts, until around the end of the Civil War.

  Date made

  ca 1835-1865

  user

  Hobbs, George

  ID Number

  AG.169283.01

  accession number

  169283

  catalog number

  169283.01

  Data Source

  National Museum of American History

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  Whaler's Hand Lance

  Description

  After harpoons fastened the whale and whaleboat together, a whale was given plenty of time and rope to dive, try to swim away, and otherwise wear itself out. Once the exhausted animal returned to the surface to breathe, the whaleboat approached it, and a hand lance, also known as a killing iron, was used to actually dispatch the animal.

  Hand lances had long shafts, to allow the point to penetrate deep into the whale’s body in search of the thick neck arteries. The tips of the killing irons were leaf or oval shaped and extremely sharp, so that they cut on the way in and on the way out, and were easier to remove and stab repeatedly. Cutting the neck arteries prevented the animal from deep diving and hastened its bleeding to death.

  This nickel-plated example was manufactured and donated by Luther Cole of Fairhaven, Mass.

  Date made

  1880s

  maker

  Cole, Luther

  ID Number

  AG.056357

  accession number

  012326

  catalog number

  056357

  Data Source

  National Museum of American History

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  Whaler's Explosive Lance

  Description

  Explosive lances were designed to kill a whale by exploding inside its body. Many different types were invented in the late 19th century. When they worked properly, they were extremely efficient.

  They could either be shot out of guns or set at the end of darting guns. These devices resembled harpoon handles, to which the explosive lances were fixed. Once a plunger touching the whale’s skin moved a specific length, it triggered an explosive charge that shot the lance into the whale’s body.

  date made

  late 1800s

  patent date

  1879

  explosive lances were invented

  late 19th century

  patentee

  Pierce, Eben

  manufacturer

  Brown, Frank E.

  ID Number

  AG.316544

  catalog number

  316544

  accession number

  066767

  Data Source

  National Museum of American History

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