| National Museum of American History

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.

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

This brass bell was used to summon the crew to meals on a Gloucester (Massachusetts) fishing schooner in the late 19th century. Each sailing schooner shipped a cook along with eight to twelve fishermen and a captain.

Description: This brass bell was used to summon the crew to meals on a Gloucester (Massachusetts) fishing schooner in the late 19th century. Each sailing schooner shipped a cook along with eight to twelve fishermen and a captain. Before heading out, the cook provisioned the schooner with food for the trip. George W. Scott served as a cook on the schooner Ocean King in 1879, around the time this bell was in service. His journal lists the following provisions for a four-month journey: 5 barrels beef, 1 barrel pork, 1 barrel hams, 10 barrels flour, 50 gallons molasses, 15 bushels potatoes, and 200 pounds butter.; The cook on a Gloucester schooner produced three large meals a day. Meal times followed the rhythm of work and were likely to change depending on the catch and the weather. Fishing always came first, and a good cook was able to work around changes in the routine. The schooner fare was similar to meals served in the crew’s home towns across New England and Atlantic Canada. Breakfast might consist of doughnuts, pancakes, potatoes, and porridge. The main meal of the day was dinner (lunch), and typically consisted of meat, soup, fish, baked beans, pudding, cakes, and bread or biscuits. Supper might have been leftovers.; Fishing in the North Atlantic was hard work, and three meals were usually not enough to keep the crew satisfied. So the cook left bread, pie, and leftovers in a cupboard where the crew could grab snacks between fishing duties. All meals were announced by the loud ringing of the bell. At meal times the captain and half the crew would eat at the table in the galley set by the cook. The other half would continue working until the second shift was signaled by the ringing of the bell. A good cook was one who could clear the table, wash the dishes, and reset the table in mere minutes, while keeping the hot food coming.

date made: 1882; 1883
Associated Date: late 19th century

cook on the schooner "Ocean King": Scott, George W.

ID Number: AG.054697
accession number: 012158
catalog number: 054697

In the later 19th century, guns with explosive charges shooting the harpoons took the place of hand tools for catching and killing whales. They were much safer, for they could be shot at a whale from greater distances than a hand lance could be applied.

Description: In the later 19th century, guns with explosive charges shooting the harpoons took the place of hand tools for catching and killing whales. They were much safer, for they could be shot at a whale from greater distances than a hand lance could be applied. They also penetrated the whale’s skin deeper and were harder for the animal to dislodge.; Gun harpoons were also far more efficient, for the steam whalers could approach the prey directly and did not need labor-intensive whaleboats and their highly trained crews any longer.; Designed to be fired from a shoulder gun, this nonexplosive style of harpoon was invented by Oliver Allen of Norwich, Conn. to fasten to whales prior to killing.

date made: mid-1800s
harpoons replaced hand tools: late 19th century

patentee: Allen, Oliver
inventor: Allen, Oliver

ID Number: AG.056230
catalog number: 056230
accession number: 012333
patent number: 5949

Once a whale was killed and its blubber was cut up and hauled aboard the ship for processing, the chunks of flesh were moved around the slippery vessel with long-handled, two-tined blubber forks.

Description: Once a whale was killed and its blubber was cut up and hauled aboard the ship for processing, the chunks of flesh were moved around the slippery vessel with long-handled, two-tined blubber forks. These forks were used to pitch the pieces of minced blubber into the hot try-pots to boil it down into oil. The long handles prevented sore backs from too much bending over and protected the men from getting too close to the boiling oil.

date made: mid-1800s

ID Number: AG.055818
catalog number: 055818
accession number: 012285

This odd tool was used to scrape the flesh off the bones from a freshly caught whale. It was the last step in processing the whale’s body before the bone was partially dried on deck and then stowed below in the cargo hold.

Description: This odd tool was used to scrape the flesh off the bones from a freshly caught whale. It was the last step in processing the whale’s body before the bone was partially dried on deck and then stowed below in the cargo hold. Once the ship was back in port, the bone was placed on end in large yards to dry further.; The bone and baleen—rows of bony strips in a whale’s upper jaw that filter food from seawater—from a whaling voyage could yield as much as $50,000, or even greater profits than the oil itself. Baleen served a wide variety of purposes from buggy whips to umbrella ribs to women’s corset stays.

date made: 1880s

ID Number: AG.057778
catalog number: 057778
accession number: 012278

After a whale was captured, killed, and brought alongside the mother ship, its carcass had to be processed. First, a heavy hook was set into its skin and the hook’s line was taken aboard.

Description: After a whale was captured, killed, and brought alongside the mother ship, its carcass had to be processed. First, a heavy hook was set into its skin and the hook’s line was taken aboard. Set on a long wooden handle, the cutting spade was used to cut “blanket pieces,” or long, thick, wide slices of skin and blubber from the body. The whale’s flesh was then hauled aboard for further processing. This example is marked “J.D. Cast Steel.”

date made: mid-1800s

ID Number: AG.237778
catalog number: 237778
accession number: 045474

While the African American blacksmith and former slave Lewis Temple did not invent the harpoon toggle, his invention made it better. The first barb at the tip of the toggle iron was designed to penetrate the whale’s flesh. The second barb also went straight in.

Description: While the African American blacksmith and former slave Lewis Temple did not invent the harpoon toggle, his invention made it better. The first barb at the tip of the toggle iron was designed to penetrate the whale’s flesh. The second barb also went straight in. A small wooden peg holding the lower barb in place would then break when the whale pulled away, allowing the barbed head to swivel away from the shaft. The new T-shape of the barb prevented the dart from pulling out of its wound.; It was a harpooner’s responsibility to keep his tools sharp and well lubricated, to ensure that the toggle swiveled freely. Sometimes the men fashioned covers for the heads of their harpoons to keep them clean and dry until needed for use.; One of these irons, or gigs, is shown in the closed position for entering the whale’s flesh; the other is toggled open to show how much harder it was to pull out.

Date made: 1882

inventor: Temple, Lewis

ID Number: AG.056244
catalog number: 056244
accession number: 012284

Whaling crews used mincing knives to cut the blubber strips into thin slices down to, but not through, the thick whale skin. This process increased the surface area of the blubber and helped it melt faster in the try-pots.

Description: Whaling crews used mincing knives to cut the blubber strips into thin slices down to, but not through, the thick whale skin. This process increased the surface area of the blubber and helped it melt faster in the try-pots. Cut in this fashion, the sections of whale blubber and skin were known as “bible leaves” because they resembled the pages of a book.

date made: 1876
collected: 1876

ID Number: AG.025912
accession number: 005019
catalog number: 025912

Gambling usually was banned aboard whaling ships, on the grounds that it could cause too much strife among the crew.

Description: Gambling usually was banned aboard whaling ships, on the grounds that it could cause too much strife among the crew. But “bones” or dice were easily concealed from a ship’s officers, and crews found out-of-the-way places to spend their free time wagering their earnings, tobacco, or other assets.

date made: 1800s

ID Number: AG.024849.1
accession number: 1875.4423
catalog number: 24849.1

After some species of whales were killed, their carcasses sank. Other species, like the right whale, floated.

Description: After some species of whales were killed, their carcasses sank. Other species, like the right whale, floated. A whale that sank represented a major loss to the whaleship crews, who had risked their lives to capture the creatures.; To prevent this sort of loss and maximize a whaleship’s efficiency, Thomas Roys of the whaling port of Southampton, on Long Island, N.Y., patented an apparatus for “Raising Dead Whales From the Bottom of the Sea.” There is little evidence that many American whalers tried the device or that it found widespread use in the industry.

Date made: 1862

patentee: Roys, Thomas W.

ID Number: AG.332326
catalog number: 332326
accession number: 94380
patent number: 35476

Sperm whale oil is very light and fine, and it has a low freezing point. As a result, it was used to lubricate fine machinery such as clocks, watches, and sewing machines from colonial times into the 20th century.

Description: Sperm whale oil is very light and fine, and it has a low freezing point. As a result, it was used to lubricate fine machinery such as clocks, watches, and sewing machines from colonial times into the 20th century.

Date made: 1870-1880

maker: Donnell Company

ID Number: 2007.0084.1
catalog number: 2007.0084.1
accession number: 2007.0084

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.

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

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.

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

Whalemen used long-handled bailers to remove hot whale oil from large try-pots into cooling tanks, and from those tanks into storage barrels.

Description: Whalemen used long-handled bailers to remove hot whale oil from large try-pots into cooling tanks, and from those tanks into storage barrels. They had long handles to prevent the handler from being splashed or burned with molten oil.; This example’s wooden handle has figures of whales whittled into its surface to indicate the number and species of mammals that crossed its greasy path. The “B.H.” refers to bowhead, “S” for sperm, “H.B.” for humpback, and “W” for right whale.

date made: 1828

ID Number: AG.055809
catalog number: 55809
accession number: 12284

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.

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

This model represents the type of small boat used for gill-netting salmon on the lower Columbia River around 1876.

Description: This model represents the type of small boat used for gill-netting salmon on the lower Columbia River around 1876. Known as sailing gillnetters, these vessels were well suited to the tasks of fishermen working drift nets, which were walls of netting set across the path of salmon swimming upstream. The round-bottom hull is sharp on both ends, a feature that allowed the boat to ride more easily while the net was adrift. Its sprit rig was used for sailing to and from the fishing grounds and was easily stowed while fishing. The boats ranged between 23 and 28 feet in length. This model represents a vessel of 25 feet 6 inches in length, 6 feet 3 inches abeam, and 2 feet 3 inches in depth.; The sailing gillnetter type was introduced to the Columbia River region between 1869 and 1872 and quickly replaced the smaller skiffs then in use. The early gillnetters were shipped north from boat builders in San Francisco, but by 1875 the type was being built locally. While a few fishermen purchased their own boats, the vast majority were owned by salmon canneries, which rented the vessels to local fishermen. When this model was made in 1876, there were about 500 sailing gillnetters on the river. By 1905 there were some 2,700.; This model was donated by Livingston Stone, an early advocate of fish hatcheries, who served as Deputy Commissioner of Fisheries for the Pacific coast from 1872 to 1898, and senior fish culturist of the U.S. Fish Commission from 1898 to 1903.

Date made: before 1876

ID Number: TR.22216
accession number: 5201
catalog number: 22216

The bugeye was a type of sailing work boat unique to the Chesapeake Bay. Designed for oyster dredging, it was also used for hauling freight in the Bay’s shallow waters. This model, like the bugeye it represents, was built in 1885 by E.

Description: The bugeye was a type of sailing work boat unique to the Chesapeake Bay. Designed for oyster dredging, it was also used for hauling freight in the Bay’s shallow waters. This model, like the bugeye it represents, was built in 1885 by E. James Tull, a boatbuilder in Pocomoke City, Maryland. Tull displayed this model of the Lillie Sterling at the 1893 Chicago World’s Fair as part of an exhibit organized by the U.S. Bureau of Fisheries. He won a medal for the vessel’s practical design.; Bugeyes were first built after the Civil War, when the Maryland state legislature repealed an 1820 ban on oyster dredging. Dredges--heavy iron frames holding long mesh bags--were introduced in the bay by New Englanders seeking to replenish northern oyster beds with Chesapeake oysters. Maryland lawmakers banned dredging and restricted oyster harvesting to residents of the state. But as markets expanded in the 1860s, the ban was lifted to allow dredging in certain areas of the bay. Fearful that dredging would deplete the bay’s oysters, lawmakers sought to limit the dredge’s efficiency by restricting its use to sailing vessels. This law ensured that sailing craft, not steamers, would dominate the Chesapeake’s oyster industry. To this day, oyster dredging is still carried out by sail-powered boats in Maryland.; The first bugeyes were large log canoes, built of seven or nine logs that were hollowed out, shaped, and pinned together lengthwise. They were built with full decks, which provided a working platform for the crew to empty the dredges and sort through the catch. By the 1880s, bugeyes like the Lillie Sterling were constructed with full framing and planking instead of logs. Although bugeyes were widely used in the oyster trade for several decades, they were gradually replaced by skipjacks, an easier and cheaper vessel to build. The origin of the name "bugeye" remains unknown.

date made: 1885

maker: Tull, E. James

ID Number: TR.76256
accession number: 28022
catalog number: 76256

This model represents a typical Massachusetts whaleship of the mid-19th century, fully rigged and ready for a long cruise that might last for as much as four years. The name “U.S.

Description: This model represents a typical Massachusetts whaleship of the mid-19th century, fully rigged and ready for a long cruise that might last for as much as four years. The name “U.S. Grant, Edgartown” on the ship’s stern is fictional—no ship by that name ever sailed for the whaling fleet. The ship’s bottom is lined with copper sheathing, to keep out the teredo navalis, a tropical worm that bored into the wood of ship’s hulls and weakened the structure, as the termite does to wooden structures on land.; The whaleboats are the most prominent features. After whales were sighted by lookouts perched at the mast tops, the boats were dropped over the sides of the mother ship to chase them. Also over the side are the cutting stages, where the whale’s fat, or blubber, was sliced off the body in long strips.; The main feature on the ship’s deck is the try-works, or giant pots set into a brick framework, where the whale’s blubber, was boiled down into oil. After the blubber became liquid, it was drawn off to cool and then poured into heavy barrels and stored below in the ship’s cargo hold.; This model was purchased in 1875 at Edgartown, on the island of Martha’s Vineyard, Mass.; it was one of the first objects in the Smithsonian’s National Watercraft Collection.

Date made: 1875
model was purchased: 1875

ID Number: TR.025726
catalog number: 025726
accession number: 4353

Half hull ship models were carved by shipwrights to a shape negotiated with the future owners of the ship.

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

This model of a Chesapeake Bay log canoe was built in 1880 and displayed at the Great International Fisheries Exhibition in London in 1883. It shows a two-masted log canoe with a mustard-colored hull.

Description: This model of a Chesapeake Bay log canoe was built in 1880 and displayed at the Great International Fisheries Exhibition in London in 1883. It shows a two-masted log canoe with a mustard-colored hull. Although this model may look more like a recreational sailboat than a traditional paddling canoe, its roots can be traced back to the dugouts built and used by American Indians. Native Americans along the bay used dugouts, made by hollowing out a single tree trunk, to spear fish, gather oysters, and travel from one village to another. Europeans adopted the log-canoe technology shortly after arriving in the region in the early 1600s. By the start of the 18th century, colonists had modified the standard, single-log dugout, by hewing and shaping several logs and fitting them together to enlarge the craft. They added masts and sails, providing the means to travel farther and giving the vessels their distinctive appearance.; Despite the widespread use of frame-and-plank shipbuilding techniques around the Chesapeake, watermen continued building and using log canoes well into the 20th century. The canoes were ideal for oyster tonging in the many protected creeks and rivers that flow into the bay. This model includes a pair of hand tongs of the sort made by local blacksmiths for oystermen. A waterman would anchor his canoe over an oyster bed and lower the tongs into the water. With a scissoring motion, he would rake the tongs together until the iron basket was full and ready to be lifted onboard.; In terms of construction, the log canoe is the forerunner to the bugeye, which is essentially an enlarged canoe built of seven or nine logs with a full deck added over the hold. While log canoes are no longer used in commercial fishing, they can still be seen in special sailboat races on the Eastern Shore of the Chesapeake.

date made: 1880
Date made: 1875

ID Number: TR.25003
catalog number: 025003
accession number: 4586

The steam whaler Orca was built at San Francisco in 1882 specifically for the Pacific and Arctic whale fisheries.

Description: The steam whaler Orca was built at San Francisco in 1882 specifically for the Pacific and Arctic whale fisheries. By the late 19th century, the Atlantic whale was too scarce due to overhunting, and whaling had moved almost completely to distant western waters to exploit the remaining whales.; Measuring 177 feet in length and 628 tons, Orca had a 280-HP steam engine for propulsion. It also had a full suit of auxiliary sails for backup and fuel conservation. When built, Orca was the largest auxiliary steam whaler in the United States.; The bark-rigged vessel was heavily built and braced, with a strongly raked bow to work in the Arctic ice pack. The heavy timbers and bow shape allowed it to be driven up onto the ice, where its weight helped to break through. Orca’s propeller had two blades so it could be aligned vertically with the stern timbers when not in use in order to protect it from the ice.; Information collected by Mystic Seaport Museum in Mystic, Conn. indicates that Orca, along with many other Pacific whalers, resorted to shanghaiing, or acquiring crewmen from agents ashore who forced potential crewmen onto their ships in various ways. With around two dozen whaleships clearing San Francisco each year for the Pacific whaling grounds, the need for crewmen was great.

Date made: 1894

reference material: Mystic Seaport Museum

ID Number: TR.076237
catalog number: 076237
accession number: 028022

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.

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

This book of navigation charts for the Upper Mississippi River was published in 1972 by the U.S. Army Engineer Division, North Central Corps of Engineers, in Chicago. It was owned and used by Capt.

Description: This book of navigation charts for the Upper Mississippi River was published in 1972 by the U.S. Army Engineer Division, North Central Corps of Engineers, in Chicago. It was owned and used by Capt. Jack Libbey, a river pilot from Lansing, Iowa, who steered tows on the Mississippi for over 25 years. He piloted many types of tows, but among the largest he handled on a routine basis were those made up of 15 barges, each measuring 200’ long, 35’ wide, and carrying about 1600 tons of cargo. Overall, these tows measured 1200’ long and 105’ wide, and took a great deal of skill and knowledge to pilot safely.; The chart book reflects Libbey’s working knowledge of the Mississippi River, still the nation’s major conduit for transporting grain and other bulk commodities. To become a pilot, Libbey was trained, tested, and licensed by the U.S. Coast Guard. But like virtually all river pilots (including Mark Twain in the 1850s), he learned the ways of the river and the skills of the pilot from his elders and from experience.; That experience is revealed on these worn and weathered charts. Virtually every page has Libbey’s own markings and notations. In bold, red ink, he meticulously printed the names of major aids to navigation on both sides of the river, as well as the distance in miles from each marker to Cairo Point, the confluence of the Ohio and the Mississippi Rivers. Libbey’s handwriting stands out from the official markings and mapmakers’ symbols, and suggests the complex history of life along the river. Names like Winnebago, Muscatine, Maquoketa Levee, Zollicoffer, Pomme de Terre, and Wabasha reflect the region’s many cultural layers.; Captain Libbey also made navigational notes on the pages as a way of reminding himself to take special care in tricky situations. Steering under bridges in the shallow waters separating Iowa and Illinois inspired a number of notes, such as this one from December 10, 1975, concerning the Atchison, Topeka and Santa Fe Railway and Highway Bridge near Fort Madison, Iowa: “SB [Steering bridge] Keep stern on light and head on tank. When pilot house passes black bouy [sic] bring jackstaff around to 3rd pier out from channel span. Hold until red bouy below bridge opens up ½ way. Keep jackstaff on red bouy and stern 100 yds over from first Miss stacks. Slow ahead until lined up.”; Captain Libbey discussed being a pilot in an interview for the Smithsonian’s Festival of American Folklife in 1996. He said, “ . . . you’re moving at a pretty good clip, you have all this momentum, and you can’t just steer it on a dime. And what we do, we send the deckhands out to talk us through the bridge . . . . That’s why you have marks also, so you know, you can kind of double check what they’re saying to you. Very, very important. And that’s what makes a good pilot . . . is being able to get through the bridges.”

Date made: 1972

river pilot, owned and used chart book: Libbey, Jack
trained Captain Libbey: United States Coast Guard
publisher: U. S. Army Engineer Division, North Central Corps of Engineers

ID Number: 2006.0103.03
accession number: 2006.0103
catalog number: 2006.0103.03

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.

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

Natural Resources

Whalebone and Bone Umbrella

Schooner Cook's Bell

Whaler's Allen's Gun Harpoon

Whaler's Blubber Fork

Whaler's Whalebone Scraper

Whaler's Cutting Spade

Whale Harpoons, or Temple Toggle Irons

Whaler's Mincing Knife

Bone Dice

Whale Hoist Patent Model

Sewing Machine Sperm Oil

USS Alaska Scrimshaw Sperm Whale Tooth

Whaler's Hand Lance

Whaler's Carved Bailer Handle

Whaler's Harpoon with Toggle Head

Ship Model, Columbia River Salmon Boat

Ship Model, Bugeye Lillie Sterling

New England Whale Ship

Shipbuilder's Half Hull Model, Whaleship Jireh Swift

Ship Model, Chesapeake Bay Log Canoe

Pacific Steam Whaleship Orca

Ship Model, Containership Emma Mærsk

Chart Book, Upper Mississippi River

Protective Sleeves