Luray Caverns

Last updated
Luray Caverns
Luray.jpg
Stalactites, stalagmites and columns in Luray Caverns
USA Virginia location map.svg
Red pog.svg
Location in Virginia
Usa edcp location map.svg
Red pog.svg
Location in United States
Location Luray, Virginia
Coordinates 38°39′51.5″N78°29′1.7″W / 38.664306°N 78.483806°W / 38.664306; -78.483806
Designated1973
Website Official website

Luray Caverns, previously Luray Cave, is a cave just west of Luray, Virginia, United States, which has drawn many visitors since its discovery in 1878. The cavern system is adorned with speleothems such as columns, mud flows, stalactites, stalagmites, flowstone, and mirrored pools. The caverns host the Great Stalacpipe Organ, a lithophone made from solenoid-fired strikers that tap stalactites of varied sizes to produce tones similar to those of xylophones, tuning forks, or bells. [1]

Contents

A Smithsonian Institution report of July 13 and 14, 1880, concluded: "[I]t is safe to say that there is probably no other cave in the world more completely and profusely decorated with stalactite and stalagmite ornamentation than that of Luray." [2]

Luray Caverns is privately owned by the Graves family, who have lived in Luray for many years. [3] Theodore Clay Northcott, great-grandfather to the owners, purchased the land on which the caverns are located in 1905. [4]

Description

Sign at Wishing Well rock formation describing donations made to Page County charities Luray Caverns Sign for veterans memorial.jpg
Sign at Wishing Well rock formation describing donations made to Page County charities

Visitors enter the cave via a path that curves downward through the caverns, eventually reaching Dream Lake, The Saracen's Tent, The Great Stalacpipe Organ and some large stalactites and stalagmites. The path proceeds to the Wishing Well and a war memorial honoring veterans from Page County. It then ascends to a small passage past the Fried Eggs rock formation and returns to ground level through a smaller passage to the entrance. The entire trek is 1.5 mi (2.4 km) long and can be completed in 45 minutes to 1 hour. Visitors can carry small pets on the cave tour, and leashed pets are permitted on the grounds outside the cave. [5] The caverns now offer a step-free access. While this extended pathway will allow for wheelchair access, the caverns aren't advertised as handicap accessible. [6]

History

Discovery

Luray Caverns was discovered on August 13, 1878, by five local men, including Andrew J. Campbell (a local tinsmith), William Campbell, John “Quint” Campbell, and local photographer Benton Stebbins. [1] Their attention had been attracted by a protruding limestone outcrop and by a nearby sinkhole noted to have cool air issuing from it. Seeking a cavern, the men started to dig and, about four hours later, a hole was created for the smallest men (Andrew and Quint) to squeeze through, slide down a rope and explore by candlelight. The first column they saw was named the Washington Column, in honor of the first United States President. Upon entering the area called Skeleton's Gorge, bone fragments (among other artifacts) were found embedded in calcite. Other traces of previous human occupation include pieces of charcoal, flint, and human bone fragments embedded in stalagmite. A skeleton, thought to be that of a Native American girl, found in one of the chasms, was estimated, from the current rate of stalagmitic growth, to be not more than 500 years old. Her remains may have slipped into the caverns after her burial hole collapsed due to a sinkhole, although the real cause is unknown.

Litigation

Sam Buracker of Luray owned the land on which the cavern entrance was found. Because of uncollected debts, a court-ordered auction of all his land was held on September 14, 1878. Andrew Campbell, William Campbell, and Benton Stebbins purchased the cave tract, but kept their discovery secret until after the sale. Because the true value of the property was not realized until after the purchase, legal wrangling ensued for the next two years with attempts to prove fraud and decide rightful ownership. In April 1881, the Supreme Court of Virginia nullified the purchase by the cave discoverers. William T. Biedler of Baltimore (Buracker's in-law and major creditor) then sold the property to The Luray Cave and Hotel Company, a subsidiary of the Shenandoah Railroad Company. (The SRC became the Norfolk and Western Railroad Company in April 1881.) David Kagery of Luray and George Marshall of Uniontown, Pennsylvania, purchased the property in July 1890 and in October of that year the tract was sold to the Valley Land and Improvement Company. Under bankruptcy proceedings in 1893, the property was bought by Luray Caverns Company, owned by J. Kemp Bartlett of Baltimore.

Despite the legal disputes, rumors of the caverns' impressive formations spread quickly. Professor Jerome J. Collins, the Arctic explorer, postponed his departure on an ill-fated North Pole expedition to visit the caverns. The Smithsonian Institution sent a delegation of nine scientists to investigate. The next edition of the Encyclopædia Britannica devoted an unprecedented page and a half to the cave's wonders and Alexander J. Brand, Jr., a correspondent for the New York Times , was the first professional travel writer to visit and popularize the caverns.

Limair Sanatorium

In 1901, the cool, supposedly pure air of Luray Caverns was forced through the rooms of the Limair Sanatorium, erected on the summit of Cave Hill by Colonel Theodore Clay Northcott, former president of the Luray Caverns Corporation. [1] [7] The Colonel billed the sanatorium as the first air-conditioned home in the United States. On the hottest day in summer, the interior of the house was kept at a cool and comfortable 70 °F (21 °C). By sinking a shaft five feet (1.5 m) in diameter down to a cavern chamber and installing a 42-inch (1,100 mm) fan powered by a five horsepower (3.7 kW) electric motor, Northcott's system could change out the air through the entire house about every four minutes. Tests made over successive years by means of culture media and sterile plates were considered to have demonstrated the "perfect bacteriologic purity" of the air, [7] purportedly a benefit to those suffering various respiratory illnesses. This "purity" was explained by a natural filtration process with air drawn into the caverns through myriad rocky crevices, then further cleansing by air floating over the transparent springs and pools, the product finally being supplied to the inmates of the sanatorium. [7] The "Limair" burned down in the early 1900s but was subsequently rebuilt as a brick building. The Luray Caverns Corporation, which was chartered by Northcott, purchased the caverns in February 1905 and continues to hold the property today. [8]

Commercialization

The plaque outside Luray Caverns declaring it a Natural Landmark LurayCavernsPlaque.jpg
The plaque outside Luray Caverns declaring it a Natural Landmark

Portions of the caverns are open to the public and have long been electrically lighted. The registered number of visitors in 1906 was 18,000, [7] but as of 2018, approximately 500,000 guests visit each year. [9]

In 1974, the National Park Service and the Department of the Interior designated Luray Caverns as a National Natural Landmark. [10]

Luray Caverns is home to a commercial rope course and hedge maze. The maze contains 1,500 dark American arborvitae which create a one-half-mile (0.80 km) path for visitors. [11] Three museums are also on site and included with the general admission. The Toy Town Junction Museum offers an array of vintage miniature trains, dolls, and other collectible toys on display. The Car and Carriage Caravan Museum features an impressive collection of over 140 items relating to early transportation including a Conestoga wagon and an 1892 Mercedes-Benz. The Shenandoah Heritage Village is home to a collection of historic Shenandoah Valley buildings from rustic 19th-century life and the Luray Valley Museum contains many regional artifacts of significance including a 1536 Zürich Bible and a patented dog-powered butter churn. [12]

Geology

Luray Caverns Ballroom of stalactites, 1882 Luray Caverns ballroom 1882 b10154140 014 tif m039k623n.tiff
Luray Caverns Ballroom of stalactites, 1882

The caverns are situated in the Shenandoah Valley, just to the west of the Blue Ridge of the Appalachian Mountains in Luray, Virginia. The valley extends northeast to southwest along the northwest side of the Blue Ridge. Cave Hill, 927 feet (283 m) above sea level, had long been an object of local interest on account of its pits and oval hollows or sinkholes (known as karst) through one of which the discoverers of Luray Caverns entered. [7]

Luray Caverns does not date beyond[ clarification needed ] the Tertiary period. The cave is developed in dolomites of the lower Beekmantown Dolomite (Lower Ordovician). At some period, niches and already formed chambers were completely filled with water, highly charged with acid, which then slowly began to eat away at much of the softer material composing much of the walls, ceilings and floors. The one particular area that shows this high level of water is Elfin Ramble where water marks of oscillation are highly visible on the ceiling.

The temperature inside the caverns is uniformly 54 °F (12 °C), [1] comparable to that of Mammoth Cave in Kentucky.

Speleothem formation

A formation of stalagmites and stalactites Luray cavern stalactites and stalagmites.jpg
A formation of stalagmites and stalactites

As with other limestone or "solution" caves, formations at Luray Caverns result from a solution of calcium carbonate giving up some of its carbon dioxide, thus allowing a precipitation of lime to form. This precipitation begins as a thin deposit ring of crystallized calcite, but continues to collect, creating stalactites and other types of dripstone and flowstone. Formations at Luray Caverns are white in color if the calcium carbonate is in its pure form. Other colors reflect impurities in the calcite resulting from elements absorbed from the soil or rock layers: Reds and yellows due to iron and iron-stained clays; black from manganese dioxide; blues and greens from solutions of copper compounds. Luray Caverns remains an active cave where new formation deposits accumulate at the rate of about one cubic inch (16 cm3) every 120 years.

Celebrated speleothems

The "Fried Eggs" rock formation at Luray Caverns Fried Eggs - Luray Caverns.JPG
The "Fried Eggs" rock formation at Luray Caverns
Console of the Great Stalacpipe Organ (an electrically actuated lithophone) Stalacpipe Organ booth at Luray Caverns (2012-03-24 19.25.14 by Jon Callas).jpg
Console of the Great Stalacpipe Organ (an electrically actuated lithophone)

After the water had been mostly removed by a lowering in the water table, these eroded forms remained and growth began to take hold via stalactites, stalagmites, columns, etc. Some notable formations include the Leaning Column, undermined and tilting like the campanile of Pisa; The Great Stalacpipe Organ, a large shield formation, that was used from very early on as an instrument for a variety of folk and religious songs; and a vast bed of disintegrated carbonates left by the water in its retreat through the great space called the Elfin Ramble. [7]

The cavern is yellow, brown or red because of water, chemicals and minerals. The new stalactites growing from the old, and made of hard carbonates that had already once been used, are usually white as snow though often pink or amber-colored. The Empress Column is a stalagmite 35 feet (11 m) high, rose-colored, and elaborately draped. The Double Column, named from Professors Henry and Baird, is made of two fluted pillars side by side, the one 25 feet (8 m) the other 60 feet (18 m) high, a mass of snowy alabaster. Several stalactites in Giant's Hall exceed 50 feet (15 m) in length. [7] The Pluto's Ghost, a pillar, is a ghostly white.

The cascades are formations like foaming cataracts caught in mid-air and transformed into milk-white or amber alabaster. [7] Brands Cascade is 40 feet (12 m) high and 30 feet (9 m) wide, and is a wax-like white.

Saracen's tent is considered to be one of the most well-formed draperies in the world Saracen's Tent, Luray Caverns.jpg
Saracen's tent is considered to be one of the most well-formed draperies in the world

Flowstone draperies are abundant throughout the cavern and one of the best examples is Saracen's Tent. The drapery formation can be found in all major rooms and ring like bells when struck heavily by the hand. Their origin and also that of certain so-called scarfs and blankets is from carbonates deposited by water trickling down a sloping and corrugated surface. Sixteen of these alabaster scarfs hang side by side in Hoveys Balcony, three white and fine as crape shawls, thirteen striated like agate with various shades of brown. [7]

Streams and true springs are absent, but there are hundreds of basins, some of which are 50 feet (15 m) in diameter, and up to 15 feet (5 m) in depth. The water in them contains carbonate of lime, which often forms concretions, called pearls, eggs, and snowballs, according to their size. On the fracture these spherical growths are found to be radiated in structure. [7]

Calcite crystals line the sides and bottom of water-filled cavities. Variations of level at different periods are marked by rings, ridges and ruffled margins. These are strongly marked about Broaddus Lake and the curved ramparts of the Castles on the Rhine. Here also are polished stalagmites, a rich buff slashed with white, and others, like huge mushrooms, with a velvety coat of red, purple or olive-tinted crystals. In some of the smaller basins it sometimes happens that, when the excess of carbonate acid escapes rapidly, there is formed, besides the crystal bed below, a film above, shot like a sheet of ice across the surface. One pool 12 feet (4 m) wide is thus covered so as to show but a third of its surface. [7]

The quantity of water in the cavern varies greatly at different seasons. Hence some stalactites have their tips under water long enough to allow tassels of crystals to grow on them, which, in a drier season, are again coated over with stalactitic matter; and thus singular distortions are occasioned. Contiguous stalactites are often inwrapped thus until they assume an almost globular form, through which by making a section the primary tubes appear. Contorted stalactites may be caused by lateral outgrowths of crystals growing from the side of an active stalactite, or to deflections caused by currents of air, or to the existence of a diminutive fungus peculiar to the locality and designated from its habitat Mucor stalactitis. [7]

The dimensions of the chambers included in Luray Caverns cannot be easily stated, due to the great irregularity of their outlines. There are several tiers of galleries, and the vertical depth from the highest to the lowest is 260 feet (79 m). [7]

Luray Cavern waters

A reflecting lake in Luray Caverns known as Dream Lake Reflecting cavern lake.jpg
A reflecting lake in Luray Caverns known as Dream Lake

There is a spring of water called Dream Lake that has an almost mirror-like appearance. Stalactites are reflected in the water making them appear to be stalagmites. This illusion is often so convincing that people are unable to see the real bottom. It looks quite deep, as the stalactites are higher above the water, but at its deepest point the water is only around 20 inches (50 cm) deep. The lake is connected to a spring that continues deeper into the caverns.

The Wishing Well is a green pond with coins, three feet (1 m) deep at the bottom. Like Dream Lake, the well also gives an illusion, however it is reversed. The pond looks three to four feet (90 to 120 cm) deep but at its deepest point it is actually six to seven feet (180 to 210 cm) deep.

The 2008 videogame Fallout 3 features a cave system known as Lamplight Caverns. Emil Pagliarulo, one of the developers, stated that Luray Caverns served as a loose inspiration. [13]

See also

Related Research Articles

<span class="mw-page-title-main">Stalactite</span> Elongated mineral formation hanging down from a cave ceiling

A stalactite is a mineral formation that hangs from the ceiling of caves, hot springs, or man-made structures such as bridges and mines. Any material that is soluble and that can be deposited as a colloid, or is in suspension, or is capable of being melted, may form a stalactite. Stalactites may be composed of lava, minerals, mud, peat, pitch, sand, sinter, and amberat. A stalactite is not necessarily a speleothem, though speleothems are the most common form of stalactite because of the abundance of limestone caves.

<span class="mw-page-title-main">Stalagmite</span> Elongate mineral formation found on a cave floor

A stalagmite is a type of rock formation that rises from the floor of a cave due to the accumulation of material deposited on the floor from ceiling drippings. Stalagmites are typically composed of calcium carbonate, but may consist of lava, mud, peat, pitch, sand, sinter, and amberat.

<span class="mw-page-title-main">Natural Bridge Caverns</span> United States historic place

The Natural Bridge Caverns are the largest commercial caverns in the US state of Texas. The name is derived from the 60-foot (18 m) natural limestone slab bridge that spans the amphitheater setting of the cavern's entrance. The span was left suspended when a sinkhole collapsed below it.

<span class="mw-page-title-main">Speleothem</span> Structure formed in a cave by the deposition of minerals from water

A speleothem is a geological formation by mineral deposits that accumulate over time in natural caves. Speleothems most commonly form in calcareous caves due to carbonate dissolution reactions. They can take a variety of forms, depending on their depositional history and environment. Their chemical composition, gradual growth, and preservation in caves make them useful paleoclimatic proxies.

<span class="mw-page-title-main">Flowstone</span> Geological phenomenon

Flowstones are sheetlike deposits of calcite or other carbonate minerals, formed where water flows down the walls or along the floors of a cave. They are typically found in "solution caves", in limestone, where they are the most common speleothem. However, they may form in any type of cave where water enters that has picked up dissolved minerals. Flowstones are formed via the degassing of vadose percolation waters.

<span class="mw-page-title-main">Treak Cliff Cavern</span> Show cave in Derbyshire, England

Treak Cliff Cavern is a show cave near Castleton in Derbyshire, England. It is part of the Castleton Site of Special Scientific Interest and one of only two sites where the ornamental mineral Blue John is still excavated. As part of an agreement with English Nature, the Blue John that can be seen in the show cave is not mined but it is extracted in small quantities from other areas of the cave and made into saleable items like bowls, jewellery, and ornaments.

<span class="mw-page-title-main">Cave of the Winds (Colorado)</span> Cave in Colorado, United States

Cave of the Winds is a cave in the Pikes Peak region of Colorado. It is located just west of Colorado Springs on U.S. Highway 24, near the Manitou Cliff Dwellings. Tours of the complex of caves are given daily.

<span class="mw-page-title-main">Cave of the Mounds</span> Natural limestone cave in Wisconsin

Cave of the Mounds, a natural limestone cave located near Blue Mounds, Wisconsin, United States, is named for two nearby hills called the Blue Mounds. It is located in the southern slope of the east hill. The cave's beauty comes from its many varieties of mineral formations called speleothems. The Chicago Academy of Sciences considers the Cave of the Mounds to be "the significant cave of the upper Midwest" because of its beauty, and it is promoted as the "jewel box" of major American caves. In 1987, the United States Department of the Interior and the National Park Service designated the cave as a National Natural Landmark.

<span class="mw-page-title-main">Borra Caves</span> Place in Andhra Pradesh, India

The Borra Caves(Borrā Guhalu) are located on the East Coast of India, in the Ananthagiri hills of the Araku Valley of the Alluri Sitharama Raju district in Andhra Pradesh. The caves, one of the largest in the country, at an elevation of about 705 m (2,313 ft), distinctly exhibit a variety of speleothems ranging in size and irregularly shaped stalactites and stalagmites. The caves are basically karstic limestone structures extending to a depth of 80 m (260 ft), and are considered the deepest caves in India. The native name for the caves is Borrā Guhalu where Borra means abdomen in and Guhalu means caves in Telugu language.

<span class="mw-page-title-main">Skyline Caverns</span> Cave in Warren County, Virginia, United States

Skyline Caverns is a series of geologic caves and a tourist attraction located in Warren County, Virginia, one mile (1.6 km) south of Front Royal. The caverns were discovered by Walter S. Amos, a retired geologist and mineralogist from Winchester, Virginia, on December 17, 1937. Skyline Caverns is open year-round, offering guided tours through the caverns.

<span class="mw-page-title-main">Rimstone</span> Cave formation

Rimstone, also called gours, is a type of speleothem in the form of a stone dam. Rimstone is made up of calcite and other minerals that build up in cave pools. The formation created, which looks like stairs, often extends into flowstone above or below the original rimstone. Often, rimstone is covered with small, micro-gours on horizontal surfaces. Rimstone basins may form terraces that extend over hundreds of feet, with single basins known up to 200 feet long from Tham Xe Biang Fai in Laos.

<span class="mw-page-title-main">Grand Caverns</span> Cave in Virginia, United States

Grand Caverns, formerly known as Weyer's Cave, is located in the central Shenandoah Valley in the town of Grottoes, Virginia, United States. A limestone cavern, it claims the distinction of being America's oldest show cave, in operation since 1806.

<span class="mw-page-title-main">Crystal Grottoes</span>

Crystal Grottoes is the only show cave in the U.S. state of Maryland. It is located on Maryland Route 34 between Boonsboro and Antietam National Battlefield.

<span class="mw-page-title-main">Lost World Caverns</span> Caves and attraction near Lewisburg, West Virginia, US

Lost World Caverns, located just outside Lewisburg, West Virginia, is an underground natural series of caverns. In November 1973, the caverns were registered as a National Natural Landmark as they "feature terraced pedestal-like stalagmites, flowstone, curtains, rimstone, domepits, and waterfalls."

<span class="mw-page-title-main">Lake Shasta Caverns</span>

The Lake Shasta Caverns are a network of caves located near the McCloud arm of Shasta Lake in California. It was formerly named Chalk Cave and Baird Cave, named after Spencer Fullerton Baird.

<span class="mw-page-title-main">Castellana Caves</span> Karst cave system in Apulia, Italy

The Castellana Caves are a karst cave system located in the municipality of Castellana Grotte, in the Metropolitan City of Bari, Apulia, southern Italy.

<span class="mw-page-title-main">Solutional cave</span> Type of cave

A solutional cave, solution cave, or karst cave is a cave usually formed in the soluble rock limestone. It is the most frequently occurring type of cave. It can also form in other rocks, including chalk, dolomite, marble, salt beds, and gypsum.

<span class="mw-page-title-main">Calcite rafts</span> Cave-crystallized calcite crusts

Calcite crystals form on the surface of quiescent bodies of water, even when the bulk water is not supersaturated with respect to calcium carbonate. The crystals grow, attach to one other and appear to be floating rafts of a white, opaque material. The floating materials have been referred to as calcite rafts or "leopard spots".

<span class="mw-page-title-main">Indiana Caverns</span>

Indiana Caverns is part of the Binkley Cave system near Corydon, Indiana.

<span class="mw-page-title-main">Calthemite</span> Secondary calcium carbonate deposit growing under man-made structures

Calthemite is a secondary deposit, derived from concrete, lime, mortar or other calcareous material outside the cave environment. Calthemites grow on or under man-made structures and mimic the shapes and forms of cave speleothems, such as stalactites, stalagmites, flowstone etc. Calthemite is derived from the Latin calx "lime" + Latin < Greek théma, "deposit" meaning ‘something laid down’, and the Latin –ita < Greek -itēs – used as a suffix indicating a mineral or rock. The term "speleothem", due to its definition can only be used to describe secondary deposits in caves and does not include secondary deposits outside the cave environment.

References

  1. 1 2 3 4 Huso, Deborah R. (January–February 2010), "The Beauty Below", AAA World, Side Trips, vol. 12, no. 1, p. 28, ISSN   1557-9107, OCLC   61482791, archived from the original on 28 July 2011, retrieved 19 July 2013
  2. "Luray Caverns | Washington DC".
  3. Otterbourg, Ken (2013-03-14). "The rift — a family dynasty fights over the future of Luray Caverns". Washington Post. Retrieved 2023-03-29.
  4. "Luray Caverns Heirs Continue Spat Over Control and Cash". www.familybusinessmagazine.com. 20 March 2013. Retrieved 2023-03-29.
  5. "Luray Caverns FAQs". luraycaverns.com. Retrieved 2019-07-25.
  6. "Visit Luray Caverns". luraycaverns.com. Retrieved 2019-08-27.
  7. 1 2 3 4 5 6 7 8 9 10 11 12 13 Wikisource-logo.svg One or more of the preceding sentences incorporates text from a publication now in the public domain : Hovey, Horace Carter (1911). "Luray Cavern". In Chisholm, Hugh (ed.). Encyclopædia Britannica . Vol. 17 (11th ed.). Cambridge University Press. pp. 127–128.
  8. "The Early Years". Luray Caverns. Archived from the original on 6 August 2013. Retrieved 19 July 2013.
  9. Pilkington, Taylor (2 May 2018). "Cave Fever". Virginia Living. Retrieved 5 November 2019.
  10. "Luray Caverns". National Natural Landmarks. National Park Service. Retrieved November 19, 2016.
  11. "Garden Maze". Archived from the original on 2010-07-22. Retrieved 2010-07-11.
  12. "What will you discover?". Luray Caverns. Retrieved 2017-08-20.
  13. Nguyen, Thierry. "Fallout 3 Afterthoughts". 1up.com. p. 3. Archived from the original on July 29, 2012.

Further reading