Lacebark tree | |
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Scientific classification | |
Kingdom: | Plantae |
Clade: | Tracheophytes |
Clade: | Angiosperms |
Clade: | Eudicots |
Clade: | Rosids |
Order: | Malvales |
Family: | Thymelaeaceae |
Genus: | Lagetta |
Species: | L. lagetto |
Binomial name | |
Lagetta lagetto | |
Lagetta lagetto is a species of tree native to several Caribbean islands. It is called the lacebark or gauze tree because the inner bark is structured as a fine netting that has been used for centuries to make clothing as well as utilitarian objects like rope. [1]
Lagetta lagetto, the lacebark (sometimes: lace-bark) or gauze tree, is native to the islands of Jamaica, Cuba, and Hispaniola (in both Haiti and the Dominican Republic). [2] It was formerly known as L. lintearia. [3] It is best documented on Jamaica, although few specimens have been reported in recent decades, and it has not been collected at all on Cuba in recent years. [4] It gets its genus and current species name from its alternate common name of lagetto (a corruption of the Spanish word latigo, or whip) on Jamaica. [1] [5] [6] It is known as laget à dentelle or bois dentelle on Haiti and daguilla or guanilla in the Dominican Republic and Cuba. It is also known in one part of western Jamaica as white bark. [1]
Lagetta lagetto is the most widespread of the three known species of the genus Lagetta. [7] The two other species of Lagetta are both native to Cuba: L. valenzuelana, the Valenzuela lacebark tree, and L. wrightiana, the Wright lacebark tree. [2] Little is known about either species.
Lagetta is not the only member of the family Thymelaeaceae to be used as a fiber source; others include Daphne species and Edgeworthia chrysantha , both of which supply fiber for papermaking.
Lagetta lagetto is a small, narrow, pyramidal tree, growing between 12 and 40 feet (3.7 and 12.2 m) tall. [1] It has a straight trunk with a rough outer bark. [8] It forms part of the subcanopy of the Caribbean forest, sprouting from crevices of rocky limestone slopes. [1] It has been recorded all along the central spine of Jamaica at altitudes of from 1,400 to 2,700 feet (430 to 820 m) as well as along other mountainous ridges in the west central parts of the island. [1] [9]
The lacebark tree has smooth, dark green, leathery, somewhat heart-shaped evergreen leaves, roughly 4 inches (10 cm) long by 2.5 inches wide. [8] The small, white, tubular-bell-shaped flowers are produced as racemes in a pattern of alternating flower-stalks along the branchlets. There is no calyx, but the corolla divides into four points at its outer tip. [8] There are eight short filamentous stamens concealed within the flower. [8] It produces a roundish, hairy drupe inside of which is a dark-brown, ovoid kernel about one-quarter inch long.
In the 18th and 19th centuries, L. lagetto was reported to be abundant and widespread in Jamaica. [9] By the late 19th century, however, there are reports of growing scarcity attributed to overharvesting without replanting. It is now rare, probably in large part due to such overexploitation combined with more general loss of forest lands in the same period. [1] [9] It is not reported to have been actively cultivated, but if it ever was, there may also have been loss of specialized knowledge of its cultivation needs. [9] In the late 19th and early 20th century, L. lagetto was often grown in botanic gardens [5] in such countries as Great Britain, the United States, and Australia, but no known specimens are found in botanic gardens today. [9]
Loma Daguilla, an isolated mountain near San Juan, Cuba, is named for the tree, which is known locally as daguilla de loma and has been abundant thereabouts. [10]
The inner bark of Lagetta species—the phloem layer that carries nutrients from the leaves to the roots—consists of twenty to thirty tough, thin, dense layers of interlacing bast fibers. [5] [8] Whereas in most economically important fibrous plants the bast fibers are formed in straight, parallel lines, in the Lagetta species they separate and rejoin to form a fine natural net or mesh of tiny rhomboids. [11] The lacebark tree's layers of inner bark can be carefully pulled apart to produce multiple sheets of white netting known eponymously as lacebark. [9] Lacebark is thus unique among other tropical barkcloths in being produced without having to be beaten into shape. [1]
Although the main steps of lacebark production are clear—detaching the entire bark from the tree, extracting the inner bark, and pulling apart the layers—the details of the process are not well documented. The naturalist Philip Gosse supplied a general account of lacebark tree harvesting from a stopover in Haiti in 1846, [9] while contemporary accounts by Emily Brennan, Mark Nesbitt, and others rely in large part on oral accounts from the few remaining lacebark harvesters. [1] [9] It appears that lacebark was sourced from trees growing wild (rather than under cultivation), and though sometimes an entire tree would be felled to get at the bark, in many cases a single branch would be lopped off to preserve the tree for further harvesting. Ordinarily, lacebark's corky outer bark could be readily removed by hand. If the lacebark dried out too much during the process of extraction, it would be soaked or boiled in water to restore flexibility, a process that also softened the lacebark by removing some naturally stiffening substances. [1] [9] The extracted netting would be stretched out—expanding the textile to at least five times its original width [1] —and then bleached to a bright white through sun-drying. [9] In Jamaica, harvesting was mainly carried out by men, while production of objects from lacebark was the prerogative of women.
As a textile, lacebark is soft and may be readily dyed or stained. [1] In 1883, the French naturalist Félix-Archimède Pouchet wrote that lacebark was "as fine as our muslin and even takes its place in the toilet of our ladies". [12] Veils, shawls, dresses, aprons, caps, collars, frills, slippers, purses, and other clothing and accessories have been made of the fiber, mainly in the period from the late 17th to the late 19th centuries. There is evidence that it was routinely used in clothing worn by people from all ranks of society in Jamaica. [9] The survival of a number of objects that are well over a hundred years old testifies to lacebark's durability as a material. Collections with lacebark items include Kew Gardens, the Pitt Rivers Museum and Victoria and Albert Museum (U.K.), the Field Museum (U.S.), the Museum of Vancouver (Canada), and the Institute of Jamaica in Kingston. [1] At least two monarchs of Great Britain have been given lacebark clothing: King Charles II, who received a cravat and ruffles of lacebark from Sir Thomas Lynch, [8] then governor of Jamaica, and Queen Victoria, who was presented with a lacebark dress at the 1851 Great Exhibition. [11]
Lacebark has also been used in the manufacture of utilitarian items such as curtains, hammocks, rope, bridles, and whips. [5] In the case of whips, the handle was usually made from a narrow tree branch with the outer bark still attached, while the whip tail was made from twisted or braided strands of lacebark extruding from the same branch. [1] Lacebark whips were commonly used to punish slaves on Jamaica in the era before the abolition of slavery in 1833–34. [1]
The second half of the 19th century saw numerous appearances of lacebark items in industrial exhibitions, possibly because the British perceived a potential for expanded production in Jamaica. [9] There were also some experiments in making paper out of lacebark. [1] However, commercial-scale production never took off, and by the 1880s, most lacebark appears to have been shifted into the creation of tourist souvenirs such as doilies, fans, and ornamental whips. [9] One travel writer referred to these souvenirs as works of art that "exhibit refined taste and excellent workmanship." [13] Objects such as fans sometimes had a lacebark substrate to which dried specimens of local flora were attached. [1] [4] [13] Production of lacebark items (even as souvenirs) started tailing off in the early 20th century, largely because of the increasing rarity of the trees but also partly because of the labor-intensive nature of harvesting work and (after World War II) a decline of interest in traditional crafts. [1] Lacebark crafts had nearly vanished by the 1960s, and an attempted revival in the 1980s sputtered out for a variety of reasons, among them the continuing threats to lacebark habitat that made it difficult to establish reliable supply chains. [1] [9]
Lacebark is less well known than other textiles made from plant fibers, such as tapa cloth. It is uncertain whether the Taino Amerindians, the former inhabitants of the Caribbean islands to which the genus Lagetta is native, ever made lacebark. [9] It has been suggested that the tree's use for textiles may have followed the arrival of slaves from West Africa, where there is a long tradition of barkcloth. [9] Lacebark appears early in European writing about Jamaica; for example, Sir Hans Sloane mentions it in his account of a trip to the island in the 1680s.
Mahogany is a straight-grained, reddish-brown timber of three tropical hardwood species of the genus Swietenia, indigenous to the Americas and part of the pantropical chinaberry family, Meliaceae. Mahogany is used commercially for a wide variety of goods, due to its coloring and durable nature. It is naturally found within the Americas, but has also been imported to plantations across Asia and Oceania. The mahogany trade may have begun as early as the 16th century and flourished in the 17th and 18th centuries. In certain countries, mahogany is considered an invasive species.
A textile is a flexible material made by creating an interlocking bundle of yarns or threads, which are produced by spinning raw fibers into long and twisted lengths. Textiles are then formed by weaving, knitting, crocheting, knotting, tatting, felting, bonding, or braiding these yarns together.
Textile arts are arts and crafts that use plant, animal, or synthetic fibers to construct practical or decorative objects.
Ramie is a flowering plant in the nettle family Urticaceae, native to eastern Asia. It is a herbaceous perennial growing to 1.0–2.5 m tall; the leaves are heart-shaped, 7–15 cm (2.8–5.9 in) long and 6–12 cm (2.4–4.7 in) broad, and white on the underside with dense, small hairs—this gives it a silvery appearance; unlike stinging nettles, the hairs do not sting. The true ramie or China grass is also called Chinese plant or white ramie.
Cedar bark textile was used by indigenous people in the Pacific Northwest region of modern-day Canada and the United States. Historically, most items of clothing were made of shredded and woven cedar bark.
Tulle is a lightweight, very fine, stiff netting. It can be made of various fibres, including silk, nylon, polyester and rayon. Polyester is the most common fibre used for tulle. Rayon tulle is very rare. Tulle is most commonly used for veils, gowns, and ballet tutus. Tulle comes in a wide array of colors and it is readily available. It can be dyed at home if it is made from nylon, rayon or silk but not if it's made from polyester.
Tapa cloth is a barkcloth made in the islands of the Pacific Ocean, primarily in Tonga, Samoa and Fiji, but as far afield as Niue, Cook Islands, Futuna, Solomon Islands, Java, New Zealand, Vanuatu, Papua New Guinea and Hawaii. In French Polynesia it has nearly disappeared, except for some villages in the Marquesas.
The paper mulberry is a species of flowering plant in the family Moraceae. It is native to Asia, where its range includes Taiwan, China, Japan, Korea, Southeast Asia, Burma, and India. It is widely cultivated elsewhere and it grows as an introduced species in parts of Europe, the United States, and Africa. Other common names include tapa cloth tree.
Gauze is a thin, translucent fabric with a loose open weave. In technical terms "gauze" is a weave structure in which the weft yarns are arranged in pairs and are crossed before and after each warp yarn keeping the weft firmly in place. This weave structure is used to add stability to fabric, which is important when using fine yarns loosely spaced. However, this weave structure can be used with any weight of yarn, and can be seen in some rustic textiles made from coarse hand-spun plant fiber yarns. Gauze is widely used for medical dressings.
Barkcloth or bark cloth is a versatile material that was once common in Asia, Africa, and the Pacific. Barkcloth comes primarily from trees of the family Moraceae, including Broussonetia papyrifera, Artocarpus altilis, Artocarpus tamaran, and Ficus natalensis. It is made by beating sodden strips of the fibrous inner bark of these trees into sheets, which are then finished into a variety of items. Many texts that mention "paper" clothing are actually referring to barkcloth.
Hoheria is a genus of six species of flowering plants in the family Malvaceae. All are endemic to New Zealand. The genus name is a latinization of the Māori language name, houhere. That name, as well as lacebark and ribbonwood, are often used as common names. The name lacebark comes from the lace-like fibrous inner bark layer.
Lacebark is a common name for several plants, lacebark trees and may refer to:
Net or netting is any textile in which the yarns are fused, looped or knotted at their intersections, resulting in a fabric with open spaces between the yarns. Net has many uses, and comes in different varieties. Depending on the type of yarn or filament that is used to make up the textile, its characteristics can vary from durable to not durable.
Lacewood is a common name for the wood produced from a number of different trees, with mostly a striking appearance of their "lace-wood“, which gets its name from the lace like pattern: These include:
Leno weave is a weave in which two warp yarns are woven around the weft yarns to provide a strong yet sheer fabric. The standard warp yarn is paired with a skeleton or 'doup' yarn; these twisted warp yarns grip tightly to the weft which causes the durability of the fabric. Leno weave produces an open fabric with almost no yarn slippage or misplacement of threads.
Hoheria glabrata, the mountain lacebark or ribbonwood, is a species of flowering plant in the family Malvaceae, endemic to New Zealand. It is one of the few deciduous trees to be found in N.Z. growing to 10 m (33 ft) tall with green leaves that turn yellow in autumn, and white flowers that appear around January.
Hoheria populnea, commonly known as New Zealand mallow, lacebark or houhere, is a species of flowering plant in the family Malvaceae, endemic to New Zealand.
Hoheria angustifolia, the narrow-leaved lacebark or narrow-leaved houhere, is a species of flowering plant in the family Malvaceae, endemic to New Zealand. It is an evergreen tree or shrub with a weeping habit and grows to 10 m (33 ft) tall. Known as Houhere or Houhi in Māori, the bark of the tree was occasionally used for traditional textiles, similar to the traditional use of Hoheria populnea.
Lacebark tree is a common name for several plants with a inner lace-like layer of the inner bark, and may refer to:
Textile stabilization is a conservation method for fiber and yarn-based cloth intended to mitigate damage, prevent degradation and preserve structural integrity. Stabilization is part of a broad set of techniques in the field of conservation and restoration of textiles typically undertaken by a specialist or textile conservator. Appropriate treatment is determined through risk assessment and close examination of a textile's characteristics and the nature of the damage. Organic and synthetic fibers become weak due to age, handling, and environmental exposure and display physical deterioration such as fraying, planar distortion, loss, and change in surface character. Treatment involves reinforcing tensile strength and reintegration of parts for aesthetic, functional, and historic preservation. Methods can include stitching, darning, reweaving, and the attachment of supports through overlays and underlays. Hand-sewing follows the mantra of “gently does it” using fine needles, supple yarns, and a light touch. Heavily damaged and fragile fabrics often require stabilization through adhesive consolidation, though this is less common. It is essential that conservators consider physical and chemical compatibility along with future treatability in choosing a stabilization technique.