The money value of the tobacco grown in the
Philippines is estimated at from 4,000,000 to 5,000,000 of dollars, say
1,000,000l. sterling. Of this nearly one half is consumed in the
islands, one-quarter is exported in the form of cheroots (which is the
Oriental word for cigars), and the remainder sent to Spain in leaves
and cigars, being estimated as an annual average contribution exceeding
800,000 dollars. The sale of tobacco is a strict government monopoly,
but the impossibility of keeping up any efficient machinery for the
protection of that monopoly is obvious even to the least observant. The
cultivator, who is bound to deliver all his produce to the government,
first takes care of himself and his neighbours, and secures the best of
his growth for his own benefit. Out of the capital of Manila scarcely
anything is smoked but the cigarro ilegitimo; and in
the capital you frequently get a hint that “the weed” is
not from the estanco real. From functionaries able to
obtain the best which the government brings to market, a present
is often volunteered, which shows that they avail themselves
of something better than that best. And
in discussing the matter with the most intelligent of the empleados, they agreed that the emancipation of the producer,
the manufacturer and the seller, and the establishment of a simple
duty, would be more productive to the revenue than the present
vexatious and inefficient system of privilege.
There has been an enormous increase in the revenues from tobacco.
They gave nett—
|
Annual
Average. |
| From 1782 to 1785 |
|
260,597 dolls. |
86,865 dolls. |
|
1786 to 1800 |
(15 years) |
4,950,101
|
330,006
|
|
1801 to 1815 |
(15 years) |
7,228,071
|
481,871
|
|
1816 to 1830 |
(15 years) |
8,403,368
|
560,225
|
|
1831 to 1835 |
(5 years) |
3,707,164
|
741,433
|
|
1836 to 1839 |
(4 years) |
4,990,011
|
1,247,503
|
Since when the produce has more than quadrupled in value.
In 1810 the deliveries were 50,000 bales (of two arrobas), of which
Gapan furnished 47,000, and Cagayan 2,000. In 1841 Cagayan furnished
170,000 bales; Gapan, 84,000; and New Biscay, 34,000. But the produce
is enormously increased; and so large is the native consumption, of
which a large proportion pays no duty, that it would not be easy to
make even an approximative estimate of the extent and value of the
whole tobacco harvest. Where the fiscal authorities are so scattered
and so corrupt;—where communications are so imperfect and
sometimes wholly interrupted;—where large tracts of territory are
in the possession of tribes unsubdued or in a state of imperfect
subjection;—where even among the more civilized Indians the
rights of property are rudely defined, and civil authority
imperfectly maintained;—where smuggling, though it may be
attended with some risk, is scarcely deemed by anybody an offence, and
the very highest functionaries themselves smoke and offer to their
guests contraband cigars, on account of their superior
quality,—it may well be supposed that lax laws, lax morals and
lax practices, harmonize with each other, and that such a state of
things as exists in the Philippines must be the necessary, the
inevitable result. It is sufficient to look at the cost of the raw
material and the value of the manufactured article to perceive what an
enormous margin of profit there exists. A quintal of tobacco will
produce—
|
Dollars. |
| 14 cases, each containing 1,000
cigars, whose value is, at 6½ dolls. per case |
87·50 |
| The quintal of tobacco costs |
5·00 dolls. |
|
| Manufacture |
5·25
|
|
| 14 cases at 2 rials |
3·50
|
|
|
|
13·75 |
|
Profit |
73·75 |
Cheroots (cigars) are manufactured in two forms,—that of the
Havana, the smaller end being twisted to a point,—or cut at both
ends, the usual Manila form. They are of sundry qualities, as
follows:—Largest size, 125 to a box—1st Regalias, 1st
Caballeros and Londres; second size, 250 to a box—2nd Regalias
and 1st Cortados, 2nd Caballeros, 1st Havanas (ordinary size, and such
as are more commonly used, Nos. 2 and 3 being those in most demand);
500 to a box—Nos. 2, 3, 4, and 5 Havanas, 2
and 3 Cortados. Besides these, enormous quantities of paper cigars
(cigarillos) are consumed by the natives. They are sold in
packets of twenty-five, at 5 cuartes; thirty, at 5⅓ cuartes;
thirty-six, at 5 5⁄7 cuartes.
The estanco prices for these cigars are, per box—
|
Dollars. |
| Imperiales |
box contains 125 cigars |
3·750 |
| Regalias and Caballeros |
125
|
3·125 |
| 1 Havanas, |
1 Cortados |
250
|
3·500 |
| 2
|
2
|
500
|
4·000 |
| 3
|
3
|
500
|
3·500 |
| 4
|
|
500
|
3·000 |
| 5
|
|
500
|
2·500 |
| Londres |
125
|
1·875 |
Upon these minimum prices biddings take place at the monthly public
auctions. So large is the demand that it is difficult to obtain any but
fresh cigars, which require to be kept for two or three years to
ripen.
The collection of tobacco and the manufacture of cigars are under
the charge of an administration whose head-quarters are in Manila. The
warehouses are of immense extent, and 20,000 persons probably find
occupation in the preparation of this article of luxury, to say nothing
of those employed in its production. The provinces in which there are
establishments for the collection are Cagayan, La Isabela, New Ecija,
La Union, Abra and Cayan. The largest of the manufactures of cigars are
in Binondo (Manila) and Cavite, in the province of the same name.
Fr. Blanco thus describes the Nicotiana tabacum of
the Philippines: “It is an annual, growing to the height of a
fathom, and furnishes the tobacco for the estancos
(licensed shops). Here, as everywhere else, its quality and taste vary.
General opinion prefers the tobacco of Gapan, but that of the Pasy
districts, Laglag and Lambunao, in Iloilo, of Maasin or Leyte, is
appreciated for its fine aroma; also that of Cagayan, after being kept
for some years,—for otherwise, like the tobacco of the island of
Negros, it burns the mouth. It is a narcotic, and will subdue recent
tumours. It is salutary when smoked, and even a necessity in these
regions; it disperses phlegm, protects from the bad consequences of
humidity and the morning dews, and is only injurious to health when
used in excess. Snuff relieves from headaches and disperses gloomy
humours. A small piece of smoked tobacco at the end of a stick applied
to the nose of the lizard, which is here called the chacon
(probably the ghiko), causes its instant death. A cruel
practice,” (adds the father), “for the reptile is most
useful, destroying cockroaches, centipedes, mice and other vermin;
besides which its song may cheer the timid, who believe that while that
song lasts there will be no earthquakes nor any excess of
rain.”—(Pp. 74–75.)
I am informed by the alcalde mayor of Cagayan that he sent last year
(1858) to Manila from that province tobacco for no less a value than
2,000,000 dollars. The quality is the best of the Philippines; it is
all forwarded in leaf to the capital. He speaks of the
character of the Indians with great admiration, and says acts of
dishonesty are very rare among them, and that property is conveyed in
perfect safety through the province. The quantity of leaf transmitted
was 300,000 bales, divided into seven qualities, of which the prices
paid were from two to seven rials per quintal, leaving a large margin
of profit. The tobacco used by the natives is not subject to the
estanco, and on my inquiring as to the cost of a cigar in Cagayan, the
answer was, “Casi nada” (Almost nothing). They are not so
well rolled as those of the government, but undoubtedly the raw
material is of the very best.
The demand for the important article of coffee in Australia and
California will probably hereafter be largely supplied from the Spanish
archipelago. Of the mode of cultivation, there is nothing particularly
characteristic of the Philippines. The ground having been cleared
(where on a large extent, by fire), it is fenced in, the soil prepared,
and after having been steeped in water for two or three days, the
sprouts are stuck into the holes which had been made for their
reception, and in the following year are ready for cutting. The use of
the plough largely increases the produce. The cultivation of sugar is
rapidly extending. The harvest takes place generally from March to May.
Four groups of labourers are employed: the cutters and the carters in
the field, the grinders and the boilers in the manufactory.
Improvements are gradually being introduced, as larger capitalists and
more intelligent cultivators come forward; and the
establishment of refineries now in progress will induce many beneficial
changes. Much of the clayed sugar which I saw delivered at Manila for
refining into loaves had rather the appearance of dirty mud than of a
valuable commodity. Though slowly, the work of improvement goes on, and
there could be no greater evidence of it than the presence of a number
of Chinese employed in the various stages of the fabric. Nor do these
Chinese labourers fail to bring with them much practical knowledge.
They are mostly from Fokien, a province in which the production of
sugar is great, and in which there are large sugar refineries, mostly,
however, for the manufacture of sugar-candy, which is the form in which
the Chinese usually purchase the sugar for consumption, pounding it
into powder. I visited several extensive establishments at
Chang-chow-foo, about thirty miles from Amoy, a port whence the
exportation is large.
There are several varieties of the sugar-cane. The zambales
is used principally as food; the encarnado (red), morada
(purple), blanca (white), and listada (striped), give the
syrup for manufacture. The planting of the sprouts takes place between
February and May. Weeds are removed by ploughing, and the plants ripen
in ten or twelve months. In some provinces crops are cultivated for
three successive years; in others, the soil is allowed to rest an
intermediate year, and maize or other produce grown. When cut, the
canes are carried to mills called by the natives cabayavan, to
be crushed. The mills consist of two cylindrical stones
with teeth of the molave wood; a buffalo turns the wheel and the
juice is conveyed to the boilers. The improvements of the West are
being slowly introduced, and sundry economical processes have been
adopted. Increasing demand, extended cultivation and, above all, the
application of larger capitals and greater activity, will, undoubtedly,
make the Philippines one of the great producing countries. A variety of
tables have been printed, showing that the average annual profits on
coffee cultivation are from 20 to 30 per cent.; in some provinces
considerably more.
Rice being of far more general production, is estimated to give an
average yearly profit of from 12 to 20 per cent.; sesame returns an
average of about 20 per cent.; cocoa-nuts may be considered at about
equal to rice in the yearly benefits they leave, but the conditions are
so various that it may be difficult to generalize. It may, however, be
asserted with tolerable certainty, that money employed with ordinary
prudence in agricultural investments will give an interest of from 20
to 30 per cent.
The consumption of rice is universal, and the superfluity of the
harvests is taken to the Chinese markets. The varieties of rice have
been elsewhere spoken of, but they may be classed under the two general
heads of water and mountain rice. The aquatic rice is cultivated as in
Europe and America; the sowing of the dry rice usually precedes that of
the water rice, and takes place at the end of May. It is usually
broadcast on the hills, requires to be hoed and
weeded, and is ripened in from three to four months and a half. It is
harvested ear by ear.
Fr. Blanco describes four species of water-cultivated (de agua), and five of mountain-produced (secano) rice.
Of the first class, the lamuyo (Oryza sativa
lamuyo) is principally cultivated, especially in Batangas. The
barbed rice (Oryza aristata) grows in Ilocos. Of the
mountain rice, that called quinanda (Oryza sativa
quinanda) is the most esteemed. The cultivation of the water rice
begins by the preparation of the seed deposits (semillero), into
which, at the beginning of the rainy season, the seed is thrown, after
a thorough impregnation of the ground with water, of which several
inches remain on the surface. Ploughing and harrowing produce a mass of
humid mud. During the growth of the seed, irrigation is continued, and
after six weeks the crops are ready for transplanting to the
rice-fields. Men generally pull up the plants, and convey them to the
fields, where women up to their knees in mire separate the plants, and
place them in holes at a regular distance of about five inches from one
another. They are left for some days to take root, when the grounds are
again irrigated. The rice grows to the height of somewhat more than a
yard, and after four months is ready for harvest. It is a common usage
to cut every ear separately with an instrument whose Indian name is
yatap. In some parts a sickle called a lilit is used. The
lilit has a crook by which a number of ears are collected, and being
grasped with the left hand, are cut by the serrated blade of the sickle held in the right hand. The
crops of aquatic rice vary from thirty to eightyfold.
The mountain rice is sown broadcast after ploughing and harrowing,
and buffaloes are employed to trample the seed into the ground. More
care is sometimes taken, and holes made at regular distances, into
which three or four grains of rice are dropped. Careful cultivation and
great attention to the removal of weeds are said to produce
hundred-fold crops.
It is stated by Father Blanco that a third of the rice harvest has
been known to perish in consequence of the dilatory and lazy way in
which the reaping is conducted.
There is no doubt that the Philippines offer great facilities for
the cultivation of indigo, but it has been neglected and inadequate
attention paid to the manufacture. The growers state that there is in
Europe a prejudice against Manila indigo; but such prejudice can only
be the result of experience, and would be removed by greater care on
the part of the growers, manufacturers and exporters. The crops,
however, are uncertain, and often seriously damaged or destroyed by
tempestuous weather, and by invasions of caterpillars. The seed is
broadcast, sown immediately after the temperate season. It grows
rapidly, but requires to have the weeds which spring up with it cleared
away. It is ready for harvesting in the rainy months, generally in
June. The fermentation, straining, beating, cleaning, pressing, and
final preparation are carried on, not according to the improved
processes of British India, but as they were
introduced by the Spaniards. The Indians, like the Chinese, employ the
dye in its liquid state.
The consumption of the betel root is incredibly great. There are in
the city of Manila, in the courts and ground floors of the houses,
altogether 898 warehouses and shops, of which 429 (or nearly half the
whole) are devoted to the sale of the prepared betel, or to the
materials of which it is composed. There are two warehouses where the
leaf in which the areca nut is wrapped is sold wholesale; there are 105
retail shops for the same article, and there are 308 shops in which is
sold for immediate use the nut mixed with shell-lime, and served with
the buyo (leaf of the piper betel), ready for conveyance to the
mouth of the consumer, to whom it is from usage become an article of
necessity even more urgent than the rice he eats or the water he
drinks.
Of the areca, Fr. Blanco, in his Flora de
Filipinas, gives the following account:—“This species
of palm, with which everybody is acquainted, and which like its fruit
is called bonga by the Indians, grows to about the average
height of the cocoa-nut tree. Its trunk is smaller at the base than the
top, very straight, with many circular rings formed by the junction of
the leaves before they fall, which they do on growing to a certain
size. The use of the nut, which is somewhat smaller than a hen’s
egg, is well known. When the bonga is wanting, the Indians employ the
bark of the guava, or of the antipolo (Artocarpus). Mixed with
lime and the pepper leaf, it makes the saliva red. The
Indians apply this saliva to the navel of their children as a cure for
the colic and a protection from the effects of cold air. When ripe, the
fruit is red and, I believe, might be used as a red dye. With copperas
it makes a black dye, but inferior to that of the aroma. The lower part
of the leaves, called talupac, is very clean, broad, white and
flexible, making excellent wrappers and serving many useful purposes.
The sprouts are salted and eaten, and are agreeable to the taste, but
when cut the tree perishes.”—(P. 495.)
Father Blanco says of the piper betel (Pimenta
betel), whose leaves are employed as envelopes to the areca nut and
lime:—“This plant is universally known, in consequence of
the immense consumption of the betel, or buyo, as the betel is
called by the Spaniards. The betel of Pasay, near Manila, is much
esteemed; that of Banang, in Batangas, is the best of that province,
and probably superior to the betel of Pasay. The tree prefers a
somewhat sandy soil, but if too sandy, as in Pasay, fish is used as a
manure, or the rind of the Ajonjoli (sesame), or other
oleaginous fruits. The tree must be frequently watered. The roots are
renovated after a year, but if left to grow old they produce flowers
like the litlit (Piper obliquum). The fruit is called
by the natives poro. Of the Piper parvifolium,
an inebriating liquor is made. The Indians use the leaves as a
preservative against the cholera. All the species of Piper are useful against the poison of snakes. The wound is
first scarified, and either the juice or bruised leaves of
the plant applied and frequently changed. ‘I was called,’
says the author of the Flora of the Antilles, ‘to a negro
whose thigh had just been bitten by a snake. The poison had made
frightful progress. All the remedies of art had been employed in vain.
A negro appeared, and asked leave to apply the popular mode of cure.
There was then no hope of the recovery of the patient—human life
was at stake—I did not hesitate. In a few moments the progress of
the poison was stopped by the simple application of the Piper procumbens. On the third application the cure was
completed.’”—(Pp. 16, 17.)
Of the vegetation of the Philippines, the bamboo may be deemed the
most extensive, the most useful, and the most beautiful. The graceful
groups of Cañas (the Spanish name, the
Tagál is Bocaui) are among the most charming
decorations of the island scenery, and are scattered with great
profusion and variety on the sides of the streams and rivers, on hills
and plains, and always to be found adjacent to the residence of the
native. Waving their light branches at the smallest breeze, they give
perpetual life to the landscape, while they are of daily service to the
people. The Bambus arundo grows to a great height, and
its cane is sometimes more than eight inches in diameter. In it is
sometimes found a small stone, called Tabaxir, to which the
Indians attribute miraculous healing virtues. The Bambus
lumampao and the lima are so hard that the wood is used for
polishing brass. The bamboo serves for an infinity of uses;
from the food that nourishes man or beast, to the weapons that destroy
his life: for the comforts of home; for the conveniences of travel; for
the construction of bridges, several hundred feet in length, over which
heavy artillery can safely pass; for shipping and cordage; for shelter,
and for dwellings and domestic utensils of all sorts; for vessels of
every size to retain, and tubes to convey, water and other fluids; for
mats, palings, and scaffoldings; for musical instruments, even organs
for churches; for a hundred objects of amusement; and, indeed, for all
the purposes of life the bamboo is distinguished. It is the raw
material on which the rude artist makes his experiments—roots,
trunks, branches, leaves, all are called into the field of utility.
There is much of spontaneous production, but it may be multiplied by
layers and cuttings. Some of the bamboos grow to an enormous size. That
called by the natives cauayang totoo, and by the
Spaniards caña espino, reaches the height of
from forty to fifty feet, the diameter of the stalk or trunk exceeding
eight inches. One of its divisions will sometimes hold two pecks of
wheat. An infusion of this bamboo is poisonous to deer; but its leaves
are eaten by horses and cattle and its young shoots as salad by man.
The cauayang quiling (caña
macho of the Spaniards) grows to about forty feet in height, its
stem being of the size of a man’s arm. From the thickness of the
rind and the smallness of the hollow, it is the strongest of the
bamboos, and is used for carrying burdens on the shoulders; a fourth
part of the whole cane, of the length of two yards,
when split, will support any weight that a man can carry. The cane has
an elasticity which lightens the burden to the bearer. The varieties of
the bamboo are scarcely to be counted. The interior of the osin
gives a white substance, which is used as a cure for urinal and eye
diseases.
I once heard a remark that the Crystal Palace itself could have been
filled with specimens of various applications of the bamboo. Minus the
glass, the palace itself might have been constructed of this material
alone, and the protecting police furnished from it with garments, hats
and instruments of punishment. The living trees would fill a
conservatory with forms and colours of wondrous variety and beauty; and
if paintings and poetry, in which the bamboo takes a prominent place,
were allowed, not the walls of the Louvre could be sufficient for the
pictures and the scrolls.
The various classes of canes, rattans and others of the
Calamus family, have a great importance and value. The
palasan is frequently three hundred feet long, and in Mindanao
it is said they have been found of more than treble that length. They
are used for cords and cables; but as the fibres are susceptible of
divisions, down to a very fine thread, they are woven into delicate
textures, some of which, as in the case of hats and cigar-cases, are
sold at enormous prices. If not exposed to damp, the fibres are very
enduring, and are safe from the attacks of the weevil.
The native name for hemp is anabo, the Spanish, cañamo; but the raw material known
in commerce as Manila hemp, is called in the Philippines by its Indian
name, abacá. It is become a very important article of
export, and in the year 1858 no less than 25,000 tons were shipped for
foreign countries from Manila alone. Of this quantity Great Britain
received about one-fourth, and the greater portion of the remainder
went to the United States. Next to sugar and tobacco, it ranks highest
in the list of exported produce. It is employed not only for cordage,
but for textile fabrics. It is the fibre of one of the plantain
family—the Musa trogloditarum textoria. Dampier
says that its growth is confined to the island of Mindanao; but the
quantity there grown is, at the present time, trifling compared to the
production of Luzon, Panay, and other islands of the archipelago. The
finer qualities are in considerable demand for weaving, and these are,
of course, subjected to a more elaborate manipulation. It readily
receives red and blue dyes; the morinda and marsdenia,
native plants, being employed for the purpose. The fruit is said to be
edible, but I am not aware of ever having seen it introduced, nor would
it be likely to compete with the best of the delicious plantains which
the Philippines produce. Father Blanco says that of these there are no
less than fifty-seven varieties. The native name is saguing.
Curious traditions are connected with this fruit. The Arabs say it was
introduced into the world by Allah, when the Prophet lost his teeth,
and could no longer enjoy the date. It is sometimes called
Adam’s apron, on the supposition that it was the plant whose
leaves he and Eve employed to cover their nakedness. Its use is
universal, both in its natural state and cooked in various forms.
The cultivation of Coffee might be largely extended. For that, and
indeed for every tropical produce, there is scarcely a limit to the
unappropriated lands well suited to their production. Some of the
coffee is of excellent quality, scarcely distinguishable from that of
Arabia, but the general character is less favourable.
Indeed there is an obvious contrast between the great improvements
which have taken place in the Dutch archipelago, the British colonies,
Ceylon for example, and the stagnation created by the too stationary
habits of the Indian producer. He is little attentive to the proper
selection of soil, the temperature or elevation of the ground, the
choice of the seed, the pruning of the tree, the care of the berry, the
separation of the outer coatings, and other details, which may help to
account for the comparatively small extension of coffee production,
especially considering the enormously increased demand for the article,
and the prodigious development of its cultivation in Netherlands India,
Ceylon and elsewhere.
The quality of the Cocoa is excellent, and I have nowhere tasted
better chocolate than in the Philippines, but the tree is principally
planted for the private use of its possessors. In the convents
particularly, the friars are proud of their chocolate, which
is generally made under their own superintendence, and from fruit
raised in their own grounds and gardens. A little attention is required
in the selection of soil and locality; the fruit is gathered as it
ripens, and after the removal of the cuticle simply requires to be
sun-dried.
It is sown in the month of November, and the shade of the banana is
sought for its protection. The cocoa of Zebu is reported to be equal in
excellence to that of the Caracas. In the island of Negros there is a
large spontaneous production. The Indian soaks the cocoa in sugar
juice, and in many parts the beverage is taken twice a day.
The supply of Cotton is one of the most interesting of questions as
regards our manufacturing population, and I have felt surprised at the
small sagacity, the parva sapientia, which has been
exhibited by many who have devoted their attention to the matter. The
expectation that Negroland Africa will be able to fill up the
anticipated vacuum of supply is a vain hope originating in
ignorance of the character and habits of the native races, and it will
end in disappointment and vexation. The capabilities of British India
are great, and the elements of success are there; but the capabilities
of China are vastly greater, and I believe that as in two or three
years China was able to send raw silk to the value of ten millions
sterling into the market, and immediately to make up for the absence of
the European supply, so to China we may hereafter look for a boundless
supply of raw cotton; she now clothes more than three hundred and fifty millions of her people
from her own cotton-fields. The prices in China are so nearly on a
level with those of India that though they allow an importation to the
yearly value of two or three millions sterling in the southern
provinces of China, importations into the northern are scarcely known.
The quality, the modes of cultivation, of cleaning, of packing, are all
susceptible of great improvements; their interests will make the
Chinese teachable, and the Yang-tse-Kiang may be the channel for the
solution of the cotton difficulty.
There seems no sufficient reason why cotton wool should not have
been more largely exported from the Philippines. It is cheaply produced
and might follow the crops of mountain rice. There is a domestic
demand, and that seems to satisfy the grower, for cotton has almost
ceased to be an article of foreign trade. The staple is said to be
short. The plant is an annual and produces its crop in two or three
months after it is sown. It is gathered in the midday sun before the
advent of the rainy season, which destroys both shrub and seedpod.
Cocoa-nut trees (Cocos nucifera), called Nioc by the Tagals, eminently contribute to the ornament,
comfort, and prosperity of the natives. Trunks, branches, leaves,
fruit, all are turned to account. Oil, wine and spirits are made from
its juices. The bark is employed for caulking and cables; the shell of
the cocoa is wrought and carved in many ways for spoons, cups and
domestic utensils; the burnt shell is employed for dyeing black. The
trunk often forms the frame, the leaves the cover, of the Indian
houses. The fibres of the leaves are manufactured into
cloths for garments; the fibres of the fruit into brushes. The pulp is
eaten or made into sweetmeats and the milk is esteemed for its
medicinal virtues. The root, when roasted, is used as a decoction for
the cure of dysentery.
A Spanish writer says that an Indian wants nothing but his
Cocal (cocoa-nut palm garden) for his comfortable support. The
tree will give him water, wine, oil, vinegar, food, cords, cups,
brushes, building materials, black paint, soap, roofing for his house,
strings for his rosaries, tow, red dye, medicine, plaister for wounds,
light, fire, and many other necessaries. It produces fruit after seven
years’ growth. The nipa palm is almost, though not quite
as useful. These spontaneous bounties of nature may not be the allies
or promoters of civilization, but they are the compensations which make
savage life tolerable and, if not of high enjoyment, not far from
happy.
A very small quantity of Pepper is now grown, though it was formerly
one of the most prized productions of the islands. It is said that the
Indians destroyed all their pepper plantations in consequence of frauds
practised on them by the Manila merchants.
Attempts to introduce some of the more costly spices, such as the
Cinnamon and Nutmeg, have not been attended with success.
Fruits are abundant. There are no less than fifty-seven varieties of
the banana. The fame of the Manila mango is universal in the East.
There are many sorts of oranges, pines (ananas) in
great quantities, guavas, rose-apples, and the mangosteen is found in
Mindanao. The chico is a favourite fruit in winter, somewhat resembling
the medlar, hut I must refer those who desire more extended information
to Father Blanco’s Flora, imperfect though it be.
Among the riches of the Philippine Islands, the forest trees occupy
an important place. A collection of 350 specimens was sent to the Royal
Exhibition in London in the form of square-based prisms. In the year
1858 Colonel Valdes published a report on the character and resistance
of Philippine woods for buildings (maderas de
construction). The specimens on which the experiments were made
were cubes of one centimetre and prisms of one centimetre square by one
metre of breadth. The woods were allowed one year’s drying. Five
experiments were made on each, and the average results adopted.
The abbreviations employed in the following tables, which give a
synopsis of the results, are:—
| E |
Elasticity. |
| F |
Strength of cohesion. |
| f |
Arc of flexion produced by a constant weight of 1
kilogram hung from the centre. |
| n |
Arc at which fracture took place. |
| P |
Weight applied at the centre of the arc. |
| c |
Distance between the supporters of the wood: in
some 68 centimetres, in others 60.
Section of prisms, 1 square centimetre.
Length of the same, 1 metre. |
| R |
Weight producing fracture at the bend. |
| T |
Coefficient of fracture by bending, or
of maximum bend.
Resistance is estimated in the direction of the fibres (diagonally) and
perpendicularly upon them. |
Scale of Resistance
and Special Qualities of Woods, extracted from the Table, pp. 266–71.
Those with an asterisk are little used for building, either on
account of their cost, scarcity, or unsuitableness for the purpose.
| 1. Resistance. |
2. Elasticity. |
Resistance to action of water. |
| Pressure. |
Tension or Cohesion. |
Tortion. |
| Horizontal with the fibre. |
Perpendicular upon the fibre. |
| *Ebano. |
*Ebano. |
Pototan. |
Molave. |
Malatalisay. |
Molave. |
| Alupag. |
Palma-brava |
Malabugat. |
Bitoc. |
*Malatapay. |
|
| *Balibago. |
*Camagon. |
Baliti. |
Malarujat. |
Molave. |
Tangan. |
| *Santol. |
Camayuan. |
Molave. |
Yacal. |
Laneti. |
|
| Molave. |
Acre. |
Alupag. |
Guijo. |
Bitoc. |
Banabà. |
| *Alintatao. |
*Alintatao. |
*Balibago. |
Alupag. |
Malavidondao. |
|
| *Camagon. |
Ypil. |
Yacal. |
*Camagon. |
Ypil. |
Mangachapuy. |
| Palma-brava. |
Molave. |
*Ebano. |
Camayuan. |
Tangan. |
|
| Calamansanay. |
*Santol. |
Malavidondao. |
Banabà. |
Malabugat. |
Pototan. |
| *Narra. |
*Malatapay. |
Bitoc. |
*Balibago. |
Malacintud. |
|
| *Malatapay. |
Alupag. |
Malacintud. |
Amoguis. |
Guijo. |
Palma-brava. |
| Baliti. |
Dongon. |
*Pincapincahan. |
Calamansanay. |
*Narra. |
|
| Acre. |
*Balibago. |
Palo-Maria. |
Laneti. |
Yacal. |
|
| Calantas. |
*Narra. |
*Manga. |
Malavidondao. |
*Ebano. |
|
| Yacal. |
Yacal. |
Banabà. |
Mangachapuy. |
Calumpit. |
|
| *Tindalo. |
Baliti. |
Calumpit. |
*Tindalo. |
Palma-brava. |
|
| Palusapis. |
Palo-Maria. |
Calamansanay. |
*Manga. |
Calamansanay. |
|
| Mangachapuy. |
*Manga. |
Palma-brava. |
*Alintatao. |
Bolongita. |
|
| Dongon. |
Palusapis. |
Palusapis. |
Ypil. |
*Balibago. |
|
| Camayuan. |
Pototan. |
Malarujat. |
*Santol. |
Palo-Maria. |
|
| Ypil. |
Panao. |
Bolongita. |
Palma-brava. |
Sampaloc. |
|
| Pototan. |
Aninabla. |
Tugan. |
Bolongita. |
*Camagon. |
|
| Palo-Maria. |
Guijo. |
Sampaloc. |
Pototan. |
Dongon. |
|
| Malacintud. |
Mangachapuy. |
*Santol. |
Aninabla. |
*Manga. |
Molave. |
| Panao. |
Calamansanay. |
Panao. |
*Malatapay. |
Acre. |
|
| *Manga. |
Amoguis. |
*Camagon. |
Antipolo. |
Amoguis. |
Yacal. |
| *Pincapincahan. |
Banabà. |
Anonang. |
Dongon. |
Lauan. |
|
| Guijo. |
Anonang. |
*Malatapay. |
Acre. |
*Alintatao. |
Palo-Maria. |
| Bolongita. |
Bolongita. |
*Alintatao. |
Malacintud. |
Tanguili. |
|
| Malavidondao. |
Laneti. |
Guijo. |
Palo-Maria. |
*Tindalo. |
Guijo. |
| Banabà. |
Malabugat. |
Lauan. |
*Pincapincahan. |
*Pincapincahan. |
Antipolo. |
| Calumpit. |
Malvidondao. |
Tanguili. |
*Narra. |
Panao. |
|
| Anonang. |
*Tindalo. |
*Narra. |
Calumpit. |
Banabà. |
Malavidondao. |
| Malarujat. |
*Pincapincahan. |
Dongon. |
Sampaloc. |
Palusapis. |
|
| Aninabla. |
Malacintud. |
Amoguis. |
*Ebano. |
Malarujat. |
Calantás. |
| Bitoc. |
Bitoc. |
Antipolo. |
Tagan. |
*Santol. |
Bancal. |
| Amoguis. |
Tangulin. |
Ypil. |
Tanguili. |
Camayuan. |
|
| Laneti. |
*Baticulin. |
Calumpit. |
*Baticulin. |
Aninabla. |
Malatalisay. |
| Tangan. |
Sampaloc. |
Malatalisay. |
Calantás. |
Antipolo. |
|
| Sampaloc. |
Lauan. |
Camayuan. |
Panao. |
Baneal. |
Lauan. |
| Malabugat. |
Calumpit. |
Aninabia. |
Malatalisay. |
Alupag. |
Aninabia. |
| Tanguili. |
Malarujat. |
Acre. |
Baliti. |
Calantás. |
Narra. |
| Malatalisay. |
Antipolo. |
*Tindalo. |
Lauan. |
Pototan. |
|
| Antipolo. |
Bancal. |
Bancal. |
Bancal. |
Mangachapuy. |
|
| Lauan. |
Calantas. |
Laneti. |
Palusapis. |
*Malacatbun. |
Mangachapuy. |
| Bancal. |
Tangan. |
Mangachapuy. |
Malabugat. |
*Baticulin. |
|
| *Baticulin. |
Malatalisay. |
*Malacatbun. |
Anonang. |
Anonang. |
Calamansanay. |
| *Malacatbun. |
*Malacatbun. |
*Baticulin. |
*Malacatbun. |
Baliti. |
Malacintud. |
| — |
Name, Description
and Application. |
f. |
n. |
P. |
c. |
R. |
Weight of the cubic decimetre. |
Resistance. |
Maximum elasticity to be allowed in
construction (buildings). |
Weight corresponding to this
elasticity, 1–10th F. |
Strength of elasticity per square
centimetre. |
Resistance to
tortion. |
| To pressure by cubic centimetres. |
Tension or strength of cohesion. |
Co-efficient of fracture T. |
| With the grain of the fibre. |
On the grain perpendicularly. |
Absolute strength. |
Applicable strenght. |
|
|
Cent. |
Cent. |
Kilo. |
Cent. |
Kilo. |
Kilo. |
Kilo. |
Kilo. |
Kilo. |
|
Kilo. |
|
Kilo. |
Kilo. |
| 1 |
Acre—Mimosa acre (Monodelphia
dodecandria).
Abounds in the islands. Employed for buildings and
shipping. |
1·6 |
13·0 |
4·78 |
68·0 |
1·10 |
1·12 |
498 |
340 |
490 |
1/1000 = 0·001 |
49·0 |
49,130 |
140·0 |
14·00 |
| 2 |
Alintatao—Diospyros piloshantera (?)
(Octandria monoginia).
Several varieties. Used for household furniture. Luzon and
Visayas. |
1·3 |
6·3 |
6·21 |
68·0 |
1·25 |
0·91 |
598 |
300 |
728 |
1/1080 = 0·0008 |
72·8 |
78,600 |
159·0 |
16·00 |
| 3 |
Alupag Alopai—Euphoria litchi
(Octandria monoginia).
Used for posts. Abounds. |
0·3 |
5·0 |
13·80 |
60·0 |
1·40 |
0·92 |
666 |
220 |
1,242 |
1/1443 = 0·0007 |
124·2 |
179,280 |
178·2 |
17·82 |
| 4 |
Ambogues or Amoguis—Cyrtocarpa quinquistila (Decandria
pentaginia).
Suffers much from termites. Used for planks. |
1·4 |
9·0 |
5·06 |
68·0 |
1·40 |
0·98 |
338 |
130 |
572 |
1/1000 = 0·001 |
57·2 |
36,362 |
165·5 |
16·55 |
| 5 |
Aninabla or Aninapla—Mimosa conaria(?) (Monœcia
dodecandria).
Used for house and boat building. Valued for light weight and long
duration. |
1·2 |
7·0 |
4·83 |
68·0 |
1·15 |
0·59 |
340 |
146 |
493 |
1/1335 = 0·00075 |
49·3 |
65,500 |
146·37 |
14·64 |
| 6 |
Anonang—Cordia sebesteria (Pentandria
monoginia).
Leaves, while growing, covered with worms. Wood used for drums and
musical instruments. |
0.4 |
4.0 |
8·28 |
60·0 |
0·5 |
0·46 |
340 |
120 |
745 |
1/1942 = 0·0005 |
74·5 |
144,700 |
64·0 |
6·40 |
| 7 |
Antipolo—Artocarpus incisa
(Monœcia diandria).
For canoes, floors and machines. Garters are made from a gum that
exudes. |
0·1 |
10·0 |
5·52 |
68·0 |
0·9 |
0·41 |
286 |
70 |
564 |
1/1390 = 0·00072 |
56·4 |
78,608 |
115·0 |
11·50 |
| 8 |
Balibago—Hibiscus tellacius
(Monodelphia poliandria).
Cords and paper made of the bark; gunpowder of the
charcoal. |
1·0 |
10·0 |
5·52 |
68·0 |
0·9 |
0·46 |
616 |
200 |
1,180 |
1/924 = 0·00108 |
118·0 |
108,000 |
165·0 |
16·50 |
| 9 |
Baliti—Ficus Indica (Monœcia
triandria).
Banian tree. Chopped roots used for curing wounds. |
0·2 |
0·6 |
14·95 |
60·0 |
0·7 |
0·40 |
498 |
176 |
1,345 |
1/2008 = 0·00049 |
134·5 |
270,000 |
89·1 |
8·91 |
| 10 |
Baticulin—Millingtonia quadripinnata
(Didinamia angiospermia).
White woods for moulds and sculpture. Lasts long without decay.
Abounds. |
0·2 |
0·1 |
2·10 |
68·0 |
0·9 |
0·42 |
186 |
100 |
215 |
1/1818 = 0·00055 |
21·5 |
39,300 |
114·5 |
11·45 |
| 11 |
Banaba—Munchaustia speciosa
(Poliadelphia poliandria).
Great tenacity; resists action of climate and water. |
0·7 |
0·7 |
5·06 |
68·0 |
1·3 |
0·65 |
348 |
126 |
904 |
1/1242 = 0·0008 |
90·4 |
112,300 |
166·0 |
16·60 |
| 12 |
Baneal—Nauclea glaberrima (Pentandria
monoginia).
Tenacious and enduring. Used for furniture and floors, ships, casks
and quays. |
1·2 |
10·5 |
4·60 |
68·0 |
0·6 |
0·58 |
220 |
66 |
470 |
1/148 = 0·00071 |
47·0 |
65,500 |
76·37 |
7·64 |
| 13 |
Bitoc—Mirtica (?)
A strong wood to resist pressure. |
1·15 |
13·0 |
9·90 |
68·0 |
1·7 |
0·71 |
338 |
100 |
1,010 |
1/700 = 0·00148 |
101·0 |
68,250 |
216·4 |
21·64 |
| 14 |
Bolonguita—Diospyros (Octandria
monoginia).
Solid texture for building. Abounds. |
0·9 |
10·8 |
8·40 |
68·0 |
1·2 |
0·90 |
360 |
120 |
858 |
1/917 = 0·00109 |
85·8 |
78,600 |
153·0 |
15·30 |
| 15 |
Calamansanay—Gimbernatia calamansanay
(Decandria monoginia).
Planks for flooring and building. |
1·0 |
10·0 |
8·74 |
68·0 |
1·3 |
0·86 |
533 |
130 |
892 |
1/885 = 0·00113 |
89·2 |
78,600 |
165·0 |
16·50 |
| 16 |
Calantas (Native Cedar)—Cedrela
odorata (Pentandria monoginia).
Found throughout the Philippines. Used for canoes. Taratara,
a variety. |
1·0 |
7·0 |
5·06 |
68·0 |
0·85 |
0·40 |
470 |
60 |
517 |
1/1515 = 0·00066 |
51·7 |
78,600 |
108·2 |
10·82 |
| 17 |
Calumpit—Terminalia edulis (Decandria
monoginia).
Abounds in Angol. Building. Great strength on the line of the
fibres. |
1·0 |
11·2 |
8·68 |
68·0 |
1·0 |
0·60 to 0·80 |
348 |
90 |
905 |
1/87 = 0·00115 |
90·5 |
78,600 |
127·28 |
12·73 |
| 18 |
Camagon—Variety of the Diospyros
piloshantera (Alintatao).
Beautifully veined and spotted. Easily polished. Fine
furniture. |
1·1 |
9·3 |
7·36 |
68·0 |
1·35 |
0·92 |
558 |
340 |
752 |
1/952 = 0·00105 |
75·2 |
71,472 |
172·0 |
17·20 |
| 19 |
Camayuan—Diospyros(?)
Used for building. |
1·2 |
14·8 |
8·74 |
68·0 |
1·3 |
0·94 |
434 |
340 |
493 |
1/1333 = 0·00075 |
49·3 |
65,500 |
166·0 |
16·60 |
| 20 |
Dongon—Variety of Herculia ambiformis
(Monœcia adelphia).
Good building wood. Largely produced. |
1·3 |
7·57 |
6·44 |
68·0 |
1·1 |
1·02 |
435 |
200 |
658 |
1/926 = 0·00108 |
65·8 |
60,468 |
140·0 |
14·00 |
| 21 |
Ebano—Variety of the Sapote negro
Diospyros nigra; variety of Camagon and Alintatao.
Bears a very fine polish. |
0·35 |
7·5 |
1·45 |
51·6 |
1·1 |
1·91 |
688 |
470 |
1,122 |
1/862
= 0·00116 |
112·2 |
97,400 |
114·0 |
11·40 |
| 22 |
Guijo—Dipterocarpus guijo (Poliandria
monoginia).
Shipbuilding, keels, carriage-wheels. Much esteemed and
abundant. |
1·3 |
10·5 |
7·70 |
68·0 |
1·5 |
0·76 |
370 |
140 |
720 |
1/833 = 0·0012 |
72·0 |
60,000 |
190·1 |
19·00 |
| 23 |
Laneti—Anaser laneti (Pentandria
monoginia).
Elastic and suited for furniture. |
2·5 |
14·8 |
4·50 |
68·0 |
1·3 |
0·55 |
336 |
120 |
462 |
1/695 = 0·00144 |
46·2 |
31,443 |
165·0 |
16·50 |
| 24 |
Lauan or Landang—Dipterocarpus thurifera (Poliandria
monoginia).
Gives resin for incense. Much used formerly for shipping. Not
splintered by balls. Abounds. |
1·1 |
8·0 |
6·80 |
68·0 |
0·6 |
0·43 |
226 |
90 |
694 |
1/1031 = 0·00097 |
69·4 |
71,742 |
76·4 |
7·64 |
| 25 |
Malacatbun—Tetracera sarmentosa (?)
(Poliandria tetraginia).
Of little use. |
1·5 |
6·0 |
3·00 |
68·0 |
... |
0·63 |
146 |
60 |
306 |
1/1724 = 0·00058 |
30·6 |
52,400 |
|
|
| 26 |
Malacintud
Strong wood, fit for building. |
1·0 |
8·5 |
6·80 |
68·0 |
1·1 |
0·645 |
400 |
160 |
995 |
1/793 = 0·00126 |
99·5 |
78,600 |
140·0 |
14·00 |
| 27 |
Malavidondao—Mavindalo (?)
(Niota.)
Ship futtocks. Strong wood. |
1·0 |
9·0 |
0·81 |
68·0 |
1·3 |
0·78 |
350 |
116 |
1,103 |
1/714 = 0·0014 |
110·3 |
78,600 |
165·4 |
16·54 |
| 28 |
Malatalisay—Terminalia mauritania
(Decandria monoginia).
Elastic and flexible. Shipbuilding. |
0·15 |
15·0 |
2·82 |
42·3 |
0·8 |
0·50 |
300 |
60 |
498 |
1/500 = 0·002 |
49·8 |
25,230 |
101·82 |
10·18 |
| 29 |
Malaruhat or Maladujat—Mirtaceas (?)
Solid texture. Uses not mentioned. |
0·7 |
7·8 |
8·51 |
68·0 |
1·5 |
0·79 |
340 |
76 |
870 |
1/1300 = 0·00077 |
87·0 |
112,300 |
191·0 |
19·10 |
| 30 |
Malatapay or Mabalo; also Talang—Diospyros
embriopteris (Poliandria monoginia).
For furniture and building. Resembles ebony. |
2·0 |
12·3 |
7·25 |
68·0 |
1·15 |
0·78 |
500 |
290 |
740 |
1/500 = 0·002 |
74·0 |
39,300 |
146·4 |
14·64 |
| 31 |
Malabagat
Building, especially for supporting longitudinal pressure. |
0·7 |
8·5 |
4·00 |
68·0 |
0·5 |
0·89 |
330 |
120 |
1,430 |
1/770 = 0·0013 |
143·0 |
112,300 |
64·0 |
6·40 |
| 32 |
Manga—Mangifera Indica (Pentandria
monoginia)
Variety of Cuba mango. From value of fruit, wood little
used. |
0·6 |
13·0 |
0·12 |
60·0 |
1·3 |
0·58 |
380 |
166 |
910 |
1/989 =0·001 |
91·0 |
90,000 |
16·4 |
1·64 |
| 33 |
Mangachapuy or Guison
Dilao—Dipterocarpus magachapuy (Poliandria monoginia).
For ships and houses. Fine planks for floors. |
1·25 |
5·8 |
3·64 |
68·0 |
1·3 |
0·88 |
438 |
136 |
372 |
1/1700 = 0·0006 |
37·2 |
62,887 |
165·0 |
16·50 |
| 34 |
Molave—Vilex geniculata altissima
(Didinamia angiospermia).
Called by the natives Queen of Woods. Used for all purposes. Resists
action of water and of lime; also attacks of insects. |
1·0 |
11·0 |
12·31 |
68·0 |
2·00 |
0·95 to |
600 |
290 |
1,257 |
1/625 = 0.0016 |
125.5 |
78,600 |
254.6 |
25.460 |
| 35 |
Narra, or Naga, or
Asang—Pterocarpus palidus santalinus
(Diadelphia dodecandria).
Buildings, furniture, doors and windows. |
1·73 |
7·3 |
6·20 |
68·0 |
1·00 |
0.66 |
500 |
200 |
633 |
1/833 = 0.0012 |
63.3 |
52,400 |
127.3 |
12.730 |
| 36 |
Palo-Maria, or Bitanhol—Calophilum mophilum (Poliadelphia
poliandria).
Planks and shipping purposes. |
0·9 |
7·3 |
9·20 |
68·0 |
1·05 |
0.68 |
400 |
126 |
950 |
1/926 = 0.00109 |
95.0 |
87,350 |
134.0 |
13.400 |
| 37 |
Palma-brava, or Anajao—Coripha minor (Hexandria monoginia).
Hard and enduring, especially under water. Used for piles. |
1·0 |
6·5 |
8·74 |
68·0 |
1·20 |
1.085 |
530 |
400 |
892 |
1/884 = 0.00113 |
89.2 |
78,600 |
153.0 |
15.300 |
| 38 |
Palusapis—Dipterocarpus palusapis
(Poliandria monoginia).
Strong wood. Used for canoes. |
0·5 |
8·5 |
9·66 |
60·0 |
0·70 |
0.50 |
440 |
146 |
870 |
1/1243 = 0.0008 |
87.0 |
108,000 |
89.0 |
8.900 |
| 39 |
Panao, or Balao, or
Malapajo—Dipterocarpus vernicephurus
(Poliandria monoginia).
Buildings and ships. Incision in the trunk gives a fragrant resin,
which, put in a hollow bamboo, is used for light by the Indians. Gives
the talay oil, which destroys insects in wood. Used also for
varnish. |
... |
... |
... |
60·0 |
0·80 |
0.69 |
393 |
146 |
800 |
1/1125 = 0·0012 |
80.0 |
90,000 |
101.8 |
10.180 |
| 40 |
Pencapencahan—Bignonia quadripinnata
(Didinamia angiospermia).
Used principally for clogs and buoys. |
0·5 |
6·0 |
10·80 |
60·0 |
1·05 |
0.46 |
378 |
106 |
972 |
1/1111 = 0·00144 |
97.2 |
108,000 |
134.0 |
13.400 |
| 41 |
Pototan or Bacao—Rizophora gimaoriza (Dodecandria
monoginia).
For piles, as resisting the action of water. |
0·2 |
7·0 |
19·78 |
60·0 |
1·20 |
0.69 |
420 |
146 |
1,780 |
1/1517 = 0.00065 |
178.0 |
270,000 |
153.0 |
15.300 |
| 42 |
Sampaloc or Tamarind—Tamarindus Indica (Triandria monoginia).
For tools and some building purposes. |
1·0 |
12·0 |
8·28 |
68·0 |
0·95 |
0.62 |
320 |
90 |
846 |
1/934 = 0.00107 |
84.6 |
78,600 |
121.0 |
12.100 |
| 43 |
Santol—Sandoricum Indicum (Decandria
monoginia).
For posts and pillars; not common. |
0·5 |
7·0 |
9·00 |
60·0 |
1·20 |
0.46 |
630 |
... |
810 |
1/1323 = 0.0007 |
81.0 |
108,000 |
153.0 |
15.300 |
| 44 |
Tanguili—Dipterocarpus polispermum
(Poliandria monoginia).
Building purposes. |
1·1 |
10·0 |
6·80 |
68·0 |
0·90 |
0.57 |
300 |
100 |
693 |
1/1031 = 0.00096 |
69.3 |
71,462 |
114.56 |
11.456 |
| 45 |
Tangan—Rizophora longissima (?)
(Dodecandria monoginia).
Window frames, joints, &c. |
1·2 |
12·8 |
8·40 |
68·0 |
0·90 |
0.65 |
330 |
60 |
658 |
1/756 = 0.00135 |
88.5 |
65,500 |
114.56 |
11.456 |
| 46 |
Tindalo—Eperna rhomboidea (Decandria
monoginia).
For furniture; has a pleasant fragrance. |
1·6 |
5·5 |
4·60 |
68·0 |
1·30 |
0.89 |
450 |
106 |
470 |
1/1042 = 0.00096 |
47.0 |
49,130 |
165.5 |
16.550 |
| 47 |
Yacal—Dipterocarpus plagatus
(Poliandria monoginia).
Used for ship and house building. |
0·8 |
10·8 |
11·50 |
68·0 |
1·30 |
1.105 |
450 |
200 |
1,174 |
1/833 = 0.0012 |
117.4 |
98,260 |
191.0 |
19.100 |
| 48 |
Ypil—Eperna
decandria (Decandria monoginia).
Generally for building. Abounds in Luzon. |
2·0 |
13·5 |
5·50 |
68·0 |
1·20 |
1.035 |
434 |
300 |
563 |
1/714 = 0.0014 |
56.3 |
39,300 |
153.0 |
15.300 |