MAURITIUS
Great Britain’s island colony, Mauritius, lies in the Indian ocean between 57 degrees 18 minutes east and 57 degrees 49 minutes east, and 19 degrees 58 minutes and 20 degrees 32 minutes south, 550 miles from Madagascar. Irregular in shape, it extends 36 miles from north-northeast to south-southwest, and its greatest width is 23 miles. Its area is 710 square miles.
Mauritius is of volcanic origin, although signs of volcanic activity no longer exist. It is encircled by a coral reef which is submerged at high tide. The central part of the island is a tableland that rises from 500 to 2700 feet above sea-level and occupies more than half of the total surface. In the north and northeastern coast regions there are extensive low plains, but the rest of the coast territory is more or less broken by hills. The registrar-general’s report for 1908 gives the population as 374,450.
The climate is agreeable during the cool season, but oppressively hot in summer, which begins in December and ends in March. The temperature falls from April to June and rises again from June to December. In the elevated inland plains of the interior the thermometer ranges from 70 to 80 degrees Fahrenheit in summer, and in Port Louis and the coast region it runs from 90 to 96 degrees during that season. The average temperature at Port Louis is 78.6 degrees Fahrenheit throughout the year.
The rainfall varies greatly in different parts, but an average of ten years (1893-1902) gave 79 inches for the entire island. Cyclones are frequent and generally occur between December and April.
The soil consists chiefly of a very light clay formation, easily penetrated by water. In some localities the clay is deep and evenly deposited, while in others many large pieces of lava are found in it, so that ploughing is impossible.
Mauritius was discovered by the Portuguese in 1505. From 1598 to 1710 it was in the hands of the Dutch, and in 1715 it was taken by France, from whom it was wrested by the British in 1810.
The Dutch brought sugar cane from Java to Mauritius in 1650, but their efforts at cultivation were not successful.
When in 1741 de la Bourdonnais was appointed administrator of Mauritius, or, as it was then called, l’Ile de France, it was a crown colony under the control of the French East India company. The island was without agriculture or commerce and the inhabitants were sunk in indolence. The genius of the new executive brought order out of chaos, and his example and assistance aroused the people from their lethargy. Sugar cane was again imported in 1747 and in 1750 a sugar estate was established at Pamplemousses in the northern part of the island by de la Villebague, the governor’s brother. The industry expanded and was carried on with profit.
In 1769 an experiment station was established with a view to furnishing planters with the knowledge of which they were so sorely in need. Agricultural development, however, was not carried forward to any great extent while Mauritius remained under French rule. State interference with the planters had an unfortunate effect, and besides this the greater number of the inhabitants looked upon the colony not as a permanent home, but as a means to acquire sufficient money to enable them to return to France and live there in comfort. The authorities deemed it essential that the colony should produce the greater part of its foodstuffs, while the planter on his side was anxious to grow crops that he believed would give him the bestresults in money; for example, sugar, cotton, coffee, indigo and spices.
In 1776 there were three small sugar factories on the island, and in 1789 the production of sugar was 300 tons. Disaster overtook the industry, owing to conditions that made the cost of the mills abnormally great and the extravagance with which they were operated. In consequence many of those who built factories were ruined.
Shortly after the British occupation there was a change for the better. In 1816 the production of sugar was 4430 tons, and from that time forward the industry made continuous and steady progress. The planters were encouraged and, as far as could be, helped in their operations, while the policy of the government developed the colony’s resources and established for it trade relations on a firm basis with other countries.
The method of extraction of sugar from the cane employed at the beginning of the last century was primitive indeed. The apparatus consisted of a solid, heavy table made of thick planks carefully finished and having a perfectly smooth top. It was made in the shape of a parallelogram, with a groove or gutter on each of its four sides and an opening in the middle of each end gutter. Upon this table was a huge, heavy cylinder of hard wood, slightly longer than the width of the table. Three, four, or five stalks of cane were placed lengthwise on the table and submitted to pressure by rolling the cylinder over them from one end to the other and back again. The juice thus expressed from the cane ran into the gutters at the sides and ends and through the holes into two tubs placed to receive it. The cane stalks were then removed, put in the sun to dry and afterward used as fuel in the boiling of the sugar juice. This operation was repeated until a sufficient quantity of juice was obtained.
From the tubs, or “bacs,” the juice was run through a series of kettles, or open-fire caldrons, for concentration. The kettlenext in position to the bac into which the juice from the table fell was calledla grande, because it was really the largest of the set. It was farthest from the fire and served as a defecator. As soon as the juice contained in it became heated, a thick, creamy substance formed on the surface and was immediately skimmed off. The liquor was then ladled into the second kettle, where the boiling became more lively on account of closer proximity to the furnace. The juice bubbled up in foam and at this point the cleansing process began. A long, flat piece of wood was passed slowly over the surface of the liquor, thus removing certain impurities. Here the mixture of lime begun inla grandewas continued until the liquor was found to be perfectly clear.
Passing to the third kettle, the liquor was reduced to syrup by the increased heat. It was concentrated in the fourth and boiled to grain in the fifth. Directly under the fifth and last kettle of the set was the furnace, which was fed by bagasse and cane trash.
The boiling process finished, the sugar was removed from kettle number five and placed on tables, where it remained until it had to be taken to larger tables farther on to make room for a fresh batch. There it stood with other boilings until the following morning. Then the crystallized mass was shoveled into pots and carried to large bins constructed so that the liquor, or syrup, could drain off. This usually took from fifteen to twenty days, after which time the sugar was dug out by pick and shovel, put into baskets and taken to be spread out in the sun to dry. After two to three hours of this drying, according to the intensity of the sun’s rays, the sugar was packed in a double sack containing about 135 pounds.
By such means little more than one-third of the sugar in the cane could have been recovered, and the product obtained was heavy and dark in color.
From 1816 to 1845 a change was gradually made from theclumsy apparatus just described to three-roller vertical mills, and from wind- and water-driven mills to steam power, thus increasing the extraction. No perceptible improvement was effected in field methods during this period.
In 1852 a number of vacuum pans and centrifugal machines were in use. Some eight or ten years later the efforts made to combat the diseases of the cane began to bear fruit and the planters of the coast and inland estates started to exchange cane tops.
During the period of 1866 to 1875 single crushing was almost universal. A few factories used double crushing with maceration, but the mills were not powerful. Marked progress was made in the chemical treatment of the juice. Shortly afterward the planters began to appreciate the vital importance of chemical control in their factories and scientific principles were applied to the culture of the cane.
Up to 1835 the labor in the fields had been done by African negro slaves. The emancipation of these slaves was declared on February 1st of that year, and their final liberation took place in March, 1839. In anticipation of this, the authorities had arranged five years previously for the bringing in of a number of immigrants from India, and from that time down to the present virtually all the labor required in the cane fields has been drawn from India. In 1834 the immigrants from India numbered 75 and in 1908 the Hindu population was 263,419.
One of the most important events in connection with the growth of the sugar industry of Mauritius was the formation of the Chamber of Agriculture in 1853. This body fostered mutual co-operation and interchange of ideas among the planters. It exercised its influence in bringing about legislation affecting agricultural and industrial questions and the development of the resources of the colony. The Station Agronomique, instituted in 1893, and the Bacteriological Station in 1908, cameinto being as a result of the efforts of the Chamber of Agriculture, to which credit is also due for the extension of the cane-raising area to its present proportions.
During the last hundred years the island of Mauritius has suffered from a series of disasters—epidemics of cholera, smallpox and bubonic plague, hurricanes and droughts.
In 1892 a hurricane of extraordinary violence sowed frightful devastation, destroying cane, wrecking houses and killing numbers of people. Ten years later nearly all the draft animals were carried off bysurra, a deadly cattle disease, which made its appearance just as the largest crop on record was about to be harvested. In addition to the direct loss of horses, mules and cattle, the difficulties of transportation delayed the work of gathering and crushing the cane long after its maximum richness had been reached. The yield for the 1903 crop was thus appreciably reduced, and the growing period for the crop of the following year greatly curtailed. The shortage in 1903 has been placed at 11,000 tons, while that for 1904 amounted to 23,000 tons. These losses caused such distress that it became necessary to invoke state aid, which was provided by the Mechanical Transport loan of 1903.
All agricultural centers are subject to crises more or less serious in character, and, as has just been shown, Mauritius is no exception to the rule. Depressions resulting from crop shortages, however, should not be confounded with the general troubles that have seriously menaced the cane-sugar industry during the last half century, almost all of which are attributable to the competition of the beet. Over sixty years ago the Mauritian planters began to feel apprehensive concerning the future of their sugar trade, owing to the rivalry of beet-root sugars in the markets of Europe, and between 1870 and 1880 the prospects were indeed gloomy. What chance had the cane-sugar-growing dependencies of Great Britain against bounty-fedbeet sugars raised on the continent? If the increased production had taken place in the cane industry, the disturbance in trade conditions would have been gradually overcome by a process of natural adjustment. But unfortunately for the cane planters, the enormous extension of sugar-raising possibilities by new means in territory not hitherto available found them totally unprepared to cope successfully with this new competition.
In 1885 the Chamber of Agriculture instituted an inquiry into the causes that had brought the cane trade to such a critical state. The attention of the planters was called to the improved methods employed by the beet-sugar manufacturers and to the rapidity with which their trade was expanding. The cane growers were earnestly urged to take steps to meet the conditions that confronted them. Manifestly the cost in field and factory was too high. The task of working out the problem took considerable time and involved the outlay of vast sums of money. It was all the more difficult because of the necessity for finding new capital in the face of decreasing revenue, but it was undertaken with courage and perseverance, and the results have justified the efforts put forth and the sacrifices made.
The growers of sugar cane in Mauritius have adjusted themselves to the new conditions. They have reduced plantation and manufacturing costs, and scientific methods have enabled them to grow cane profitably on land which could not possibly have been cultivated in the old way without severe loss. Crude processes have given way to the modern sugar factory with its up-to-date roller mills, clarifiers, triple effects, vacuum pans and centrifugal machines, and the chemical engineer has changed the dark mixture of crystals and molasses into an almost pure white granulated sugar.
The crop for the season of 1915-16 amounted to 215,528 tons.
A great deal in the way of improvement in cultivation stillremains to be done, but it may be truly said that the island has fought its way into the front ranks of sugar-producing countries. With its natural advantages of climate and soil, the enormous possibilities of irrigation and development of water power, the accessibility of an unlimited supply of Asiatic labor, and the markets of India, Africa and Australia at its doors, there is ample justification of high hopes for the future.
Yearly output of sugar, exclusive of local consumption, since 1895: