单项选择题

Passage Five
Andrew Carnegie, American industrialist and philanthropist, made a fortune by manufacturing iron and steel protected by custom tariff. In 1873, on one of his frequent trips to England, he met Henry Besesement and became convinced that the industrial future lay in steel. He built the J.Edgar Thomson steel Mills near Pittsburgh, and from that moment on, the Carnegie empire was one of constant expansion. Later on, the Carnegie Steel Co. became an immense organization. It included all the process of steel production from the great furnaces and finishing mills of Pittsburgh to the inroads and lake steamers that move the ores and the finish products.
Like his grandfather, Andrew Carnegie did not abandon the radical idealism of his forebears for the benefit of the working class and the social Farwinism of the period, Carnegie remained deeply committed to many of the Charitist ideals of his boyhood. He believed in the social responsibility of the man of wealth to society. He must save as a steward for the fortune; he has earned and used that fortune to provide great opportunity for all and to increase man's knowledge of himself and of his universe. Furthermore, Carnegie be in the form of free charity but rather must be as a buttress to the community's responsibility for its own people.
When Carnegie died in Lenox, Mass, on August 11, 1919, most of his fortune was already gone. People wonder that if Carnegie had known this when he was alive, he would have spread most of his wealth to the poor people.

Which happened first?()

A.The foundation of the Carnegie Steel Co.
B.The introduction of Charitist ideals.
C.The foundation of the J. Edgan Thomson Steel mills.
D.Andrew Carnegie's trips to Great Britain.

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Directions: Please put the following English paper into Chinese . Section A The most intensive forms of rural land use for agricultural purposes are those concerned with harvestable crops or with the production of animal products. Unlike primitive agriculture, which involved only the temporary removal of natural vegetation and depended for a short period of time natural soil fertility, conventional agriculture today uses large inputs of chemicals, energy and technical skills to produce increased yields of crops or animals. In the technologically advanced countries food production is often greater than population growth, and it is possible to retire former farmlands from use and to produce crops according to demand without approaching the maximum yields obtainable. The so-called Green Revolution has been based on the spread such farming methods to less developed nations of the world. It has been made possible by the breeding of high-yielding forms of grain specifically adapted to the ecological conditions of the countries involved. The decision to use an area of land for high-yield agriculture essentially rules out its use for attar purposes. The intensive production of farm crops in an agricultural region may also have side effects; as has been previously noted, these may include the pollution of other the pesticides, herbicides, or other agricultural chemicals blown or washed from farmlands affect vegetation and animal life elsewhere. Nevertheless, committing an area to intensive agricultural production does not rule out its future restoration for other uses. As long as the soils are well cared for, such areas can be convened quickly to other purposes if it is not necessary to keep them in farm production. Abandoned farmlands in the southern United States, far example, are now highly productive forest areas, and former farming lands elsewhere are being used to support wildlife and outdoor recreation. In general planning for conservation of natural resuources, intensive use and high production in those areas best suited for farming must be of course, that the polluting effects of these activities on the general environment are avoided. Such concentration can spare the destruction of other resources through to use inadequate lands for marginal farming activities.