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We condemn the present barbarous convict lease law, instituted by the Republican party and continued by its servile imitators, the Democratic party, and demand its immediate repeal.

We suggest that in lieu of the present system a penitentiary farm be provided, upon which a sufficient number of the convicts be employed to make a support for the whole body, and that all surplus labor above the farm needs be used in building State roads. We demand a State reformatory institution for young convicts, who under the present system come out of prison worse than they enter.

We condemn the present unjust road law, under which those least able have to bear all the burden, and demand in its stead a just and equitable system of taxation for road purposes.

We demand an amendment to the State Constitution, making our elections for four-year terms, and forbidding a re-election on the part of any officer to two consecutive terms, and in this connection we demand consolidation of State and national elections.

In the present impoverished condition of our tax payers we think it would be nothing less than a crime for our Legislature to appropriate moneys for luxuries like the World's Fair at Chicago, but we approve the course of those citizens who out of their abundance contribute to that exposition.

We condemn in unmeasured terms the looting of the State treasury by Democratic officials, who now go unwhipped of justice.

We deny that the Democratic party in Arkansas has given us fair elections or believes in them, and we assert that their boasted election law is but a servile imitation of the Lodge force bill, and was devised to enable them to perpetuate their wicked lease of power, despite the will of the electors.

Upon reassembling on July 6, the Republican State Convention nominated candidates for presidential electors and the following State ticket: For Governor, William G. Whipple; for Secretary of State, James Oates; for Auditor, Samuel A. Williams; for Treasurer, Charles N. Rix; for Attorney-General, E. H. Vance; for State Land Commissioner, Jacob H. Donahoo; for Commissioner of Mines, etc.. D. C. Gordon; for Superintendent of Public Instruction, Zadock P. Freeman; for Associate Justice of the Supreme Court, Wilbur F. Hill. The canvass following these nominations was uneventful. At the election on Sept. 5 the entire Democratic State ticket was elected. For Governor. Fishback received 90,115 votes, Whipple 33,644, Carnahan 31,177, and Nelson 1,310. Half of the State Senate and all the members of the House of Representatives were chosen at the same time. The Legislature of 1893 will be divided politically as follows: Senate-Democrats 29, People's Party 2, Republicans 1; House-Democrats 88, People's Party 7, Republicans 5. A proposed amendment to the State Constitution requiring payment of a poll tax as a prerequisite for voting was submitted to the people at this election, and received 75,848 affirmative and 56,589 negative votes. As it failed to receive the approval of a majority of the total number of persons voting at the election, it seems not to have been adopted.

At the November election the Democrats were again successful, electing their candidates for Congress in every district and their presidential electors. The vote on the electoral ticket was: Cleveland, 87,057; Harrison, 46,359: Weaver, 11,831. Cleveland's plurality, 40,698.

ASSOCIATIONS FOR THE ADVANCEMENT OF SCIENCE. American.-The fortyfirst meeting of the American Association was held in Rochester, N. Y., Aug. 17-23, 1892. The officers of the meeting were: President, Joseph Le Conte, of Berkeley, Cal.; Vice-presidents of sections: A, John R. Eastman, Washington, D. C.; B, Benjamin F. Thomas, Columbus, Ohio; C, Alfred Springer, Cincinnati, Ohio; D, John B. Johnson, St. Louis, Mo.; E, Henry S. Williams, Ithaca, N. Y.; F, Simon H. Gage, Ithaca, N. Y.; H, William H. Holmes, Washington, D. C.; I, Lester F. Ward, Washington, D. C. Per

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manent Secretary, Frederick W. Putnam, Cambridge (office, Salem), Mass. General Secretary, Amos W. Butler, Brookville, Ind. Secretary of the Council, Thomas H. Norton, Cincinnati, Ohio. Secretaries of the sections: A, Winslow Upton, Providence, R. I.; B, Brown Ayres, New Orleans, La.; C, James Lewis Howe, Louisville, Ky.; D, Olin H. Landreth, Nashville, Tenn.; E, Rollin D. Salisbury, Madison, Wis.; F. Byron D. Halsted, New Brunswick, N. J.; H, William M. Beauchamp, Baldwinsville, N. Y.; I, Henry Farquhar, Washington, D. C. Treasurer, William Lilly, Mauch Chunk, Pa.

Opening Proceedings.-The meeting began at noon on Aug. 16 with a preliminary meeting of the council, at which the names of 69 new members were passed. These, with the 33 elected on April 20, made 102 new members elected since the meeting a year ago. The first general session was held at 10 A. M. in the chapel of the University of Rochester, where the gathered scientists were called to order by the retiring president, Prof. Albert B. Prescott, who briefly introduced his successor, Prof. Joseph Le Conte, with a fitting tribute to the latter's eminence in geologica lscience. In taking the chair President Le Conte expressed his appreciation of the kind and courteous way in which the mantle had been transferred to him, and thanked the society for the honor conferred upon him. He said:

There were three, and only three, things which passed beyond the material and entered the spiritual. They were fine art, religion, science. Art perfected the ideal of beauty in the mind. Religion perfected

it in the heart and conduct. Science strove to perfect the same image in the realm of abstract truth. Was he not right in saying that it was a great honor to take a leading place in an association which embraced all branches of science that come nearer to the people

than any other scientific association?

After an invocation by the Rev. Corliss B. Gardiner, addresses of welcome were made by Dr. Edward M. Moore, President of the Local Committee, Hon. Richard Curran, Mayor of the city, and Dr. David J. Hill, President of the University of Rochester; to which a suitable reply was made by President Le Conte, who, in the course of his remarks, said:

I will not dwell too long on the utilitarian feature of the subject. We must love science for its own sake. Truth is its own chief reward. It has been mercifully ordered for our encouragement that every step in the higher walks of life shall be attended with material benefit. While astronomy opens the doors of heaven, it also directs our commerce and guides our ships; geology, besides opening the gates of infinite time, also discovers beds of coal and veins of metals; streams, rushing down mountains or reflecting the blue skies on their placid bosoms, also turn our mills and float our vessels. Science-truth-is its own exceeding great reward. There is an indissoluble connection between truth and good, between truth and utility. It may not be to-day, it may not be in this decade, this century, this millennium, but sooner or later it must bless mankind. Every community honors itself in honoring

science.

The permanent secretary, Prof. Frederick W. Putnam, then made his annual report, in which he announced the decease of some twenty members, including Edward Burgess, Henry I. Bowditch, William Ferrell, T. Sterry Hunt, and Joseph Lovering.

A statement of the funds of the association was read. The Research fund contains $5,657.22, and the general fund $2,394.53, making a total of $7.932.85.

Address of the Retiring President. The subject of President Prescott's retiring address was "The Immediate Work in Chemical Science," and in the course of it he said:

"It is well known that chemical labor has not been barren of returns. The products of chemical action, numbering thousands of thousands, have been sifted and measured and weighed. If you ask what happens in a common chemical change, you can obtain direct answers. When coal burns in the air, how much oxygen is used up can be stated with a degree of exactness true to the first decimal of mass, perhaps to the second, but questionable in the third. How much carbonic acid is made can be told in weight and in volume with approaching exactness. How much heat this chemical action is worth, how much light, how much electro-motive force, what train-load of cars it can carry, how long it can make certain wheels go round-for these questions chemists and physicists are ready.

"Chemists are concerned mainly with what can be made out of atoms, not with what atoms can be made of. Whatever they are, and by whatever force or motion it is that they unite with each other, we define them by their effects. Through their effects they are classified in the rank and file of the periodic system.

"Knowledge of molecular structure makes chemistry a science, nourishing to the reason, giving dominion over matter, for beneficence to

life. Studies of structure were never before so inviting. In this direction and in that especial opportunities appear. Moreover, the actual worker here and there breaks into unexpected paths of promise. Certainly the sugar group is presenting to the chemist an open way from simple alcohols on through to the cell substances of the vegetable world.

"I have spoken of the century of beginning chemical labor, and have referred to the divis ions and specialties of chemical study. What can I say of the means of uniting the earlier and later years of the past, as well as the separated pursuits of the present, in one mobile working force? Societies of science are among these means, and it becomes us to magnify their office. Most necessary of all the means of unification in science is the use of its literature. To every solitary investigator I should desire to say: Get to a library of your subject, learn how to use its literature, and possess yourself of what there is on the theme of your choice, or else determine to give it up altogether.

"A great deal of indexing is wanted. Systematic bibliography, both of previous and of current literature, would add a third to the productive power of a large number of workers. Topical bibliographies are of great service.

"Allied to the much needed service in bibliography is the service in compilation of the constants of nature."

In closing, he made an appeal for an endowment fund, as follows:

If it be

"There are men and women who have been so far rewarded that great means of progress are in their hands. It is inevitable to wealth that it shall be put to some sort of use, for without investment it dies. The American Association, in the conservative interests of learning, proposes certain effective investments in science. not given to every plodding worker to be a promoter of discovery, such, at all events, is the privilege of wealth, under the authority of this association. If it be not the good fortune of every investigator to reach knowledge that is new, there are in every section of this body workers of whom it is clear that they would reach some discovery of merit if only the means of work could be granted them. Whosoever supplies the means fairly deserves and will receive a share in the results."

Proceedings of the Sections.-There are eight sections, over each of which a vice-president presides. Subsequent to the first general session the sections are called to order by their officers and proceed to effect their organization by the election of a sectional committee, whose duty it is to arrange the business for the subsequent meetings of the section. Also, each section elects a member of the nominating committee who shall later meet to select officers for the future meeting; and each section likewise elects a sub-committee to nominate officers of the section for the future meeting. Subsequent to these duties, the section adjoins to hear its vice-presidential address, after which papers are taken up and read.

Sections.-A. Mathematics and Astronomy.The presiding officer of this section was Prof. John R. Eastman, of the United States Naval Observatory in Washington, D. C. The subject of the vice-presidential address was concerning The Neglected Field of Fundamental Astron

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strong breechloaders in a central battery, and 2 more in the bow and stern, and is fitted with Whitehead torpedoes and search lights. Production and Commerce.-The chief industry of the country is raising cattle. Sheep breeding is also carried on extensively. There is not much agriculture, although many districts are very fertile. Only about a hundredth part of the soil is under cultivation. The chief crops are corn, wheat, and alfalfa. Flax, grapes, and cane sugar are also produced. There were 22,779,491 cattle, 70,461,665 sheep, and 4,387,280 horses in 1888, having a value of $370,061,717.

The total value of the imports of merchandise in 1890 was $142,241.000. The exports were valued at $100,819,000 in gold. The imports of gold coin and bullion were $6,946,812, and of silver $204,439, making a total of $7,151,251. The exports of gold were $5,009,358, and of silver $274,542, giving a total of $5,283,900. The values, in currency, of the principal imports in 1890 were as follow: Textiles and wearing apparel, $30,024,966; railroad and telegraph plant, etc., $36,273,503; food substances, $16,411,458; articles of drink, $12,790,340; iron and steel manufactures, $9,566,752; wood and wood manufactures, $7,399,412; coal, oil, etc., $6,290,011; china and glass ware, $4,135,523; chemicals, $3,875,542. The values of the various classes of exports, in gold dollars, were as follow: Animals and animal produce. $61,306,597; agricultural products, $25,591,401; manufactures, $8,999,236; forest products, $1,413,324; mineral products, $673,690; miscellaneous, $2,834,745. The exports of wool fell off from 141,774,435 kilos in 1889 to 118,405,604 kilos in 1890, valued at $35,521,681. The number of hides was 4,647,085, as compared with 3,638,467 in 1889, and the quantity of skins decreased from 87,896,100 to 29,542,450 kilos. The value of the hides and skins exported in 1890 was $20,097,656 in gold; of the wheat exports, $9,836,824, compared with $1,596,446 in the previous year; of the maize, $14.145,639, compared with $12.977.721. The bulk of the external trade in 1890 was divided among trading countries as follows:

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Communications.-There were 6,855 completed miles of railroad in 1891, and 4,840 miles were building. The capital expended in construction up to the close of 1890 was $346,493,054. During 1890 the receipts amounted to $41,157,486, and expenses to $23,310,000. The net receipts were equal to a return of 17 per cent. on the capital, against 2.2 per cent. in 1889, and the Government paid about $3,100,000 of guaranteed interest.

The length of the telegraph lines in 1890 was about 19,000 miles, of which 12,000 miles belong to the Government. The length of wire in 1888 was 28,550 miles. The number of dispatches sent during 1889 was 3,511,420. A contract was made in 1889 for a direct cable to Europe, which was to have been laid before June, 1892. The Central and South American Telegraph Company in May, 1892, established a new connection between the Argentine cities and the United States and Europe via Galveston, Texas. The post-office in 1890 forwarded 60,844,963 letters, 860.716 postal cards, and 43,974,107 newspapers and other matter.

Presidential Election.-In the struggle between the capital and the provinces, or between the Federalist and the National party, in 1886, the latter carried the day, and, with the support of ex-President Gen. Roca, elected Juarez Celman to the presidency. During his adminis tration the provincial and national borrowings and the emission of paper money culminated in a financial crash and the revolution of July, 1890, in which he was turned out by the efforts of the Union Civica, headed by the Radicals of the country, who had with them a great part of the army and navy. The revolt, led by the Radical chiefs, Drs. Alem and Aristobulo del Valle, was suppressed after four days of fighting; but after Dr. Roque Saenz Peña and Dr. Garcia had resigned from the Cabinet, and the President lost the support of Congress and was confronted with the prospect of impeachment and the danger of a general insurrection, he resigned the executive power into the hands of the Vice-President, Dr. Pellegrini, who by his reforms stemmed the tide of national bankruptcy. Exports. Dr. Pellegrini refused to be a candidate to succeed himself. The Union Civica continued in $19,299,095 26,653,319 existence, but, having been organized to meet a 11,566,441 crisis and carry out reforms, lacked the essen12,003,086 tials of a political party. The Nationals were led by Gen. Roca, who declined to put himself forward as a candidate. The Union Civica and 5,506,675 the Nationalists were anxious to unite on a can2,083,817 didate who would carry more weight than Dr. 2,188,951 Pellegrini, and by his reputation and character would command the confidence of foreign countries and the creditors of the Government, and encourage the nation in efforts to attain a solid financial footing. Such a man was believed to have been discovered in Gen. Mitre, a distinguished statesman and publicist, who had already filled the presidential chair with honor. His candidature, however, met with opposition in the provinces, and after a few months he formally withdrew. Dr. Roque Saenz Peña then came forward, but was not entirely acceptable to the Acuerdista or coalition party. A joint convention was held, in which his father, Dr. Luis Saenz Peña, was fixed upon as the candidate

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Navigation. During 1890 there were tered at the ports of the Argentine Republic 6,070 sailing vessels, of 1,238,066 tons, and 3.966 steamers, of 3,431,436 tons, with cargoes, and 756 sailing vessels, of 50,174 tons, and 3.081 steamers, of 1,621,279 tons, in ballast; cleared were 1,588 sailing vessels, of 402,675 tons, and 3,171 steamers, of 2,801,500 tons, taking cargoes, and 2,088 sailing vessels, of 576,148 tons, and 2.862 steamers, of 1,726,146 tons, in ballast. About 37 per cent. of the tonnage was British, 30 per cent. Argentine, 9 per cent. French, 8 per cent. Italian, and 6 per cent. German.

who would harmonize the party. The Radical element was not disposed to fall in with the Roca-Mitre coalition. A cry was raised against their financial conservatism and their desire to please the foreign creditors and the English investors and speculators, or perhaps to join with them in drawing profits out of the land. Dr. Alem was the head of the new patriotic movement, and Dr. Yrigoyen was put up as the Radical candidate for President. The contest was carried on with bitterness for some months, and, just as before, a considerable section of the military were on the side of the Radicals, who were unable to cope with the political organization of their opponents, and placed their hopes in popular demonstrations, or, as the last resort, in insurrection. Dr. Saenz Peña was placed in nomination on March 6, 1892. In his speech of acceptance he promised to give the minority a fair representation in the Administration; to propose a reform of the electoral laws, and to punish electoral frauds; to preserve the autonomy of the provinces; to foster desirable immigration and concede land to colonists, while putting an end to the purchase of tracts in the country by speculators; to create a Council of State to assist the Executive, like that in Chili; to advocate the establishment of the right of habeas corpus; to reorganize the army and navy, and to cultivate international friendships, especially with the United States and other American nations. The reciprocity proposals of the United States Government were rejected about this time by the Argentine Government. The Radicals, as soon as they began to agitate against the coalition candidate, were met by repressive measures. Their meetings were broken up, and some active men were arrested. They prepared for a violent conflict such as had occurred many times in the past electoral contests in Argentina. On April 2, the eve of the day set for a great Radical mass meeting in Buenos Ayres, the authorities scented, or pretended to have discovered, a gigantic conspiracy not only to start an insurrection, but to murder the President and Gens. Roca and Mitre, and proclaim Dr. Alem Dictator. All the troops were gathered in the central part of the city.

A state of siege was proclaimed, the troops were confined to the camps of Zarate and Maldonado, the sentinels were doubled, the officers were forhidden to pass the lines, the guns were kept ready horsed, and for two successive nights the Minister of War slept in camp. In the early morning of April 3 Dr. Alem, Gen. Garcia, and the rest of the Radical leaders, civil and military, were arrested and taken on board a manof-war. The Government issued a proclamation charging them with plotting the wholesale destruction of the chief of the republic, the leaders of the army, and prominent citizens, by means of dynamite, and claiming to have discovered a great number of explosive bombs in a Radical club, as well as cloaks and canes by which the conspirators were to recognize each other, and documents implicating Dr. Alem and others, and unfolding the details of the plot. Many Radical chiefs who escaped arrest fled to Montevideo, and others were banished to that city by order of a court of justice. The prisoners were held in custody till after the popular election of the

presidential electors on April 10. The Radicals abstained generally from voting, and consequently Dr. Saenz Peña was declared the choice of the people by a great majority. Most of the prisoners were then released, yet Dr. Alem was still held, in spite of an order for his release that was obtained from the Federal court. In the provinces, likewise, Radical clubs were shut up, some arrests were made, and on election day no opposition was made to the return of the coalition candidate, who had the united support of the Catholic conservative element, the Nationalist party, and the greater part of the Union Civica. On the meeting of Congress President Pellegrini received an act of immunity justifying his proceedings. Dr. Alem was finally released without a trial, after many weeks of detention. The casting of the electoral votes took place on June 12. By an almost unanimous vote Luis Saenz Peña was elected President and Señor Uriburu Vice-President for the term beginning Oct. 12, 1892. The banished Radicals refused to return from Montevideo unless the state of siege was terminated, and in the beginning of July it was ended by proclamation. Riotous demonstrations against Peña took place in August in the streets of Buenos Ayres, and the tumults recurred until after his inauguration.

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ARCHEOLOGY. American. Civilization of the Ohio Mound-Builders.-Warren K. Moorehead, in his book on "Primitive Man in Ohio." presents the results of four seasons' exploration of ancient remains in that State. He draws the conclusions that the tribes did not occupy the northern parts of the State for any considerable length of time, but were settled chiefly in the larger river valleys; that both the brachycephalic and the dolicocephalic races mingled largely in all the valleys save the Muskingum; and that nothing more than the upper status of savagery was attained by any race or tribe living in the present State of Ohio. If the field testimony alone is considered, primitive man can be accredited with high attainments in only a few things, and these indicating neither civilization nor an approach to it. First, he excelled in building fortifications and in the interment of his dead; second, he made surprisingly long journeys for mica, copper, lead, shells, and other foreign substances, to be used as tools and ornaments; third, he was an adept in the chase and in war; fourth, he chipped flint and made carvings on bone, stone, and slate exceedingly well when we consider the primitive tools he employed; fifth, a few of the more skillful men of his tribe made fairly good representations of animals, birds, and human figures in stone. . . . On the other hand, he failed to grasp the idea of communication by written characters, the use of metal (except in the cold state), the cutting of stone, or the making of brick for building purposes, and the construction of permanent homes. Ideas of transportation other than upon his own back or in frail canoes, or the use of coal, which was so abundant about him, and which he frequently made into pendants and ornaments, and a thousand other things which civilized beings enjoy, were utterly beyond his comprehension."

Age of the Central American Monuments. From his studies of the monuments of Central

omy," in which he called attention to certain
branches of astronomy that had not been worked
up, and dwelt with special emphasis on the im-
portance of fundamental work in determining
star places-a line of routine work that had been
passed over in the struggle after more brilliant
results in astronomical research.

The following-named papers were then read
before the section:

ner; "

"On the Conflict of Observation with Theory as to the Earth's Rotation," by Seth C. Chandler; "Meteorological Observations made in April, 1890, 1891, 1892, in the Totality Path of the Eclipse of 1893, April 16," by David P. Todd; "List of Thirty New Proper Motion Stars" and "Latitude of the Sayre Observatory," by C. L. Doolittle; "The Secular Motion of a Free Magnetic Needle," by Louis A. Bauer; "On the Discriminators of the Discriminant of an Algebraic Equation," by Mansfield Merriman; "Forms of Solar Facula" and "The Spectroheliograph of the Kenwood Astro-physical Observatory, Chicago, and Results obtained in the Study of the Sun," by George E. Hale; "Models and Machines for showing Curves of the Third Degree," by Andrew W. Phillips; "Least Square Fallacies" and "Differential Formula for Orbit Corrections," by Truman H. Safford; "On the Imaginary of Algebra," by Alexander Macfarlane; "The Iced-bar Base Apparatus of the United States Coast and Geodetic Survey," by R. S. Woodward; "On the Construction of a Prime Vertical Transit Instrument for the Determination of the Latitude of Harvard College Observatory," by William A. Rogers; "Lineo-linear Vector Functions," by Arthur S. Hathaway; "Thermal Absorption in the Solar Atmosphere," by Edwin B. Frost; "Electric Lights for Astronomical Instruments," by Jefferson E. KershEuropean Observations," by John A. Brashear; "Proper Motions of Eighty-nine Stars within 10° of the North Pole, with Remarks on the Present State of the Problem of the Solar Motion," by Truman H. Safford; Concerning a Congruence Group of Order 360 contained in the Group of Linear Fractional Substitutions," by E. Hastings Moore; "On the Intersection of an Equilateral Hyperbola and the Sides of a Plane Triangle-a Question in Trilinears," by William Hoover; "Practical Rules for testing whether a Number is divisible by Seven, or any other Small Prime, and if not divisible, to ascertain the Remainder," and "Increase in Constant for Addition in testing for Integral Values in the Equation of Quarter Squares," by James D. Warner; and "On the General Problem of Least Squares," by R. S. Woodward. B. Physics.-This section was presided over by Prof. Benjamin F. Thomas, who holds the chair of Physics in the Ohio State University, in Columbus, Ohio. His address had to do with "Technical Education in High Schools and Universities." After reviewing the present very creditable position attained and occupied by the schools along technical lines, he suggested some improvements which he considered might be made, by eliminating certain of the less important branches now pursued and inserting others. After insisting on certain important modifications, he dwelt on the literary branches and reviewed them also, as subjects which have a tical bearing on the life of the engineer. Trainpracing in political science and history was considered of great importance, and the production of good citizens deemed equally important with the training of good engineers.

The following-named papers were then pre

sented before the section:

"A Photographic Method of Mapping the Magnetic Field," by Charles B. Thwing; "Constancy of Vol

ume of Iron in Strong Magnetic Fields" and "Note ways," by Frank P. Whitman; "Persistence of Vison Magnetic Disturbances caused by Electric Railon," by Ervin S. Ferry; "Experiments on the Ocular Brain," by George W. Holley: "Description of a Spectrum of the Eye and the Image presented to the Contrivance intended for the Study of Perception at Definite Distances," by Charles A. Oliver; "Note on the Photography of the Manometric Flame and the Analysis of Vowel Sounds," by Ernest Merritt; "On the Sensitiveness of Photographic Plates," by George W. Hough; "E. M. F. between Normal and Strained Metals in Voltaic Cells," by William S. Franklin; field Merriman; "On the Mechanical and Physical "Influence of the Moon on the Rainfall," by MansMeans of Aerial Transit without a Propeller," by David P. Todd; "Further Experiments on the Specific Inductive Capacity of Electrolytes," by Edward B. Rosa; "A Mechanical Model of Electro-magnetic Relations," by Amos E. Dolbear; "An Experimental Comparison of Formulæ for Total Radiation between Dispersion of Radiations of Great Wave Lengths in 15° C. and 110° C.," by W. Le Conte Stevens; "On the Rock Salt, Silvite, and Fluorspar," by H. Rubens and Benjamin W. Snow; "The Distribution of Energy in the Spectrum of the Glow-lamp," and "Absorption Spectra of Certain Substances in the Infra-red," by in the Are" and "On the Infra-red Spectra of the Edward L. Nichols; "On the Distribution of Energy Alkalies," by Benjamin W. Snow; and "On the Mechanics of the Three States of Aggregation," by Gustavus Hinrichs.

of this section was Dr. Alfred Springer, of CinC. Chemistry.-The vice-president in charge cinnati, Ohio. He chose as the subject of his remarks "The Micro-organisms of the Soil." After a brief résumé of the advances and discov

eries made in chemistry during the year, he took up the special topic of his address, and discussed concerning the working of micro-organisms and the investigations in England and this country gued that it was an impossibility. as to the possibility of nitrogen starvation, which was the essential element in his address. He ar

The following papers were subsequently read and discussed before the section:

by H. Carrington Bolton; "Notes on a Bibliography The report of Committee on indexing Chemical Literature; "A Select Bibliography of Chemistry," of Mineral Waters," by Alfred Tuckerman; "Copper Sulfate as a Material for standardizing Solutions," by carbinamin and its Conduct toward Nitrous Acid," Edward Hart; "An Effective Condenser for Volatile by William A. Noyes; "The Iodomercurates of OrLiquids and for Water Analysis" and "Di-ethylganic Bases," by Albert B. Prescott; "Tri-methylXanthin and its Derivatives," by Moses Gomberg; Honey" and "A Method of Polarimetric Observation "Some Points in connection with the Composition of Sugar-cane," by Clinton P. Townsend; "The Enat Low Temperatures," by Harvey W. Wiley; "Note on the Effect of Fertilizers upon the Juice of the by Emil A.de Schweinitz; "Catalytic Influence of Amzyms or Soluble Ferments of the Hog-cholera Germ,” monia on Amorphous Substances to induce Crystallization," by Edward Goldsmith; "Post-mortem ImSelf-purification of Running Streams," and "The bibition of Arsenic," "Effect of Sedimentation upon York," by S. A. Lattimore; "On the Mechanical Value of a Water Analysis," by William P. Mason; "Presentation of Samples from the Salt Mines of New Determination of the Stereographic Constitution of the Decomposition of Acetone with Concentrated Organic Compounds," by Gustavus Hinrichs; “On Sulfuric Acid," by William R. Orndorff; "Itacoluand "The Albuminoids of Maize," by George Archmite from North Carolina," by Laura Osborne Talbott; bold. Also a discussion upon the practical adoption

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