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vard University, in charge of botany; and George S. McCarthy, of Woodbury, N. J., taxidermist.

From Antofagasta, the expedition will travel by way of the Guggenheim mining properties to La Paz, Bolivia. From La Paz it will pass through unexplored territory, crossing the Andes at an elevation of more than 19,000 feet. Calomar will be used as a base for the expedition.

ing Professor W. J. Mead, of the department of geology, W. R. Appleby, of the school of mines, University of Minnesota; Professor W. H. Emmons, University of Minnesota; Frank Hutchinson, consulting engineer, Duluth, Minn.; L. D. Davenport, mining engineer, Hibbing, Minn.; and W. H. Graigo, mining engineer, recently of South Africa, of the University of Wisconsin, will go to China this summer as consulting experts for the South Manchuria Railway company. The party will sail from Seattle early in June and return in October. Professor Mead writes:

The South Manchuria Railway company controls partly developed iron and coal deposits near Mukdan, South Manchuria. The iron deposits resemble geologically those of the Lake Superior region. The railway company has employed a group of technical men familiar with the Lake Superior iron mining industry to make a thorough investigation of the Manchurian deposits during the coming summer and to advise on the best methods of opening up and developing both the iron ore and the coal.

SCIENTIFIC NOTES AND NEWS

THE ROYAL SOCIETY on May 5 elected as foreign members Dr. Albert Calmette, of the Pasteur Institute; Dr. Henri Deslandres, of the Paris Observatory; Professor Albert Einstein, of the University of Berlin; Professor Albin Haller, of the University of Paris; Professor E. B. Wilson, of Columbia University, and Professor P. Zeeman, of the University of Amsterdam.

PROFESSOR GEORGE C. WHIPPLE, of the Harvard Engineering School and the Harvard Technology School of Public Health, has been elected an honorary fellow of the Royal Sanitary Institute of Great Britain.

Dr. Otto Klotz, director of the Dominion Observatory, Ottawa, has been elected president of Section III. (Mathematical, Physical and Chemical Sciences) of the Royal Society of Canada.

EXPEDITION TO THE UPPER BASIN OF THE

AMAZON An expedition to the headwaters of the Amazon River, under the leadership of Dr. H. H. Rusby, dean of the school of pharmacy of Columbia University, will sail for Antofagasta, Chile, on June 1. The main object of the expedition, which is financed by the H. K. Mulford Company, is the collection of herbs and plants likely to be of use in medicine, but studies will be made of the fauna and flora of the region.

Dr. Frederick L. Hoffman, statistician and vice-president of the Prudential Life Insurance Company, will accompany the expedition to make a study of health conditions with a view to the possibility of the acclimatization of white men in the region. Other members of the expedition are: Dr. William M. Mann, assistant entomologist of the Bureau of Entomology of the U. S. Department of Agriculture, in charge of entomology; Dr. Everett Pearson, University of Indiana, in charge of ichthyology; Dr. Orland E. White, of the Brooklyn Botanical Garden, representing Har

THE following officers were elected at the annual meeting of the Kentucky Academy of Sciences on May 14:

President, George D. Smith, Eastern Kentucky State Normal School, Richmond, Ky.

Vice-president, Lucien Beckner, Winchester, Ky.

Secretary, A. M. Peter, Experiment Station, Lexington, Ky.

Treasurer, Chas. A. Shull, University of Kentucky, Lexington, Ky.

Member of Publications Committee, D. W. Martin, Georgetown College, Georgetown, Ky.

Representative in the Council of the American Association for the Advancement of Science, A. M. Peter.

Dr. A. R. Mann, dean of the New York State Agricultural College at Cornell Uni

versity, has declined the post of New York UNIVERSITY AND EDUCATIONAL State Commissioner of Agriculture, to which

NEWS he was recently appointed by the State Council OFFICIAL announcement is made in Yale of Farms and Markets.

Alumni Weekly of the construction in the imROBERT C. DUNCAN, physicist at the Bureau

mediate future of a new chemical laboratory of Standards, has resigned to accept a position by Yale University. It will be known as the as technicist for the Bureau of Ordnance, Sterling Chemical Laboratory and will be Navy Department.

constructed to accommodate all the under

graduate and graduate chemical activities of MR. B. H. Rawl, assistant chief of the Bu

the university. At present the department of reau of Animal Industry, U. S. Department of

chemistry is occupying the two departmental Agriculture, has resigned to take charge of

laboratories, Kent and Sheffield, which are inthe educational work of the California Central

adequate to meet the future growth of the Creameries, with headquarters in San Fran

department cisco.

A MEMORIAL has been presented to the counDr. W. K. GREGORY sailed for Sydney, New

cil of the Senate of the University of CamSouth Wales, on May 31, to enlist the co

bridge for a syndicate to be appointed to conoperation of Australian museums with the

sider possible alterations in the Mathematical American Museum of Natural History and to and Natural Sciences Triposes with the object secure material for the Australian Hall of the

of facilitating the acquisition by candidates Museum.

in one subject of a knowledge of the other. MR. W. L. G. JOERG, of the scientific staff of PROFESSOR R. A. DUTCHER of the departthe American Geographical Society of New ment of biochemistry will leave the University York and editor of its Research Series, left of Minnesota at the end of the school year to on May 21 on a six months' leave of absence

become head of the department of chemistry for a trip to Europe on behalf of the society

in the college of agriculture at Pennsylvania to study the present status and tendencies of State College. geography in Europe and to establish closer

PROFESSOR A. D. Ross, professor of matherelations with kindred workers and institu

matics and physics and formerly vice-chantions.

cellor of the University of Western Australia, Dr. H. H. WHETZEL, head of the department Perth, has been elected a member of the govof plant pathology at Cornell University, has erning body of the university. been granted sabbatical leave for the year

It is proposed to appoint Professor H. 1921–22. He will sail on June 8 for Bermuda,

Lamb, now in residence in the University of where he is to be associated with the Depart

Cambridge, to an honorary university lecturement of Agriculture of the Islands in plant

ship to be called the Rayleigh lectureship in disease survey and research work. Dr. L. M.

mathematics. Massey will be acting head of the department in the absence of Professor Whetzel.

DISCUSSION AND CORRESPONDENCE A BOTANICAL garden, established as part of

THE AURORA OF MAY 14, 1921 Albany's park development program in cooper- A VERY bright auroral display was observed ation with the Albany College of Pharmacy, here on the evening of May 14. The sky was which will contain every plant grown in the overcast until 10 P.M. eastern standard time. state, is included in the new college plans. Ac- As the clouds dissolved, the aurora was noted cording to Dean Mansfield, the garden will be in spite of the bright moonlight. one of the most complete of its kind in the The focus of the display was near the zenith United States and will be arranged after the in the vicinity of the star Arcturus. From plan of the London and Paris botanical parks. that point streamers radiated in all directions,

constantly changing both in position and in intensity. Across these streamers, pale green pulsating clouds drifted, in general from north to south, but occasionally assuming a spiral form around the zenith. They attained their maximum brightness near the zenith where they were especially conspicuous on account of their almost instantaneous changes in intensity.

Bright colors were not noticed during the evening, but after the moon set about midnight, pale reds and blues appeared on the edges of the streamers and clouds. The display continued at intervals throughout the night. It was not more conspicuous in the north than in other directions.

The aurora was undoubtedly due to the very large group of sun-spots which had just passed the center of the sun's disk.

FREDERICK SLOCUM MIDDLETOWN, CONN.,

May 15, 1921

streamers were visible within a few degrees of the moon, which had just passed the first quarter. At this time a dark area a few degrees west of south on the horizon closely resembled an auroral arch, but a definite segment of a circle like that on the northern hori. zon could not be discerned

The shades, tints and hues, changeable and increasing from the beginning of the observation, now became more distinct and all of the primary colors appeared in varying degrees of intensity. Reappearing intermittently, the colors gradually faded away during the remaining hour of the display.

John E. SMITH DEPARTMENT OF GEOLOGY,

IOWA STATE COLLEGE

AGAINST a clear, moonlit sky, a brilliant auroral display was observed at Ames, Iowa, between 8:30 and 10:30 P.M. on May 14. The arch which was visible throughout this time except at short intervals, formed in our magnetic north and extended about 15 degrees above the horizon.

As the streamers, which were predominantly white, grew in number, in length and in extent along the horizon, they converged to a focus at a point somewhat variable in position but approximately 15° south and 5° west of the zenith, which point, the magnet zenith, became a center of radiation for the streamers. Abouth 15 minutes before the maximum development of the display, streamers of red were seen to rise from the horizon a few degreees south of east and to extend through the radiant center to the horizon about the same distance north of west, forming an arch along a magnetic parallel.

The maximum degree of brilliancy was attained at 9:27, when the streamers from a large coronal area formed about the magnetic zenith extended to the horizon in all directions, lighting the entire heavens. The radial

RUSSIAN GEOLOGISTS The sad fate that has befallen many of the leading Russian geologists and mineralogists constitutes a gloomy chapter in the history of these sciences. From particulars gathered by Professor Sederholm, of Sweden, and confirmed by a personal letter of March 30, 1921, received from Dr. Cornelius Doelter of Vienna, the following data have been secured.

Of some seventy Russian specialists in these fields eleven are dead. Of these, there died in Petrograd the well-known Professors Inostranzer, Fedorov (who died of hunger), Karakash, Derzhavin and Kasanski. Professor Sokolov died in Moscow. Professor Armasevski was shot in Kiev, as were Professors Samiatin and Mitkyevich in Petrograd. Stopnjevich died of smallpox and Snertkov of hunger-typhus. Baron Rebinder committed suicide, and it is reported that Faas is seriously ill.

The president of the Petrograd Academy of Sciences, and former director of the Geological Institute, Alexander Karpinsky, the Nestor of Russian geologists, who is now eighty years old, lives with his three daughters, a son-in-law, and his grandchildren, in a cold kitchen, and suffers great deprivation be

1 Given by Professor Mohr in Centralblatt für Mineralogie, Geologie und Paläontologie, 15 Jan., 1921, No. 2, p. 60, from the Svenska Dagbladet.

were

reasons.

cause of the lack of necessaries of life, al- In no group of insects of equal importance though his scholars, with touching zeal, bring is so much reliance in systematic work placed everything they are able to secure.

upon minute structural details. Many a Professor Andrussov and the Academician would-be student of the group has been Vernadsky were fortunate enough to make deterred by difficulties of preparation of matetheir way to South Russia, and it is stated that rial and by lack of a comprehensive discussion, the latter seems to be in good circumstances, in English, of the morphology. To such the as he has founded a new academy of sciences volume will prove a veritable boon. in Kiev, and also a new university in Sim- A chapter is devoted to details of technique. feropol. About ten of these scientists filed In this are considered necessary equipment, across the frontier, and escaped to Finland tools, clarifying and the various stages in the or Poland, or even to America or Japan, and making of permanent preparations. This is perhaps as many more are scattered through followed by a chapter on the external anatomy Siberia. From fifteen to twenty are probably of the Coccidæ. The “great number of spein the Russian provinces, but only about ten cies and the dearth of usable characters, beare managing to exist in Petrograd.

cause of the simplification of their external The famous mineralogist Fedorov, whose form and structure, makes it necessary to emdeath from hunger we have noted, was the ploy every available structure.” In spite of first to proclaim, at a meeting in St. Peters- the lack of illustrations, the discussion and burg, in 1889, the great advantages that would definition of these structures is clear-cut. result from the application of the principle of Figures omitted for pedagogical the theodolite to goniometrical researches. Four years later, in 1893, he published his

The tables were prepared primarily for the use classic work, “ The theodolite method in min

of students. Those who have had any experience eralogy and petrography.” ?

in teaching know that most students will not G. F. K. AND E. T. W.

undertake anything they are not forced to do. The

omission of figures makes it necessary for them to SCIENTIFIC BOOKS

study their specimens rather than figures. The Coccidæ. Tables for the Identification

of the Sub-families and Some of the More The autnor's detailed studies on the phyImportant Genera and Species, together logeny of the different subfamilies, genera with Discussions of their Anatomy and and species have led him to the establishment Life History. By ALEX. D. MACGILLIVRAY. of a considerable number of new genera, which Scarab Company, Urbana, Ill., 1921. Pp.

are here defined for the first time. The group viii + 502. $6.00.

a whole he divides into seventeen subEntomologists who have been acquainted families, which have been treated in an with Dr. MacGillivray's thoroughgoing studies

ascending order. A tabular arrangement in. of the scale-insects have long awaited the ap

dicates what the author believes to be the pearance of this volume. The material was

relation of these subfamilies, and the scientific originally collected for the use of students

and vernacular names that have been applied in the identification of Coccids. Prepared in

to them. its first draft about fifteen years ago, it has

Dr. MacGillivray has done a real service in been greatly extended, modified and revised as

making the materials of his course available it was being tested out in laboratory and class

to a wider audience. The book will prove inwork.

dispensable to future students of the Coccidæ,

WM. A. RILEY 2 W. W. Nikitin, “La Méthode universelle de Fedorov, French transl. by Louis Duparc and Véra de Dervies, 2 vols. Geneva, Paris and Liège, The Soils and Agriculture of the Southern 1914, Vol. I., p. 6.

States. By Hugh HAMMOND BENNETT, of

as

farmers and especially to those contemplating settling in the south.

WM. B. COBB DEPARTMENT OF AGRONOMY,

LOUISIANA STATE UNIVERSITY

SPECIAL ARTICLES

AN AGE-COMPUTING DEVICE 1. In a recent issue of SCIENCE (1920, No. 1336, pp. 134_135), Dr. Slonaker describes a device for the simultaneous determination of the ages of two individuals at different times in their lives, involving the use of a calendar in which the days are numbered consecutively throughout the year. The present device obviates the need of the calendar and the need for resetting for dates in different years. As used with reference to human beings, two accessory scales aid in determining in years the age of an individual at different episodes in his life, when his present age and the years in which the episodes occurred are known, and vice versa.

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the Bureau of Soils, United States Department of Agriculture. The Macmillan Company, New York. 1920. Pp. xviii + 399. Illustrations: 56 plates, general soil map of the Southern States (frontispiece), and four additional maps.

This book departs from the usual trend of books on soils in that instead of dealing with the properties and nature of soils in general the author describes the origin, geographic distribution, physical characteristics, agricultural adaptations and management of all the important soils occuring in the area under discussion. The states included in the work are those lying south of the north boundaries of Delaware, Maryland and West Virginia, south of the Ohio River, and south and east of and including Missouri, Kansas and Texas.

In the introduction the author explains the division of the country under consideration into soil provinces and subordinate soil regions, and describes the United States Bureau of Soils system of classification and nomenclature of soil series and types. The introduction further takes up the geographical distribution and in general the adaptation to different soils of the various crops grown in the South; and the influence of climate on soils and crops.

The general geography, topography, geology and agriculture of each soil province and its subordinate soil regions are discussed, followed by detailed descriptions of the individual soils. These descriptions include the location, physical and frequently chemical characteristics, topography, drainage and crop adaptation of each soil, and methods of soil management and fertilization which actual farm practise and experimentation have proven to be most effective.

Four appendixes include discussions of the meanings of terms used in soil classification, chemical analyses of representative southern soils, a bibliography of important publications on soils and related subjects, and statistics bearing on some of the important farm products of the southern states.

The book is valuable not only to students and agricultural investigators but also to

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