IN his presidential address to the fifteenth Indian Science Congress, delivered at Calcutta on Jan. 2, Dr. J. L. Simonsen outlined the early history of the Congress, the first meeting of which was held in 1914. Reviewing the present position of education and research in India, he found matter for congratulation in the advance of the spirit of research in the Indian universities, but deprecated the fact that, with few exceptions, the degree standard has been considerably lowered during the last few years. He attributed this change to the recent University Acts, which have transferred the detailed control of courses of study and standards of examination from the professorial staffs to bodies of laymen. In order to overcome the difficulty of coping with large numbers of students who regard a collegiate career merely as a steppingstone to government appointments, Dr. Simonsen advocated the extension of Civil Service examinations to all grades in the clerical departments of government. Such a competitive system, although not free from defects, “would liberate the universities from their present thraldom and enable them to devote themselves to their true function, the advancement of learning.” IN the special section of his address, Dr. Simonsen directed attention to the importance of the study of natural plant and animal products. He instanced the work of Annett and his collaborators on the relationship of the alkaloidal content of poppy juice to the age of the plant and to external features, such as the nature and previous treatment of the soil. While commending work of this kind, he deplored the general neglect in India of the chemical study of natural products: “Is it presumptuous to suggest to the organic chemists of India that they should study intensively the unique wealth of material which lies at their door, and devote less time to the study of problems of theoretic interest only?” As an example of the value of collaboration between organic chemists and botanists, he alluded to the two grasses known as ‘Sofia’ and ‘Motia’; although these are both classified as Gymhopogon Martini, Stapf, the first yields the valuable palmarosa oil, while the second gives a comparatively valueless ginger-grass oil. Dr. Simonsen suggested that a detailed botanical and chemical examination of the many Indian Cymbopogon grasses would probably lead to results as interesting as those obtained by Baker and Smith in their work on the differentiation of closely related species of Eucalyptus, and that such work might throw light on possible relationships between the chemical constituents of a specific oil and characteristics of soil and climate.
Read full abstract