David Easton, past Sir Edward Peacock Professor of Political Science at Queen's University, Andrew MacLeish Distinguished Service Professor Emeritus at the University of Chicago, and Distinguished Research Professor of Political Science at the University of California, Irvine is among the half dozen or so most influential architects of modern political science. His "The Political System: An Inquiry into the State of Political Science" (1953), "A Framework for Political Analysis" (1965), and "A Systems Analysis of Political Life" (1965) have been translated into the major world languages and his articles are reprinted in several dozens of books. His magistral work in defining, delineating, and systematizing political analysis have been supplemented by a major empirical contribution to the literature on political socialization, notably "Children in the Political System: Origins of Political Legitimacy" (with J. Dennis). He is past president of the American Political Science Association, fellow, Councillor and Past Vice-President of the American Academy of Arts and Sciences, has played leading roles in numerous North American and International social science organizations. Among his contributions as consultant is his participation in the research programme of the Royal Commission on Bilingualism and Biculturalism and his recent chairmanship of the Queen's Task Force drafting a special study for the Healy Commission.

Professor Connie Eaves of the University of British Columbia and the B.C. Cancer Agency is a distinguished biological scientist. She has contributed major insights into how blood cells are formed and how cell growth is regulated. She has applied her fundamental work to the problem of human leukemia, a malignant disease of blood formation. Her discovery that normal cells will outgrow leukemic cells in long-term culture is the basis of a new approach to marrow transplantation. She is a scientific leader; she heads a major research group at UBC. She has had an important influence on Canadian science policy, through her work with the National Cancer Institute of Canada. She is an effective educator, supervising many doctoral students. Her work and her personal contributions have justly earned world-wide respect and recognition.

Dr. J.T. Edward is recommended for Fellowship in the Royal Society of Canada with confidence because of his proven ability, and with enthusiasm because of his attractive personality. His publications are primarily concerned with natural products, but also clearly reveal his great interest in modern theory and technique. This experience, including alkaloids, terpenes, nitrogeneous products and carbohydrates, and contributions to conformational analysis, chromatography, and electrophoresis, shows him to be one of' the most versatile, productive and original chemists in his age group.

Dr. Peter A. Egelstaff has acquired a widespread reputation for his varied and imaginative research in neutron physics. His work has encompassed both basic science and technology. He was responsible for many early measurements of nuclear cross-sections used in the calculation of reaction rates in nuclear reactions. Of his many contributions to nuclear spectrometry he is best known for the development of cold neutron sources and high-speed phased chopping spectrometers. Sometimes with collaborators, he has made major contributions to the physics of liquids, particularly in studies of the atomic behaviour of liquid metals and alloys, and of molecular liquids, using neutron scattering. He has held administrative posts of importance both in England and Canada.

LONG Professor Adi Eisenberg is recognized for his outstanding contributions to polymer science. His fundamental studies on the structure-morphology-property relationships in random ionomers have led to a new unified model which, for the first time, elucidated the relationship between the architecture of the ionomer, including such factors as the nature of the pendant ion, the counter-ion, the ion concentration, and others parameters with the morphology and physical properties of the materials. More recently, Professor Eisenberg has made seminal discoveries in the self-assembly of amphiphilic block copolymers to two and three dimensional micelles in a controlled manner to a range of morphologies including spheres, rods, tubules, hollow spheres and many others. This has led to an explosion of research in the field internationally since potential applications of his discovery range all the way from nano-electronics to drug delivery. SHORT Adi Eisenberg is recognized for his outstanding contributions to polymer science. His fundamental studies on structure-morphology-property relationships in random ionomers have led to a new unified model. He has made seminal discoveries in the self-assembly of amphiphilic block copolymers.

Long Citation Fernand Ellyin has distinguished himself in fundamental and applied research related to materials deformation behaviour. He is recognized internationally for his original contributions in the constitutive modelling of inelastic deformation, and the fatigue and fracture of metals, alloys, and composite materials. His comprehensive monograph on fatigue damage, crack growth, and life prediction presents a unified approach to the subject area, and has received laudatory reviews. The extensive publication record of his research attests to the breadth and depth of his contributions in varied engineering disciplines. He has also endeavoured to transfer these research results to industry by various means. Short Citation Fernand Ellyin has distinguished himself in fundamental and applied research. He is recognized internationally for his original contributions in the constitutive modelling of inelastic deformation and the fatigue and fracture of metals, alloys, and composite materials. The extensive publication record of his research attests to the breadth and depth of his contributions in varied engineering disciplines.