The Nobel Prize-winning scientist offers a precise, full, and accessible exposition of his landmark work in experimental psychology. Pavlov details the technical means by which he established experiments and controls, the experiments, observations on formation of conditioned reflexes, external and internal reflex inhibitions, the function of cerebral hemispheres and cortex, and more. 18 figures.

Biology and Neurophysiology of the Conditioned Reflex and its Role in Adaptive Behavior explores the conditioned reflex, its historic development, and its functions and roles. The book also aims to bridge the gap between the integrative level of higher nervous activity and fine detailed neurophysiological investigations, giving light to the basis of the term "learning. The book, as an introduction, covers the biological roots of the conditioned reflex and the nature of the unconditioned reflex, then moves on to the different bases, hypotheses, and theories of both the coupling of the conditioned reflex; the physiological architecture of the behavioral act; the mechanism of action and function of conditioned inhibition function; and certain correlations in the study of this phenomenon. The text is recommended for biologists, zoologists, psychologists, and neuroscientists from different backgrounds who wish to know more about how the conditioned reflex, and ultimately learning, came about.

A guide for anybody with a keen interest in the workings of the human brain. The story of Pavlov's dog being conditioned to drool is well known and has entered the common lexicon, this book is where that study was first published.

Since the appearance of the treatise on "Schedules of Reinforcement" by Ferster and Skinner over two decades ago, the literature in behavior analysis, both experimental and applied, has been dominated by a range of studies dedi cated to providing ever more systematic and refined accounts of these "mainsprings of behavior control. " For the most part, the analysis has been pursued in the best traditions of "scientific methodology" with careful atten tion to the isolation of controlling variables in unitary form. Of late, relatively simple interaction effects have provided an important additional focus for more sophisticated analyses. It is clear, however, from even a cursory survey of the monumental research and conceptual analysis which is represented in this scholarly volume by Henton and Iversen that the surface ofthis complex "be havioral interactions" domain has barely been scratched. The primary focus of this pioneering effort extends the competing response analysis across all experimental schedules, both classical and instrumental, as well as the interactions between the two. Appropriately, the analysis empha sizes overt behavioral interactions, beginning with the simplest case of one operant and one respondent, and inevitably implicating more diverse and subtle interactions. As the analysis expands to include interactions between multiple recorded responses, increasingly more precise empirical specifications ofrecip rocal interactions in response probabilities are revealed independently of con ventional procedural labels (i. e. , operants, respondents, collaterals, adjunc tives, etc. ) and traditional theoretical distinctions.

Health and Behavior reviews our improved understanding of the complex interplay among biological, psychological, and social influences and explores findings suggested by recent research-including interventions at multiple levels that we can employ to improve human health. The book covers three main areas: What do biological, behavioral, and social sciences contribute to our understanding of healthâ€"including cardiovascular, immune system and brain functioning, behaviors that influence health, the role of social networks and socioeconomic status, and more. What can we learn from applied research on interventions to improve the health of individuals, families, communities, organizations, and larger populations? How can we expeditiously translate research findings into application?