Description That time is both a dimension of behaviour and a ubiquitous controlling variable in the lives of all living things has been well recognized
for many years. The last decade has seen a burgeoning of interest in the quantitative analysis of timing behaviour, and progress
during the last five or six years has been particularly impressive, with the publication of several major new theoretical contributions.
There has also been considerable progress in behavioural methodology during the past decade. In the area of reinforcement schedules,
for example, the venerable interresponse–time schedule, fixed–interval peak procedure and interval bisection task have been
complemented by a 'second generation' of incisive instruments for analyzing timing behaviour. Another area of recent development
is the analysis of the neurobiological substrate of timing behaviour. Several research groups are currently studying the involvement
of various central neurotransmitter systems in the timing behaviour, and the ability of centrally acting drugs and discrete brain lesions
to alter timing processes. Yet another recent development in timing research is the growing dialogue between two fields that have
grown up separately, although, superficially at least, they seem to have much in common: the experimental analysis of 'interval timing',
traditionally the province of experimental psychology, and behavioural chronobiology. The last few years have seen a growing interest
in the comparative properties of the internal 'clocks' that regulate biobehavioural rhythms with time bases in the circadian range or
longer, and those that are entailed in timing of intervals in the range of seconds or minutes. All these areas of research, and
others, are represented in the chapters that make up this volume. This book will help to promote further interactions among researchers
who hail from disparate disciplines, but who share a common interest in the temporal properties of behaviour.
Contents Preface. Contributors. Dynamic models of rapid temporal control in animals (J.J. Higa, J.E.R. Staddon). Timing and temporal search (R.M.
Church). Time's causes (P.R. Killeen et al.). Application of a mode–control model of temporal integration to counting
and timing behaviour (W.H. Meck). Does a common mechanism account for timing and counting phenomena in the pigeon? (W.A. Roberts). Pigeons'
coding of event duration in delayed matching–to–sample (D.S. Grant et al.). Ordinal, phase, and interval timing
(J.A.R. Carr, D.M. Wilkie). Cooperation, conflict and compromise between circadian and interval clocks in pigeons (J. Gibbon et al.).
Factors influencing long–term time estimation in humans (S.S. Campbell). How time flies: functional and neural mechanisms of interval
timing (S.C. Hinton, W.H. Meck). On the human neuropsychology of timing of simple repetitive movements (D.J. O'Boyle). 5–hydroxytryptamine
and interval timing (A.S.A. Al-Ruwaitea et al.). Index
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