Publication | Open Access
Effects of Temperature upon Diurnal Rhythms
267
Citations
21
References
1960
Year
Prime ImportanceEngineeringHomeostatic MechanismPhysiological RegulationIntegrative PhysiologyHyperthermiaBioenergeticsBiological RhythmsBiophysicsMolecular ClocksMeteorologySleepDiurnal RhythmsMedicineBiochemical ProcessesCircadian BiologyClimate DynamicsClimatologyBiologyPlant Circadian ClockPhysiologyTemperature MeasurementMetabolismCircadian RhythmChronobiology
The phenomenon of temperature-independence has probably been the most important single factor in sparking the interest of scientists in the problem of biological rhythms. From observations which only fifteen years ago might have been considered curious and interesting, but trivial, there has emerged a generalization of prime importance concerning the regulation in time of physiological and biochemical processes. The generalization has gained an enormously greater impact through its statement in the form that organisms possess biological clocks—the subject of this symposium.
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