life-sciences

Ethology & Animal Behavior

The scientific study of animal behavior — from innate fixed action patterns and imprinting to the evolutionary logic of optimal foraging, kin selection, and the remarkable communication dances of honeybees.

ethologyanimal behaviorfixed action patternoptimal foragingkin selectionwaggle danceimprintingKonrad Lorenz

Ethology, the biological study of animal behavior, was founded by Konrad Lorenz, Niko Tinbergen, and Karl von Frisch, who shared the 1973 Nobel Prize in Physiology or Medicine. Unlike behaviorist psychology that focused on learned responses in laboratory settings, ethology insists on studying animals in their natural environments, asking four questions about every behavior: its causation, development, function, and evolutionary history.

The field reveals extraordinary behavioral adaptations — from the stereotyped egg-rolling movements of greylag geese to the waggle dances that encode the distance and direction of food sources in honeybee colonies. Optimal foraging theory applies economic reasoning to predict how animals should allocate their time across food patches, while Hamilton's rule (rB > C) explains the evolution of altruism through kin selection. These simulations let you explore the quantitative models underlying animal behavior and witness how evolution shapes the remarkable diversity of behavioral strategies in nature.

5 interactive simulations

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Fixed Action Pattern Simulator

Interactive model of innate behavioral sequences triggered by sign stimuli, showing how stimulus intensity and threshold determine the probability and completeness of fixed action patterns

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Imprinting & Critical Period Simulator

Interactive model of Lorenz's filial imprinting showing how sensitive periods, stimulus exposure timing, and irreversibility shape early behavioral attachment

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Kin Selection & Hamilton's Rule Simulator

Interactive model of Hamilton's rule (rB > C) showing how genetic relatedness drives the evolution of altruistic behavior among relatives

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Optimal Foraging Theory Simulator

Interactive model of the marginal value theorem showing how animals optimize time allocation across food patches of varying quality

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Honeybee Waggle Dance Simulator

Interactive visualization of Karl von Frisch's waggle dance communication system, showing how bees encode food source distance and direction through dance angle and duration