6533b822fe1ef96bd127d7ae
RESEARCH PRODUCT
Need for speed : short lifespan selects for increased learning ability
Jannis LiedtkeLutz Fromhagesubject
0106 biological sciences0301 basic medicineTime FactorsComputer scienceBehavioural ecologyEvolutionLongevityanimal behaviourevoluutiolcsh:MedicineReversal Learning010603 evolutionary biology01 natural sciencesModels Biologicaleläinten käyttäytyminenArticle03 medical and health sciencesCognitionOrder (exchange)evolutionAnimalsComputer Simulationlcsh:ScienceMultidisciplinaryBehavior Animallcsh:RBrainbehavioural ecologyCognitionAnimal behaviourInvestment (macroeconomics)Biological EvolutionekologiaAssociative learning030104 developmental biologylcsh:QCognitive psychologydescription
AbstractIt is generally assumed that an investment into cognitive abilities and their associated cost is particularly beneficial for long-lived species, as a prolonged lifespan allows to recoup the initial investment. However, ephemeral organisms possess astonishing cognitive abilities too. Invertebrates, for example, are capable of simple associative learning, reversal learning, and planning. How can this discrepancy between theory and evidence be explained? Using a simulation, we show that short lives can actually select for an increase in learning abilities. The rationale behind this is that when learning is needed to exploit otherwise inaccessible resources, one needs to learn fast in order to utilize the resources when constrained by short lifespans. And thus, increased cognitive abilities may evolve, not despite short lifespan, but because of it.
year | journal | country | edition | language |
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2019-10-01 |