Litcius/Paper detail

Prediction in ecology and evolution

Andrew P. Hendry

2023BioScience15 citationsDOIOpen Access PDF

Abstract

Abstract Prediction is frequently asserted to be the sine qua non of science, but prediction means different things to different people in different contexts. I organize and explain this diversity by addressing five questions. What does it mean to predict something? To answer this question, I describe concepts of prediction as prophecy, diagnosis, history, repeatability, and fate. What are we trying to predict? Here, I describe how predictions vary along several axes: general to specific, qualitative to quantitative, relative to absolute, point to range, and continuous to discontinuous. Where do predictions come from? In this case, I focus on deductive versus inductive reasoning. How do we test predictions? The answer here is not straightforward and I discuss various approaches and difficulties. How good are predictions? Not surprisingly, it depends on what is being predicted and how we judge success. Importantly, I do not espouse a “best” way to approach prediction but, rather, I outline its diverse manifestations so as to help organize practical thinking on the topic.

Topics & Concepts

Diversity (politics)EpistemologyRange (aeronautics)Sine qua nonFocus (optics)EcologyOutcome (game theory)Computer scienceCognitive psychologyPsychologySociologyMathematicsMathematical economicsBiologyPhilosophyPhysicsMaterials scienceAnthropologyOpticsLinguisticsComposite materialSpecies Distribution and Climate ChangeEvolutionary Game Theory and CooperationEvolution and Genetic Dynamics
Prediction in ecology and evolution | Litcius