Evolutionaryquantitativegenetics(EQG)providesaformaltheoreticalfoundationforquantitativelylinkingnaturalselectionandgeneticvariationtotherateandexpanseofadaptiveevolution.Ithasbecomethedominantconceptualframeworkforinterpretingtheevolutionofquantitativetraitsintermsofelementaryforces(mutation,inheritance,selection,anddrift).Despitethissuccess,therelevanceofEQGtomanybiologicalscenariosremainsrelativelyunappreciated,withnumerousfieldsyettofullyembraceitsapproach.PartofthereasonforthislagisthatconceptualadvancesinEQGhavenotyetbeenfullysynthesizedandmadeaccessibletoawideracademicaudience.Acomprehensive,accessibleoverviewisthereforenowtimely,andEvolutionaryQuantitativeGeneticsprovidesthismuch-neededsynthesis.Thecentralargumentofthebookisthatanadaptivelandscapeconceptcanbeusedtounderstandbothevolutionaryprocesswithinlineagesandthepatternofadaptiveradiations.Inparticular,itprovidesaconvincingargumentthatmodelswithamovingadaptivepeakcarryusfurtherthananyotherconceptualapproachyetdevised.Althoughadditivetheoryholdscenterstage,thebookmentionsandreferencesdeparturesfromadditivityincludingnon-Gaussiandistributionsofalleliceffects,dominance,epistasis,maternaleffectsandphenotypicplasticity.Thisaccessible,advancedtextbookisaimedprincipallyatstudents(fromseniorundergraduatetopostgraduate)aswellaspractisingscientistsinthefieldsofevolutionarybiology,ecology,physiology,functionalmorphology,developmentalbiology,comparativebiology,paleontology,andbeyondwhoareinterestedinhowadaptiveradiationsareproducedbyevolutionaryandecologicalprocesses.
