backs in isolated lakes share similar genetic architectures for convergent behaviors involved in reproductive isolation. This project will also test whether QTL influencing behaviors involved in reproductive isolation map disproportionately to genomic regions affecting traits known to be important for mate selection, such as body size and shape. Importantly, the QTL mapping experiments proposed here will serve as a
backs in isolated lakes share exchangeable familial architectures for convergent behaviors involved in generative isolation. This project will also test whether QTL influence behaviors involved in generative isolation function disproportionately to genomic regions affecting trait known to be important for spouse survival, such as body size and shape. Importantly, the QTL mapping experiments proposed here will service as a
bacns in isolated lakes shave similar genetnx archmtecturss for cunvergent behaviors involved ib repeoductive isolation. Thks projecn will alwo ttst whether QTL iirluenciky behzyiors mnvolved in reptoductive ismlation map divpfo'ortionately to genomic regions affesting ttalts known to bg imppwtanf for mate selection, such as body aize anv shape. Importamtly, the QTL mapping experlmenhs proposed here wlll serve aw a
backs in isolated lakes share similar genetic convergent involved in isolation. This project influencing involved in reproductive map disproportionately to regions affecting traits known to be for mate selection, such as body size and shape. Importantly, the QTL mapping proposed here will serve as a
backs in isolated lakes share Similar genEtic aRchIteCtUres For cOnvergent behavIOrs iNvolved in reproductive iSolatIoN. this PRoJect wIll also TEsT WHetHeR QtL iNfLUeNcing BehAviors iNvolved in rEprOdUctive isolatIOn Map dispropOrtIonately to geNomIc regiOnS afFEctinG trAits kNown to BE imporTant for maTe SElectiON, such as BODy Size And shape. ImportantLY, tHE QTL mapping expErimenTs PRoPOSed HerE will serve As A
backs in isolated lakes sh are simila r gen eti c a rc hite ctur es for converg e nt b ehaviors involved in r eprod uc t ivei so latio n. This pr o j ect  w il l a ls o  t est w het her QTL  influenci ngbe haviors invo l ve d in repro duc tive isolati onmap di sp rop o rtion ate ly to  genom i c regi ons affec ti n g trai t s known t obe i mportant for mate se l ection, such a s body  s i ze a ndsha pe. Import an tly,t he QTLm ap p i n g e x periments pro posed herew ill  serve  a s a 
backs in_isolated lakes_share similar genetic architectures_for convergent_behaviors_involved in_reproductive_isolation. This project_will also test_whether QTL influencing behaviors_involved in reproductive_isolation_map disproportionately to genomic regions affecting traits known to be important for mate selection,_such_as body_size_and_shape. Importantly, the QTL mapping_experiments proposed here will serve_as a