Lectures in Theoretical Population Biology |
Contents
Introduction | 1 |
Selection in natural populations | 15 |
Fisher fundamental theorem | 22 |
Copyright | |
16 other sections not shown
Common terms and phrases
age class allelic frequencies Amensalism assume assumptions average fitness carrying capacity change in frequency coefficient coexistence competition constant curve Daphnia decrease density density-dependent determine deviation dN1 dt effect environment equal equilibrium frequency equilibrium point evolution evolutionary forces example expected fecundity Figure flowers function gametes gene frequencies genetic drift Hardy-Weinberg equilibrium heterozygotes homozygotes homozygous inbreeding interaction intrinsic rate intuition isocline lation Lecture Leslie matrix LIBRARY logistic equation logistic growth Lotka-Volterra equations macroevolution Malthusian mating migration mutation rate N₁ N₂ newborns number of individuals number of offspring parameters plants plotted popu population growth population sizes predator predator-prey prey population probability problem produce proportion rate of increase reproductive value result sampling SAN DIEGO seedlings seeds selection simple snails solve species stable equilibrium subpopulations survivorship survivorship curve th/th theory tion tosses traits trajectory underdominant UNIV zero zygotes