A density-dependent matrix model was applied to develop a harvest mode
l for wildlife populations. The model links life tables, Leslie matrix
models, the logistic equation, and surplus production models applied
in fisheries; it is well suited for populations such as white-tailed d
eer. The model was applied to determine the optimum yield of the white
-tailed deer (Odocoileus virginianus borealis Miller) population on th
e George Reserve in southeastern Michigan. The optimum yield and the a
ge structure of the optimum yield were determined by fecundity, surviv
al, and the carrying capacity. The optimum yield obtained with the den
sity-dependent matrix model is nearly identical to that obtained throu
gh extensive biological analyses, and it did not require habitat analy
ses or determination of factors limiting population growth.