We can describe the net reproductive rate (R o ) of a genotype or individual in terms of its age specific survivorship and fecundity : x = age, l x = probability of surviving from age 0 to age x, m x = number of offspring produces by an individual of age x.
(We can describe the net reproductive rate (R o ) of a genotype or individual in terms of its age specific survivorship and fecundity : x = age, l x = probability of surviving from age 0 to age x; produces; m x = number of offspring) Context(We can describe the net reproductive rate ( R o ) of a genotype or individual in terms of its age specific survivorship and fecundity : x = age , l x = probability of surviving from age 0 to age x produces,List([0, 230))):(We; can describe; the net reproductive rate (R o ) of a genotype or individual in terms of its age)
We can describe the net reproductive rate ( R o ) of a genotype or individual in terms of its age specific survivorship and fecundity
We can describe the net reproductive rate (R o ) of a genotype or individual in terms of its age specific survivorship and fecundity : x = age, l x = probability of surviving from age 0 to age x x = age , l x = probability of surviving from age 0 to age x produces,List([0, 230))):(We
produces can describe
m x = number of offspring
the net reproductive rate (R o ) of a genotype or individual in terms of its age