In laboratory mesocosm experiments, we assessed the survival of bay scallops (Argopecten irradians concentricus) of various sizes (10 19 mm, 20 29 mm, 30 39 mm, and 40 50 mm shell height; SH) as a function of female blue crab, Callinectes sapidus, predation as it varied with habitat (oyster shell, sand, Gracilaria spp).
MUAF was modelled as a function of female age, dominance rank, and group membership plus the considered genetic parameter.
Three cases plot the limiting variance as a function of the female and male parameters from a given population, with the female and male contributions of another population specified.
Therefore, the female X-chromosomal admixture fraction can equivalently be written as a function of the female X-chromosomal admixture fractions in the previous generation, H 1, g − 1, f X, and from two generations ago, H 1, g − 2, f X.
Because U-Cd was log-normally distributed, we used log-transformed values in showing U-Cd as a function of sex (female vs. male), age, ADMS-modeled Cd concentration levels, and smoking status (never, past, current smokers).
The limiting mean X-chromosomal admixture is a predictable function of female and male contributions from the source populations, but among cases we consider, has the 2/3 and 1/3 weighting only for a single admixture event that takes place at a single point in time.
This distinction corresponds to the two subscales of self-regulation and the stronger relationship of "well-being orientation" to prognosis could be a function of our predominantly female sample [ 26].
The model follows the basic form of models produced by Anderson & May 19811) except that the host population is assumed to be dioecious and its birth rate is a function of the number of females.
Female movement patterns appeared to be seasonal with peaks during June-August; these peaks appeared to be a function of break-ups in female social groups rather than environmental conditions.
Estrogen is a key regulator of normal function of female reproductive system and plays a pivotal role in the development and progression of breast cancer.
This growth was a function of very high fecundity (1.3 females per female per year) more than compensating for high mortality, particularly among females.
