Females in colder environments allocate more energy per egg enabling offspring to grow faster and reach a larger size at hatching.
In another study that has examined the role of trans-generational plasticity in the use of marginal habitats, Stanton and Galen (1997) found that early snow melt, and thus a longer growing season, among other factors, increased seed provisioning, which enabled offspring of the snow buttercup (Ranunculus adoneus) to better survive adjacent, occupied, marginal habitats.
This large, racially and ethnically diverse cohort of GDM offspring will enable evaluation of the relationship of infant feeding to growth during infancy independent of perinatal characteristics, sociodemographics and other risk factors.
First, to make reuniting efficient given the risk that offspring intermingle with conspecific young, and second, to enable parents to invest in their offspring and to avoid feeding of unrelated chicks.
A comprehensive range of measurements both during pregnancy in the mother and later follow-up in the offspring enabled relevant adjustments.
Transmission of learned behavior to offspring enables immediate and adaptive responses to environmental variation, and consequently learned behaviors can allow populations to adapt quickly during periods of rapid environmental change.
Evidently, the much larger dataset in the present study, which involved thousands of SNPs and a large population of families and offspring, enabled more reliable predictions of chromosomal rearrangements.
This method may enable the generation of F1 offspring possessing a bi-allelic mutation of a lethal gene through mating of fertile F0 individuals.
In extreme cases of species endangerment, captive rearing combined with threat reduction in the wild can enable repatriation of captive-bred offspring to the original habitat and, thereby, prevent species extinction.
The cuckoo bumblebee can be described as a queen-intolerant inquiline, since the host queen is killed to enable the parasite to produce more offspring.
