This is not an invariant of the A ∞ -category A, nor is it an invariant of the triangulated category H ∗ A. It is an additional structure introduced by the choice of generator which provides homological information relative to G. We will now establish the link between generation time and filtration length.
Whether greater fluctuations in the wild have the same effect as those observed here and around intermediate temperatures [13] requires investigating the interaction between thermal variance and other biological traits, including incubation length, nesting timing, generation time, and TSD pattern, among others.
Due to the absence of data, it should be noted that we assume that the length of generation time among asymptomatic individuals is identical to that among symptomatic cases, an assumption that has been used by others [ 24, 25].
These results, in contrast to those on trip generation, reflect a difference between the time length which must be allocated to mandatory activities such as work or child care (or other non mandatory activities) and the organisation of this allocation, which can be planned in various ways yielding various numbers of place changes and hence various numbers of trips.
This remarkable difference requires further attention, not least because the length of the generation time in Analges is probably not different to lice.
Indeed, we detect past HIV-1 history despite its extraordinary defining features: HIV has a small genome (about 9.8 kb in length), a short generation time (24 hr; Mohammadi et al. 2013), and a high mutation rate (about 0.002 substitutions/site/year; Korber et al. 2000; Schlub et al. 2014).
The first main result, Theorem 3.12, in this paper is that the generation time of a strong generator G equals the maximal length of this filtration.
Let T be the generation time measured in years, that is, the length of the time step between generations (see Figure 1).
This might be a low estimate of generation time, as female fecundity increases with body length, i.e. with age.
