The phrase "assumed that the evolution" is correct and usable in written English.
It can be used when discussing a hypothesis or belief regarding the process of evolution in a scientific or philosophical context.
Example: "The researchers assumed that the evolution of species was influenced by environmental factors."
Alternatives: "presumed that the evolution" or "believed that the evolution".
Second, it is assumed that the evolution of complex organismal traits is to be explained by natural selection affecting the genetic information in the nucleus.
The time dependence of the Gauss coefficients is determined by Eq. (1) that we rewrite here: (6)In this analysis, it is assumed that the evolution of each Gauss coefficient is given by a single spline basis function, e.g.
It is assumed that the evolution of their divergent arrangements is associated with that of a complex pathway of co-regulation related to aging in vertebrates.
When performing phylogenetic analysis, it is often assumed that the evolution in one site in a biological sequence is independent of the remaining sites.
It cannot be assumed that the evolution of pathogenicity is temporally linked with the appearance of disease epidemics in an agricultural crop.
In addition, it is often assumed that the evolution of biological function is 'limited' or 'constrained' by the destabilizing effects of mutations, as stability and function are generally presumed to trade-off.
On the other hand, this is a common problem when FADN data are used, and despite this, a wide collection of literature has been produced on frontier analysis using this sort of data, explicitly or implicitly assuming that the evolution of the FADN sample is aligned with the evolution of a certain sector in each country (Madau 2011, 2015; Oude Lansink et al. 2002).
Moreover, considering the velocity (about 7.6 km/s) of the Swarm satellites and assuming that the evolution time of spatial structures is longer than the transit time, the temporal scales below 40 s roughly correspond to investigate spatial fluctuations from 7.6 km up to (sim 300) km.
Recent approaches for context-dependent evolutionary modelling assume that the evolution of a given site depends upon its ancestor and that ancestor's immediate flanking sites.
The present reconstruction assumes that the evolution of body mass and Kr/Kc is correctly described by a nondirectional Brownian motion.
\cr & {\rm{with }}E = {V_T} + {{{V_T} - {E_L}} \over {{\Delta _T}}} \cr} $$ \end{document} We assume that the evolution of the w-variable is much slower than the evolution of the voltage V.
