One possible explanation for this finding was that differences would only manifest in the correct environment (e.g., gene by environment interactions).
Similarities as well as differences in how typical accessibility problems are manifested as physical barriers in the environment are made more easily recognized.
In this paper, taking into account the effect of a randomly fluctuating environment, we assume that fluctuations in the environment will manifest themselves mainly as fluctuations in the parameter β, as in [12], betarightarrowbeta+sigmadot{B}(t), where (B t)) is standard Brownian motions with (B 0) = 0), and with the intensity of the white noise (sigma^{2}>0).
We assume that fluctuations in the environment will manifest themselves mainly as fluctuations in parameters (gamma_{1}), (gamma_{2}) as follows: gamma_{i}rightarrowgamma_{i}+sigma_{i} dot{B}_{i}(t), quad i=1,2, where (B_{i}(t)) ((i=1,2)) is for the mutually independent standard Brownian motions with (B_{i}(0)=0), and (sigma_{i}^{2}) ((i = 1, 2)), the intensities of white noise.
Allelopathy is a plant's effect on another plant [11] manifested as chemical compounds released and diffused in the environment [12, 13].
How group-level copying can manifest itself is therefore mediated by opportunities in the environment.
However, the basis and extent of plastic variation that manifests in diverse environments remains elusive.
Consider noises in the environment.
Remove irritants in the environment.
Considering that this heightened emotional reactivity might manifest in irritable behavior in reaction to the environment, there is an important overlap with research on internalizing child behaviors.
This manifests in the physical distribution of species being defined by their ability to withstand the stresses imposed by their local environment (e.g. Hoffmann and Parsons, 1991).
