A dramatic drop in the relative rate of increase of atom environments from smaller to larger fragments shows that larger fragments mainly consist of diverse combinations of a limited subset of smaller fragments.
The order, size, and density of the evolved GRNs were significantly increased with exposure to increasing numbers of environments within a lifetime (H; Figure 7D-F).
Robots are being deployed in an increasing variety of environments for longer periods of time.
This key energy range addresses the origin of PeV cosmic-rays (CRs) at around the knee energy, and also astrophysical questions associated with multi-TeV γ-ray production in an increasing variety of environments.
This may be due to the increased homogeneity of environments inhabited by pathogens compared to free-living bacteria.
We shall find that the ability to thrive in increasing numbers of environments is strongly associated with greater modularity of metabolic networks.
Since versatility corresponds to viability in increasing numbers of environments, it can be considered as a trait associated with fitness itself.
This nonuniform parameter space for genotype environment interaction was seen in a comprehensive analysis of genetic architecture in barley, in which increasing the number of environments up to 22 decreased the number of general environmental-controlling loci and increased the number of environment subset-specific loci (Lacaze et al. 2008).
Parallel with increase of awareness on environment, recently, more environmentally friendly and biodegradable materials have called a lot of attention.
Interestingly, the relative rate of increase of new atom environments, while still substantial, slows dramatically when examined as a function of increasing atom environment radius in PubChem Compound, with a 69, 42, and 6-fold increase for 0 >1, 1 >2, and 2 >3, respectively.
