The intrinsic mosaic pattern for development in a normal environment is illustrated (Fig. 7).
These studies all demonstrate the mosaic pattern for development; the growth potentiality is initially of great importance, but extrinsic factors may later alter the intrinsic design.
It seems to be established that there is, in general, almost a predestined mosaic pattern for development which, if carried out in a normal environment, will result in a normal development peculiar for the species.
The consequences of shoot development patterns for growth, reproduction and survival, and thus the trajectory of natural selection, will depend on the amount of time available for growth and reproduction in different climates.
It would be reasonable to pay attention to non-cleavage patterns mostly for development of inhibitors.
This section presents oil-withdrawal patterns for field development with arbitrary well patterns.
We need to capitalize on the patterns for the development of abiotic stress tolerant rice varieties as well as the genetic and evolutionary bases of the preferential distribution pattern.
Seismic and well data from Tengiz corroborate outcrop patterns for slope development, showing progradation of up to 5 and more than 10 km, respectively, despite the high-relief (up to 600 m) and steep (∼20 35°) nature of these margins.
For examples, Dong et al. investigated the dynamical miRNA and mRNA regulation patterns for lung development by using statistical and computational methods [ 6].
In future work, we plan to establish a sequence-based retrieval for the complete NGS-based SSRs patterns for marker development across a wide range of organelle genomes.
