393 individuals (11%) showing low call rates across SNPs were omitted; fragmented DNA is a pre-requisite to running SNPlex and sub-optimal fragmentation is the likely cause of these low call rates.
Consequently, an innovative concept of blending a hypervelocity kinetic impactor with a subsurface nuclear explosion has been developed for optimal penetration, fragmentation, and dispersion of the target NEO.
I found that habitat selection of the species with limited dispersal range increasingly deviates from optimal selection when fragmentation increases.
To minimize sleep fragmentation, optimal setting of pressure support level and expiratory trigger are paramount in PSV.
With the demographic model, the optimal level of fragmentation increased with overall population size and dispersal rates and could reach high levels (> 10-15 patches).
Consequently, (i) demographically optimal levels of fragmentation may be much higher than genetically optimal levels; (ii) demo-genetic optimal levels are, in most cases, intermediary between demographic and genetic optimal levels.
The optimal level of fragmentation depends on overall population size and dispersal ([ 42- 44], see upper panels of Figure 2) as well as on the regime of perturbations [ 45, 46].
This implies that optimal levels of fragmentations (e.g., in the context of reserve design) may be either under- or over-estimated when based on simple demographic or genetic approaches.
The amplified single-stranded cDNA was purified to allow accurate quantitation of the cDNA and to ensure optimal performance during the fragmentation and labeling process.
