This approach allows for an integrated assessment of the level of connectedness between coral reef sites.
This approach allows for the inclusion of all offsprings while controlling statistically for shared parentage.
Importantly, this approach allows for productive repeated dosing of the same AAV serotype in mice and in nonhuman primates.
This approach allows for subsequent averaging or upscaling without the complications associated with the Smoluchowski equation.
This approach allows for a better realization of seawater intrusion in coastal aquifers.
This approach allows for much interplay between methods of algebraic geometry, complex analysis, the theory of harmonic maps, and topology.
This approach allows for larger trials with more representative samples, because it does not require individual recruitment.
This approach allows for rigorous and authentic evaluation, honors due process and gets rid of teachers who do not improve.
Moreover, this approach allows for WTP studies with much smaller sample sizes than traditional methods require.
This approach allows for analyzing sequential decisions in evolving SoS architectures.
This approach allows for identification of near-optimal multi-stage decisions in evolving SoS architectures.
