We present a comprehensive approach that enables modeling of extremely large congeneric libraries.
2
Nine of the loci were successfully amplified in the congeneric species.
3
Taxonomic comments on the relationship of A. pilchardi to other congeneric species are given.
4
We compare the genomes of P. vanderplanki and a congeneric desiccation-sensitive midge P. nubifer.
5
Where previous comparisons included plant species from distant phylogenetic positions, we studied plant-soil feedbacks of congeneric species.
6
We demonstrate the usefulness of this approach by generating and characterizing Br- and Cl-substituted congeneric families of 23 typical POPs.
7
We compared PSF effects of range-expanders and congeneric natives mediated via both the rhizosphere and litter using the congeneric species as a control.
8
Thus, the C(3) approach may serve as a tool for exploring structural applicability domains of the existing QSPR models for congeneric sets.
9
Still, even under those conditions range-expanders appeared to benefit more from high soil nutrient availability than natives, thus providing a possible advantage over congeneric natives.