Setting targets is common in conservation planning and can be a requirement for assessing the capacity of selection procedures to meet conservation objectives.
A majority of examples come from the underexploited plants used by Amazonian indigenous people, little known in the international scientific literature, but which are splendid examples of the capacity for breeding and selection of traditional communities.
A high potential for acclimation within and between generations and the capacity for adaptation by selection of pathogen-resistant genotypes will ensure population viability and biodiversity [[ 14],[ 15]].
Although we found evolutionary potential in both thermal environments, it is hard to predict the capacity for adaptation by selection of pathogen resistant genotypes from ambient conditions.
Our data show that the capacity for positive and negative selection of both CD4 and CD8 SP thymocytes was reduced in Foxn1Δ/Δ mutants compared to Foxn1+/Δ control mice.
However, the capacity for clonal or cellular selection on a short-term or highly regulated basis is a preserved feature of more complex organisms.
This architecture might be a key and distinguishing feature of evolved proteins a design principle providing not only for foldability and high-performance function but also for robustness to perturbation and the capacity for rapid adaptation to new selection pressures.
It was shown that such assemblies often self-organize into kinetically stable mutually catalytic networks, termed composomes, display homeostatic growth and reproduction-like processes, as well as a limited capacity for selection [ 30, 36- 38].
Under such circumstances, pollinator unpredictability could lead to selection for the capacity for a combination of both selfing and outcrossing pollination strategies [ 7].
We argue that the proper role of experiments is to demonstrate the capacity for evolution under various agents of selection and thereby contribute to improvements in theory, not to mimic any specific fishery or design a management plan.
Molecular breeding methods, such as marker assisted selection (MAS), have the potential to complement conventional phenotypic-pedigree based selection methods by providing a sophisticated, direct and precise selection system, with the capacity for higher throughput [ 5- 8].
