Our study is the first to illustrate how helium ion microscopy, in combination with scanning electron microscopy, can be successfully applied in the earth and ecosystem sciences to image the complex nanoscale environment of microbe-rock interfaces that are keystone in understanding incipient biogeochemical cycles.
The results enhance our understanding of incipient mineral weathering in complex field systems by characterizing the biomechanical expansion of mineral sheets by soil fungi in all three climates at sub-nanometer resolutions.
At one level this incipient panic is understandable.
The earliest stages of convergent evolution are difficult to observe in the wild, limiting our understanding of the incipient genomic architecture underlying convergent phenotypes [1, 2].
Investigating and understanding immediate or incipient change requires research into the fast and slow chemical reactions of inorganic and organic compounds, their response to light, humidity and pollutants, crystallographic changes, and also into the interactions among the chemical constituents of paint.
Subsequently, we discussed the implications of these results for the understanding of the emergence of incipient social hierarchies and the significance of earthworking for the topographic writing of cultural landscapes in the studied area.
The study on the incipient plastic deformation will be helpful to further understanding of the mechanical properties of nanomaterials.
One approach towards a better understanding of speciation is to study incipient species, lineages that are in the process of splitting [ 4].
Better understanding may lead to new markers for incipient neoplasia, and better preventive management of patients.
Still, the transcriptomic patterns in whitefish suggest that a full understanding of how gene flow is reduced among incipient species may depend more heavily on genes affecting adult phenotypes than developmental phenotypes.
Evolutionary shifts in plant-herbivore interactions provide a model for understanding the link among the evolution of behaviour, ecological specialization and incipient speciation.
