Fukaya, K., Okuda, T., Nakaoka, M., Hori, M. & Noda, T. Seasonality in the strength and spatial scale of processes determining intertidal barnacle population growth.
A good agreement is observed in the time scale of processes measured by DRS and DMS in PISF nanocomposites.
Linking intertidal processes to their natural patterns within a framework of coastal erosion requires monitoring techniques providing high-resolution spatio-temporal data from the scale of processes to this of patterns.
This is justified by the different characteristic time-scales of processes underlying energy metabolism and gene expression, and does not rule out the possibility of any change in flux velocity brought about by e.g. protein translocation.
This study found that meeting a scale of processes of care for patients with hip fracture was associated with improved functional outcomes after two months but not after six months and not with mortality [ 22].
However, the study found that meeting the whole scale of processes of care was associated with fewer readmissions and better locomotion, self-care, and transferring (from for example the bed or toilet) at two months but not at six months.
Meeting the whole scale of processes of care was not associated with mortality at 6 months (Mortality Hazard Ratio = 0.95, P-value > 0.5), whereas the authors did not examine mortality after 30 days as in our study.
Characteristic time scales of different processes are compared to identify physicochemical phenomena in each stage.
It comprehensively illustrates the inextricable links between institutional scales and the scales of ecology processes.
Microsecond-long simulations, barely scratching the time scales of biological processes, require iterating over this calculation cycle 10 times.
An interval of 300 ms is in the time scales of the processes under investigation, and the linear extrapolation represents the most natural null hypothesis (see below).
