This point became particularly pertinent when Williams and Williams (1974) showed that even simple disaggregation by time period of Pearson, Lee, and Bramley-Moore's father-son pairs, results led to very different findings using essentially the same data.
With a streamlined and completely automated processing interface, STEM-LAI represents a flexible tool for LAI disaggregation in space and time that is adaptable to different land cover types, landscape heterogeneities, and cloud cover conditions.
The factors investigated included: culture ICD and duration, temperature, media pH, aspiration and dispensing flow rates, applied shear rate, trypsinization time, cell disaggregation conditions, relative centrifugal force, centrifugation time, and cell pellet resuspension rate.
Note that we do not combine time and regional disaggregation simultaneously.
The timescales for these events form a convergent power series, meaning that the disaggregation happens in a finite time.
The present study uses a cascade disaggregation model to generate short time scale rainfall data, needed to calculate the erosivity index in erosion modeling.
As an alternative, a new methodology is proposed that directly operates on seasonal time scale, avoiding disaggregation, and that simultaneously preserves annual statistics and the scaling properties on overyear time scales.
Similar to that Morlot et al. [11] propose an interaction-based mobility model for hot spots, i.e., their formation and disaggregation as well as the time dynamics in between.
The ability of the different disaggregation models to produce rainfall time series resulting in the same retention design than the one obtained with the observed rainfall series is finally analysed.
A methodology for the stochastic disaggregation of rainfall at fine time scales was recently introduced, combining the Bartlett-Lewis process to generate rainfall events along with adjusting procedures to modify the lower-level variables (i.e., hourly) so as to be consistent with the higher-level one (i.e., daily).
