We attempted to robustly integrate small scale processes, such as leaf photosynthesis to larger scales applicable to modelling and remote sensing for the savanna region.
Yet, it has been shown that also small scale processes, like foraging behaviour, space use by individuals and local resource competition are also important factors.
However, despite the use of innovative strategies, some altimetry limitations still persist in the coastal domain, where small scale processes remain sub-sampled by conventional altimetry coverage but will benefit from technological development in the near future.
There is a risk to significantly over- or underestimate LULCC-related impacts due to small scale processes which cannot be adequately accounted for yet.
The PDS design paradigm provides a turnaround of several human-days effort for the design of a static model of a small-scale process cell.
This is a continuous, small-scale process, but in the medium and long term it means a significant loss of land with high ecological value.
During demonstrations and an assessment event with industry professionals the methods have been successfully applied to the development of small-scale process control applications.
These findings illustrate the relevance of measuring shear and wall shear stresses at very small consolidation stresses to improve the flow behavior predictions for small-scale process equipment typically used during production of solid state pharmaceuticals.
Overall, this study shows how the spatial randomness and nonrandomness of small-scale process variability control the hydrologic responses at larger scales and suggests a combined (nonrandom random) representation of watersheds for aggregating hydrologic processes.
In other words, I assume that if a large-scale production process provides higher returns than a small-scale process in one case, this applies in all cases.
