The main challenge for future experiments is better understanding of temporal scaling of biomorphodynamics.
When the internal friction coefficients measured here are used to evaluate the recently developed comb-crack mechanism for brittle compressive failure under low confinement, the agreement between theory and experiment is better than first found.
In response, reformers argue that a new experiment is better than a failed one.
Now that the relationship between xylem anatomy and dwarfing by peach rootstocks used in these and previous experiments is better understood, the use of inter-stems may be an efficient method to obtain trees with a range of vigour by varying the length of the inter-stem while still using traditional rootstocks known to be adapted to specific edaphic conditions.
Even if our sequence is acquired in real conditions, the results obtained in this experiment are better than the one obtained on Pointing'04 database.
The kinetic data obtained during the experiments are better fitted with the pseudo-first-order model for both, Zn II) (R 2 = 0.989) and CBG (R 2 = 0.971).
We show that rapid mixing experiments are better than chemical relaxation experiments, as the statistics of single molecule kinetics affects the latter more than the former.
In the experiments in which the horizontal resolution of the assimilated PWV data was 8.0 km around Uji, the simulation accuracy of the SLOC experiment was better than that of CNTL.
We agree with the referee that these experiments are better characterized as validation of model assumptions.
Therefore, while it is important to establish the downstream events mediating the observed lethality, these experiments are better suited to follow-up studies.
As we argued in the 'Introduction' section, and as we will demonstrate in the experimental evaluation, richly annotated experiments are better suited for the kind of meta-analysis that AnnotCompute performs.
