Those that did not develop target responses increased responsiveness from an average of 6.7 imp/sec to 13.6 imp/sec, 201% of the responsiveness before learning detection.
The responses increased by 30%to40%0% in the case of double drop coating.
In addition, the leaf area, total biomass, and yield responses increased significantly with respect to control.
Physiological responses increased linearly with power output and were significantly different at different power outputs.
The voltammetric responses increased linearly with metal ion concentrations ranging from 2.4 to 145 nM.
The zeolite addition improved the biosensor sensitivity, and the responses increased with an increase of the zeolite Brønsted acidity.
As well, the number of correct responses increased with academic year, indicating that younger women were less knowledgeable about OC.
Effects of irregularities were more pronounced in train responses; generally, the train responses increased with decreasing track profile quality.
With 50% (v/v) ethanol/water as alternative solvent, these two responses increased to 20% and 602 nm, respectively.
For unimodal responses, increased stress duration decreased the peak and shifted its location to lower suspended sediment levels.
Since most secondary metabolites are associated with stress responses, increased production of these products is often associated with decreased cell growth.
