Because populations differed significantly in their response to temperature, the relationship between growth rate and environmental field data was investigated on population means.
Data were investigated based on frequency-domain analysis.
In order to convert the unitless PCA results into actual blood volume and blood oxygenation values, the PCA converted data was investigated for its dependence on blood volume, oxygenation, and epidermal thickness.
To achieve the objectives, a numerical model for a water LiBr solar assisted absorption system is developed, and the influence of a reduction in the clearness index, based on actual recorded data, is investigated for constant and time varying cooling loads.
Comparisons between groups were made using the un-paired t-test and correlations with array data were investigated using Pearson correlation on GraphPad Prism 5 (La Jolla, CA, USA).
Time-on-task effects on RT data were investigated by comparing RT in equal length quartiles over the course of the task in a repeated measures ANOVA.
The interrelations between the microbial biomass, total N, organic P, and organic S in the accumulation of soil organic C (SOC) and the contribution of fungal and bacterial residues to SOC, based on amino sugar data, were investigated in the current study.
Raw data, normalized to global mean data (GN) as well as quantile normalized data (QN), were investigated on the corrected threshold cycle (Cqs representing Ct values minus background fluorescence of the no template control) and normalized relative quantities (NRQs) for downstream bioinformatical algorithms.
Here, the significance of the probing technique's impact on the measured data is investigated by means of CFD simulations and experimental investigation of catalytic partial oxidation of CH4 on a Rh-coated honeycomb catalyst.
