Fig. 3 The dynamic analysis of the correlation of environmental traits to quality traits.
In this study we examined the correlation of environmental tolerances of three Caragana species during their germination and seedling emergence stages and their sequential distribution pattern.
The spatial correlation of environmental perturbations (i.e., C p = 1) always reduced demographic viability (as compared with the case where C p = 0) but had weaker and more complex effects on genetic viability.
Exceptions were: the correlations of environmental sources of security officers and MRI radiographers for negative feeling (z = 2.03, p <.05) and for risk perception and positive feeling (z = -2.34, p <.05), and the correlations of metal detectors of working population and MRI radiographers for negative feeling (z = -2.39, p <.05).
The correlation efficiency of environmental factors (solar radiation, whole day average temperature, and relative humidity) to a protein content, b amylose content, c alkali consumption, d grain length, e brown rice ratio, and f head rice ratio Fig. 4 The dynamic analysis of the correlation of temperature factors to quality traits.
In this study, the authors investigate the correlation of the environmental impacts of transport and mobility measurements at signalized intersections.
The weak correlation of these environmental cues with the cocaine infusion may be a factor in the development of habitual behavior [7], [27], [28] and the reason why the lever and self-administration chamber did not apparently evoke a representation of the devalued cocaine in the paired group and thereby influence response rates in the test hour prior to SD presentations.
The lack of any genetic analysis prevented any correlation of fungal environmental contamination with onset of fungal infection, an analysis that will be undertaken in a prospective study in patients admitted to the same hospital.
Such survey should be accomplished through both molecular and cultivation dependent techniques that, respectively, allow (i) the correlation of the environmental parameters with the structure of the whole microbial communities and (ii) the enrichment, identification, and characterization of degrading microbes for traits of interest like the production of biosurfactant.
As for dicotyledonous halophytes, the PCAs performed on the experimental data obtained for J. maritimus (Fig. 5B) and J. acutus (Fig. 5D) did not reveal any significant correlation of the environmental parameters associated with water and salt stress with the oxidative stress markers and antioxidant systems.
Our results indicate that there is a direct and measurable correlation between degree of environmental enrichment and enrichment-induced exercise, and therefore enrichment-induced exercise could be used as a helpful tool to evaluate the degree of housing conditions and to standardize the EE protocols.
