The findings indicate statistically significant agreements between the two datasets.
Between the two datasets, IRI now houses around 60 terabytes of subseasonal climate forecasting data.
Excellent agreement was obtained between the two datasets with the small differences being attributable to differences in the spatial and temporal averaging inherent between the two datasets.
The discrepancy between the two datasets suggests the correlation between CBX6 expression and breast cancer patient survival needs further study.
To concordantly analyze expression profiles from TCGA and GTEx, we first verified comparability between the two datasets.
Except at distal ejecta deposits of young, bright craters a general correlation was observed between the two datasets.
Another difference between the two datasets was the stimuli used.
Second, the reported years differed between the two datasets.
The phase between the two datasets also compares very well.
Overall, this points to very significant differences in the aggregate casualty statistics between the two datasets.
The principal difference between the two datasets lies in the way thermal conductivity values are reported.
