To visualize the effect of the independent variables on responses (only for significant interactions), surface response plots of the quadratic polynomial models were generated by holding an independent variable constant at its center point and varying the remaining two variables within the experimental range.
Humid, shallow water-table environments such as the flatwoods of the southeastern United States are characterized by flat topography and moderately to poorly drained soils where significant interaction between surface water and groundwater occurs.
We also observed a significant interaction effect in surface area in the caudal anterior cingulate and rostral middle frontal cortices.
For Ni/TiO2 (I), the reduction peaks at temperatures in the range of 360 480 °C are probably due to the reduction of bulk NiO and NiO with significant interaction with the TiO2 surface [31].
A tendency was observed for the whole dataset, and this was significant when considering Dqa1 homozygotes, as indicated by the significant interaction observed between the surface of the flank gland and the Dqa1 heterozygosity (P = 0.039, Fig. 3).
A Student's post hoc analysis showed a significant difference between control and marked frogs (P = 0.024) and a significant interaction between treatment and surface (P = 0.041), with a significant increase in the bacterial abundance associated with the ventral surfaces of frogs that were marked (∼12-fold) at 1 day postmarking (Fig. 1).
The behavior of oxygen surface complexes in the TPD experiments also supports significant interaction between hydrogen and oxygen surface groups and/or inhibition of their formation.
The interaction surface was significant, with 804 Å of interface area.
The FITC-labeled GST-AsCrt exhibited a significant interaction with P. berghei ookinete surface proteins.
These signatures indicate that deep-seated fluid may reach the surface without significant interaction during its ascent, such as through channel flow from depth, as also suggested from the seismic velocity variations (Iwamori and Nakakuki 2013) and trace element transport in subduction zones (Ikemoto and Iwamori 2014).
Globally significant interactions between climate, surface processes, and tectonics have recently been proposed to explain climate change and mountain building.
