Both the photosynthetic O2 evolution rate and Fv/Fm decreased significantly in leaves infected with S. sclerotiorum when compared with controls, and the decreasing extent increased with the lasting of infection.
Other areas around Earth (at least where ice has been warm-based) also may exhibit a non-random trend of decreasing extent of ice with time, ultimately because of glacial erosion in the Quaternary Period.
The lacunarity values imply the increasing complexity of the flow with decreasing spatial extent of the oil phase and multi-channeling of water phase.
PHYB expression was decreased with time in all plants but decreasing extents were significantly (P < 0.01) smaller in RfBP+ compared to WT or RfBP−.
Blending with PVPh decreased all the aforementioned parameters compared with those of neat PBSU; however, the decrease extent was limited.
Tent- or inverse tent-shaped relief was formed with normal α plates (thick plates formed often with a ragged interface at smaller undercoolings) progressively to a lesser extent with decreasing temperature.
In addition, cells overexpressing both PPARα and LXRα showed altered transactivation of both a PPARα and LXRα target reporter, with LCFA decreasing the extent of LXRE transactivation.
Compared to pure-gas values, CO2 solubility was higher in the presence of ethane, an effect whose extent increased with decreasing temperature.
FGF23 correlated with decreasing eGFR and, to some extent, calcium and PTH, but not with phosphate.
Electronic conductivity increases as niobium concentration increases; however oxide-ionic conductivity decreases with extent of niobium substitution.
