Death rates of great apes have been observed to increase at the end of the rainy season, which may lead to increased contact rates between apes and other animals, including bats, competing for food (132– 132).
The discrepancy has been observed to increase with the skew angle.
Inclusion of homonuclear dipolar coupling has been observed to increase the axial-peak intensities.
The shear strength has also been observed to increase with time behind the shock front.
RAP binder content has been observed to increase as RAP-particle size decreases.
Similarly, Thrash and Derry (1999) noted that Cynodon dactylon has been observed to increase away from the piosphere.
Decay rates of FC have been observed to increase with increased dissolved oxygen concentration (Curtis et al. 1992).
Bacteria from this genus have been observed to increase plant productivity under P-limiting conditions [38, 39].
The shear strength has been observed to increase with applied shock stress, in common with many other materials.
Decreasing geometrical dimensions has conducive effects on sensitivity and dynamics of resonators; however energy loss has been observed to increase with decreasing size [2].
Consistent with the phenotype, the GL2 expression has been observed to increase in gem-1 whereas decrease in GEM-overexpressing plants (Caro, et al. 2007).
