Extinction times increase linearly with length, and coexistence times increase quadratically with length. by Gregory J. Kimmel (7419137)

“…This was only observed when the producer invades. As <i>β</i> increases, we shift from the pulled velocity predicted by linear theory. …”

Given a linear growth trajectory, increasing survival increases optimal maturation age and size. by James E. Breck (8582229)

“…<p>As annual survival <i>s</i> increases, the growth curve is unchanged, but the iso-fitness curves become less steep and the age-0 intercepts increase (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0228990#pone.0228990.g008" target="_blank">Fig 8</a>), so optimal age and length increase along the growth curve. …”

Comparison of different methods to calculate volume increase and calcification rates. by Ines D. Lange (8701818)

Subjects:

Increasing negative publication rates as a claim approaches canonization greatly increases accuracy by Silas Boye Nissen (6815351)

“…The actual probability of publishing a negative outcome increases linearly from the baseline rate when belief is 0 to a value of 1 when belief is 1. …”

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Mechanism of Nonmonotonic Increase in Polymer Size: Comparison between Linear and Ring Chains at High Shear Rates by Zhenhua Wang (426041)

Subjects:

Two hypothesized models for C period decrease as growth rate increases. by Sara Sanders (4163479)

Strategies for increasing power in the presence of a coupling lag. by Alex E. Yuan (6876257)

“…(<b>D, E</b>) Various strategies to account for a coupling lag can increase the power of the TTS test. …”