Structure stabilizes larger numbers of species, but increasing competitive asymmetry increases species loss. by Tristan Ursell (73348)

“…<b>(B)</b> Comparing identical conditions between two different system sizes (<i>L</i> = 100 and <i>L</i> = 200), the effects of disorder are relatively small in comparison to the effects of system size, with smaller system sizes (blue lines) showing a significant amplification of reduction in survival probability as compared to the larger system. …”

Are larger primates less faunivorous? Consumption of arthropods by Amazonian primates does not fulfil the Jarman-Bell and Kay models by Anamélia de Souza JESUS (13778395)

Loss of ECRG4 expression decreases neutrophil mobilization from bone marrow reserves. by Katie D. Pool (20141584)

Coupled Dynamics of Droplet Impact on a Flexible, Hydrophilic Cantilever Beam by Bibek Kumar (14082303)

“…We explain this damped response by the interplay of droplet and cantilever early dynamics. As expected, increasing the droplet viscosity dampens the magnitude of droplet spreading and displacement of the cantilever’s tip due to a larger dissipation of kinetic energy in the bulk of the droplet. …”

Effects on the probability to choose the larger-but-later (LL) option in the temporal discounting task (N = 28) from a generalized mixed effects regression analysis (glmer model: c... by David Mathar (9707947)

Simulation of the behavioral consequences of increased resource allocation variability. by Yi-Jie Zhao (11663148)

Increase of T cell presence in the liver of PD-1-deficient mice infected with <i>S</i>. <i>japonicum</i> for 8 weeks. by Liaoxun Lu (179293)

Subjects:

Validation analysis: <i>Varroa</i> occurrence probability decreases with wind mid-season, but temperature drives overall trends. by Alison McAfee (1392388)

Data_Sheet_1_Perceptual Priming Can Increase or Decrease With Aging.PDF by Kalathupiriyan A. Zhivago (9659504)

“…Thus, perceptual priming can increase or decrease with age or cognitive impairment, but these changes do not covary with explicit memory.…”

DataSheet_2_Climate factors drive plant distributions at higher taxonomic scales and larger spatial scales.docx by Erhan Huang (17772852)

“…Topographic factors had a relatively larger influence at higher taxonomic levels (i.e., family>genus>species), but with a relatively slow rise with the increase in spatial scale.…”

DataSheet_3_Climate factors drive plant distributions at higher taxonomic scales and larger spatial scales.docx by Erhan Huang (17772852)

“…Topographic factors had a relatively larger influence at higher taxonomic levels (i.e., family>genus>species), but with a relatively slow rise with the increase in spatial scale.…”

HNL1 favors larger substrates as compared to <i>Hb</i>HNL. by Bryan J. Jones (7354394)

Results on the trimmed datasets with a decreasing number of papers per author available for training and testing. by Leonard Bauersfeld (16475015)

An increase in neurons preferring larger disparities in MT is a key factor in the observed sensory coding transformation. by Tyler S. Manning (17775981)

Fig 1 - by Vianney Guibourd de Luzinais (16871842)

Increase of the detected poly(A) tail lengths by sequencing the larger size of cDNA library and by reducing the size of RNA fragments. by Fengyun Yu (6661154)

The active site of HNL1 is larger than the active site of <i>Hb</i>HNL. by Bryan J. Jones (7354394)

For experimental data, too, recording length has little effect on estimated total history dependence, but larger impact on the estimated information timescale. by Lucas Rudelt (4059505)

Phase 1 pre- and post-test Means (<i>M</i>), Standard Deviations (<i>SD</i>), between group effect sizes (<i>d</i>), and RMANOVA results (<i>F</i>-value, <i>p</i>-value) for interv... by Wendy C. Crone (2262169)

<i>In vivo</i> and long-term chaperone activity assessment of wild-type and p.R163C mutant αB-crystallin. by Aref Baharvand (21713886)