The number of LDCs in each stable block in (a) 1990 and (b) 2010. by Koji Oishi (9465020)

Spatial variations of in-degree, out-degree and community. by Sujata Kulkarni (17048193)

Projected changes in percent of workforce holding each degree group (shown as a percentage). by Shade T. Shutters (11133439)

“…<p>Projected changes in percent of workforce holding each degree group (shown as a percentage).…”

Zero-fixations attributes and degrees. by Alice Pizzo (14204368)

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)

Regions or types in FAN stable blocks in (a) 1970, (b) 1990, and (c) 2010. by Koji Oishi (9465020)

Altmetric data for overall degree of change in abstracts and figures. by Liam Brierley (3286047)

Shows changes in the standard deviation of edge-betweenness centralities EBC <i>σ</i> and modularity <i>Q</i> in response to changes in the degree assortativity coefficient <i>r</i> in a network constructed from a degree sequence containing degrees 3 and 6. by Daniel Reisinger (11648820)

Species gain and loss per degree Celsius by Samuel Andrew (4327957)

Points represent regions where the cluster coefficient was significantly larger in HC compared to MCI, at sparsity level of 0.15. by Therese M. Gilligan (7460906)

Study design. by Sarah Frederike Brose (16052578)

Subjects:

MEDOC: A Fast, Scalable, and Mathematically Exact Algorithm for the Site-Specific Prediction of the Protonation Degree in Large Disordered Proteins by Martin J. Fossat (3714079)

“…To address this problem, we developed "multisite extent of deprotonation originating from context" (MEDOC) to determine the degree of protonation of a protein based on the local sequence context of each ionizable residue. …”

Tipping trajectories in a two-degree network. by Daniel Reisinger (11648820)

“…<p>Shows change in tipping points <i>H</i>_<i>T</i>, of nodes grouped by their degree, in response to changes in the degree assortativity coefficient <i>r</i> of the underlying network constructed from a degree sequence containing degrees 3 and 6.…”

Experimental design. by Xueyan Lin (448667)

Latitudinal shift of cities relative to their distance to the equator (in degrees). by Jean-Francois Bastin (6940301)

1990–2020 bole PLEL area and change. by Lei Yao (75933)

“…<div><p>The ecological security of oasis cities in arid and semi-arid regions is highly susceptible to changes in regional landscape patterns and the degree of coordination between human activities and the environment. …”

Degree centrality. by Martin Göttlich (477352)

Pathologic changes present and regions affected after induction of femoral head ischemia. by Susan A. Novotny (21368515)

Comparison of degree distributions of networks using adaptive rewiring at the start and end of simulations for different rewire probability λ. by Kaloyan Danovski (13531471)

“…We can see that fitness-proportional disconnection results in a large number of nodes isolated from the rest of the population (equivalent to a degree <i>d</i> = 0). …”

Cumulative density function (CDF) of degrees. by Laurie E. Calvet (9461118)