Nightlight densities in the lowest, around the median and the highest ranked cities in the sample and the distribution of firms in each city. by Saul Estrin (8629173)

Catalyst Cluster-Induced Support Restructuring by Salman A. Khan (12450482)

“…Unlike the belief that the metal dispersion decreases with an increase in size, we show that intermediate-sized clusters have the largest fraction of exposed surface atoms. …”

Fig 3 - by Velma K. Lopez (18510171)

S1 Data - by Julian Burtniak (15314522)

Data_Sheet_1_Parkinson’s disease deficits in time perception to auditory as well as visual stimuli – A large online study.docx by Zi H. Su (13986396)

Reduced willingness to participate in large events. by Alyssa H. Sinclair (17102689)

“…The decrease in willingness was greater for larger event sizes, with the exception of the largest event size (5,000 people), likely because participants were already unwilling to participate in very large events. …”

DataSheet1_Impacts of large-scale circulation patterns on the temperature extremes in the cold regions of China with global warming.docx by Yiyang Dong (3846868)

Data_Sheet_1_Daily Maximum Temperatures Induce Lagged Effects on Leaf Unfolding in Temperate Woody Species Across Large Elevational Gradients.pdf by Christof Bigler (2548129)

“…Temperature effects on the probability of leaf unfolding were largest at relatively short lags (i.e., within ca. 10 days) and decreased with increasing lags. …”

The roots of amphibian morphospace: a geometric morphometric analysis of paleozoic temnospondyls by Kenneth D. Angielczyk (8711130)

“…<p>Temnospondyls—a major component of Permian and Carboniferous terrestrial ecosystems—display great diversity inskull shapes and proportions. …”

Views of the branchial basket flow chambers and cartilage skeleton in a mature, NF 58 larva. by Christopher S. Rose (14420011)

“…The ornate processes decrease in size dorsally and the largest, near the ceratobranchial bases, form a meshwork above each gill slit (small arrows in d). …”

Low Sooting Tendencies and Structure-Property Relationships of Individual Polyoxymethylene Ethers As Alternative Diesel Fuels by Junqing Zhu (11231244)

“…However, larger alkyl groups will lead to higher sooting tendencies. …”

Pearson clusters and fPCA considering all protein-coding genes. by Leo Zeitler (13775500)

“…<p>(A) The silhouette plot clearly indicates that the data can be best divided into two clusters, and creating more groups would only decrease the difference between each cluster. …”

Cell Stiffness and constriction factor. by Roland M. Dries (6620132)

“…The smaller gastrulas remained rounder, but the largest gastrula (256 cells) had a strong bowl-shape and large opening. …”

Data_Sheet_1_Electrochemical and Microbiological Characterization of Bioanode Communities Exhibiting Variable Levels of Startup Activity.PDF by Juan F. Ortiz-Medina (6196658)

“…The factors driving bioanode formation and their variability during startup remain unclear, leading to a lack of effective strategies to initiate larger-scale systems. …”

Temporal changes in avian community composition in lowland conifer habitats at the southern edge of the boreal zone in the Adirondack Park, NY by Michale J. Glennon (7274009)

“…(2) how is avian community composition changing differently across sites, and (3) what distinguishes sites which are retaining boreal birds to a higher degree than other sites? Our analysis revealed that (1) boreal species appear to exhibit the largest changes in occupancy among our study locations as compared to the larger avian community, (2) dynamics of community change are not uniform across sites and habitat structure may play an important role in driving observed changes, and (3) the particular characteristics of large open peatlands may allow them to serve as refugia for boreal species in the context of climate change.…”

Table5_Spatial Distribution of Unique Biological Communities and Their Control Over Surface Reflectivity of the Stanley Glacier, Uganda.XLSX by Jun Uetake (662530)

“…The large microbial aggregates (larger than 4 cm in diameter) were found only at the glacier surface near the terminus and side margins, where the surface was less frequently covered with snow. …”

DataSheet1_Spatial Distribution of Unique Biological Communities and Their Control Over Surface Reflectivity of the Stanley Glacier, Uganda.PDF by Jun Uetake (662530)

“…The large microbial aggregates (larger than 4 cm in diameter) were found only at the glacier surface near the terminus and side margins, where the surface was less frequently covered with snow. …”

Table4_Spatial Distribution of Unique Biological Communities and Their Control Over Surface Reflectivity of the Stanley Glacier, Uganda.XLSX by Jun Uetake (662530)

“…The large microbial aggregates (larger than 4 cm in diameter) were found only at the glacier surface near the terminus and side margins, where the surface was less frequently covered with snow. …”

Table3_Spatial Distribution of Unique Biological Communities and Their Control Over Surface Reflectivity of the Stanley Glacier, Uganda.XLSX by Jun Uetake (662530)

“…The large microbial aggregates (larger than 4 cm in diameter) were found only at the glacier surface near the terminus and side margins, where the surface was less frequently covered with snow. …”

Table2_Spatial Distribution of Unique Biological Communities and Their Control Over Surface Reflectivity of the Stanley Glacier, Uganda.XLSX by Jun Uetake (662530)

“…The large microbial aggregates (larger than 4 cm in diameter) were found only at the glacier surface near the terminus and side margins, where the surface was less frequently covered with snow. …”