The main effects of PRGDP and Gi on SWB. by Feng Huang (62988)

“…Key findings include: (1) In temporal relationships, a 46.70% increase in GDP per capita implies a 0.38 increase in subjective well-being, while a 0.09 increase in the Gini coefficient means a 1.47 decrease in subjective well-being. (2) In spatial relationships, for every 46.70% increase in GDP per capita, subjective well-being rises by 0.51; however, this relationship is buffered by unfair distribution, and GDP per capita no longer significantly affects subjective well-being when the Gini index exceeds 0.609. …”

The interaction of PRGDP and Gi on SWB. by Feng Huang (62988)

“…Key findings include: (1) In temporal relationships, a 46.70% increase in GDP per capita implies a 0.38 increase in subjective well-being, while a 0.09 increase in the Gini coefficient means a 1.47 decrease in subjective well-being. (2) In spatial relationships, for every 46.70% increase in GDP per capita, subjective well-being rises by 0.51; however, this relationship is buffered by unfair distribution, and GDP per capita no longer significantly affects subjective well-being when the Gini index exceeds 0.609. …”

Descriptive statistics of variables. by Feng Huang (62988)

“…Key findings include: (1) In temporal relationships, a 46.70% increase in GDP per capita implies a 0.38 increase in subjective well-being, while a 0.09 increase in the Gini coefficient means a 1.47 decrease in subjective well-being. (2) In spatial relationships, for every 46.70% increase in GDP per capita, subjective well-being rises by 0.51; however, this relationship is buffered by unfair distribution, and GDP per capita no longer significantly affects subjective well-being when the Gini index exceeds 0.609. …”

Data_Sheet_1_Seabirds under environmental pressures: Food supplementation has a larger impact than selenium on chicks exposed to mercury and a viral disease.docx by Manrico Sebastiano (5647412)

“…Finally, we compared the results of this experiment with a previous food supplementation experiment. …”

The velocity contour and vector in all sections. by Renquan Tu (19556120)

Subjects:

The scale and location of the breathing zone. by Renquan Tu (19556120)

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The surface mesh of the computational model. by Renquan Tu (19556120)

Subjects:

The velocity contour and vector in all sections. by Renquan Tu (19556120)

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Variable-precision model of VWM. by Yi-Jie Zhao (11663148)

Mean amplitude values during a complete 360° rotation for the external oblique muscle. by Christoph Anders (4068499)

Mean amplitude values during a complete 360° rotation for the internal oblique muscle. by Christoph Anders (4068499)

Mean amplitude values during a complete 360° rotation for the rectus abdominis muscle. by Christoph Anders (4068499)

Variations in the mean force coefficients. by Shantanu S. Bhat (5446082)

Binocular summation ratio. by C. Vijay Reena Durai (14498259)

Two Microsoft excel spreadsheets containing the raw data of the study have been added as supporting information. by C. Vijay Reena Durai (14498259)

Representation of better of the two eyes’ monocular FMTs and binocular FMTs. by C. Vijay Reena Durai (14498259)

Blocking the MAPK pathway with UO126 decreases jagged expression and migratory ability. by Megan K. Fentress (17304814)

Model fitting results. by Yi-Jie Zhao (11663148)

KSHV inducible gene expression is positively regulated in a TR-dependent manner. by Tomoki Inagaki (12903779)

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Vm reconstruction error as a function of time. by Evan Cudone (5768813)