Forest plot showing the relative risk and 95% CI of significant predictors of mortality of subjects with confirmed Covid-19. by Scott D. Greenwald (12035340)

Numerical data points underlying presented graphs. by Luke R. Joyce (12107297)

Predictor waveforms. by Joshua P. Kulasingham (17935949)

Subjects:

Predictor comparison. by Joshua P. Kulasingham (17935949)

Subjects:

Amount of each solution for colour reaction. by Jiahe Fan (8344167)

CHE predictors among respondents. by Kikelomo Ololade Wright (20614963)

Subjects:

Relationship of amount of remittances and estimated probability of skilled delivery with MAMA Kit (adjusted model) n = 105. by Chelsea Ducille (21540080)

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Variable importance plot for the predictors/features. by Moses Asori (14341198)

Predictor variables or features and descriptive statistics. by Moses Asori (14341198)

Description of predictors by category and source. by Carlos Cerrejón (10813636)

Subjects:

Average amounts of lipid, glycogen, and sugar in infected larvae (red) and non-infected larvae (blue) of <i>Ceratitis capitata</i>. by Wafa Djobbi (5180810)

Change in the levels of parental stressors or rewards between time point 1 and time point 2. by Ragnhild Bjørknes (4908577)

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PD-1 deficiency does not significantly impact the pathogen load and pathology following <i>S</i>. <i>japonicum</i> infection. by Liaoxun Lu (179293)

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Binary logistic regression – predictors of willingness. by Rajalakshimi Vasudevan (12849497)

External predictor’s correlations. by Cinzia Scaggion (21722057)

Patient demographic information at four time points. by Ruitian Song (11045127)

Subjects:

Maximum IFN concentrations are decreased in severe patients. by Sonia T. Gazeau (21512764)

Image_2_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.JPEG by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”

Image_1_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.JPEG by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”

Table_1_Increasing Precipitation Interval Has More Impacts on Litter Mass Loss Than Decreasing Precipitation Amount in Desert Steppe.DOCX by Hao Qu (623045)

“…Therefore, we conducted a 3-year manipulative research in a desert steppe to assess the effects of decreasing precipitation amount and increasing precipitation interval on the litter mass loss of Stipa klemenzii and their relationships with litter chemical traits [contents of carbon (C), nitrogen (N), phosphorus (P), potassium (K), lignin and ash, C/N ratio, and lignin/N ratio] and abiotic factors (light intensity and temperature and humidity of soil and air). …”