Basic physical properties of red sandstone soil. by Yao Long (1604773)

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The distribution of BF in the soil at different fiber dosages. by Yao Long (1604773)

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LEfSE analysis of significant marker groups of soil fungal communities between moss- (M) and non-moss growth(L) areas in litchi orchard. by Siyu Chen (278663)

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<b>Manure improves temperature sensitivity of soil organic carbon by increasing soil alphaproteobacteria, phenols, and pH and decreasing soil esters</b> by Andong Cai (5237024)

“…Manure increased soil stable organic compounds relative to CK and chemical fertilizer. …”

Significant relationships observed between case properties and sample status as assessed by Chi-square test. by Kim R. Blasdell (8783534)

Effects of different mixing ratios on forage root system, the bar graph indicates the distribution of data of each index, different symbols of a and b indicate significant differen... by Ting-Xu Feng (21094535)

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Changes in soil enzyme activity and relative abundance of bacterial and fungal genera. by Jiajia Wu (535986)

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RDA and pearson correlation analysis of soil bacterial communities and soil environmental factors. by Jun Sun (48981)

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Meta-regression analysis showing a non-statistically significant upward trend in the rates of <i>T</i>-seroprevalence in humans with increasing contamination of soil with <i>Toxocara</i> eggs. by Ali Rostami (1919863)

“…<p>Meta-regression analysis showing a non-statistically significant upward trend in the rates of <i>T</i>-seroprevalence in humans with increasing contamination of soil with <i>Toxocara</i> eggs.…”

Effects of different fertilization treatments on soil water storage in 0 ~100 cm of soil depth. by Yu Liu (6938)

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DataSheet_1_Sheepfolds induce significant increase of seasonal CO2, CH4 and N2O emissions in temperate steppes of Inner Mongolia.pdf by Xinyu Wang (341591)

Phenotype and molecular identification of <i>GmNN1/FT2a</i> in stable transgenic soybean plants. by Xinxin Li (281237)

Nitrogen increases soil organic carbon accrual and alters its functionality by Bo Tang (14313110)

“…We found that N addition, on average, significantly increased POC and MAOC pools by 16.4% and 3.7%, respectively. …”

Soil chemical properties in different soil depths across the 0‒5.2 m soil profiles in the N0 and N600 treatments. by Haijing Yuan (13006017)

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Soil erosion rates and percentage of soil erosion area. by Zhijia Gu (9274634)

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Characterization of soil fungal community relationships and composition among PRD-inducing and non-inducing soils. by Abdur R. Khan (7172030)

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Characterization of soil bacterial community relationships and composition among PRD-inducing and non-inducing soils. by Abdur R. Khan (7172030)

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Characterization of soil oomycete community relationships and composition among PRD-inducing and non-inducing soils. by Abdur R. Khan (7172030)

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Alpha-diversity metrics significantly differ by sample types (gut, soil, or vegetation) based on the results of Kruskal-Wallis tests. by Bridget N. Chalifour (12972385)

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Raw_data_N_adition_increased_SOC_PNAS.xlsx by Guoyong Yan (14273351)

“…Thus, we conducted a long-term N addition experiment in a boreal forest to investigate whether and how N addition affects SOC, as well as how this effect is regulated by plant-soil-microbe synergies. We found that SOC significantly increased with N addition, driven by the combined responses of plants, soil, and microbes. …”