Data Sheet 1_Wilt disease reshapes rhizosphere microbiota in small yellow ginger soils.docx by Qing Sun (492552)

“…</p>Results<p>Ginger wilt disease significantly altered the rhizosphere soil bacterial community structure and composition: the relative abundance of Proteobacteria increased significantly, primarily due to the enrichment of the genus Ralstonia; conversely, the relative abundance of Acidobacteriota, Firmicutes, and Chloroflexi significantly decreased. …”

Microplastics Influence Dissolved Organic Matter Transformation Mediated by Microbiomes in Soil Aggregates by Xinran Qiu (9182255)

“…The addition of MPs resulted in a decrease in the stability of DOM in large-sized aggregates but an increase in the aromaticity and unsaturation of DOM in small-sized aggregates, which were more pronounced in the PLAMPs-treated group. …”

Minimum data set used in the article. by Shizhen Xu (4474321)

“…Excessively high C:P reduced soil phosphorus effectiveness. Regarding the soil vertical profile, SOC and TN contents in forestland and grassland both decreased with increasing soil depth, while the three nutrients in cropland soil exhibited more complex vertical variation characteristics. …”

Concentrations of C, N, and P in time change. by Shizhen Xu (4474321)

“…Excessively high C:P reduced soil phosphorus effectiveness. Regarding the soil vertical profile, SOC and TN contents in forestland and grassland both decreased with increasing soil depth, while the three nutrients in cropland soil exhibited more complex vertical variation characteristics. …”

Long-term divergence of nitrogen and phosphorus dynamics in small lakes across China by Shaojuan Du (22465949)

“…Eastern Plains lakes had the highest mean TN/TP ratios (48.2 ± 13.7) and the fastest decrease (-1.565/decade). Additionally, the TN/TP ratios increased with lake area and decreased with water depth. …”

Biomass utilization operations on forest hydrologic and soil erosion processes in the northwest United States by Ina S. Miller (19658593)

“…These goals examined whether biomass reduction/removal indicated a significant increase in soil erosion, decrease in infiltration or otherwise adversely impact water resources, compared to control sites. …”

Table 2_Elucidating the impact of organic amendments on soil bacterial communities and strawberry yield in North Carolina.xlsx by Tika B. Adhikari (9310247)

“…<p>Strawberry (Fragaria × ananassa Duchesne ex Rozier) is an important small fruit grown worldwide. Organic amendments can alter microbial communities and increase crop productivity. …”

Table 1_Elucidating the impact of organic amendments on soil bacterial communities and strawberry yield in North Carolina.xlsx by Tika B. Adhikari (9310247)

“…<p>Strawberry (Fragaria × ananassa Duchesne ex Rozier) is an important small fruit grown worldwide. Organic amendments can alter microbial communities and increase crop productivity. …”

Supplementary file 1_Elucidating the impact of organic amendments on soil bacterial communities and strawberry yield in North Carolina.pdf by Tika B. Adhikari (9310247)

“…<p>Strawberry (Fragaria × ananassa Duchesne ex Rozier) is an important small fruit grown worldwide. Organic amendments can alter microbial communities and increase crop productivity. …”

Data Sheet 1_Succinic acid improves crop chemical components by regulating soil chemical properties, microbes and metabolites.docx by Dian-long Li (22465567)

“…The relative abundance of Proteobacteria in the bacterial community was significantly decreased, while that of Chloroflexi was significantly increased. …”

Data Sheet 1_Application of compost amended with biochar on the distribution of antibiotic resistance genes in a soil–cucumber system—from the perspective of high-dose fertilizatio... by Shuai Shi (333614)

“…Compost application to soils significantly decreased ARG abundance in cucumbers; SBTC had the most significant effect and reduced the number of host bacteria at the phylum level from four to three. …”

Curve fitting of parameter a. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Results of parameters a, b for curve fitting. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Physico-chemical property of Ningming Bentonite. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Curve fitting of parameter b. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Fully chemistry analysis of silicate. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

The dielectric constant <i>D</i> of the solution. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Grading curve of the Ningming Bentonite. by Hongming Li (296020)

“…The test results show that the soil expansion rate decreases from 43.7% to 37.1% with the increase of salt solution concentration. …”

Canopy effects from biomass utilization on the Priest River Experimental Forest by Ina S. Miller (19658593)

“…Our BRDI research goals, targeted the soil and water component of the area where the biomass was removed once reduction had taken place These goals examined whether biomass reduction/removal indicated a significant increase in soil erosion, decrease in infiltration or otherwise adversely impact water resources, compared to control sites. …”

Table 1_Evaluation of environmental risk factors associated with survival of generic E. coli in organic integrated crop-livestock systems in California and Minnesota.docx by Annette Kenney (14843218)

“…Concentrations (Most Probable Number/100 g) of gEc in grazed soil returned to levels comparable to non-grazed or fallow treatments within 87–147 days post-graze (DPG) in both years, with a significant decrease predicted after 32 DPG. …”