<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)

“…</p><p dir="ltr">In addition to the positive effect of soil alphaproteobacteria and pH on the Q₁₀, manure increased the Q₁₀ by increasing phenols and decreasing esters, whereas chemical fertilization did the opposite. …”

Proportion of counties that experience, on average, a decrease in salinity levels during El Niño years, divided by geographical areas. by Nicola Limodio (15138316)

<b>Addition root exudates increase microbial biomass but decreases diversity and richness.</b> by Xiaochong Zhang (21179348)

Supplementary file 1_Biodegradable plastic film mulch increased nitrous oxide emissions in organic leek but decreased emissions in organic cabbages.docx by Martin Samphire (22525445)

The vegetation and soil properties of mobile and fixed dunes. by Chengchen Pan (287383)

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Table 1_Fertilization decreases the effect of ammonium nitrogen on microorganisms in Chinese Carex tibetikobresia meadows during rest-grazing.docx by Xuanbo Zhou (19374205)

Biplot of the first two CCA axes showing the relationships between soil bacterial (A) and fungal (B) communities with environmental variables. by Chengchen Pan (287383)

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Nonmetric multidimensional scaling (NMDS) ordination plot based on the Bray‒Curtis distance of samples for the bacterial (a) and fungal communities (b) in the mobile and fixed dune... by Chengchen Pan (287383)

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Soil bacterial (A) and fungal (B) alpha-diversity indices in mobile and fixed dunes. by Chengchen Pan (287383)

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Relative abundances of dominant phyla in soil bacteria (a) and fungi (b) during restoration. by Chengchen Pan (287383)

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Map showing the location of the sampling sites of the Hulun Buir Sandy Land in China in Inner Mongolia, China. by Chengchen Pan (287383)

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Statistical analysis of differences in the soil bacterial and fungal communities between mobile and fixed dunes. by Chengchen Pan (287383)

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Effects of temperature increase and nitrogen deposition on plant functional diversity. by Xuemei Xiang (20756894)

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E (soil aggregate stability energy) is the amount of energy required when 99% of the soil is disrupted, Ecrit (soil critical stabilization energy) is the energy required when the i... by Xiaoxu Zhu (11764430)

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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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Data of soil response to nitrogen deposition.xlsx by Runcheng Zhu (20305665)

“…Chemical fertilizer use, fossil fuel combustion, and industrial activities have significantly increased nitrogen deposition. Despite significant research on soil, studies addressing soil acidification under different nitrogen and soil conditions remain limited. …”

The soil bacterial community richness and diversity in different tea varieties root zone soil. by Jun Sun (48981)

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Chemical properties of the soil. by Dominika Radzikowska-Kujawska (14439076)

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Effects of warming and nitrogen deposition on plant species diversity. Different lowercase letters indicated that there were significant differences in different nitrogen depositio... by Xuemei Xiang (20756894)

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The physical and chemical properties of root zone soil. by Jun Sun (48981)

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