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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(a) Changes of Fe-Al bond-bound soil organic carbon (Fe/Al-SOC) content during acification of black soil. (b) Changes of Calcium bond-bound soil organic carbon (Ca-SOC) content dur... by Xiaoxu Zhu (11764430)

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Multiple regression analysis of aggregate stability and cementing substance in black soil during acidification. by Xiaoxu Zhu (11764430)

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(a) Changes of SOC (Soil organic matter) content during acification of black soil. The control group (0Y) received no fertilization, while the treatment groups included soils that... by Xiaoxu Zhu (11764430)

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The higher the value, the stronger the correlation. by Xiaoxu Zhu (11764430)

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Changes of exchangeable calcium carbonate content during acification of black soil. by Xiaoxu Zhu (11764430)

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(a) Changes of exchangeable Ca²⁺ content during acification of black soil. (b) Changes of exchangeable Mg²⁺ content during acification of black soil. The cont... by Xiaoxu Zhu (11764430)

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The red circle in the map shows the soil collection site, which is located in the southeast of Jilin Agricultural University, Changchun, Jilin Province, China. Map resources from U... by Xiaoxu Zhu (11764430)

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Regarding the acidity of black soil tested across various fertilization durations, the control group (0Y) received no fertilization, while the treatment groups included soils that... by Xiaoxu Zhu (11764430)

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

“…In the control, CO₂ assimilation was practically inhibited due to drought (98% drop), while in the plants in which the Trichoderma preparation was used together with half dose of NPK and manure, there was only a slight decrease (1% and 13% respectively). A greatest, significant improvement in the DM of roots under drought was noted in plants in which the Pisum forecrop was applied together with NPK and manure (230% and 168% respectively). …”

Data_soil. by Qianhong Mao (22305184)

Targeted removal robustness analysis. by Fei Wang (19534)

“…TK, SOM, SUE and SALP had significant effects on the bacterial community structure of all three taxa. βNTI increased significantly with increasing differences in TN and ALSP and decreased with increasing differences in salt. …”

The network parameter at different distances. by Fei Wang (19534)

“…TK, SOM, SUE and SALP had significant effects on the bacterial community structure of all three taxa. βNTI increased significantly with increasing differences in TN and ALSP and decreased with increasing differences in salt. …”

Data Sheet 1_The cultivation of Panax notoginseng enhances the metabolites and microbial network complexity in the soil of Pinus armandii rather than Pinus kesiya.docx by Jingying Hei (20655971)

“…Moreover, the bacterial and fungal copy numbers, alpha- and beta-diversity, remained unchanged in the soil of P. armandii, but significantly decreased in the soil of P. kesiya following Sanqi planting. …”

Data declaration. by Mengting Jin (1888933)

“…Ecological protection is anticipated to mitigate this decline, increasing carbon storage by 13.227×10⁵ t relative to the natural growth scenario. (3) Geodetector analysis indicated that land-use types had the greatest carbon storage explanatory power for carbon storage (q = 0.80), followed by soil types (q = 0.41), net primary productivity (q = 0.32), and geomorphology (q = 0.22). …”

Land transfer parameters. by Mengting Jin (1888933)

“…Ecological protection is anticipated to mitigate this decline, increasing carbon storage by 13.227×10⁵ t relative to the natural growth scenario. (3) Geodetector analysis indicated that land-use types had the greatest carbon storage explanatory power for carbon storage (q = 0.80), followed by soil types (q = 0.41), net primary productivity (q = 0.32), and geomorphology (q = 0.22). …”

Technology roadmap. by Mengting Jin (1888933)

“…Ecological protection is anticipated to mitigate this decline, increasing carbon storage by 13.227×10⁵ t relative to the natural growth scenario. (3) Geodetector analysis indicated that land-use types had the greatest carbon storage explanatory power for carbon storage (q = 0.80), followed by soil types (q = 0.41), net primary productivity (q = 0.32), and geomorphology (q = 0.22). …”

Local details of carbon storage. by Mengting Jin (1888933)

“…Ecological protection is anticipated to mitigate this decline, increasing carbon storage by 13.227×10⁵ t relative to the natural growth scenario. (3) Geodetector analysis indicated that land-use types had the greatest carbon storage explanatory power for carbon storage (q = 0.80), followed by soil types (q = 0.41), net primary productivity (q = 0.32), and geomorphology (q = 0.22). …”

Land-use type areas in Xinjiang. by Mengting Jin (1888933)

“…Ecological protection is anticipated to mitigate this decline, increasing carbon storage by 13.227×10⁵ t relative to the natural growth scenario. (3) Geodetector analysis indicated that land-use types had the greatest carbon storage explanatory power for carbon storage (q = 0.80), followed by soil types (q = 0.41), net primary productivity (q = 0.32), and geomorphology (q = 0.22). …”