Suchergebnisse - "Wang, Liqin"

PubPharm (9)

1

Identifying the specific pathways to improve nitrogen fixation of different straw biochar during chicken manure composting based on its impact on the microbial community

enthalten in: Waste management (New York, N.Y.) | 2023

von Chen, X. | Zhao, Y. | Yang, L. | +4

2

The dominant role of cooperation in fungal community drives the humification process of chicken manure composting under addition of regulatory factors

enthalten in: Environmental research | 2023

von Wang, L. | Zhao, Y. | Xie, L. | +4

3

Slowed down nitrogen mineralization under bacterial community-driven conditions by adding inhibitors during rice straw composting

enthalten in: Bioresource technology | 2022

von Wang, L. | Wang, X. | Song, Y. | +5

4

The important role of tricarboxylic acid cycle metabolism pathways and core bacterial communities in carbon sequestration during chicken manure composting

enthalten in: Waste management (New York, N.Y.) | 2022

von Wang, L. | Qu, F. | Zhu, Z. | +4

5

Resource utilization of mink manure : Functional microbial inoculation to elevate the bioavailability of organic nitrogen during composting

enthalten in: Bioresource technology | 2022

von Zhang, Y. | Wei, Z. | Guo, J. | +6

6

Identifying the role of fired clay minerals on reducing of nitrogen loss and immobilization of organic nitrogen during chicken manure composting

enthalten in: Bioresource technology | 2022

von Pan, C. | Zhang, G. | Yang, Y. | +5

7

The remarkable role of shikimic acid pathway in humic acid formation during biochar and montmorillonite addition composting

enthalten in: Bioresource technology | 2021

von Zhao, L. | Wei, Z. | Chen, X. | +5

8

Effect of tricarboxylic acid cycle regulators on the formation of humic substance during composting : The performance in labile and refractory materials

enthalten in: Bioresource technology | 2019

von Wang, L. | Zhao, Y. | Ge, J. | +5

9

Response of humic acid formation to elevated nitrate during chicken manure composting

enthalten in: Bioresource technology | 2018

von Shi, M. | Wei, Z. | Wang, L. | +5

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