Yi Cheng - Publications, H-index & Citations

程

程谊 (Yi Cheng)

anhui university

52H指数

232论文数

8.9K被引数

收录论文 143

发表时间

Return of nitrogen-rich pruned litter decreases nitrogen availability by stimulating microbial immobilization in tea-planted soils 氮素丰富的修剪枯落物归还通过刺激微生物固持作用降低茶园土壤的氮素有效性

SOIL & TILLAGE RESEARCH

IF6.8

2026-08-18

PREAI

Miaomiao Cao; Imran Mehmood; Yuxuan Zhang; Debang Yu; Yong Li; Nyumah Fallah; Yves Uwiragiye; Jing Wang; Yinfei Qian; Jin Chen; Zucong Cai; Yi Cheng

Reconciling nitrogen fertilization effects on soil nitrification with acidification 协调氮肥施用对土壤硝化作用与酸化的影响

Nature Communications

IF15.7

2026-08-10

OAAI

Liangping Wu; Yuanyuan Huang; Yuanyuan Huang; Jing Wang; Lu Lu; Yves Uwiragiye; Meiqi Chen; Quan Tang; Nyumah Fallah; Zihan Liu; Hang Jing; Ahmed S. Elrys; Yinfei Qian; Yi Cheng; Zucong Cai; Scott X. Chang; Minggang Xu; Christoph Müller

Degradable film mulching to balance food security and climate regulation 可降解地膜覆盖以平衡粮食安全与气候调节

Soil and Tillage Research

IF6.8

2026-03-26

PREAI

Chenxu Zhao; Nanhai Zhang; Nyumah Fallah; Fangyuan Huang; Bin Wang; Chen Ji; Dengpan Xiao; Beibei Chen; Peng Zhang; Zhikuan Jia; Matthew Tom Harrison; Kadambot H.M. Siddique; Yakov Kuzyakov; Zihan Liu; Yi Cheng

Integrated Global Estimation of Terrestrial Carbon Efflux 陆地碳通量的全球综合估算

Global Change Biology

IF12

2026-03-20

PREAI

Yves Uwiragiye; Jing Wang; Yuanyuan Huang; Yuanyuan Huang; Yinfei Qian; Ahmed S. Elrys; Yi Cheng; Jianbin Zhou; Zucong Cai; Minggang Xu; Scott X. Chang; Christoph Müller

Building soil organic matter differing in physical fractions for fertilizer nitrogen retention 构建具有不同物理组分的土壤有机质以促进肥料氮的保持

Soil Biology and Biochemistry

IF10.3

2026-03-03

PREAI

Quan Tang; Qingde Li; Xiaozhi Wang; Yuanyuan Huang; Tim J. Daniell; Enxuan Wu; Jing Wang; Feiyi Zhang; Zhenwang Li; Scott X. Chang; Zucong Cai; Yves Uwiragiye; Nyumah Fallah; Minggang Xu; Christoph Müller; Yi Cheng

Alleviation of soil acidification using livestock manure increases nitrogen supply while stimulating N2O emission in a tea plantation 景, W.; 德邦, Y.; 乔, H.; 鲁, L.; 杭, J.; 印菲, Q.; 康, N.; 毅, C. 利用畜禽粪便缓解土壤酸化可增加氮供应，同时刺激N2O排放。农学与土壤科学档案. 2025, 71, 1–13. [Google Scholar] [CrossRef]

Archives of Agronomy and Soil Science

IF1.8

2025-12-31

OAAI

Wang, Jing; Yu, Debang; Huang, Qiao; Lu, Lu; Jing, Hang; Qian, Yinfei; Ni, Kang; Cheng, Yi

The rhizosphere is not always the expected hotspot for nitrous oxide emissions in tea-planted soils 茶树种植土壤中，根际并非氮氧化物排放的预期热点区域。

European Journal of Agronomy

IF5.5

2025-12-18

PREAI

Miaomiao Cao; Yuxuan Zhang; Debang Yu; Yong Li; Nyumah Fallah; Yves Uwiragiye; Jing Wang; Yinfei Qian; Yuanyuan Huang; Zucong Cai; Minggang Xu; Scott X. Chang; Christoph Müller; Yi Cheng

Emerging contaminants disrupt the nitrogen cycle in coastal hydrological systems: Insights from synergistic effects of weakly-correlated emerging contaminants 新兴污染物扰乱了海岸水文系统中的氮循环：来自弱相关新兴污染物协同效应的见解

Water Research

IF12.4

2025-12-08

PREAI

Guiyao Xiong; Mengwen Liu; Xiaobin Zhu; Hao Geng; Cong Han; Yi Cheng; Yun Yang; Guangquan Chen; Xingyong Xu; Jianfeng Wu; Jinguo Wang; Nanyang Yu; Si Wei; Jichun Wu

Considering parameter seasonal variation to enhance process-based ecosystem model performance, evidence from the SWH model 考虑参数季节性变化以增强基于过程的生态系统模型性能，SWH模型证据

Ecological Indicators

IF7.4

2025-11-29

OAAI

Zehao Fan; Cheng Yi; Tianshan Zha; Jingzhe Wang; Weirong Zhang; Xiaoliang Ma; Qilin Zhu; Yifei Lu; Kun Zhao; Chuan Jin; Zhongmin Hu

Responses of Soil Nitrogen Transformations and Nitrous Oxide Emissions to N Addition as Affected by Chinese-fir Clones 中国 fir 克隆体影响下，土壤氮转化与一氧化二氮排放对氮添加的响应

Journal of Soil Science and Plant Nutrition

IF3.1

2025-11-28

PREAI

Jing Wang; Miaomiao Cao; Qiang Liu; Xueyan Zheng; Hui Xiao; Renhua Zheng; Jinhui Chen; Jiake Zhou; Liangping Wu; Uwiragiye Yves; Ahmed S. Elrys; Meiqi Chen; Hang Jing; Yi Cheng

Cutaneous granular cell tumor presenting as a solitary preauricular nodule: a case report 皮肤颗粒细胞瘤表现为孤立性耳前结节：一例病例报告

Frontiers in Medicine

IF3

2025-11-18

OAAI

Jialu Song; Xiaomei Han; Lu Zhao; Yi Cheng; Caixia Hu

High heat-resistant PCTG copolyester based on biobased isosorbide for sustainable 3D printing applications 基于生物基异山梨糖醇的高耐热PCTG共聚酯，用于可持续3D打印应用

Polymer

IF4.5

2025-10-24

PREAI

Jingzhao Shang; Yi Cheng; Mingze Xia; LiHan Wang; Minglong Li; Yang Li; Lin Sang; Zhiyong Wei