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You-Cai Xiong

Lanzhou University
H指数:47
被引数:8,156

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Optimizing straw incorporation depth as a plastic film alternative for sustainable maize production in semi-arid Eastern African Plateau

优化秸秆覆盖深度作为半干旱东非高原可持续玉米生产中地膜的替代方案

SOIL & TILLAGE RESEARCH
IF6.8
2026-10-260
PRE
Alex Ndolo Munyasya; Sylvia Ngaira Indoshi; Fu-Jian Mei; Wesly Kiprotich Cheruiyot; Delphine Nyanchera Gisacho; Yang Wang; Nan Chang; Xian-Peng Li; David Mwehia Mburu; Hong-Yan Tao; Losenge Turoop; Simon Nguluu; Eng Shitanda Douglas; Levis Kavagi; Uniter Chepkorir; You-Cai Xiong
Vegetable waste into soil acts as slowly released water and fertilizer to improve current vegetable productivity with less chemical fertilization

蔬菜废弃物还田可作为缓释水分和肥料，在减少化学肥料使用的同时提高蔬菜产量

Bioresource Technology
IF9
2026-09-010
PRE
Khan, Adnan; Zhao, Ling; Wang, Jing; Xiao, Yun-Li; Li, Jian-Ming; Zhu, Hua-Guo; Li, Shi-Sheng; Li, Meng-Ying; Evode, Habimana; Nan, Chang; Ashraf, Muhammad; Mei, Fu-Jian; Irum, Momena; Minayo, Tsuma Getrude; Xiong, You-Cai
A meta-analysis of microplastic accumulation dynamics in agricultural soils under long-term plastic film mulching

长期地膜覆盖下农业土壤中微塑料积累动态的Meta分析

Journal of Hazardous Materials Advances
IF7.7
2026-08-010
OAAI
Murithi, Rachael Gakii; Muriithi, Wilson Mutahi; Nyabuto, Brian Makori; Jide, Osunlakin Koyum; Irum, Momena; Akoy, Bakhit Ishag Rahama; Chepkorir, Uniter; Tsuma, Getrude Minayo; Otieno, Joshua Shiloh; Munyasya, Alex Ndolo; Chang, Nan; Xiong, You-Cai
Plastic fragments impair soil organic carbon persistence through reshaping microbial metabolism and decreasing plant carbon supply in dryland ecosystems

塑料碎片通过重塑微生物代谢和减少植物碳供应，影响干旱生态系统土壤有机碳的持久性

AGRICULTURE ECOSYSTEMS & ENVIRONMENT
IF6.4
2026-07-310
PRE
Meng-Ying Li; Wei Wang; Yudi M. Lozano; Jia-Yao Yang; Yue Ma; Xiao-Bin Xiong; Shuang-Jin Huang; Muhammad Ashraf; Jian-Ming Li; Yun-Li Xiao; Zheng-Guo Cheng; You-Cai Xiong
AM fungal and rhizobacteria jointly enhance vegetable waste decomposition in soils and harvest environmental and agronomic benefits in dryland

丛枝菌根真菌和根瘤菌共同促进蔬菜废弃物在土壤中的分解，并在旱地收获环境和农业效益

AGRICULTURE ECOSYSTEMS & ENVIRONMENT
IF6.4
2026-07-210
PRE
Muhammad Maqsood Ur Rehman; Sidra Khattak; Ling Zhao; Yun-Li Xiao; Ying Zhu; Awais Iqbal; Rafi Ullah; Nang Chang; Muhammad Abrar; Jian-Ming Li; Hao Sun; Adnan Khan; Habimana Evode; Wasim Khan; Yi-Bo Wang; You-Cai Xiong
Soil functions are amplified along increasing planting densities via nutrient trade-off driven by rhizobacteria in drought-prone environment

土壤功能随着种植密度的增加而增强，这是由根际细菌驱动的养分权衡在干旱易发环境中实现的。

Functional Ecology
IF5.1
2025-12-050
OAAI
Ning Wang; Meng Hao; Rui Zhou; Bao-Zhong Wang; Peng-Yang Wang; Hong-Yan Tao; Ying Zhu; Yan Hu; Hai-Ying Liu; Guang-Fu Huang; Fu-Yan Jiang; Qing-Yuan Huang; Xing-Ming Fan; You-Cai Xiong

研究方向

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H
Hong‐Yan Tao
H 指数:20论文数:83被引数:1,036
周睿 封面图
周睿
H 指数:26论文数:96被引数:2,533
F
Feng‐Min Li
H 指数:77论文数:570被引数:1.9万
莫
莫非
H 指数:31论文数:89被引数:2,948
B
Bao‐Zhong Wang
H 指数:39论文数:196被引数:5,385
Z
Ze‐Ying Zhao
H 指数:17论文数:44被引数:1,091
王
王维
H 指数:81论文数:686被引数:3.2万
L
Levis Kavagi
H 指数:13论文数:19被引数:564
Y
Ying Zhu
H 指数:18论文数:131被引数:1,082
M
Meng‐Ying Li
H 指数:13论文数:39被引数:444