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H

Hongjian Hao

Northwest A&F University

H指数:4

被引数:86

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Microbial-mediated nitrogen transformations alter N2O emissions at the scale of soil aggregates from abandoned farmlands

微生物介导的氮转化改变了弃耕地土壤团聚体尺度的N₂O排放

IF7.3

2026-03-230

PRE

Life-history strategies of rhizosphere microbes mediate community stability and nutrient acquisition trade-offs in extreme alpine ecosystems

根际微生物的生活史策略介导了极端高山生态系统中的群落稳定性和养分获取权衡。

Ecological Indicators

IF7.4

2026-02-100

OAAI

Residue carbon and C-degradation gene indicated the increase of soil organic carbon following vegetation restoration on the Loess Plateau, China

残碳和C-降解基因表明，植被恢复导致中国黄土高原土壤有机碳增加。

Journal of Environmental Management

IF8.4

2025-09-160

PRE

Phosphorus Cycling Dominates Microbial Regulation of Synergistic Carbon, Nitrogen, and Phosphorus Gene Dynamics During Robinia pseudoacacia Restoration on the Loess Plateau

IF3.4

2025-03-240

OA

Soil labile organic carbon and nitrate nitrogen are the main factors driving carbon-fixing pathways during vegetation restoration in the Loess Plateau, China

土壤不稳定有机碳和硝态氮是黄土高原植被恢复过程中固碳途径的主要驱动因子

AGRICULTURE ECOSYSTEMS & ENVIRONMENT

IF6.4

2025-02-013

PRE

The CAZyme family regulates the changes in soil organic carbon composition during vegetation restoration in the Mu Us desert

CAZyme家族调控毛乌素沙漠植被恢复过程中土壤有机碳组成的变化

IF6.6

2024-12-010

OAAI

Impact of organic carbon composition on bacterial community assembly in organic and mineral soil layers under phosphorus addition in a Robinia pseudoacacia plantation

有机碳组成对刺槐林有机质和矿物质土层中磷添加后细菌类群组装的影响

IF7.3

2024-11-060

PRE

Macroaggregate is crucial in soil carbon and nitrogen accumulation under different vegetation types in the Loess Plateau, China

大团聚体对黄土高原不同植被类型土壤碳氮积累至关重要

FOREST ECOLOGY AND MANAGEMENT

IF3.7

2024-10-012

PRE

Different contributions of microbial and plant residues to soil organic carbon accumulation during planted forest and abandoned farmland restoration, Loess Plateau, China

黄土高原人工林和退耕地恢复过程中微生物和植物残体对土壤有机碳积累的不同贡献

IF4.1

2024-06-074

PRE

Differential response of soil bacteria and fungi to carbon and respiration components in abandoned grasslands on the Loess Plateau, China

IF4.1

2024-03-212

PRE