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论文共 11 篇作者统计合作学者相似作者

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Innovative Fertilizer Management System Maintains Higher Maize Productivity with Lower Environmental Costs in the Loess Plateau Region of China

Peng Wu, Hua Huang, Qi Wu,Fu Liu,Liangqi Ren, Zihui Zhang, Benzheng Liu, Guoxia Zhou, Bingbing Cao,Kemoh Bangura,Jianfu Xue,Min Sun,Enke Liu,Peng Zhang,Zhikuan Jia,Zhiqiang Gao

Field Crops Research (2024): 109471-109471

引用0浏览0引用

Optimizing Fertilization Depth Can Promote Sustainable Development of Dryland Agriculture in the Loess Plateau Region of China by Improving Crop Production and Reducing Gas Emissions

Guangzhou Chen,Liangqi Ren,Junying Wang,Fu Liu,Gaoxiang Liu,Hui Li,Peng Zhang,Zhikuan Jia

PLANT AND SOILno. 1-2 (2024): 73-89

引用3浏览0引用

Influence of the Depth of Nitrogen-Phosphorus Fertilizer Placement in Soil on Maize Yielding and Carbon Footprint in the Loess Plateau of China

Hua Huang,Qi Wu,Fu Liu, Zihui Zhang, Benzheng Liu, Guoxia Zhou, Bingbing Cao,Kemoh Bangura,Tie Cai,Zhiqiang Gao,Peng Zhang,Zhikuan Jia,Peng Wu

AGRONOMY-BASELno. 4 (2024)

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Can Deep Fertilization in Spring Maize Fields Improve Soil Properties and Their Distribution in Soil Profile

Peng Wu,Qi Wu,Hua Huang,Fu Liu,Kemoh Bangura,Tie Cai,Jian Fu,Min Sun,Jianfu Xue,Peng Zhang,Zhiqiang Gao,Zhikuan Jia

JOURNAL OF ENVIRONMENTAL MANAGEMENT (2024)

引用0浏览0WOS引用

Plow layer management during the fallow season can enhance the wheat productivity and resource utilization in a semi-arid region

Gang Zhao,Peng Wu,Fu Liu,Shangzhong Li,Jianjun Zhang,Yi Dang,Lei Wang,Shuying Wang,Wanli Cheng,Tie Cai,Tinglu Fan

Soil and Tillage Research（2023）

引用2浏览0引用

Diffusion and Transformation of Methane Within the Soil Profile and Surface Uptake in Dryland Spring Maize Fields under Different Fertilizer Application Depths

Peng Wu,Fu Liu, Yongze Zhao, Yanqian Bai, Biao Feng,Yanyan Li,Weige Nan,Ji Chen,Tie Cai,Peng Zhang,Zhikuan Jia

Agriculture, Ecosystems &amp Environment（2023）

引用7浏览0引用

Can Deep Fertilizer Application Enhance Maize Productivity by Delaying Leaf Senescence and Decreasing Nitrate Residue Levels

Peng Wu,Fu Liu,Guangzhou Chen,Junying Wang,Fangyuan Huang,Tie Cai,Peng Zhang,Zhikuan Jia

Field crops research（2022）

引用24浏览0引用

Suitable fertilization depth can improve the water productivity and maize yield by regulating development of the root system

Peng Wu,Fu Liu,Junying Wang,Yihan Liu,Yuan Gao,Xuanqi Zhang,Guangzhou Chen,Fangyuan Huang,Shakeel Ahmad,Peng Zhang,Tie Cai,Zhikuan Jia

Agricultural water management（2022）

引用18浏览0引用

Suitable Fertilizer Application Depth Can Increase Nitrogen Use Efficiency And Maize Yield By Reducing Gaseous Nitrogen Losses

Peng Wu,Fu Liu,Hui Li,Tie Cai,Peng Zhang,Zhikuan Jia

SCIENCE OF THE TOTAL ENVIRONMENT（2021）

引用52浏览0引用

How does deep-band fertilizer placement reduce N₂O emissions and increase maize yields

Peng Wu,Guangzhou Chen,Fu Liu,Tie Cai,Peng Zhang,Zhikuan Jia

Agriculture, Ecosystems & Environment（2021）

引用22浏览0引用

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