数字农科院2.0

Divergent effects of straw and biochar on soil carbon priming are depth-dependent in subtropical Moso bamboo forests

文献类型： 外文期刊

作者： Jiang, Zhenhui;Zhang, Shaobo;Tang, Caixian;Xiao, Mouliang;Zhou, Jiashu;Luo, Yu;Ge, Tida;Yu, Bing;White, Jason C.;Li, Yongfu

作者机构：

关键词： Quality;Priming effect;Microbial diversity;Microbial biomass;Enzyme activities;Subsoil

期刊名称： BIOLOGY AND FERTILITY OF SOILS

ISSN： 0178-2762

年卷期： 2025 年

页码：

收录情况： SCIE（2025版）

摘要： Intensive management practices are recognized for reducing soil organic carbon (SOC) in Moso bamboo (Phyllostachys edulis) forests. Straw and biochar are commonly utilized to enhance SOC in these forests, yet their application may influence SOC mineralization in the subsoil. To investigate the effects of straw and biochar amendments on the priming of SOC mineralization in the subsoil, a 40-day incubation experiment was conducted using soils collected from three depths (0-20 cm, 20-40 cm, and 40-60 cm) in a subtropical Moso bamboo forest. Straw and biochar were applied as organic amendments, and the priming effects were quantified using 13C natural abundance methods. The straw consistently enhanced the SOC mineralization by 41-84%, inducing a positive priming effect that was most pronounced at the 20-40 cm depth. Conversely, biochar exhibited a depth- and time-dependent influence, initially suppressing the SOC mineralization (Day 8), resulting in a negative priming effect with a lower value in subsoils (20-40 cm), but then transitioning to a positive priming effect over time. The factors influencing these priming effects varied with soil depth. In surface soils, the SOC composition, particularly aromatic and O-alkyl carbon, emerged as the primary determinant, explaining 30% of the variation. In contrast, at depths of 20-40 cm and 40-60 cm, soil properties such as ammonium nitrogen, available phosphorus, and water-extractable organic carbon played a more significant role, accounting for 40-47% of the variation. These findings highlight the complex roles of straw and biochar in shaping the priming effect across soil profiles.

分类号：

  • 相关文献

[1]Interaction of soil microbial communities and phosphorus fractions under long-term fertilization in paddy soil. Muhammad QASWAR,Waqas AHMED,Jing HUANG,Kai lou LIU,Lu ZHANG,Tian fu HAN,Jiang xue DU,Sehrish ALI,Hafeez UR-RAHIM,Qing hai HUANG,Hui min ZHANG. 2022

[2]Effects of lactic acid and ascorbic acid electrostatic spraying on the physicochemical attributes and microbial diversity of beef aged at mild temperature (10 °C). Haojie Yu,Songshan Zhang,Xiaochang Liu,Yuanhua Lei,Yueyu Bai,Yiran Yang,Hongbo Li,Yinchu Liu,Yang Xiao,Peng Xie,Baozhong Sun. 2024

[3]Effects of Ohmic Heating on Enzyme Inactivation Patterns, Tomato Juice Quality, and Microbial Diversity During Storage. Bo Zou,Aitong Li,Xiao Chang Liu,Yiran Yang,Ruitong Dai. 2025

[4]Divergent effects of long-term fertilization on the carbon management index across soil profiles in key Chinese croplands. Adnan Mustafa,Minggang Xu,Nan Sun,Andong Cai,Zejiang Cai,Mohammad Tahsin Karimi Nezhad. 2024

[5]Depth-dependent effects of leguminous crops on soil nitrogen-fixing microbial communities. Yi Heng Tao,Yi Fan,Shuang Pang,Shu Han Zhang,Jing Kuan Wang,Hong Tao Zou,Jiu Bo Pei,Xi Mei Zhang. 2024

[6]The effect of supplemental manganese in broiler diets on abdominal fat deposition and meat quality. Lu, L.,Ji, C.,Luo, X. G.,Liu, B.,Yu, S. X.. 2006

[7]Changes of soil enzyme activities under different tillage practices in the Chinese Loess Plateau. Jin, K.,Cai, D. X.,Jin, J. Y.,Jin, K.,Sleutel, S.,Buchan, D.,De Neve, S.,Gabriels, D.. 2009

[8]Carbon and nitrogen fractions are more important than bacterial composition for carbon and nitrogen mineralization considering parent material and fertilization. Shaoqi Xue,Shiqi Xu,Wei Kou,Jiale Han,Ting Fan,Xia Zhang,Xudong Wang. 2023

[9]Long-term partial substitution of chemical nitrogen fertilizer with organic fertilizers increased SOC stability by mediating soil C mineralization and enzyme activities in a rubber plantation of Hainan Island, China. Xu, Wenxian,Liu, Wenjie,Tang, Shuirong,Yang, Qiu,Meng, Lei,Wu, Yanzheng,Wang, Jingjing,Wu, Lei,Wu, Min,Xue, Xinxin,Wang, Wenbin,Luo, Wei. 2023

[10]Microbial regulation of net N mineralisation is driven by C, N, P content and stoichiometry. Wang, Qiqi,Gao, Wei,Bol, Roland,Xiao, Qiong,Wu, Lei,Zhang, Wenju. 2022

[11]Effects of initial volatile fatty acid concentrations on process characteristics, microbial communities, and metabolic pathways on solid-state anaerobic digestion. Wang S.,Li D.,Zhang K.,Ma Y.,Liu F.,Li Z.,Gao X.,Gao W.,Du L.. 2023

[12]Differential effects of sulfamethoxazole concentrations on the enzymatic dynamics of aerobic composting. Muhammad Fahad Sardar,Hongna Li,Changxiong Zhu,Afzal Ahmed Dar,Bo Zhang,Muhammad Ahmed Waqas. 2021

[13]Long-term straw mulching with nitrogen fertilization increases nutrient and microbial determinants of soil quality in a maize–wheat rotation on China's Loess Plateau. Qiuyu Chen,Zhanjun Liu,Jianbin Zhou,Xinpeng Xu,Yuanjun Zhu. 2021

[14]Postharvest ascorbic acid application maintained physiological and antioxidant responses of guava (Psidium guajava l.) at ambient storage. Muhammad Azam,Laraib Hameed,Rashad Qadri,Shaghef Ejaz,Ali Aslam,Muhammad Imran Khan,Jiyuan Shen,Jiukai Zhang,Muhammad Nafees,Ishtiaq Ahmad,Muhammad Awais Ghani,Jiao Chen,Naveeda Anjum. 2021

[15]Changes in the activities of key enzymes and the abundance of functional genes involved in nitrogen transformation in rice rhizosphere soil under different aerated conditions. Chun mei XU,De shun XIAO,C. H.E.N. Song,C. H.U. Guang,L. I.U. Yuan-hui,ZHANG Xiu-fu,W. A.N.G. Dan-ying. 2023

[16]Humic acid plus manure increases the soil carbon pool by inhibiting salinity and alleviating the microbial resource limitation in saline soils. Jiashen Song,Hongyuan Zhang,Fangdi Chang,Ru Yu,Xiangqian Zhang,Xiquan Wang,Weini Wang,Junmei Liu,Jie Zhou,Yuyi Li. 2023

[17]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. 2024

[18]Analysis of microbial communities in wheat, alfalfa, and oat crops after Tilletia laevis Kühn infection. Shen, Yuyang,Delai, Chen,Liu, Taiguo,Chen, Wanquan,Li, Guangkuo,Gao, Haifeng,Gao, Li. 2024

[19]Stimulatory effects of nutrient addition on microbial necromass C formation depend on soil stoichiometry. Yihui Chen,Shutang Liu,Yaping Huang,Qiong Xiao,Xiaorong Zhao,Lei Wu,Wenju Zhang. 2025

[20]Microplastics alter microbial structure and assembly processes in different soil types: Driving effects of environmental factors. Qingjie Li,Xiaoxing Wang,Jiaqi Zhang,Xueqi Guo,Yanli Li,Okbagaber Andom,Zhaojun Li. 2025

作者其他论文 更多>>