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学者姓名：毛艳玲
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Abstract ：
The excessive application of nitrogen (N) fertilizers can have detrimental environmental and economic impacts. Enhancing N use efficiency (NUE) through biochar application may help mitigate these losses while promoting plant growth. However, different biochar types may influence NUE differently. To investigate these effects, a greenhouse pot experiment was conducted to assess the impact of two biochar types on N dynamics. Four treatments were applied: control (CK), fertilizer (F), sawdust biochar + fertilizer (SBF), and rice straw biochar + fertilizer (RBF). A 15N tracer technique was used to evaluate N accumulation and NUE in C. camphora. Results indicated that biochar-fertilizer combinations significantly improved soil inorganic N (NH4+-N and NO3--N) retention, this was attributed to biochar's high surface area and functional groups enhancing N ion sorption. Additionally, biochar-amended treatments (RBF and SBF) increased soil total N, 15N content and plant N uptake. Notably, by the final sampling period, plant total N content in the RBF treatment was 34.62 %, 16.67 %, and 9.38 % higher than in CK, F, and SBF treatments, respectively. Furthermore, 15N content in the RBF treatment was significantly greater than in SBF and F, showing increases of 26.51 % and 30.19 %, respectively. Biochar application also markedly improved NUE, with increases of 103.77 % and 27.86 % in RBF and SBF treatments, respectively, compared to the F. Similarly, soil fertilizer N recovery was 49.92 % and 43.94 % higher in RBF and SBF soils, respectively, than in F. The enhanced urease and protease activity in biochar-amended soils likely contributed to these improvements in fertilizer recovery and NUE. Overrall, our findings demonstrate that first the magnitude of N retention and NUE enhancement varies with biochar type. Second, combining biochar with fertilizer improves fertilizer N retention, NUE, and recovery, ultimately enhancing C. camphora productivity.
Keyword ：
Biochar Biochar C. camphora C. camphora Nitrogen use efficiency Nitrogen use efficiency Nutrient uptake Nutrient uptake Sorption Sorption
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| GB/T 7714 | Guo, Yuxuan , Samson, Victor Manna , Zhi, Yetong et al. Biochar-fertilizer interaction increases nitrogen retention, uptake and use efficiency of cinnamomum camphora: A 15N tracer study [J]. | GEODERMA REGIONAL , 2025 , 40 . |
| MLA | Guo, Yuxuan et al. "Biochar-fertilizer interaction increases nitrogen retention, uptake and use efficiency of cinnamomum camphora: A 15N tracer study" . | GEODERMA REGIONAL 40 (2025) . |
| APA | Guo, Yuxuan , Samson, Victor Manna , Zhi, Yetong , Chen, Yulin , Yang, Xi , Jia, Guanghao et al. Biochar-fertilizer interaction increases nitrogen retention, uptake and use efficiency of cinnamomum camphora: A 15N tracer study . | GEODERMA REGIONAL , 2025 , 40 . |
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本发明公开了沼液生物炭基肥及其在土壤改良和红豆杉生长品质提升中的应用，本方案制得的沼液生物炭肥施用后对土壤有机质含量和促进南方红豆杉生长品质改善具有积极影响，在制备方法方面，本方案利用烟秆通过5005℃热解制备烟秆生物炭与沼液和木醋液充分混合制成沼液生物炭肥。其中，炭肥对植物的作用包括：提供植物生长所需的养分，促进植物生长和生物量积累，提高植物光合能力，改善植物品质等。经试验，本方案沼液生物炭肥对土壤pH和含水量，土壤有机质、碱解氮、有效磷和速效钾的含量改善均具有积极效果，尤其是紫杉醇含量和枝叶10‑DABⅢ含量与未施用相比具有明显提高，该方法操作简单，减少了化学肥料的施用，真正实现了经济和环境的双赢。
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| GB/T 7714 | 毛艳玲 , 杨曦 , 余益辉 et al. 沼液生物炭基肥及其在土壤改良和红豆杉生长品质提升中的应用 : CN202510658665.X[P]. | 2025-05-21 . |
| MLA | 毛艳玲 et al. "沼液生物炭基肥及其在土壤改良和红豆杉生长品质提升中的应用" : CN202510658665.X. | 2025-05-21 . |
| APA | 毛艳玲 , 杨曦 , 余益辉 , 李子钧 , 支叶彤 . 沼液生物炭基肥及其在土壤改良和红豆杉生长品质提升中的应用 : CN202510658665.X. | 2025-05-21 . |
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通过对生物炭进行改性来优化其表面性质，是强化碳在土壤中固持能力的新方法，因此明确改性生物炭对土壤有机碳及化学结构的影响十分必要。本研究以南方红壤为研究对象，对生物炭进行镁改性和用球磨法制备纳米生物炭并表征，采用盆栽试验，结合傅里叶变换红外光谱（FTIR）、X-射线光电子能谱（XPS）、固体
Keyword ：
土壤有机碳 土壤有机碳 改性生物炭 改性生物炭 有机碳化学结构 有机碳化学结构 有机碳稳定性 有机碳稳定性 纳米生物炭 纳米生物炭
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| GB/T 7714 | 刘东明 , 郭宇轩 , 魏圆慧 et al. 改性生物炭对土壤有机碳及化学结构的影响 [J]. | 农业资源与环境学报 , 2025 , 42 (01) : 187-196 . |
| MLA | 刘东明 et al. "改性生物炭对土壤有机碳及化学结构的影响" . | 农业资源与环境学报 42 . 01 (2025) : 187-196 . |
| APA | 刘东明 , 郭宇轩 , 魏圆慧 , 贾广昊 , 丁文杰 , 毛艳玲 . 改性生物炭对土壤有机碳及化学结构的影响 . | 农业资源与环境学报 , 2025 , 42 (01) , 187-196 . |
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The adverse environmental consequences of inorganic nitrogen (N) loss from fertilized soils remain a global issue. The oxidation of biochar may improve its capacity for retaining N in soils; nevertheless, the rate-dependent N retention capacity of oxidized biochar derived from different feedstocks and their impact on the associated microbial enzymatic regulators remains uncertain in fertilized soils. Using the 15N tracer technique, oxidized biochar derived from poultry manure, rice straw, and tobacco stem was comparatively assessed with raw biochar from the same feedstock on inorganic N dynamics and N recovery in fertilized soil. Results revealed that oxidation enhanced the intensity of organic functional groups, cation exchange capacity (CEC), and surface properties for all biochar types, leading to an increase in NH4+ sorption and a decrease in NO3- concentration in oxidized biochar-treated soil. This modification resulted in an overall gain in the retention of N by 3%, 28%, and 27% in the treatments with oxidized biochar applied at 1% (w/w) for oxidized poultry manure biochar (OPBB), oxidized rice straw biochar (ORBB) and oxidized tobacco straw biochar (OTBB). Consequently, an increase in fertilizer N recovery rate of 13%, 46%, and 82% was recorded in OPBB, ORBB, and OTBB treatments compared to their raw biochar. Furthermore, plant-derived oxidized biochar increased N retention more than manure-derived biochar. In addition, the oxidized biochar treatments reduced soil urease activity, which was connected to a decrease in the quantity of NH4+ and increased the resident time of fertilizer N in the soil. This study demonstrates that, unlike raw biochars, oxidized biochars hold great potential for reducing inorganic nitrogen dynamics, which could reduce N loss from fertilized soils alongside increasing N resident time in the soil.
Keyword ：
Cation exchange capacity Cation exchange capacity Fertilizer Fertilizer Functional groups Functional groups Nitrogen dynamics Nitrogen dynamics Sorption Sorption Urease Urease
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| GB/T 7714 | Samson, Victor Manna , Zhi, Yetong , Yang, Xi et al. Hydrogen Peroxide-Modified Biochar Alters Soil Inorganic Nitrogen Dynamics, Enzyme Activities and Enhances Fertilizer Recovery in Fertilized Soil: A 15N Urea Tracer Study [J]. | JOURNAL OF SOIL SCIENCE AND PLANT NUTRITION , 2025 , 25 (3) : 5704-5718 . |
| MLA | Samson, Victor Manna et al. "Hydrogen Peroxide-Modified Biochar Alters Soil Inorganic Nitrogen Dynamics, Enzyme Activities and Enhances Fertilizer Recovery in Fertilized Soil: A 15N Urea Tracer Study" . | JOURNAL OF SOIL SCIENCE AND PLANT NUTRITION 25 . 3 (2025) : 5704-5718 . |
| APA | Samson, Victor Manna , Zhi, Yetong , Yang, Xi , Guo, Yuxuan , Wei, Yuanhui , Mao, Yanling . Hydrogen Peroxide-Modified Biochar Alters Soil Inorganic Nitrogen Dynamics, Enzyme Activities and Enhances Fertilizer Recovery in Fertilized Soil: A 15N Urea Tracer Study . | JOURNAL OF SOIL SCIENCE AND PLANT NUTRITION , 2025 , 25 (3) , 5704-5718 . |
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本发明公开了改性生物炭及其应用于镉污染土壤修复和蔬菜品质提升，本发明方案利用红豆杉木屑作为木质生物炭原料，通过550℃热解制备生物炭，而后将其与海泡石混合，再采用超细粉碎机制备出生物炭，通过将其与化肥配施，以用于蔬菜品质提升和土壤污染修复；生物炭对植物的作用包括：提供植物生长所需的养分，促进植物生长和生物量积累，提高植物光合能力，改善植物品质等。本方案通过超细粉碎机制备得到的生物炭材料具有超细级别粒径且分布均匀、吸附性能更高的优点。综合而言，本方案的生物炭制作简便，对污染土壤阻控效果高，其能够有效降低土壤中的有效镉含量，增加土壤稳定性，实现经济、社会和环境的三赢。
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| GB/T 7714 | 袁瑞瑞 , 毛艳玲 , 李子钧 et al. 改性生物炭及其应用于镉污染土壤修复和蔬菜品质提升 : CN202510617337.5[P]. | 2025-05-14 . |
| MLA | 袁瑞瑞 et al. "改性生物炭及其应用于镉污染土壤修复和蔬菜品质提升" : CN202510617337.5. | 2025-05-14 . |
| APA | 袁瑞瑞 , 毛艳玲 , 李子钧 , 杨曦 , 支叶彤 , 陈烽 . 改性生物炭及其应用于镉污染土壤修复和蔬菜品质提升 : CN202510617337.5. | 2025-05-14 . |
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Minimizing nitrogen (N) loss from fertilized soils remains a critical environmental challenge. While modified biochars can improve N management, concerns about cost, pollution trade-offs, and secondary environmental risks underscore the need for cleaner alternatives. This study evaluated hydrogen peroxide-modified biochars from poultry manure and rice straw for their effects on N retention, plant uptake, and microbial dynamics. A column and pot experiments were conducted, with 15N-labeled urea applied in the pot experiment. Treatments included oxidized rice straw biochar at 1 % (ORBH) and 0.5 % (ORBL), its raw form (RB); oxidized poultry manure biochar at 1 % (OPBH) and 0.5 % (OPBL), its raw form (PB); fertilizer-only (F); and a control. The ORBH and OPBH significantly reduced ammonium leaching by 32 % and 29 % relative to F, and by 20 % and 8 % than their raw forms. Nitrate leaching decreased by 59 % (ORBH) and 61 % (OPBH) versus F, and by 51 % and 22 % compared to RB and PB, respectively. Enhanced N retention was attributed to improved surface properties of oxidized biochar that increased N sorption. Oxidized biochars also decreased urease activity and slowed N transformation, promoting better immobilization-mineralization turnover. Fertilizer recovery was significantly higher in ORBH (75 %) and OPBH (60 %) than in F (43 %). Predicted gene abundances of key N-cycling microbes were higher under ORBH and OPBH, potentially reflecting a slow-release N effect that enhanced plant uptake. These findings demonstrate that oxidized biochars can serve as effective soil amendments to enhance fertilizer N efficiency and reduce N losses.
Keyword ：
Activated biochar Activated biochar Leaching Leaching Nitrogen-cycling Nitrogen-cycling Nitrogen retention Nitrogen retention Sorption Sorption Sustainable management Sustainable management
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| GB/T 7714 | Samson, Victor Manna , Yang, Xi , Li, Zijun et al. Mechanistic insights into enhanced nitrogen retention and microbial nitrogen cycling in soil-plant systems mediated by hydrogen peroxide-modified biochar [J]. | GEODERMA , 2025 , 464 . |
| MLA | Samson, Victor Manna et al. "Mechanistic insights into enhanced nitrogen retention and microbial nitrogen cycling in soil-plant systems mediated by hydrogen peroxide-modified biochar" . | GEODERMA 464 (2025) . |
| APA | Samson, Victor Manna , Yang, Xi , Li, Zijun , Yu, Yihui , Tu, Wenlong , Mao, Yanling . Mechanistic insights into enhanced nitrogen retention and microbial nitrogen cycling in soil-plant systems mediated by hydrogen peroxide-modified biochar . | GEODERMA , 2025 , 464 . |
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[目的]探究不同类型生物炭对芳香樟生长和光合特性的影响,以期为芳香樟经济林营造提供科学依据。[方法]以盆栽芳香樟优质品系‘MD1’为材料,设置对照(CK,不施化肥和生物炭)、化肥(F)、木炭+化肥(MC)和秸秆炭+化肥(JC)4个处理,在芳香樟移栽前一天施入生物炭(140 g/盆)、化肥(尿素、过磷酸钙、氯化钾分别为6,2.19,0.44 g/盆),将其与土壤混匀,移栽定植后浇水灌透。移栽后测定施用不同类型生物炭对芳香樟生长指标、各器官精油含量、芳樟醇相对含量和根系活力的影响,并分析叶片光合特性和氮代谢的调控过程。[结果]1)与施用化肥处理相比,不同类型生物炭处理均可提高芳香樟株高、地径、总生物量和根系活力,且不同类型生物炭处理之间差异显著,JC处理对芳香樟植株生长的促进效果优于MC处理,其芳香樟株高、地径、总生物量和根系活力比MC处理分别增加了36.22%,8.24%,8.68%和12.80%。2)与施用化肥处理相比,不同类型生物炭处理均可显著提高芳香樟茎、叶得油率和芳樟醇相对含量,其中以JC处理芳香樟叶得油率和芳樟醇相对含量最高,分别达4.05%和94.31%。3)施用生物炭可提高芳香樟SPAD值和净光合速率,蒸腾速率随时间的变化呈先升高后降低的趋势,减少光合产物消耗;化肥处理除亚硝酸还原酶外,氮代谢酶活性显著高于其他处理。[结论]施用不同类型生物炭均能促进芳香樟生长,提高精油含量和芳樟醇相对含量,改善芳香樟的光合生理特性,其中以秸秆炭+化肥处理综合表现最优。
Keyword ：
光合特性 光合特性 生物炭 生物炭 生长品质 生长品质 芳香樟 芳香樟
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| GB/T 7714 | 陈宇琳 , 吴凤英 , 张伟婷 et al. 不同类型生物炭对芳香樟生长及光合特性的影响 [J]. | 西北农林科技大学学报(自然科学版) , 2024 , (02) : 1-11 . |
| MLA | 陈宇琳 et al. "不同类型生物炭对芳香樟生长及光合特性的影响" . | 西北农林科技大学学报(自然科学版) 02 (2024) : 1-11 . |
| APA | 陈宇琳 , 吴凤英 , 张伟婷 , 刘东明 , 何峥旋 , 毛艳玲 . 不同类型生物炭对芳香樟生长及光合特性的影响 . | 西北农林科技大学学报(自然科学版) , 2024 , (02) , 1-11 . |
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【目的】探究猪粪配施微生物菌剂对侵蚀红壤碳氮组分及竹柏生长的影响，为侵蚀劣地改良及获得适合竹柏生长的施肥方案提供依据。【方法】以盆栽竹柏为供试材料，测定土壤碳氮组分含量以及竹柏的生长、生理指标，探讨对照以及化肥、猪粪、猪粪+低量菌剂、猪粪+中量菌剂、猪粪+高量菌剂处理对侵蚀红壤碳氮组分含量及竹柏生长的影响。【结果】(1)猪粪配施菌剂可显著提高土壤总有机碳(soil organic carbon, SOC)和易氧化有机碳(easily oxidized organic carbon, EOC)含量，对可溶性有机碳(dissolved organic carbon, DOC)和颗粒有机碳(particulate organic carbon, POC)含量没有显著的提升作用；高剂量菌剂对土壤碳组分含量的提升效果最佳。(2)配施菌剂与单施猪粪处理相比，硝态氮(NO~-_3-N)含量提高了43.75%～68.75%,可溶性有机氮(dissolved organic nitrogen, DON)含量提高了13.59%～24.46%,氨基酸态氮(amino acid nitrogen, AAN)含量提高了11.08%,微生物量氮(microbial biomass nitrogen, MBN)含量提高了6.99%～36.65%,对铵态氮(NH~+_4-N)含量无明显的提升作用。(3)施用菌剂可促进竹柏的生长发育，高量菌剂对竹柏株高、地径增长量的提升效果最佳；中量菌剂对竹柏可溶性糖和可溶性蛋白含量的提升效果最佳。【结论】猪粪配施适量微生物菌剂可有效改良侵蚀红壤，提高侵蚀红壤的碳氮组分含量，促进竹柏的生长发育。
Keyword ：
侵蚀红壤 侵蚀红壤 土壤碳氮组分 土壤碳氮组分 微生物菌剂 微生物菌剂 猪粪 猪粪 竹柏 竹柏
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| GB/T 7714 | 何峥旋 , 魏圆慧 , 黄昭昶 et al. 猪粪配施菌剂对侵蚀红壤碳氮组分及竹柏生长的影响 [J]. | 福建农林大学学报(自然科学版) , 2024 , 53 (03) : 394-400 . |
| MLA | 何峥旋 et al. "猪粪配施菌剂对侵蚀红壤碳氮组分及竹柏生长的影响" . | 福建农林大学学报(自然科学版) 53 . 03 (2024) : 394-400 . |
| APA | 何峥旋 , 魏圆慧 , 黄昭昶 , 支叶彤 , 郭宇轩 , 毛艳玲 . 猪粪配施菌剂对侵蚀红壤碳氮组分及竹柏生长的影响 . | 福建农林大学学报(自然科学版) , 2024 , 53 (03) , 394-400 . |
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Understanding soil organic matter (SOM) stability and carbon storage under long-term intensive land management systems is vital for estimating the C sequestration potentials of agricultural lands. Available methods currently used for measuring the stability of SOM, such as radiocarbon dating, are expensive. However, a costeffective and reliable stable isotope-based model was developed for grasslands which utilizes the C/N ratio and delta 15N of soils to determine the stability of SOM. We applied this model to test for the first time its usefulness for evaluating SOM stability in the top and subsoils of a subtropical paddy field cultivated for 37 years. We also compared paddy soil's SOM stability and carbon storage under different fertilizer treatments. Treatments evaluated were a control (CK), inorganic fertilizer (NPK), NPK+cattle manure (NPKM), and NPK+rice straw (NPKS). Results showed that the C/N ratios and delta 15N signatures of POM and mOM proved effective in predicting SOM stability as predicted by the model. SOM stability increased with depth across the treatments, especially in NPKM and NPKS in the deeper soil layer compared to CK and NPK. Introducing delta 13 C as an indicator further strengthened the model, revealing higher delta 13 C accumulation in the subsoils, indicating higher C sequestration. Further insights showed that unlike in the CK treatment, the use of NPKM and NPKS significantly increased SOC accumulation by increasing the proportion of mineral-protected organic matter (mOM) compared to the microbial-accessible particulate organic matter (POM). The abundance of mOM associated with a lower rate of decomposition in the paddy fields and the incorporation of higher 13 C in the subsoils under NPKM and NPKS were key factors that enhanced the long-term increase in organic C and SOM stability. Thus, the stable isotopebased model proved a reliable proxy for estimating SOM stability in paddy fields.
Keyword ：
Fertilizer Fertilizer Soil organic matter Soil organic matter Stability Stability Stable isotopes Stable isotopes
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| GB/T 7714 | Samson, Victor Manna , Wei, Yuanhui , Guo, Liming et al. Evaluation of long-term organic carbon dynamics and organic matter stability in a cultivated paddy soil using a carbon and nitrogen stable isotopes-based model [J]. | SOIL & TILLAGE RESEARCH , 2024 , 239 . |
| MLA | Samson, Victor Manna et al. "Evaluation of long-term organic carbon dynamics and organic matter stability in a cultivated paddy soil using a carbon and nitrogen stable isotopes-based model" . | SOIL & TILLAGE RESEARCH 239 (2024) . |
| APA | Samson, Victor Manna , Wei, Yuanhui , Guo, Liming , Liu, Dongming , Heiling, Maria , Dercon, Gerd et al. Evaluation of long-term organic carbon dynamics and organic matter stability in a cultivated paddy soil using a carbon and nitrogen stable isotopes-based model . | SOIL & TILLAGE RESEARCH , 2024 , 239 . |
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【目的】林地土壤抗侵蚀能力、渗透性及保水性与土壤团聚体结构稳定性紧密相关，氮素的固持与分布直接影响林下植被生长与林地土壤团聚体形成。研究生物炭添加对林地土壤结构稳定性与残留氮素分配的影响，可为增强林地土壤团聚体稳定性、提高土壤氮素固持水平提供参考。【方法】利用福建省林地土壤进行盆栽试验（1年），设置4个处理：对照（CK）、化肥（F）、木炭+化肥（MC）、秸秆炭+化肥（JC），除CK外，化肥及生物炭处理均每盆施用尿素1 g、过磷酸钙2.19g、氯化钾0.44g，追肥15N-尿素，共追施5g，生物炭施用量为每盆140g。测定不同处理土壤团聚体组成、团聚体稳定性指标、团聚体氮素含量与分布，结合~(15)N示踪技术分析肥料氮在土壤团聚体内的残留特点，揭示生物炭对林地土壤团聚体稳定性与氮素分配的影响。【结果】（1）与F处理相比，MC与JC处理显著提高了土壤大团聚体含量，其中>2mm土壤团聚体增幅最大，分别增长了108.92%与119.11%;(2）施用生物炭增强了土壤团聚体稳定性，MC与JC处理平均重量直径（MWD）、几何平均直径（GMD）及>0.25 mm大团聚体含量（R>0.25mm）较F处理均显著提升，分形维数值（D）显著下降，JC处理土壤团聚体稳定性优于MC处理；（3）施用生物炭提高了不同粒径土壤团聚体中全氮含量，MC处理土壤全氮总量高于JC处理，二者的>2mm团聚体氮素贡献率较F处理分别显著增加了38.09%与69.10%;(4）施用生物炭使>0.25～2mm粒级团聚体δ~(15)N富集，MC与JC处理土壤肥料氮残留量以>0.25mm粒级最多，较F处理显著增加了2.25倍与3.89倍，土壤大团聚体中氮肥残留量与团聚体稳定性呈显著正相关。【结论】施用生物炭有利于增强林地土壤团聚体稳定性，减少土壤氮素与肥料淋失，肥料氮在大团聚体中的固持高于微团聚体，秸秆炭对土壤团聚体稳定性提升效果更显著，木炭施用更有利于土壤氮素含量增加。
Keyword ：
~(15)N标记 ~(15)N标记 团聚体稳定性 团聚体稳定性 林地土壤结构 林地土壤结构 氮肥利用 氮肥利用 生物炭 生物炭
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| GB/T 7714 | 张伟婷 , 郭宇轩 , 魏圆慧 et al. 生物炭对林地土壤团聚体稳定性与肥料氮分布的影响 [J]. | 福建农业学报 , 2024 , 39 (03) : 345-353 . |
| MLA | 张伟婷 et al. "生物炭对林地土壤团聚体稳定性与肥料氮分布的影响" . | 福建农业学报 39 . 03 (2024) : 345-353 . |
| APA | 张伟婷 , 郭宇轩 , 魏圆慧 , 贾广昊 , 毛艳玲 . 生物炭对林地土壤团聚体稳定性与肥料氮分布的影响 . | 福建农业学报 , 2024 , 39 (03) , 345-353 . |
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