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["2024年度学院期刊论文统计表"]
["序号","论文题目","第一作者","第一作者单位","通讯作者","通讯作者单位","期刊名称","新G1、学院A、B刊或其他","卷、期、页码","分区","备注"]
[1,"Freeze-Thaw Cycle Events Enable the Deep Disintegration of Biochar: Release of Dissolved Black Carbon and Its Structural-Dependent Carbon Sequestration Capacity","朱浪（学）","资源环境学院","陈娜、贾汉忠","资源环境学院","Environmental Science & Technology","G1","58、47、20979-20989",1]
[2,"Photoaged Tire Wear Particles Leading to the Oxidative Damage on Earthworms (Eisenia fetida) by Disrupting the Antioxidant Defense System: The Definitive Role of Environmental Free Radicals.","陈龙（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Environmental Science & Technology","G1","58、10、4500-4509","1"]
[3,"Novel Insights into the Promoted Accumulation of Nitro-Polycyclic Aromatic Hydrocarbons in the Roots of Legume Plants","杨惠强（学）","资源环境学院","贾汉忠、祝凌燕","资源环境学院","Environmental Science & Technology","G1","58、4、2058-2068","1"]
[4,"Seasonal and Spatial Fluctuations of Reactive Oxygen Species in Riparian Soils and Their Contributions on Organic Carbon Mineralization","刘富豪（学)","资源环境学院","贾汉忠","资源环境学院","Environmental Science & Technology","G1","58、16、7066-7077","1"]
[5,"Novel Chemical Routes for Carbon Dioxide and Methane Production from Lignin Photodegradation: The Role of Environmental Free Radicals","邓永玺（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","祝可成、贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Environmental Science & Technology","G1","58、36、16055-16065","1"]
[6,"Carbon emissions and priming effects derived from crop residues and their responses to nitrogen inputs.","覃建军（学)","资源环境学院","陈娜、贾汉忠","资源环境学院","Global Change Biology","A","30、1、e17115","1"]
[7,"A state-of-art review on the redox activity of persistent free radicals in biochar","谢佳（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Water research","A","255、121516","1","Review"]
[8,"The effect of redox fluctuation on carbon mineralization in riparian soil: An analysis of the hotspot zone of reactive oxygen species production","刘富豪（学)","资源环境学院","祝可成、贾汉忠","资源环境学院","Water research","A","265、122294","1"]
[9,"Biodegradable plastics fragments induce positive effects on the decomposition of soil organic matter","李彦霈（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","贾汉忠","资源环境学院","Journal of Hazardous Materials","A","468、133820","1"]
[10,"Unlocking high-efficiency decontamination by building a novel heterogeneous catalytic reduction system of thiourea dioxide/biochar","蒋源仁（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","祝可成、贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Journal of Hazardous Materials","A","472、134471","1"]
[11,"Aging kinetics and mechanisms of polystyrene microplastic in water under sunlight irradiation: Effects of inorganic cations","邓永玺（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","贾汉忠","资源环境学院","Gondwana Research","A","129、193-200","1"]
[12,"Novel insights into the factors influencing rhizosphere reactive oxygen species production and their role in polycyclic aromatic hydrocarbons transformation","刘晋波（学)","资源环境学院；西北旱地农业绿色低碳重点实验室","贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Soil Biology & Biochemistry","A","198、109562","1"]
[13,"Arsenite adsorption and oxidation affected by soil humin: The significant role of persistent free radicals and reactive oxygen species","代允超","资源环境学院","贾汉忠、祝凌燕","资源环境学院","Journal of Hazardous Materials","A","468、133799","1"]
[14,"Unveiling the protective role of biofilm formation on the photoaging of microplastics","张海宇（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","贾汉忠、刘鹏","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Science China-Technological Sciences","其他","67、10、3067-3078"]
[15,"Molecular modeling to elucidate the dynamic interaction process and aggregation mechanism between natural organic matters and nanoplastics","张弛","资源环境学院","贾汉忠、秦俊豪","资源环境学院","Eco-Environment & Health","其他","DOI：10.1016",null,"在线发表；wos网站检索不到"]
[16,"New insights into organic carbon mineralization: Combining soil organic carbon fractions, soil bacterial composition, microbial metabolic potential, and soil metabolites","薛少琪（学）","资源环境学院","黄冬琳、王旭东","资源环境学院","Soil & Tillage Research","A","2024,244",1]
[17,"Changes in soil organic carbon and microbial community in saline soil following different forms of straw incorporation","范庭（学）","资源环境学院","王旭东","资源环境学院","European Journal of Soil Science","B","2024,75,1",2]
[18,"Temperature Sensitivity of Soil Organic Carbon Mineralization Is Regulated by Exogenous Organic Matter Forms and the Degree of Soil Salinization","范庭（学）","资源环境学院","王旭东","资源环境学院","Journal of Soil Science and Plant Nutrition","其他","2024,24, 1212–1224 "]
[19,"Characterization of the Bioavailability of Per- and Polyfluoroalkyl\nSubstances in Farmland Soils and the Factors Impacting Their Translocation to\nEdible Plant Tissues","申立娜（学）","资源环境学院","周健，祝凌燕","资源环境学院","Environmental Science & Technology","G1","58,35,15790-15798","1"]
[20,"Restoration via the aggregate spray-seeding technique affected the\nsoil proteobacteria on an Uninhabited Island: Community\nstructure, metabolic function, nutritional type, and life strategy","王志康（学）","资源环境学院","耿增超","资源环境学院","Global Ecology and Conservation","其他","53，e03009","2"]
[21,"Soil bacterial community diversity and life strategy during slope restoration on an uninhabited island: changes under the aggregate spray-seeding technique","王志康（学）","农业部西北植物营养与农业环境重点实验室","耿增超","农业部西北植物营养与农业环境重点实验室","Journal of Applied Microbiology","其他","6135,6，lxae132","3"]
[22,"Keystone taxa of phoD-harboring bacteria mediate alkaline phosphatase\nactivity during biochar remediation of Cd-contaminated soil","王强（学）","资源环境学院","耿增超","资源环境学院","Science of The Total Environment","A","906,167726","1"]
[23,"Magnetized bentonite modified rice straw biochar: Qualitative and\nquantitative analysis of Cd(II) adsorption mechanism","刘树志（学）","资源环境学院","耿增超","资源环境学院","Chemosphere","B","359,142262","2","检索不到"]
[24,"Impact of Maize Growth Stage on Soil Bacterial Communities and Functions in Dryland Under P Fertilization: a Comprehensive Analysis","杨豫（学）","资源环境学院","刘金山","资源环境学院","Journal of Soil Science and Plant Nutrition","其他","24(1): 1172-1182","3"]
[25,"Community metagenomics reveals the processes of nutrient cycling regulated by microbial functions in soils with P fertilizer input","刘雷（学）","资源环境学院","刘金山","资源环境学院","Plant and Soil","B","499:139–154","2"]
[26,"Optimized fertilization based on fallow season precipitation and the Nutrient Expert system for dryland wheat reduced environmental risks and increased economic benefits","杨文杰（学）","资源环境学院","邱炜红、刘金山","资源环境学院","Agricultural Water Management","A","291:108629","1"]
[27,"Optimized NPK fertilizer recommendations based on topsoil available nutrient criteria for wheat in drylands of China","杨文杰、于杰（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","邱炜红、王朝辉","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Journal of Integrative Agriculture","B"," 23(7): 2421–2433","1"]
[28,"Thresholds of Nitrogen and Phosphorus Input Substantially Alter Arbuscular Mycorrhizal Fungal Communities and Wheat Yield in Dryland Farmland","刘雷（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","刘金山","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Journal of Agricultural and Food Chemistry","A","72:10236-10246","1"]
[29,"Phosphorus fertilizer input threshold shifts bacterial community structure and soil multifunctionality to maintain dryland wheat production","刘雷（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","刘金山","资源环境学院","Soil & Tillage Research","A","243: 106174","1"]
[30,"Balanced phosphorus fertilization enhances soil bacterial network complexity to maintain multifunctionality and plant production in dryland agricultural systems","刘雷（学）","资源环境学院","刘金山","资源环境学院","Agriculture Ecosystems & Environment","A","356: 108647","1"]
[31,"Plastic mulch increases dryland wheat\n yield and water-use productivity, while straw mulch increases soil water storage","赵护兵","资源环境学院","赵护兵","资源环境学院","Journal of Integrative Agriculture","B","23、9、3174-3185","1"]
[32,"The first factor affecting dryland winter wheat grain yield under various mulching measures: Spike number","窦瑛霞（学）","资源环境学院","赵护兵","资源环境学院","Journal of Integrative Agriculture","B","23、3、836-848","1"]
[33,"Responses of winter wheat yield and soil organic carbon to long-term \n(1990–2021) fertilization regimes under inter-annual weather variation in \nthe Loess Plateau","张潘鑫（学）","资源环境学院","张树兰","资源环境学院","European Journal of Agronomy","A","157：127189","1"]
[34,"Manure replacing synthetic fertilizer improves crop yield sustainability and \nreduces carbon footprint under winter wheat–summer maize \ncropping system","牛金璨（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","张树兰","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Journal of Environmental Management","A","358: 120936","1"]
[35,"Molecular insights into microbial transformation of bioaerosol-derived dissolved organic matter discharged from wastewater treatment plant","张国栋（学）","资源环境学院","王铁成，祝凌燕","资源环境学院","Environment International","A","2024, 183, 108404",1]
[36,"Enhancing Cu-EDTA decomplexation in a discharge plasma system coupled with nanospace confined iron oxide: Insights into electron transfer and high-valent iron species","刘悦（学）","资源环境学院","王铁成","资源环境学院","Applied Catalysis B-Environmental","A","2024, 345, 123717",1]
[37,"Synchronous removal of oxytetracycline and Cr(Ⅵ) in Fenton-like photocatalysis process driven by MnFe2O4/g-C3N4: Performance and mechanisms","李雨娟","宁夏环科院","王铁成","西北农林科技大学","Chemosphere","B","2024,352,141371",2,"wos网站检索不到"]
[38,"Microbial transformation mechanisms of particulate organic carbon to mineral-associated organic carbon at the chemical molecular level: Highlighting the effects of ambient temperature and soil moisture","牛雅丽（学）","资源环境学院","王铁成、范利超","资源环境学院","Soil Biology & Biochemistry","A","2024,195,109454",1]
[39,"Multi-path accelerating sulfadiazine degradation via peracetic acid oxidation induced by nanoconfined Co species: Highlighting electron rearrangement effect","刘悦（学），王洋洋","资源环境学院","王铁成，马秋羚","资源环境学院","Chemical Engineering Journal","A","2024，494,153167",1]
[40,"Long-term straw return promotes accumulation of stable soil dissolved organic matter by driving molecular-level activity and diversity","程真（学）","资源环境学院","王铁成，祝凌燕","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 374, 109155",1]
[41,"Mechanisms of conjugative transfer of antibiotic resistance genes induced by extracellular polymeric substances: Insights into molecular diversities and electron transfer properties","王齐（学）","资源环境学院","王铁成","资源环境学院","Journal of Hazardous Materials","A","2024，476，135181",1]
[42,"Complexation with Metal Ions Affects Chlorination Reactivity of Dissolved Organic Matter: Structural Reactomics of Emerging Disinfection Byproducts","胡倩","资源环境学院","王铁成，祝凌燕","资源环境学院","Environmental Science & Technology","G1","2024, 58, 13890-13903",1]
[43,"Masks as a new hotspot for antibiotic resistance gene spread: Reveal the contribution of atmospheric pollutants and potential risks","王延杰（学）","资源环境学院","王铁成","资源环境学院","Environmental Science & Technology","G1","2024, 58, 16100-16111",1]
[44,"Long-term straw return enhanced the chlorine reactivity of soil DOM: Highlighting the molecular-level activity and transformation trade-offs","程真","资源环境学院","王铁成，祝凌燕","资源环境学院","Science of The Total Environment","A","2024, 951,175485",1]
[45,"Interfacial internal-electric field on nanoneedle CoOOH/WO3 photoelectrode realized efficient photoelectrocatalytic degradation of 4-fluorophenol via facilitated H2O oxidation and physical contact","马秋羚","西北农林科技大学","王铁成","西北农林科技大学","Chemical Engineering Journal","A","2024，498,155551",1,"收录时间2025年1月"]
[46,"Water temperature disturbance alters the conjugate transfer of antibiotic resistance genes via affecting ROS content and intercellular aggregation","李昱童（学）","资源环境学院","王铁成，李虎","资源环境学院","Journal of Hazardous Materials","A","2024，479, 135762",1]
[47,"Nitrogen rate is more important than irrigation rate in mitigating nitrogen leaching in flood-irrigated maize: A 6-year lysimeter experiment","侯立耀（学）","资源环境学院","刘占军","资源环境学院","Geoderma","A","2024, 447, 116940",1]
[48,"Divergent responses of soil physicochemical properties in 6-m profiles to long-term overfertilization in rainfed apple orchards on China’s Loess Plateau","赵家锐（学）","资源环境学院","刘占军","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 361, 118017",1]
[49,"Plant N:P stoichiometric‑nonstructural carbohydrate linkages are age‑dependent in extremely overfertilized apple production systems","赵家锐（学）","资源环境学院","刘占军","资源环境学院","Plant Soil","其他","DOI: 10.1007/s11104-024-06955-6",2,"未发表，无卷期页码"]
[50,"Exploring intrinsic distribution of phytoplankton relative abundance and biomass in combination with continental-scale field investigation and microcosm experiment ","叶思思（学）","资源环境学院","潘保柱，李明","资源环境学院","Water Research","A","248:: 120853",1]
[51,"Comparing the removal efficiency of diisobutyl phthalate by Bacillariophyta, Cyanophyta and Chlorophyta ","王晓宇（学）","资源环境学院","李明","资源环境学院","Science of The Total Environment","A","912: 169507"]
[52,"Variations in growth, photosynthesis, oxidative stress and microcystin production in Microcystis aeruginosa caused by acute exposure to Benzalkonium Chloride and Benzalkonium Bromide ","张铖莹（学）","资源环境学院","李明","资源环境学院","Process Safety and Environmental Protection","B","182: 1110-1120"]
[53,"Enhancing nutrient removal of agricultural and agro-industrial wastewater utilizing symbiotic microalgal co-cultivation systems to optimize sustainable resource recovery","Lakshmikandan, M","资源环境学院","李明, Lakshmikandan, M","资源环境学院","Journal of Water Process Engineering","B","63: 105524"]
[54,"Linking microbial community coalescence to ecological diversity, community assembly and species coexistence in a typical subhumid river catchment in northern China","常朝（学）","资源环境学院","李明","资源环境学院","Science of The Total Environment","A","938: 173367"]
[55,"Hydro-morphology and water quality jointly shape the structure and network stability of the plankton community in multi-tributary river basins ","常朝（学）","资源环境学院","李明，杨芳","资源环境学院","Journal of Hydrology","A","643: 131945"]
[56,"Arsenic stress on soil microbial nutrient metabolism interpreted by microbial utilization of dissolved organic carbon","李华勇（学生）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","和文祥","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Journal of Hazardous Materials","A","470: 134232"]
[57,"Evaluation of arsenic pollution in field-contaminated soil at the soil’s actual pH","高天聪（学生）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","和文祥","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Journal of Environmental Sciences","B","144：137-147"]
[58,"Application of machine learning approaches to predict ammonium nitrogen transport in different soil types and evaluate the contribution of control factors","冯冰聪（学生）","资源环境学院","和文祥、马杰","资源环境学院","Ecotoxicology and Environmental Safety","B","284：116867"]
[59,"Soil urease functional stability to Hg pollution: An ecotoxicological\nperspective","黄晖（学生）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","和文祥","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Ecotoxicology","其他","33：839–848"]
[60,"Drying-rewetting alters arsenic ecotoxicity: From the perspective of enzyme-based functional diversity","黄晖（学生）","西北农林科技大学","和文祥","西北农林科技大学","chemosphere","B","364:143298",null,"wos网站检索不到"]
[61,"Seasonal changes of dissolved CO2 and its linkage with optical characteristics of DOM in groundwater in agricultural areas","霍盼（学生）","资源环境学院","高鹏程","资源环境学院","Journal of Hydrology","A","2024,643,131927",1]
[62,"Degassing of greenhouse gases from groundwater under different irrigation methods: A neglected carbon source in agriculture","霍盼（学生）","资源环境学院","高鹏程","资源环境学院","Agricultural Water Management","A","2024，301，108941",1]
[63,"Organic manures reduce the bioavailability of ﬂuoride in soil via \ndifferent mechanisms","陈坤（学生）","资源环境学院","高鹏程","资源环境学院","Environmental Pollution","B","2024,363,125142",2]
[64,"Characteristics of optical properties of DOM and nutrients in rainwater of different ecological areas of a large reservoir in China","霍盼（学生）","西北农林科技大学","高鹏程","西北农林科技大学","Chemosphere","B","2023，342，140091",2,"wos网站检索不到"]
[65,"Fe-Mn binary oxides improve the methanogenic performance and reduce the environmental health risks associated with antibiotic resistance genes during anaerobic digestion","陈志辉（学生）","资源环境学院","宋籽霖，谷洁","资源环境学院","Journal of Hazardous Materials","A"]
[66,"Bacterial outer membrane vesicles increase polymyxin resistance in Pseudomonas aeruginosa while inhibiting its quorum sensing","陈志辉（学生）","资源环境学院","宋籽霖","资源环境学院","Journal of Hazardous Materials","A"]
[67,"Chlorpyrifos degradation and its impacts on phosphorus bioavailability in microplastic-contaminated soil","丁玲玲（学生）","西北农林科技大学","杨晓梅","西北农林科技大学","Ecotoxicology and Environmental Safety","B","2024, 277, 116378",2]
[68,"Effects of LDPE and PBAT plastics on soil organic carbon and carbon-enzymes: A mesocosm experiment under field conditions","贾焮凯（学生）","资源环境学院","杨晓梅","资源环境学院","Environmental Pollution","B","2024, 362, 124965"]
[69,"Key factors influencing wheat grain zinc and manganese concentration in areas with different soil available phosphorus","刘晨瑞（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","石美","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Field Crops Research","A","317: 109558",1]
[70,"Phthalate ester (PAEs) accumulation in wheat tissues and dynamic changes of rhizosphere microorganisms in the field with plastic-film residue","孙庆（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","石美","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","Science of The Total Environment","A","931: 172833",1]
[71,"Molecular Weights of Dissolved Organic Matter Significantly Affect Photoaging of Microplastics","潘建睿（学）","资源环境学院","郭学涛","资源环境学院","Environmental Science & Technology","G1","58、31、  13973–13985.",1]
[72,"Interactions between Iron Minerals and Dissolved Organic Matter Derived from Microplastics Inhibited the Ferrihydrite Transformation as Revealed at the Molecular Scale","张梦巍（学）","资源环境学院","郭学涛、陈全","资源环境学院","Environmental Science & Technology","G1","58、30、  13478-13489.",1]
[73,"High-Resolution Mass Spectrometry Combined with Reactive Oxygen Species Reveals Differences in Photoreactivity of Dissolved Organic Matter from Microplastic Sources in Aqueous Environments","陈浩（学）","资源环境学院","郭学涛","资源环境学院","Environmental Science & Technology","G1","58、23、  10334-46.",1]
[74,"Microbial metabolism influences microplastic perturbation of dissolved organic matter in agricultural soils","仇欣然（学）","资源环境学院","郭学涛、郑伟","资源环境学院","ISME Journal","G1","18、1",1]
[75,"Significant contribution of different sources of particulate organic matter to the photoaging of microplastics","仇欣然（学）","资源环境学院","郭学涛","资源环境学院","Water Research","A","251、121173",1]
[76,"Contribution of plastic solid components to volatile organic compounds formation during plastics combustion","王兴蕾（学)","资源环境学院","郭学涛、黄先飞","资源环境学院","Journal of Hazardous Materials","A","480、135977",1]
[77,"Insight into interactions between microplastics and fulvic acid: Mechanisms affected by microplastics type","王兴蕾（学)","资源环境学院","郭学涛、吴仁人","资源环境学院","Science of The Total Environment","A","913、 169427",1]
[78,"Metabolomics reveals how spinach plants reprogram metabolites to cope with intense stress responses induced by photoaged polystyrene nanoplastics (PSNPs)","黄道芬(学)","资源环境学院","郭学涛、梁旭军","资源环境学院","Journal of Hazardous Materials","A","466、133605",1]
[79,"Tetracycline degradation by peroxydisulfate activated with the composite material of biochar and cobalt-modified carbon nitride: Efficiency, stability, and degradation pathway","曹洁(学)","资源环境学院","郭学涛、梁旭军、张珍明","资源环境学院","Journal of Environmental Chemical Engineering","B","12、5、113742.",2]
[80,"An important source of terrestrial microplastics-atmospheric deposition: A microplastics survey based on Shaanxi, China","王潇潇（学）","资源环境学院","郭学涛","资源环境学院","Land Degradation & Development","B","35、9、 3191–3199",2]
[81,"Green manure provides provides growth benefits for soil mesofauna by promoting soil fertility in agroecosystems","任航乐（学）","资源环境学院","张达斌 高亚军","资源环境学院","Soil & Tillage Research","A","2024，238: 106006.",1]
[82,"Priming and balance of soil organic carbon differ with additive C N ratios and long-term green manuring","徐倩（学）","资源环境学院","张达斌 高亚军","资源环境学院","Applied Soil Ecology","B","2024，201: 105495",2]
[83,"Integrated BSA-seq and RNA-seq analysis to identify candidate genes associated with nitrogen utilization efficiency (NUtE) in rapeseed (Brassica napus L.)","南运有（学）","西北农林科技大学","高亚军 惠静","西北农林科技大学","International Journal of Biological Macromolecules","B","2024,254(1):127771",1]
[84,"Overexpression of BnaC8.NRT2.1b improves nitrogen uptake efficiency in Brassica napus L","南运有（学）","资源环境学院","高亚军 惠静","资源环境学院","Industrial Crops and Products","B","2024,219:119058",1]
[85,"TaNAR2.1 and TaNAR2.2 differ in influencing nitrogen uptake and growth of wheat (Triticum aestivum L.)","张明明（学），惠静，陈寅（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","田汇","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","International Journal of Biological Macromolecules","B","2024,281(3):136320",1]
[86,"Metagenomic binning analyses of swine manure composting reveal mechanism of nitrogen cycle amendment using kaolin","李华康（学）","资源环境学院","王小娟","资源环境学院","Bioresource Technology","A","2024，393，130156",1]
[87,"The removal of antibiotic resistance bacteria and genes and inhibition of RP4 plasmid-mediated conjugative transfer by citric acid chelated Fe(II) catalyzing peroxymonosulfate systems: Performance and mechanisms","刘恒瑞（学）","资源环境学院","王小娟","资源环境学院","Chemical Engineering Journal","A","2024，499，156297",1]
[88,"SiO2 nanoparticles can enhance nitrogen retention and reduce copper resistance genes during aerobic composting of swine manure","杨文珊（学）","资源环境学院","王小娟","资源环境学院","Bioresource Technology","A","2024，414，131577",1]
[89,"Metagenomic insights into the mechanism of sophorolipid in facilitating co-anaerobic digestion of mushroom residues and cattle manure: Functional microorganisms and metabolic pathway analysis","赵子璇（学）","资源环境学院","王小娟","资源环境学院","Journal of Environmental Management","A","2024，370，123048",2]
[90,"Efficient peroxymonosulfate activation by iron-cobalt bimetallic biochar for rapid removal of antibiotic resistant bacteria, antibiotic resistance genes, and ampicillin: The coexisting of free-radical and non-radical pathways","安璐（学）","资源环境学院","王小娟，谷洁","资源环境学院","Separation and Purification Technology","A","2024，342，127025",1]
[91,"Impact of nighttime light data saturation correction on the application of carbon emissions spatialization: A comparative study of the correction effect and application effect based on five methods in China","孙景妍（学）","资源环境学院","齐雁冰，杨香云","资源环境学院","Journal of Cleaner Production","A","2024, 438, 140815",1]
[92,"Identifying and Mapping the Spatial Factors That Control Soil Erosion Changes in the Yellow River Basin of China","郭晋伟（学）","资源环境学院","齐雁冰","资源环境学院","Land","其他","2024, 13, 344",2]
[93,"Vertical dynamics of soil organic carbon across Shaanxi Province, China from 1980s to 2010s","汤媛媛（学）","资源环境学院","齐雁冰","资源环境学院","Land Degradation & Development","B","2024, 35: 4055-4067",2]
[94,"Integrated nitrogen fertilizer management for improving wheat yield and the efficiency of water and nitrogen fertilizer use","刘厚华（学）","资源环境学院","何刚","资源环境学院","European Journal of Agronomy","A","2024,159,127264",1]
[95,"Implications of agricultural success in the Yellow River Basin and its strategy for green developmen","何刚","西北农林科技大学","何刚","西北农林科技大学","Frontiers of Agricultural Science and Engineering","其他","2024,11(1):122-133",4,"wos网站检索不到，未被收录"]
[96,"Coadsorption behaviour and mechanism of TiO2 NPs and OTC on different size particle components of Lou soil","甄乐铭（学）","西北农林科技大学","孟昭福、吕家珑","西北农林科技大学","Colloids and Surfaces A-Physicochemical and Engineering Aspects","B","707：135841",2,"wos网站检索不到，未被收录"]
[97,"Effects of freeze-thaw leaching on physicochemical properties and cadmium transformation in cadmium contaminated soil","吴璐璐（学）","资源环境学院","吕家珑","资源环境学院","Ecotoxicology and Environmental Safety","B","284：116935",2]
[98,"Strategies of soil microbial N-cycling in different cadmium contaminated soil with wheat straw return","杨雅君","资源环境学院","杨雅君、吕家珑","资源环境学院","Ecotoxicology and Environmental Safety","B","278： 116406",2]
[99,"Inhibition of microbially mediated total organic carbon decomposition in different types of cadmium contaminated soils with wheat straw addition","李撑娟","咸阳市土壤肥料工作站","杨雅君","水土保持研究所，土壤与旱作农业国家重点实验室","Scientific Reports","其他","14: 15114",2,"第一作者单位是咸阳市土壤肥料站，第一署名单位是水保学院"]
[100,"Soil nitrogen cycling gene abundances in response to organic amendments: A meta-analysis","杨雅君、刘鹤祥（学）","水土保持研究所，土壤与旱作农业国家重点实验室","杨雅君","水土保持研究所，土壤与旱作农业国家重点实验室","Science of the Total Environment","A","921: 171048",1]
[101,"Biosorption of Cu2+ on magnetic calcium alginate immobilized Phanerochaete chrysosporium","张要辉（学）","资源环境学院","吕家珑、杨雅君","资源环境学院","International Journal of Biological Macromolecules","B","280：135877",1]
[102,"Recyclable water-modified deep eutectic solvents for removal of multiple heavy metals from soil","刘鹤祥（学）","西北农林科技大学","吕家珑、杨雅君","西北农林科技大学","Chemosphere","B","350: 141141",2,"wos网站检索不到，未被收录"]
[103,"Identification of the soil physicochemical and bacterial indicators for soil organic carbon and nitrogen transformation under the wheat straw returning","杨雅君","土壤与旱作农业国家重点实验室，水土保持研究所","杨雅君、吕家珑","土壤与旱作农业国家重点实验室，水土保持研究所","PLOS ONE","其他","DOI:10.1371/journal.pone.0299054",3]
[104,"Adsorption of Pb(II) by UV-aged microplastics and cotransport in homogeneous and heterogeneous porous media","常博焜（学）","资源环境学院","吕家珑、杜伟","资源环境学院","Journal of Hazardous Materials","A","465：133413",1]
[105,"Carbonate weakens the interactions between potassium and calcareous soil","杜伟","资源环境学院","杜伟、吕家珑","资源环境学院","RSC Advances","其他","14：35275-35285",3]
[106,"Co-adsorption performance and mechanism of ammonium and phosphate by iron-modified biochar in water","黄梓璇（学）、常博焜（学）","资源环境学院","杜伟","资源环境学院","Journal of Water Process Engineering","B","67：106209",2]
[107,"Electrochemical mechanisms of Robinia pseudoacacia restoration affecting the interfacial reaction of base cations in loess hilly areas","周知颖（学）、杨雅君","资源环境学院","杜伟","资源环境学院","Catena","A","243: 108143",1]
[108,"Enhancing zinc biofortification and mitigating cadmium toxicity in soil–earthworm–spinach systems using different zinc sources","张皓月(学)","资源环境学院","毛晖","资源环境学院","Journal of Hazardous Materials","A","476：135243"]
[109,"Polyethylene microplastic and nano ZnO Co-exposure: Effects on peanut (Arachis hypogaea L.) growth and rhizosphere bacterial community","孙宏达（学）","资源环境学院","毛晖","资源环境学院","Journal of Cleaner Production","A","445, 141368"]
[110,"Fulvic acid modified ZnO nanoparticles improve nanoparticle stability,mung bean growth, grain zinc content, and soil biodiversity","郭娇（学)","资源环境学院","毛晖","资源环境学院","Science of The Total Environment","A","913，169840"]
[111,"Effect of ZnO nanoparticle application on crop safety and soil environment: a case study of potato planting","张皓月(学)","西北农林科技大学","毛晖","西北农林科技大学","Environmental Science-Nano","B","11：351"]
[112,"Does higher ratio of wheat straw addition decrease PAHs degradation in PAHs-contaminated paddy soils and PAHs concentrations in rice?","蔡军（学）","西北农林科技大学","吴福勇","西北农林科技大学","Science of the Total Environment","A","2024, 914:176533.",1,"wos网站检索不到，未被收录"]
[113,"Impacts, causes and biofortification strategy of rice selenium deficiency based on publication collection.","马远哲（学）","西北农林科技大学","吴福勇","西北农林科技大学","Science of the Total Environment","A","2024, 912:169619",1]
[114,"Effects of maize straw and root stubble return on degradation and fractions of PAHs in contaminated soil.","吴祥瑶（学）","西北农林科技大学","吴福勇","西北农林科技大学","Journal of Soils and Sediments","其他","2024, 24:163-176",2]
[115," Effects of arbuscular mycorrhizal fungi on uptake, translocation and accumulation of Zn in winter wheat during whole growth stage. ","杨静（学）","资源环境学院","吴福勇","资源环境学院","Pedosphere","B","2024, 34(2): 1–11",1]
[116,"Straw return decreases polycyclic aromatic hydrocarbon (PAH) accumulation in winter wheat and human health risk by enhancing PAH dissipation in rhizosphere soil","蔡军(学)","资源环境学院","吴福勇","资源环境学院","Pedosphere","B"," 2024, 34(4): 699–708",1]
[117,"Biochar reduces uptake and accumulation of polycyclic aromatic hydrocarbons (PAHs) in winter wheat on a PAH-contaminated soil","王晋峰（学）","西北农林科技大学","吴福勇","西北农林科技大学","Pedosphere","B"," 2023, 33: 938-947",1]
[118,"Particle sizes crucially affected the release of additives from tire wear particles during UV irradiation and mechanical abrasion","张泰硕（学）","资源环境学院","刘鹏，王梦杰","资源环境学院","Journal of Hazardous Materials","A","470(15):134106",1]
[119,"Decolorization of Triphenylmethane Dyes by a Newly Discovered Endophytic Fungi, Colletotrichum graminicola (SWUNF9) Under Oligotrophic Conditions","高天聪（学）","资源环境学院；农业农村部西北植物营养与农业环境重点实验室","董金燕 田海霞","资源环境学院；农业农村部西北植物营养与农业环境重点实验室"," Water, Air, & Soil Pollution","其他","2025，236，1,39",4,"发表时间是2025.01"]
[120,"Mapping soil organic carbon density via geographically weighted regression with smooth terms: A case study in Shanxi Province","郑宇桐、赵肖楠（学）","资源环境学院","张楚天","资源环境学院","Ecological Indicators","B","2024, 166: 112588",2]
[121,"Impact of Organic Fertilizer Substitution and Chemical Nitrogen Fertilizer Reduction on Soil Enzyme Activity and Microbial Communities in an Apple Orchard","闫雨阳（学）","西北农林科技大学","许晨阳","西北农林科技大学","Agronomy","其他","14, 2917",2,"发表时间2025年1月"]
[122,"A Toolbox for generalized pumped storage power station based on terrain in ArcGIS Environment","宋云丽（学）","资源环境学院","何海龙","资源环境学院","Renewable Energy","B","220: 119590",1]
[123,"Accuracy evaluation of heat pulse method to determine ice thermal conductivity","陈钧儒（学）","资源环境学院","何海龙","资源环境学院","Cold Regions Science and Technology","其他","217: 104061",2]
[124,"Miscellaneous methods for determination of unfrozen water content in frozen soils","冯树娜（学）","资源环境学院","何海龙","资源环境学院","Journal of Hydrology","A",130802,1]
[125,"Trends in Soil Science over the Past Three Decades (1992–2022) Based on the Scientometric Analysis of 39 Soil Science Journals","贾朗（学）","资源环境学院","何海龙","资源环境学院","Agriculture","其他","14(3): 445",2]
[126,"Enhanced detection of freeze‒thaw induced landslides in Zhidoi county (Tibetan Plateau, China) with Google Earth Engine and image fusion","杨佳慧（学）","资源环境学院","何海龙","资源环境学院","Advances in Climate Change Research","其他",null,1]
[127,"Ecological restoration success on the Loess Plateau of China: A qualitative and quantitative exploration based on rephotography","刘兰敏（学）","资源环境学院","何海龙","资源环境学院","Earth Surface Processes and Landforms","B","49(3): 1081-1098",3]
[128,"Ground cover management improves orchard soil moisture content: A global meta-analysis","丁维婷（学）","资源环境学院","何海龙","资源环境学院","Journal of Hydrology","A","633: 130710",1]
[129,"Machine learning facilitates connections between soil thermal conductivity, soil water content, and soil matric potential","王祥苇（学）","资源环境学院","何海龙","资源环境学院","Journal of Hydrology","A","633: 130950",1]
[130,"Extended HYDRUS-1D freezing module emphasizes thermal conductivity schemes for simulation of soil hydrothermal dynamics","陈晓玉（学）","资源环境学院","何海龙","资源环境学院","Geoderma","A","448: 116946",1]
[131,"Responses of soil organic carbon, microbial biomass carbon, and microbial quotient to ground cover management practices in Chinese orchards: a data synthesis","丁维婷（学）","资源环境学院","何海龙","资源环境学院","Plant and Soil","B","1-15",2]
[132,"Using Advanced InSAR Techniques and Machine Learning in Google Earth Engine (GEE) to Monitor Regional Black Soil Erosion—A Case Study of Yanshou County, Heilongjiang Province, Northeastern China","高演辰（学）","资源环境学院","何海龙","资源环境学院","Remote Sensing","其他","16(20): 3842",2]
[133,"Random forest approach to estimate soil thermal diffusivity: Evaluation and comparison with traditional pedotransfer functions","彭佩佩（学）","资源环境学院","何海龙","资源环境学院","Soil & Tillage Research","A","244: 106233",1]
[134,"Ground cover management enhances soil extracellular enzyme activities across Chinese orchards","丁维婷（学）","资源环境学院","何海龙","资源环境学院","Journal of Environmental Management","A","372: 123425",2]
[135,"Effect of low-molecular-weight organic acids on the transport of polystyrene nanoplastics in saturated porous media","吴兰（学）","资源环境学院","殷宪强","资源环境学院","Journal of Hazardous Materials","A","2024, 480: 136343","1"]
[136,"Transport of microplastics treated with dielectric barrier discharge (DBD) plasma in saturated porous media","冀琰天（学）","资源环境学院","殷宪强","资源环境学院","Journal of Colloid and Interface Science","A","2025, 679: 889-899.","1","发表时间2025年2月"]
[137,"Transport of reduced PBAT microplastics in saturated porous media: Synergistic effects of enhanced surface energy and roughness","王彬颖（学）","资源环境学院","殷宪强","资源环境学院","Water Research","A","2024, 267: 122514.","1"]
[138,"The synergistic effect of typical chiral organic acids and solution chemistry conditions on the transport of 2-arylpropionic acid chiral derivatives in porous media","许多（学）","资源环境学院","殷宪强","资源环境学院","Environmental Pollution","B","2024, 351: 124059.","2"]
[139,"Transport of polyethylene and polypropylene microplastics under the action of agricultural chemicals: Role of pesticide adjuvants and neonicotinoid active ingredients","周时（学）","资源环境学院","殷宪强","资源环境学院","Environmental Research","B","2024, 252: 118975.","1"]
[140,"Environmentally Relevant Concentrations of Propofol-Induced Metabolic Dysfunction in Zebrafish: Mechanistic Insights into Integrated Hepatic Transcriptomic and Metabolomic Analyses","江南（学）","西北农林科技大学","殷宪强","西北农林科技大学","ACS ES&T Water","其他","2024, 4: 2192-2203.","1","wos网站检索不到"]
[141,"Effect of water-soluble polymers on the transport of functional group-modified polystyrene nanoplastics in goethite-coated saturated porous media","张广彩（学）","资源环境学院","殷宪强","资源环境学院","Journal of Hazardous Materials","A","2024, 469: 134044.","1"]
[142,"Stereoselective transport of 2-aryl propionic acid enantiomers in porous media subjected to chiral organic acids","许多（学）","资源环境学院","殷宪强","资源环境学院","Journal of Hazardous Materials","A","2024, 468: 133824.","1"]
[143,"ZIFs material-derived bimetallic oxide heterojunctions activate perodisulfate to degrade chlortetracycline rapidly: The synergistic effects of oxygen vacancies and rapid electron transfer","崔嘉昊（学）","资源环境学院","王铁成、殷宪强","资源环境学院","Chemical Engineering Journal","A","2024, 483: 149426.","1"]
[144,"Mechanisms of cadmium adsorption by ramie nano-biochar with different aged treatments","许多（学）","资源环境学院","殷宪强","资源环境学院","Applied Soil Ecology","B","2024, 193: 105175.","2"]
[145,"Transport of polystyrene nanoplastics with different functional groups in goethite-coated saturated porous media: Effects of low molecular weight organic acids and physicochemical properties","张广彩（学）","资源环境学院","殷宪强","资源环境学院","Journal of Colloid and Interface Science","A","2024, 653: 423-433.","1"]
[146,"Effect of montmorillonite and humic acid on cotransport of g-C3N4 and lead: The role of triazine ring in lead adsorption and deposition in soil components","周时（学）","资源环境学院","殷宪强","资源环境学院","Gondwana Research","A","2024, 125: 59-69.","1"]
[147,"Uv-activated Ni ions as electron donors for in-situ generation of tunable oxygen vacancies on the surface of Bi2O2CO3 with improving photocatalytic activity for sulfadiazine degradation","艾陆辰（学）","资源环境学院","孙慧敏","资源环境学院","Chemical Engineering Journal","A","2024, 500: 156943.","1"]
[148,"Effect of biosurfactants on the transport of polyethylene microplastics in saturated porous media","艾崛豪(学）","资源环境学院","孙慧敏","资源环境学院","Science of The Total Environment","A","2024, 954: 176636.","1"]
[149,"Synergistic effects of microplastic stability and adsorption rate on co-transport of microplastics and Pb under surfactant","艾崛豪(学）","水土保持研究所，土壤与旱作农业国家重点实验室","孙慧敏","水土保持研究所，土壤与旱作农业国家重点实验室","Journal of Cleaner Production","A","2024, 142676.","1"]
[150,"Dynamic ion exchange engineering bismuth ferrite-derived Bi2O2CO3 for rapid piezo-photocatalytic degradation of tetracycline.","艾陆辰（学）","资源环境学院","孙慧敏","资源环境学院","Journal of Colloid and Interface Science","A","2024, 661: 815-830.","1"]
[151,"One-pot preparation of Bi/BiOF/Bi2O2CO3 Z-scheme heterojunction with enhanced photocatalysis activity for ciprofloxacin degradation under simulated sunlight","艾陆辰（学）","资源与环境学院，农业农村部西北植物营养与农业环境重点实验室","孙慧敏","资源与环境学院，农业农村部西北植物营养与农业环境重点实验室","Materials Today Nano","其他","2024, 25: 100446.","1"]
[152,"Responses of different agricultural structures to nitrogen loss and agricultural green development in Northwest China","刘嘉欣（学）","资源环境学院","李紫燕","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 367, 108956",1]
[153,"Long-term straw and plastic film-mulching have divergent effects on maize rhizosphere enzyme activity and bacterial community structure","李彦（学）","土壤与旱作农业国家重点实验室","李紫燕","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 364, 108894",1]
[154,"Can dual mulching outperform single mulching in arid agriculture-Loess Plateau? A meta-analysis based on crop yield and water use efficiency","李彦（学）","西北农林科技大学","李紫燕","西北农林科技大学","Land Degradation & Development.","其他","2024, 35, 3700-3713",2,"wos网站检索不到"]
[155,"Long-term straw mulching alleviates microbial nutrient limitations and increases carbon-use efficiency within aggregates","李彦（学）","土壤与旱作农业国家重点实验室","张宽地，李紫燕","土壤与旱作农业国家重点实验室，资源环境学院","Soil Use and Management","其他","2024, 40, e13058",3]
[156,"Dynamic assessment of the impact of compound dry-hot conditions on global terrestrial water storage","韩知明","资源环境学院","李志","资源环境学院","Remote Sensing of Environment","G1","2024, 315: 114428",1]
[157,"Restored Vegetation Dominates the Decrease in Surface and Subsurface Runoff on the Loess Plateau","燕鑫（学）","资源环境学院，土壤与旱作农业国家重点实验室","李志","资源环境学院，土壤与旱作农业国家重点实验室","Journal of Hydrology","A","2024, 640: 131730",1]
[158,"Uncertainties in physical and tracer methods in actual groundwater recharge estimation in the thick loess deposits of China","王万洲（学）","资源环境学院","李志","资源环境学院","Journal of Hydrology","A","2024, 634: 131127",1]
[159,"Multiple isotopes reveal the impact of land use change on nitrate transport and transformation in deep loess deposits","姬王佳（学）","资源环境学院","李志，何晓玲","资源环境学院","Journal of Hydrology","A","2024, 634: 131056",1]
[160,"Identifying components and controls of streamflow in a cold and arid headwater catchment","杨武超（学）","资源环境学院","李志","资源环境学院","Journal of Hydrology","A","2024，633: 131022",1]
[161,"Low variation in microbial carbon sequestration between farmland and apple orchards in typical loess-covered regions","姬王佳（学）","资源环境学院","李志，何晓玲","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 361: 108823",1]
[162,"Water deficit limits soil organic carbon sequestration under old apple orchards in the loess-covered region","李瑞丰（学）","资源环境学院","李志，刘文兆","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 359: 108739",1]
[163,"Partitioning and Controlling Factors of Evapotranspiration: 1. Hydrological Modeling Constrained with Isotope-based Water Balance Decoupling","李冰冰（学）","资源环境学院","李志","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 364: 108908",1]
[164,"Identifying the nitrate transport and transformations under apple orchards in the loess depositusing stable isotopes of water and nitrate","王泽林（学）","资源环境学院","李志","资源环境学院","Agriculture Ecosystems & Environment","A","2024, 364: 108885",1]
[165,"Partitioning soil water balance under deep-rooted fruit trees in the thick loess deposits","孙继能（学）","资源环境学院","李志","资源环境学院","Catena","A","2024, 244: 108261",1]
[166,"High spatiotemporal asynchrony between water deficit and nitrate accumulation under apple orchards in deep loess deposits","姬王佳（学）","资源环境学院","李志，刘文兆","资源环境学院","Catena","A","2024, 239: 107932",1]
[167,"Multivariate and scale-dependent controls of deep soil carbon after afforestation in a typical loess-covered region","李瑞丰（学）","资源环境学院","李志，何晓玲","资源环境学院","Journal of Environmental Management","A","2024, 359: 120998",1]
[168,"Assessing catchment-scale groundwater discharge: Optimal tracers and factors analysis","夏云（学）","资源环境学院","李志","资源环境学院","Journal of Environmental Management","A","2024, 366: 121798",1]
[169,"Indirect Effects of Revegetation Dominate Groundwater Recharge Change at the Basin Scale","燕鑫（学）","资源环境学院","宁婷婷，李志","资源环境学院","Journal of Cleaner Production","A","2024, 456: 142396",1]
[170,"Characteristics and sources of chemical composition in precipitation on the Loess Plateau of China","刘玉珍（学）","资源环境学院","李志","资源环境学院","Science of The Total Environment","A","2024, 935,173401",1]
[171,"Combined effects of precipitation anomalies and dams on streamwater-groundwater interaction in the Fen River basin, China","夏云（学）","资源环境学院","李志，肖军","资源环境学院","Science of The Total Environment","A","2024, 929: 172704",1]
[172,"Nitrate dynamics in the streamwater-groundwater interaction system: Sources, fate, and controls","夏云（学）","资源环境学院","李志","资源环境学院","Science of The Total Environment","A","2024, 918: 170574",1]
[173,"Microbial nitrogen mineralization is slightly affected by conversion from farmland to apple orchards in thick loess deposits","姬王佳（学）","西北农林科技大学","李志","西北农林科技大学","Science of The Total Environment","A","2024, 908: 168268",1]
[174,"Plants extend root deeper rather than increase root biomass triggered by critical age and soil water depletion","李冰冰（学）","资源环境学院","李志","资源环境学院","Science of The Total Environment","A","2024, 914: 169689",1]
[175,"Variations and controls on groundwater recharge estimated by combining the water-table fluctuation method and Darcy's law in a loess tableland in China","孙继能（学）","西北农林科技大学","李志，李强","西北农林科技大学","Hydrogeology Journal","其他","2024, 32(2): 379-394",3]
[176,"Improving the water table fluctuation method to estimate groundwater recharge below thick vadose zones","孙继能（学）","资源环境学院","李志","资源环境学院","Hydrological Sciences Journal","其他","2024, 10",3]
[177,"On the relative importance of saltation and suspension for aeolian snow mass transport","王正师","资源环境学院","李志，贾淑明","资源环境学院","Earth Surface Processes and Landforms","B","2024, 49(4):1243-1254",3,"和贾淑明重复统计"]
[178,"The nature and extent of bomb tritium remaining in deep vadose zone: a synthesis and prognosis","黄亚楠（学）","资源环境学院","李志，Jaivime Evaristo","资源环境学院","Vadose Zone Journal","其他","2024, 23(4): e20304",3]
[179,"Shifts in C-degradation genes and microbial metabolic activity with vegetation types affected the surface soil organic carbon pool","黄倩（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","黄懿梅","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Soil Biology & Biochemistry","A","2024，192，109371",1]
[180,"Develop agricultural planting structure prediction model based on machine learning: The aging of the population has prompted a shift in the planting structure toward food crops","郭威（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","黄懿梅","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Computers and Electronics in Agriculture","A","2024，221，108941",1]
[181,"Mechanism of polyethylene and biodegradable microplastic aging effects on soil organic carbon fractions in different land-use types.","张海鑫（学）","资源环境学院；西北旱地农业绿色低碳重点实验室","黄懿梅","资源环境学院；西北旱地农业绿色低碳重点实验室","Science of The Total Environment","A","2024,912，168961",1]
[182,"Mulch-derived microplastic aging promotes phthalate esters and alters organic carbon fraction content in grassland and farmland soils","张海鑫（学）","西北农林科技大学","黄懿梅","西北农林科技大学","Journal of Hazardous Materials","A","2024，461，132619",1]
[183,"Variation of microbial necromass carbon and its potential relationship with humification during composting of chicken manure with and without biochar addition.","贾鹏辉（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","黄懿梅","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Bioresource Technology","A","2024，409， 131258",1]
[184,"Tracing the contribution and fate of synthetic nitrogen fertilizer in young apple orchard agrosystems","郑朝霞（学）","资源环境学院","翟丙年","资源环境学院","Science of the Total Environment","A","2024、932、、173103",1]
[185,"Seasonal effects of drip irrigation on soil quality index, microbial stoichiometry, and carbon use efficiency in an apple orchard","郑邦玉（学）","资源环境学院","翟丙年、郑伟","资源环境学院","Applied Soil Ecology","B","2024、197、、105324",2]
[186,"Soil Ecoenzymatic Stoichiometry Reveals Microbial Metabolic Limitations in Apple Orchards with Cover Crop and Organic Fertilizer Incorporation","蔡仕彪（学）","资源环境学院","翟丙年","资源环境学院","Agronomy","其他","2024、14、3、581",3]
[187,"Optimizing combination of chemical nitrogen fertilizer and manure can increase yield and economic benefits of dryland wheat while reduce environmental risks","李文广（学）","资源环境学院","翟丙年、郑伟","资源环境学院","European Journal of Agronomy","A","2024、159、3、127272",1]
[188,"Effects of combined nitrogen and manure management on yield and nitrate dynamics in winter wheat-summer fallow rotation system","李文广（学）","资源环境学院","翟丙年","资源环境学院","Soil & Tillage Research","A","2024,5,247, ,106363",1,"发表时间2025年3月"]
[189,"Advanced understanding of the natural forces accelerating aging and release of black microplastics (tire wear particles) based on mechanism and toxicity analysis","张普兴（学）","资源环境学院","欧阳卓智","资源环境学院","Water Research","A","266、122409",1]
[190,"Insights into the photoreactivity mechanisms of micro-sized rubber particles with different structure: The crucial role of reactive oxygen species and released dissolved organic matter","丁蕊（学）","资源环境学院","欧阳卓智、郭学涛","资源环境学院","Journal of Hazardous Materials","A","477、135250",1]
[191,"Novel insights into the relationship between the functional groups and photoactivity of biochar-derived dissolved organic matter","左鑫（学）","资源环境学院","欧阳卓智、郭学涛","资源环境学院","Water Research","A","260、121892",1]
[192,"Reducing uncertainty and confronting ignorance about the potential impacts of microplastic on animals: A critical review","丁蕊（学）","西北农林科技大学资源环境学院","欧阳卓智、郭学涛","西北农林科技大学资源环境学院","TrAC Trends in Analytical Chemistry","其他","171、 117484",1]
[193,"Carbon quantum dots assisted BiFeO3@BiOBr S-scheme heterojunction\nenhanced peroxymonosulfate activation for the photocatalytic degradation\nof imidacloprid under visible light: Performance, mechanism\nand biotoxicity","柏赛（学）","资源环境学院","夏天骄","资源环境学院","Science of the Total Environment","A","915 (2024) 170029"]
[194,"Changes in the microscopic morphology and microstructure of loess pores under raindrop splash","焦钒栩（学）","资源环境学院","李光录","资源环境学院","Catena","A","243：108150",1]
[195,"Vegetation Cover Changes and Environmental Drivers in Typical Desert Fringe Areas of Northern China","赵亚超（学）","西北农林科技大学资源环境学院","张廷龙","西北农林科技大学资源环境学院","Land Degradation & Development","B","2024, 35",2,"未正式发表，卷期页码"]
[196,"Prediction of Kiwifruit Sweetness with Vis/NIR Spectroscopy\nBased on Scatter Correction and Feature Selection Techniques","万畅（学）","资源环境学院","李粉玲","资源环境学院","Applied sciences","其他","2024, 14, 4145."]
[197,"Detection of apple mosaic based on hyperspectral imaging and three-dimensional Gabor","刘彦甫","资源环境学院","常庆瑞","资源环境学院","Computers and Electronics in Agriculture","A","2024,222:109051",1]
[198,"Estimating Leaf Area Index in Apple Orchard by UAV Multispectral Images with Spectral and Texture Information","余俊茹","资源环境学院","常庆瑞","资源环境学院","Remote Sensing","其他","2024,16，3237",2]
[199,"Estimation of Anthocyanins in Winter Wheat Based on Band Screening Method and Genetic Algorithm Optimization Models","繆慧玲","资源环境学院","常庆瑞","资源环境学院","Remote Sensing","其他","2024,16，2324",2]
[200,"Ground-Based Hyperspectral Estimation of Maize Leaf Chlorophyll Content Considering Phenological Characteristics","郭一铭","资源环境学院","常庆瑞","资源环境学院","Remote Sensing","其他","2024,16，2133",2]
[201,"Estimation of Chlorophyll Content in Apple Leaves Infected with Mosaic Disease by Combining Spectral and Textural Information Using Hyperspectral Images","宋正华","资源环境学院","常庆瑞","资源环境学院","Remote Sensing","其他","2024,16，2190",2]
[202,"Unsaturation triggers specific adsorption performance of water films in the clay nanopores","李雄","资源环境学院","张建国","资源环境学院","Colloids and Surfaces A-Physicochemical and Engineering Aspects","B","2024,694，134186",2]
[203,"Cadmium pollution exacerbated by drought: Insights from the nanoscale interaction at the clay mineral surface","田冠彤（学）","资源环境学院","李雄","资源环境学院","Science of the Total Environment","A","2024,928，172520",1]
[204,"Deciphering the mechanism of aeolian sandy soil as dissolved inorganic carbon sinks: Molecular dynamics simulation and experimental study","蒋帅恒（学）","资源环境学院","李雄","资源环境学院","Applied Surface Science","A","2025,679，161171",2]
[205,"The competition of humic acid aggregation and adsorption on clay particles and its role in retarding heavy metal ions","张涛瑩（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","李雄","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Science of the Total Environment","A","2024,954，176459",1]
[206,"Normal levels of Cu and Zn contamination present in swine manure increase the antibiotic resistance gene abundances in composting products","胡婷","西北农林科技大学资源环境学院","谷洁","西北农林科技大学资源环境学院","Process Safety and Environmental Protection","B",2024,2,"发表时间2025年2月"]
[207,"Enhanced humification attributed by the integration of Fenton reagent and oxalic acid during a co-composting of swine manure and corn straw: Impacts and the possible mechanisms\n"," 焦敏娜（学）\n","资源环境学院","李荣华\n","资源环境学院","Chemical Engineering Journal","A","2024,498, 155579\n",1]
[208,"FeOx-carbon composite-based catalytic degradation of bisphenol-A in heterogeneous Fenton system: Structure regulation mechanism of different Fe precursors and natural organic acids","彭亚茹（学）\n","资源环境学院","李荣华\n","资源环境学院","Chemical Engineering Journal","A","西北农林科技大学资源环境学院",1]
[209,"Material flow analysis of heavy metals in large-scale cattle farms and ecological risk assessment of cattle manure application to fields","郭彬（学）","资源环境学院","吉普辉","资源环境学院","Journal of Environmental Management","A","2024，364，121452",1]
[210,"An effective way to utilize solid waste resources: The application of modified fly ash in removing Cu2+and Pb2+in wastewater","尹振洲（学）","资源环境学院","吉普辉","资源环境学院","Separation and Purification Technology","A","2024，350 ，127948",1]
[211,"The sustainable supply of lithium resources from the Qinghai-Tibet plateau salt lakes group: The selection of extraction methods and the assessment of adsorbent application prospects","任鹏羽（学）","资源环境学院","吉普辉","资源环境学院","Desalination","B"," 2024，583，117659",2]
[212,"Enhancing the carbon content of coal gangue for composting through sludge amendment: A feasibility study","罗驰（学）","资源环境学院","吉普辉","资源环境学院","Environmental Pollution","B","2024, 348，12343",2]
[213,"Simultaneous removal of Methylene blue and Cadmium from aqueous solution by a novel sulfonated material: Characterization, mechanism and application","王璐（学）","资源环境学院","吉普辉","资源环境学院","Journal of Environmental Chemical Engineering","B","2024，12，111706",2]
[214,"A novel Zr-P-modified nanomagnetic herbal biochar immobilized Cd and Pb in water and soil and enhanced the relative abundance of metal-resistant bacteria: Biogeochemical and spectroscopic investigations to identify the governing factors and potential mechanisms","房玥汝（学）","资源环境学院","李荣华\n","资源环境学院","Chemical Engineering Journal","A","2024, 485,149978",1]
[215,"Biotic and abiotic effects of manganese salt and apple branch biochar co-application on humification in the co-composting of hog manure and sawdust\n"," 吴璇（学）","资源环境学院","李荣华\n","农业农村部西北旱地农业绿色低碳重点实验室","Chemical Engineering Journal","A","2024, 482, 149077\n",1,"ESI高被引"]
[216,"Biodegradation of bisphenol-A in water using a novel strain of Xenophilus sp. embedded onto biochar: Elucidating the influencing factors and degradation pathway","徐凯莉（学） \n 李一萌（学）\n","资源环境学院","李荣华\n","源环境学院","Journal of Hazardous Materials","A","2024， 477, 135239",1]
[217,"Bio-sorption capacity of cadmium and zinc by Pseudomonas monteilii with heavy-metal resistance isolated from the compost of pig manure","王萍（学）\n","资源环境学院","李荣华\n","资源环境学院","Bioresource Technology","A","2024, 399, 130589",1]
[218,"Simultaneous decontamination of phosphorus and bisphenol A from livestock wastewater with boehmite-modified carbon composite","彭亚茹（学）","资源环境学院","李荣华\n","资源环境学院","Bioresource Technology","A","2024,394, 130296",1]
[219,"Enhanced lactic acid production through enzymatic hydrolysis: Assessing impact of varied enzyme loadings on co-fermentation of swine manure and apple waste","（连天境）(学）","资源环境学院","李荣华\n","资源环境学院","Bioresource Technology","A","2024,406, 1310124",1]
[220,"Simultaneous mitigation of greenhouse gases and ammonia by boric acid during composting: Emission reduction potentials and microbial mechanisms","周顺熙（学）","资源环境学院","李荣华","资源环境学院","Journal of Cleaner Production","A","2024,451, 142139",1]
[221,"Phosphorus removal from water using La-based absorbents: Insights into the impacts of crystal structure, surface area, and crystallinity on the removal efficiency and mechanisms","罗元（学）","资源环境学院","李荣华","西北农林科技大学资源环境学院","Separation and Purification Technology","A","2024, 330, 125478",1]
[222,"Development of polyfunctionalized biochar modified with manganese oxide and sulfur for immobilizing Hg(II) and Pb(II) in water and soil and improving soil health","吴维隆（学）","西北农林科技大学资源环境学院","李荣华","西北农林科技大学资源环境学院","Science of the Total Environment","A","2024，955， 177005",1,"未被索引"]
[223,"Effects of phosphate-solubilizing bacteria Aspergillus flavus AF-LRH1 on promoting phosphorus solubilization, wheat growth and soil heavy metal remediation ","徐凯莉（学）","资源环境学院","李荣华","资源环境学院","Journal of Environmental Chemical Engineering","B","2024，12，114357",2]
[224,"A field trial for remediation of multi-metal contaminated soils using the combination of fly ash stabilization and Zanthoxylum bungeanum- Lolium perenne intercropping system","张含（学）\n","资源环境学院","李荣华","资源环境学院","Journal of Environmental Management","A"," 2024，361， 121231",2]
[225,"Co-composting of dewatered sludge and wheat straw with newly isolated Xenophilus azovorans: Carbon dynamics, humification, and driving pathways","吴璇（学）","资源环境学院","李荣华","资源环境学院","Journal of Environmental Management","A","2024， 365， 121613",2]
[226,"Promoting nitrogen conversion in aerobic biotransformation of swine slurry with the co-application of manganese sulfate and biochar","吴璇（学）","资源环境学院","李荣华","资源环境学院","Journal of Environmental Management","A","2024，356， 120604",2]
[227,"Insight into the humification and carbon balance of biogas residual biochar amended co‑composting of hog slurry and wheat straw","刘云鹏（学）","西北农林科技大学资源环境学院","李荣华","西北农林科技大学资源环境学院","Environmental Science and Pollution Research","其他","2023,3,24",3,"在线发表"]
[228,"Arable land in Northwest China: Dynamics analysis of health and productivity in 2000-2020","刘书辰（学）","西北农林科技大学资源环境学院","高义民","西北农林科技大学资源环境学院","Land Degradation & Development","B","2024，35，2226-2242",2]
[229,"Reinvestigating the regulatory gate hypothesis for a better understanding of microbial redundancy in soil","Keke Jin","西北农林科技大学生命科学学院","魏晓梦","西北农林科技大学资源环境学院","Soil Ecology Letters","其他","2024, 4, 6",2,"wos网站检索不到"]
[230,"Nutrient requirements determined by grain yield and protein content to optimize N, P, and K fertilizer management in China","张学美（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","王朝辉","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Science of the Total Environment","A","946：174187","一区"]
[231,"Unlocking Zn biofortification: leveraging high-Zn wheat and rhizospheric microbiome interactions in high-pH soils","杨珺（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","王朝辉","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","Biology and Fertility of Soils","A","60：969-985","一区"]
[232,"Updating soil organic carbon for wheat production with high yield and grain protein","党海燕（学）","资源环境学院，农业农村部西北植物营养与农业环境重点实验室","王朝辉","资源环境学院","Field Crops Research","A","317：109549","一区"]
[233,"Effects of Composted Straw, Biochar, and Polyacrylamide Addition on Soil Permeability and Dynamic Leaching Characteristics of Pollutants in Loessial Soil in Urban Greenbelts According to Indoor Simulation Experiments","Wang Chenguang","西北农林科技大学资源环境学院","张阿凤","资源环境学院","Agronomy","其他","2024，14,1958"]
[234,"Improvement of Wolfberry (Lycium barbarum L.) Fruit Yield and Quality and Enhancement of Soil Fertility by Nitrogen Reduction Combined with Organic Fertilizers","辛亚军（学）","西北农林科技大学","高亚军，张荣，盛海彦","西北农林科技大学","Journal of Agricultural Science and Technology A","其他","2024, 14：1-18","4区","检索不到"]
[235,"Inactivation of Aeromonas hydrophila in water by dielectric barrier \ndischarge plasma: Efficiency, mechanism, and application safety","Wang Le","西北农林科技大学","屈广周","资源环境学院","Journal of Water Process Engineering","B","2024.64，105573",3]
[236,"Identifying the priority areas for ecological protection considering ecological connectivity and ecosystem integrity: A case study of Xianyang City, China","顾彤（学）","资源环境学院","张青峰","资源环境学院","Ecological Indicators","B","2024,163: 112102"]
[237,"An overview of water erosion modeling in china: a bibliometric and statistical analysis","饶文利（学）","资源环境学院","张青峰","西北农林科技大学","Frontiers of Agricultural Science & Engineering","其他","2024,7:1-18","中科院4区；JCR-Q1","检索不到"]
[238,"Microtopographic response of tilled loess slopes during stages of water erosion development","饶文利（学）","资源环境学院","张青峰","资源环境学院","Catena","A","2024(245): 108309"]
[239,"Source Governance-Oriented Zoning for Heavy Metal Pollution in Farmland Soil: a Case Study of an Industrial Park in Mid-Western Shaanxi Province, China","陈涛","资源环境学院","陈涛","资源环境学院"," Water, Air, & Soil Pollution","其他","2024，235：330","中科院4区；JCR-Q1"]
[240,"Evolution of vegetation cover and impacts of climate change and human activities in arid regions of Northwest China: a Mu Us Sandy Land case","林静（学）","资源环境学院","陈涛","西北农林科技大学","Environment, Development and Sustainability","其他","2024，18 March","中科院3区；JCR-Q2","未正式发表，无卷期页码号"]
[241,"Rheological sand bed generates non-rebounding particles","王正师","资源环境学院","贾淑明","水保学院","Sedimentology","B","2024，doi: 10.1111/sed.13225","中科院2区；JCR-Q1"]
[242,"Sugarcane bagasse biochar boosts maize growth and yield in salt-affected soil by improving soil enzymatic activities","Muhammad Tauseef Jaffar（学）, Wenqian Chang（学）","资源环境学院","张建国","资源环境学院","Journal of Environmental Management","A","2024, 363: 121418","中科院2区；JCR-Q1","TOP"]
[243,"Orange peel biochar: An effective amendment to improve the maize resilience by regulating the soil enzymatic activities, nutrient uptake, and ionic homeostasis under salinity stress","Muhammad Tauseef Jaffar（学）","资源环境学院","张建国","资源环境学院","Industrial Crops and Products","B","2024, 222: 120081","中科院1区；JCR-Q1","TOP"]
[244,"Spatiotemporal changes of forest vegetation after the implementation of a natural forest protection project and underlying driving factors: case study of a typical natural secondary forest area in the Loess Plateau","王馨颖（学）","资源环境学院","刘金成","资源环境学院","Ecological Engineering","B","2024, 199, 107164"]
[245,"Satellite Remote Sensing of Vegetation Phenology: Progress, Challenges, and Opportunities","龚正（学）","资源环境学院","刘金成","资源环境学院","ISPRS Journal of Photogrammetry and Remote Sensing","A","2024, 217, 149-164"]
[246,"Forest point cloud registration: a review","刘金成","西北农林科技大学","刘金成","西北农林科技大学","ISPRS Journal of Photogrammetry and Remote Sensing","A","2024, 4: e018",null,"检索不到"]
[247,"Fates and controlling factors of nitrogen fertilizers in relation to grain yield after the application season in wheat cropping systems: A meta-analysis of 15N field trials","雷霜（学）","西北农林科技大学","周建斌","西北农林科技大学","Field Crops Research","A","310 (2024) 109364",null,"未被索引；检索不到"]
[248,"Chemical soil disinfestation decreases soil salinisation and the presence of potential pathogens at the cost of higher nitrate leaching","周鹏（学）","资源环境学院","周建斌","资源环境学院","Agriculture Ecosystems & Environment","A","366 (2024) 108935"]
[249,"Extreme precipitation accelerates nitrate leaching in the intensive agricultural region with thick unsaturated zones","朱学强（学）","资源环境学院","周建斌","资源环境学院","Science of The Total Environment","A","918 (2024) 170789"]
[250,"Nitrification-induced acidity controls CO2 emission from soil carbonates","陶静静（学）","西北农林科技大学","周建斌","西北农林科技大学","Soil Biology & Biochemistry","A","2024, 109398",null,"未被索引"]
[251,"Changes in Nutrient Surpluses and Contents in Soils of Cereals and Kiwifruit Fields","王时茂（学）","资源环境学院","周建斌","资源环境学院","Agronomy","其他",14112556]
[252,"Intelligent fertigation improves tomato yield and quality and water and\nnutrient use efficiency in solar greenhouse production","王群艳（学）","资源环境学院","陈竹君","资源环境学院","Agricultural Water Management","A","2024 ，298，108873","中科院1区；JCR-Q1"]
[253,"Impacts of Vegetation Restoration on Soil Erosion in the Yellow River Basin, China","王可琳","资源环境学院","刘梦云、王小平","资源环境学院","Catena","A","234, 107547 ","一区"]
[254,"Variations of soil organic carbon fractions in response to conservative vegetation successions on the Loess Plateau of China","Muhammad Imran Ghani","资源环境学院","刘梦云","资源环境学院","International Soil and Water Conservation Research","B","2023，11 (3), 561-571","一区","检索和发表时间为2023年"]
[255,"Structural characteristics of biochars made from different parts of corn \nstraw and their adsorption performances for methylene blue","刘婷","资源环境学院","刘婷，吴鹍","资源环境学院\n，西安建筑科技大学","Journal of Water Process Engineering","B","2024，68，106562","中科院2区"]
[256,"Comparing carbon sequestration efficiency in chemically separated soil organic carbon fractions under long-term fertilization in three major Chinese croplands","徐虎","西北农林科技大学","徐明岗，孙楠","中国农业科学院农业资源与农业区划研究所","Journal of Integrative Agriculture","B","https://doi.org/10.1016/j.jia.2024.12.013","中科院1区top；JCR-Q1","在线发表"]
[257,"Harnessing biosynthesized selenium nanoparticles for recruitment of beneficial soil microbes to plant roots","孙晨瑜（学）","资源环境学院","来航线","资源环境学院","Cell Host & Microbe","G1","2024，32,，12","中科院1区；JCR-Q1"]
[258,"Bacillus siamensis orchestrates plant gene reprogramming and rhizosphere microbiome reshaping to bolster maize crop performance","孙斌（学）","资源环境学院","来航线","资源环境学院","Soil Science Society of America Journal","B","2024，1–15","中科院3区；JCR-Q2"]
[259,"A Critical Review of an Environmental Risk Substance Induced by Aging Microplastics: Insights into Environmentally Persistent Free Radicals","谢林阳（学）","资源环境学院；西北旱地农业绿色低碳重点实验室","祝可成、贾汉忠","资源环境学院；西北旱地农业绿色低碳重点实验室","Environmental Science & Technology","G1","2024, 58(51): 22502-22518"]
[260,"Biochemical engineering for elemental sulfur from flue gases through multi-enzymatic based approaches – A review ","Mukesh Kumar Awasthi","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Science of the Total Environment","A"," 914 (2024) 169857",null,"Review"]
[261,"Effect of cyanobacteria biochar addition on humification, fungal dynamics and its mechanism of action in pig manure composting","Xinwei Sun","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Journal of Environmental Chemical Engineering","B"," 12 (2024) 113755"]
[262,"Engineered biochar combined clay for microplastic biodegradation during  pig manure composting","Yuwen Zhou","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Environmental Pollution","B","356 (2024) 124372"]
[263,"Evaluation of gases emission and enzyme dynamics in sheep manure compost occupying with peach shell biochar☆ ","Hong Liu","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Environmental Pollution","B"," 351 (2024) 124065"]
[264,"Exploration of upgrading of biomass and its paradigmatic synthesis: Future scope for biogas exertion","Mukesh Kumar Awasthi","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Sustainable Chemistry and Pharmacy","其他","38 (2024) 101450"]
[265,"Investigation on the physico-chemical properties of soil and mineralization of three selected tropical tree leaf litter ","A. Thamizharasan","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Environmental Research ","其他"," 243 (2024) 117752"]
[266,"Hormesis of black soldier fly larva: Influence and interactions in livestock manure recycling","Mukesh Kumar Awasthi","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Journal of Environmental Management","A","369 (2024) 122352"]
[267,"Futuristic advancements in phytoremediation of endocrine disruptor Bisphenol A: A step towards sustainable pollutant degradation for rehabilitated environment","Praveen Kumar Issac","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Waste Management","A","179 (2024) 216–233"]
[268," Evaluation of fungal dynamics during sheep manure composting employing peach shell biochar ","Hong Liu","资源环境学院","Mukesh Kumar Awasthi","资源环境学院","Bioresource Technology","A",{"v":368129559,"d":"368,129,559"}]