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Declaration

1. There have been incidents of fraudulent individuals using fake websites to deceive authors into submitting manuscripts, as well as contacting authors under the guise of our editorial office and its staff. This has caused significant harm to our journal's reputation. Authors are strongly urged to remain vigilant. We have reported these activities to the police and reserve the right to pursue legal action against such individuals. We would like to emphasize that our journal does not collaborate with any agencies or individuals to publish articles for a fee. We do not accept email submissions. The official website of our editorial office is: https://qkzx.henau.edu.cn/, and the manuscript submission site is https://nnxb.cbpt.cnki.net/. Please be aware to avoid being deceived.

2. Recently, some fraudsters have been impersonating our editorial office and sending emails to authors by sending letters to authors through email addresses such as qilinshou0713@163.com and 13643188379@163.com to extort various fees under various names such as random review of publication quality and download of proofs. Please note that the correct email address for our journal is hnndxb@henau.edu.cn.

3. Our journal currently does not charge any review fees. However, we do charge a publication fee, which is required to be paid within one week of the receipt of relevant notification. If payment is not made on time, the publication of the article may be delayed or canceled. Authors not affiliated with Henan Agricultural University should pay via bank transfer, while internal transfers should be used by authors from our university.

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Account Name: Henan Agricultural University

Account Number: 1600 3101 0400 06945

Bank: Agricultural Bank of China, Zhengzhou Shangdu Branch

Bank Code: 103491000317

Please include the note "Author's Name + Publication Fee for Journal of Henan Agricultural University" when making the transfer, and promptly notify us of the transfer time via email to facilitate account verification.

5. Our journal has never collaborated with any agencies. Please do not fall victim to scams.

6. Once a manuscript is accepted, it will be eligible for online first publication. However, authors must ensure that the title, authorship and order, affiliations, and other information remain unchanged. Any issues or liabilities arising from changes after online first publication will be the responsibility of the authors.

Journal Introduction

Journal of Henan Agricultural University is committed to the principles of rigor, pragmatism, innovation and growth. It aims to promote agricultural science and technology and contribute to the development of related disciplines. The journal participates in the progress of the university, academic disciplines, scientific growth and achievements of researchers. The journal primarily publishes articles in the fields of crop science, veterinary medicine, agricultural engineering, forestry, animal husbandry, agricultural and forestry economics and management, biology, agricultural resources and environment, food science and engineering, landscape architecture, ecology, plant protection, horticulture, and tobacco science. Manuscripts are expected to demonstrate scientific rigor, originality, authenticity, and adherence to academic standards.

The journal is currently included in many international databases, including the Chemical Abstracts (US), Japan Science & Technology Agency Database, databases of CABI (UK), and EuroPub. It has been indexed in A Guide to the Core Journals of China (2023 edition) and selected as a Key Source Journal for Chinese Science Citation Database (CSCD) (2025-2026), a Key Magazine of China Technology (Source Journal for Chinese Scientific and Technical Papers and Citations), a China Core Academic Journal by Research Center for Chinese Science Evaluation (RCCSE), a Core Journal of Agriculture and Forestry in China (Class A), and a High-quality Scientific Journal in the Field of Agriculture and Forestry by China Association for Science and Technology. In addition, the journal has received numerous awards, including National Excellent Scientific Journal, Double-Effect Journal of China Scientific Journal Phalanx, Outstanding Natural Science Journal of Chinese Higher Education Institutions, Excellent Scientific Journal of Chinese Universities, Demonstration Case of Excellent Scientific Journal Construction in Chinese Universities, Premium Journal of Chinese Agricultural Journals, Outstanding Team of Chinese Agricultural Journals, Most Influential Agricultural Journal in China, Henan Excellent Publication Award, Outstanding Scientific Journal of Henan Province, Excellent University Journal of Henan Province, and First-Class Journal of Henan Province.

Current Issue Archive Most Cited Most Download

Issue 05,2025

Research progress of machine learning-improved convolutional neural network in crop disease recognition

WANG Qiang;LI Meilin;MA Xinming;QIAO Hongbo;GUO Wei;SHI Lei;XIONG Shuping;FAN Zehua;ZHENG Guang;

This review summarizes the integrated improvement methods for crop disease identification, evolving from machine learning to convolutional neural network(CNN). It systematically outlines the key technologies involved in both machine learning and CNN-based crop disease indentification, including six major application processes: data acquisition, data preprocessing, model training, network architecture selection, feature extraction and fusion, and model validation. The core reasons for the performance differences between the two methods are analyzed, and the shared technical challenges(such as high data requirements, high computational demands, and limited generalization capability) are identified. Corresponding strategies for using machine learning to enhance CNN-based crop disease identification are also summarized. Finally, the review highlights current research challenges and discusses potential future research directions.

Issue 05 ,2025 v.59 ;
[Downloads: 484 ] [Citations: 0 ] [Reads: 19 ] HTML PDF Cite this article

Research progress of EXPA and EXPB in plant growth and development and stress response

ZHANG Lijuan;ZUO Chuanshun;GAO Kexiao;YAN Pengtao;YANG Hao;

By analyzing the structure and creep characteristics of the expansin family:α-Expansin(EXPA) and β-Expansin(EXPB), the research progress of EXPA and EXPB in plant growth and development and stress response was comprehensively reviewed. The key roles of EXPA and EXPB in seed germination, grain development, pollen tube growth and stress response were discussed. Combined with the latest achievements in genomics and proteomics, this review looks forward to the application potential of expansins in crop stress resistance improvement and yield improvement, as well as their importance in crop improvement and agricultural production.

Issue 05 ,2025 v.59 ;
[Downloads: 295 ] [Citations: 0 ] [Reads: 16 ] HTML PDF Cite this article

Research progress of short interspersed nuclear elements (SINE) in plant genomes

MENG Haijun;LI Jing;ZHOU Ranran;HU Qingxia;

This paper introduced the characteristics and functions of three fundamental structures that constituted short interspersed nuclear elements(SINE) in plant genomes, summarized and compared the methods for plant SINE identification, family assignment and genome annotation, clarified interspecies distribution characteristics of plant SINEs and their underlying mechanisms, as well as the associations between plant SINE and genes, analyzed the estimation methods and principles for the relative age and transpositional activity of plant SINE families, the formation models of novel plant SINE families, and their impacts on gene evolution and expression. Finally, it explored the application prospects of SINE research in crop breeding.

Issue 05 ,2025 v.59 ;
[Downloads: 168 ] [Citations: 0 ] [Reads: 18 ] HTML PDF Cite this article

Characteristics analysis and QTL mapping of early leaf senescence traits of maize inbred line ldhs1

MA Miaomiao;ZHANG Qifan;ZHENG Binrui;ZHANG Yazhou;ZHANG Lihua;LI Xingxing;LIU Zonghua;SONG Yunyun;LI Haochuan;

【Objective】This research was conducted to reveal the characteristics and genetic basis of maize leaf senescence and lay the groundwork for enhancing the genetic pool and guiding the breeding programs to improve or create new plant strains. 【Method】An inbred line named ldhs1 was obtained from the DH lines created by maize haploid breeding technology. Observations of physical traits, measurements of physiological and biochemical properties, and examinations of tissue and cellular structures were conducted, and the genes related to early leaf senescence in maize were located by using forward genetics and bulked segregant analysis sequencing(BSA-seq). 【Result】Compared with the normal stay-green inbred line L521, the ldhs1 exhibited top-down early senescence from the 10 th day after pollination, and gradually spread from leaf edge yellowing to the interior to the whole leaf yellowing. The leaves showed a reduction in vital chlorophyll levels and the activities of SOD and POD, coupled with heightened MDA content, which in turn negatively impacted the efficiency of photosynthesis and led to chloroplast dysplasia. Based on genetic analysis and BSA-seq, the maize early leaf senescence gene LDHS1 was located in a region of 1. 06 Mb between molecular marker indel-12 and indel-13 of chromosome 1. 【Conclusion】A novel inbred line with early leaf senescence from top to bottom was discovered, and the quantitative trait locus,(QTL) mapping of this trait was carried out and the related candidate genes were branded.

Issue 05 ,2025 v.59 ;
[Downloads: 299 ] [Citations: 0 ] [Reads: 29 ] HTML PDF Cite this article

Current issue statistical data more>>

Isolation and identification of growth-promoting ability of Bacillus halotolerans ZP-3821

WANG Mengqiu;DAI Jinping;YANG Xinping;FANG Shijie;ZHANG Xiaoxia;LIANG Zhenpu;

【Objective】 To screen salt-alkali tolerant plant growth-promoting rhizobacteria (PGPR) with growth-promoting capabilities， providing theoretical basis and bacterial resources for the improvement of saline-alkali soils and the development of microbial fertilizers. 【Method】 Rhizosphere soil samples of peanut plants were collected in Hami， Xinjiang Uygur Autonomous Region， and bacteria were isolated and screened using Luria-Bertani (LB) medium.Based on morphological characteristics， physiological and biochemical properties， and 16S rRNA gene sequence analysis， the target strains were identified. The growth capacity of the target strains was evaluated under varying NaCl concentrations (0-200 g·L?1)， temperatures (5-55 ℃)， and pH levels (4～13) to determine their salt tolerance range， temperature tolerance， and pH tolerance. The plant growth-promoting functions， such as amylase production and siderophore synthesis， were assessed using multiple functional identification media. Additionally， the capacity for amylase production and biofilm formation was quantitatively determined. Through plate and pot experiments， the growth-promoting effects on tomato and maize seedlings were evaluated， respectively. 【Result】 A bacterial strain， identified as Bacillus halotolerans and designated as Bacillus halotolerans ZP-3821 based on morphological observation， physiological and biochemical characterization， and 16S rRNA gene sequence analysis， was isolated. The strain ZP-3821 was capable of growing within a NaCl concentration range of 0-40 g·L?1， a temperature range of 20～50 ℃， and a pH range of 5-10. The strain exhibited the ability of producing amylase， fixing nitrogen， synthesizing siderophores， secreting cellulase， and forming biofilm.The results of the growth promotion test on the petri dish showed that strain ZP-3821 significantly enhanced the aboveground fresh weight， underground fresh weight， and number of lateral roots of tomato seedlings under saline-alkali stress. Under the condition of pH 8.0+2.0 mmol·L?1 NaHCO?+0 mmol·L?1 NaCl， compared with the control group， the treatment group showed increases of 169.04%， 198.37%， and 509.48% in aboveground fresh weight， underground fresh weight， and number of lateral roots， respectively. Pot experiment results indicated that under salt stress with a NaCl concentration of 6 g·kg?1， Compared to the control， ZP-3821 significantly increased the underground fresh weight and total fresh weight of maize seedlings by 39.82% and 18.65%， respectively. 【Conclusion】 Bacillus halotolerans ZP-3821 exhibits excellent salt-alkali tolerance and can promote plant growth under both non-stressed and salt-stressed conditions.

Online First Publication Date (Accepted Manuscript):2025-11-26 09:58:35 ;
[Downloads: 106 ] [Citations: 0 ] [Reads: 0 ] HTML PDF Cite this article

Evaluation and selection of leaf mulberry germplasm resources

ZHOU Xin;ZHU Bingzhang;FENG Xi;BI Huitao;YANG Guo;QUAN Jin'e;DENG Peng;

【Objective】Select leaf mulberry germplasm resources suitable for different breeding purposes. 【Method】The leaf mulberry germplasm resources from different sources were used as experimental materials，and the leaf yield，nutrient component content and medicinal component content of leaf were evaluated and selected by analysis of variance，membership function method and cluster analysis. 【Result】There were extremely significant differences in 16 traits among different germplasm，with a coefficient of variation of 4.97%-49.82%，and the coefficient of variation of peroxidase activity was relatively high. The leaf yield of single plant of ‘Naisang’ and ‘Nongsang No. 8’ performed relatively well. ‘Xiangxi No. 7’ ‘Dahuasang’ and ‘Jilongsang’ owned relatively high nutrient content. For the medicinal component content，the superoxide dismutase activity and peroxidase activity of ‘A 18’ were relatively high，indicating the better performance in the antioxidant capacity. ‘A 18’ ‘Fengtian No. 2’ and ‘Zhesangza No. 1’ showed relatively well in comprehensive use. Cluster analysis was used to divide the germplasm into three clusters，and the top 10 germplasm of the comprehensive membership function were mainly concentrated in cluster Ⅲ，which had significant advantages in leaf yield，soluble sugar quality ratio，vitamin C quality ratio and proline quality ratio of leaf. 【Conclusion】‘Naisang’ ‘Nongsang No. 8’ and ‘Shengdong No. 7’ owned higher leaf yield; ‘Xiangxi No. 7’ ‘Dahuasang’ and ‘Jilongsang’ owned higher nutrient component content; while ‘A 18’ ‘Fengtian No. 2’ and ‘6809’ owned higher medicinal component content; ‘A 18’ ‘Fengtian No. 2’ ‘Zhesangza No. 1’ were screened out for comprehensive utilization. These excellent germplasm resources not only can be considered applying in mulberry production and cultivation in Henan Province according to different cultivation purposes，but also can be treated as parent materials for leaf mulberry hybrid breeding.

Online First Publication Date (Accepted Manuscript):2025-11-18 09:07:03 ;
[Downloads: 60 ] [Citations: 0 ] [Reads: 0 ] HTML PDF Cite this article

Analysis of the growth-promoting advantages and broad-spectrum properties of the green and highly efficient Penicillium sp. PQxj3

SHI Mingzi;YAO Yicai;ZHU Binghang;ZHOU Yikai;ZHOU Wang;ZHANG Yuqi;YU Kejia;GAO Baodian;WU Jiaxuan;WANG Mingdao;

【Objective】This study was designed to evaluate the application potential of the plant growth-promoting rhizosphere fungus Penicillium sp. PQxj3 (PGPF PQxj3)， to support developing green and efficient agricultural agents.【Method】Using the viable count of active fungi as the indicator， single-factor experiments were designed with the V(H₂O/mL):m(bran/g) (liquid-to-solid ratio)， temperature， incubation time， and inoculation mass fraction as influencing factors. Based on these results， the fermentation conditions of the growth-promoting strain PQxj3 were further optimized using Response Surface Methodology (RSM). Selected three commercial microbial agents (compound microbial agent， Trichoderma harzianum agent， and Dragon agent) along with the PQxj3 agent for a pot experiment on tobacco. The fresh mass and root mass were compared to demonstrate the growth-promoting advantage of the PQxj3 agent. Pot experiments were further conducted on nine crops (spinach， Shanghai pak choi， cucumber， mustard， cabbage， sesame， endive， onion， and Chinese cabbage) to analyze the broad-spectrum growth-promoting capability of PQxi3 agent. 【Result】The optimized fermentation conditions for strain PQxj3， with a liquid-to-solid ratio of 92.9:100， temperature of 22.8 ℃， incubation time of 15 d， inoculation mass fraction of 2.5%， reached a viable count of 2.6×10? cfu·g^-1. The resulting agent enhanced tobacco fresh mass and root mass by 2.17-fold and 4.29-fold compared to the control， outperforming commercial agents. It also significantly increased the fresh mass of nine crops by 100.94%， 138.45%， 71.53%， 178.53%， 115.33%， 140.90%， 257.75%， 46.23%， and 170.30%， respectively， demonstrating broad-spectrum efficacy.【Conclusion】Following the optimization of the fermentation process， the PQxj3 exhibited significant advantages in plant growth promotion and broad-spectrum applicability.

Online First Publication Date (Accepted Manuscript):2025-11-17 14:42:32 ;
[Downloads: 67 ] [Citations: 0 ] [Reads: 0 ] HTML PDF Cite this article

Analysis of the efficiency of agricultural machinery purchase subsidy policy in different geomorphic regions of China

MEI Fuchun;YANG Xinran;WANG Wanjun;

【Objective】Against the backdrop of the expanded scope and enhanced intensity of agricultural machinery purchase subsidies， the efficiency of subsidy policies in different landform types of China (plain areas， hilly areas and mountainous areas) was objectively evaluated to research the direction of policy optimization and adjustment. 【Method】 Based on the panel data of capital investment and output of agricultural machinery equipment in different geomorphic types from 2004 to 2023， the BCC model was used to quantitatively evaluate the efficiency of agricultural machinery purchase subsidy policies.【Result】 The efficiency of agricultural machinery purchase subsidy policies in different landform type areas has been consistently low and shows a downward trend that is difficult to reverse， leading the subsidy policies into a low-efficiency predicament.【Conclusion】Insufficient adaptability is the root cause of the low efficiency predicament of the agricultural machinery purchase subsidy policy. Policy optimization and adjustment is the driving force for efficiency improvement. However， merely adjusting the subsidy scope and intensity at the purchase stage， the space for enhancing subsidy efficiency has nearly reached saturation. Therefore， guided by new quality productivity， it is an effective strategy to establish a full-chain subsidy mechanism for the agricultural machinery and equipment industry， implement a subsidy policy that combines central universal benefits with local preferential benefits， shift the focus from scale expansion to quality optimization， and gradually improve the efficiency of agricultural machinery subsidy policies and the accuracy of resource allocation.

Online First Publication Date (Accepted Manuscript):2025-11-12 15:53:52 ;
[Downloads: 114 ] [Citations: 0 ] [Reads: 0 ] HTML PDF Cite this article

Detection method of corn bell mouth based on improved Yolov5s

LI Wenqiang;SONG Xuehang;SONG Zhongqiang;Lü Shili;HU Qiaonan;WANG Yaling;

【Objective】This study proposes an improved YOLOv5s algorithm model for maize trumpet - stage detection. The primary goal is to construct a lightweight model network structure while simultaneously augmenting the detection accuracy， which is crucial for enhancing the efficiency of precise maize spraying and mitigating environmental pollution.【Method】In the context of the YOLOv5s network structure， the FasterNet structure is first utilized to substitute the C3 structure within YOLOv5s， thereby attaining model lightweighting. Subsequently， an in - depth exploration is conducted regarding the influence of Squeeze-and-Excitation (SE) and Convolutional Block Attention Module (CBAM) attention mechanisms on model performance when they are positioned at diverse locations within the backbone network. Finally， a comparative analysis is carried out on the impacts of CIoU， EIoU， and WIoU loss functions in YOLOv5s on model precision.【Result】The experimental results of attention mechanisms comparison reveal that the CBAM and SE attention mechanisms can enhance the model detection precision at specific positions. The highest precision can reach 89.1% and 88.8% respectively. However， when both are incorporated into the backbone network simultaneously， the precision unexpectedly declines to 84.6%. In contrast to CIoU and EIoU， the application of the WIoU loss function is more effective in promoting model performance， with the precision and recall reaching 87.5% and 89.7% respectively. After the improvement， the mAP@0.5 of the model on the detection dataset attains 92.3%， which represents a 4.5% increment compared to the original YOLOv5s (87.8%). Additionally， the number of parameters is reduced by 18% and the computational cost is decreased by 21%， while maintaining a relatively rapid detection speed.【Conclusion】The improved algorithm demonstrates excellent performance in the maize trumpet - stage detection task and is capable of providing support for efficient and accurate spraying decision - making under the constraints of limited computing resources. This research not only offers an innovative solution for agricultural precision spraying technology but also lays a solid technical foundation for the development of future intelligent agricultural equipment.

Online First Publication Date (Accepted Manuscript):2025-11-04 15:25:04 ;
[Downloads: 150 ] [Citations: 0 ] [Reads: 0 ] HTML PDF Cite this article

more>>

Chlorophyll fluoresence analysis technique and its application to photosynthesis of plant

ZHAO Hui jie 1,ZOU Qi 2,YU Zhen wen 2 (1.Agronomy College of Henan Agricultural University,Zhengzhou 450002,Chian;2.Shandong Agricultural University,Taian 271018,China)

In this minireview,the fundamentals of chlorophyll fluorescence analysis were introduced and some advances in application of chlorophyll fluorescence kinetics to photosynthesis and stress physiology of plant were summarized briefly.

Issue 03 ,2000 ;
[Downloads: 4,123 ] [Citations: 737 ] [Reads: 49 ] HTML PDF Cite this article

The present progness of research on heavy metal pollution and plant enrichment in soil-plant system

LI Hai hua 1,LIU Jian wu 1,LI Shu ren 1,SHEN Can jie 2,JIA Ji mei 3,ZHANG Yu fa 2, et al (1 Henan Agricultural University, Zhengzhou 450002,China;2.Hanan Institute of Forestry Survey and Design,Zhengzhou 450003,China;3 Zhumadian Agricultura

A summary is presented of the current progress of study on heavy metals pollution and plant enrichment in soil plant system with an emphasis on the form and distribution of heavy metal pollution in soil,as well as the characteristics and the law of varied crops and vegetables absorbing the heavy metal.The basis is offered for cultivation of non harmful crops.

Issue 01 ,2000 ;
[Downloads: 1,722 ] [Citations: 307 ] [Reads: 31 ] HTML PDF Cite this article

Effects of non-dimensional quantities of original data on grey incidence order

LI Bing jun 1,ZHU Chun yang 1, ZHOU Jie 2 (1. Henan Agricultural University, Zhengzhou 450002, China ; 2. Bureau of Public Security of Henan Province, Zhengzhou 450003, China)

In view of the problems existing in the ways to process non dimensional quantities of original data in calculating grey incidence degree, the principles and methods of rational determination of grey incidence order have been Studied. In case of giving certain method of calculating grey incident degree, effect of non dimensional quantities of original data on grey incident order has been discussed based on a practical analysis.

Issue 02 ,2002 ;
[Downloads: 2,384 ] [Citations: 280 ] [Reads: 32 ] HTML PDF Cite this article

Recent research advances on the lignin biodegradation

WU Kun 1,ZHANG Shi min 2,ZHU Xian feng 2 (College of Biological Engineering,Henan Agricultural University,Zhengzhou 450002,China)

A review is given of the most recent research advances on the lignin biodegrading,including the mechanism of the lignin biodegrading,ligninolytic organisms and the Enzymes they secrete,regulation and control of the microbe metabolism and molecular biology.Finally the practical utilization and the prospects of lignin biodegrading are discussed.

Issue 04 ,2000 ;
[Downloads: 2,793 ] [Citations: 275 ] [Reads: 61 ] HTML PDF Cite this article

The recent progress of research on carbon and nitrogen metabolism in maize

LI Chao hai, LIU Kui, LIAN Yan xian (Agronomy College of Henan Agricultural University, Zhengzhou 450002,China)

A summary was presented of domestic and international study on carbon and nitrogen metabolism with an emphasis on the characteristics of carbon metabolism, nitrogen metabolism and relationship between them in maize. And its research prospects was put forward.

Issue 04 ,2000 ;
[Downloads: 1,773 ] [Citations: 266 ] [Reads: 55 ] HTML PDF Cite this article

more>>

Review of Determination of Lignin

SU Tong-fu1,GAO Yu-zhen1,LIU Xia1,ZHOU Bin2,GONG Chang-rong1(1.Henan Agricultural University,Zhengzhou 450002,China;2.Pharmacy of yellow River Central Hospital,Zhengzhou 450003,China)

Testing methods for total lignin,preparation of lignin,structures and molecular weight,are introduced in this article.Problems existing in these testing methods are analysed and the prospects of the terahertz technology application to lignin analysis are pointed out.

Issue 03 ,2007 No.141 ;
[Downloads: 6,149 ] [Citations: 82 ] [Reads: 44 ] HTML PDF Cite this article

Chlorophyll fluoresence analysis technique and its application to photosynthesis of plant

ZHAO Hui jie 1,ZOU Qi 2,YU Zhen wen 2 (1.Agronomy College of Henan Agricultural University,Zhengzhou 450002,Chian;2.Shandong Agricultural University,Taian 271018,China)

Issue 03 ,2000 ;
[Downloads: 4,123 ] [Citations: 737 ] [Reads: 49 ] HTML PDF Cite this article

Reserch on cold-chain logistics development mode of China's agricultural products

YANG Jun(College of Management,Xinxiang University,Xinxiang 453003,China)

Based on analysising the status quo of China's agricultural products such as poor agricultural cold-chain logistics infrastructure,slow development of third-party logistics,low level of supply chain management,lacking standards of cold-chain logistics,and much-needed cold-chain logistics awareness,this paper summarizes the modes of agricultural logistics development which include the processing enterprises as the core,third-party logistics as the core,wholesale market as the core,and supermaket chains as the core,in the end,it proposes the development model of cold chain logistics based on the integration of resources.

Issue 02 ,2013 v.47;No.176 ;
[Downloads: 4,112 ] [Citations: 84 ] [Reads: 71 ] HTML PDF Cite this article

Research Progress on Biomass Converting Technology and Application

JIANG Guo-liang,YUAN Chao,SHI Jing-zhao,CHU Wei,WANG Huai-dong(Henan Agricultural University,Zhengzhou 450002,China)

This paper expounds the technology of converting and utilizing biomass using thermo chemistry,and introduces the application of these new technologies in generating electricity and making fuels such as ethanol,methanol,hydrogen,marsh gas and so on.

Issue 04 ,2005 ;
[Downloads: 3,957 ] [Citations: 51 ] [Reads: 34 ] HTML PDF Cite this article

Issue 02 ,1979 ;
[Downloads: 3,796 ] [Citations: 6 ] [Reads: 26 ] HTML PDF Cite this article

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Online First

Analysis of the efficiency of agricultural machinery purchase subsidy policy in different geomorphic regions of China

The impact of digital and intelligent transformation on the new quality productivity of agricultural enterprises

The policy effect of environmental regulations on the green innovation of agricultural enterprises

Optimization and applicability study of the YOLO algorithm for tobacco leaf curing stage discrimination

Detection method of corn bell mouth based on improved Yolov5s

more..

Journal Information

Journal of Henan Agricultural University

(Bimonthly, founded in 1960)

Governing Body: Henan Agricultural University

Sponsor: Henan Agricultural University

Publisher: Editorial Office of Journal of Henan Agricultural University

(No. 218, Ping'an Avenue, Zhengdong New District, Zhengzhou, China)

Postal Code: 450046

Tel: +86-371-56552551

E-mail: hnndxb@henau.edu.cn

Editor-in-Chief: ZHOU Wei

Subscription Office: Post offices nationwide

Postal Distribution Code: 36-132

Domestic Distribution: Zhengzhou Postal Bureau

International Distribution: China National Publishing Industry Trading Corporation (P.O. Box 782, Beijing)

ISSN: 1000-2340

CN: 41-1112/S

WeChat Official Account: hnndxb1985

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Declaration

Journal Introduction

Research progress of machine learning-improved convolutional neural network in crop disease recognition

Research progress of EXPA and EXPB in plant growth and development and stress response

Research progress of short interspersed nuclear elements (SINE) in plant genomes

Characteristics analysis and QTL mapping of early leaf senescence traits of maize inbred line ldhs1

Isolation and identification of growth-promoting ability of Bacillus halotolerans ZP-3821

Evaluation and selection of leaf mulberry germplasm resources

Analysis of the growth-promoting advantages and broad-spectrum properties of the green and highly efficient Penicillium sp. PQxj3

Analysis of the efficiency of agricultural machinery purchase subsidy policy in different geomorphic regions of China

Detection method of corn bell mouth based on improved Yolov5s

Chlorophyll fluoresence analysis technique and its application to photosynthesis of plant

The present progness of research on heavy metal pollution and plant enrichment in soil-plant system

Effects of non-dimensional quantities of original data on grey incidence order

Recent research advances on the lignin biodegradation

The recent progress of research on carbon and nitrogen metabolism in maize

Review of Determination of Lignin

Chlorophyll fluoresence analysis technique and its application to photosynthesis of plant

Reserch on cold-chain logistics development mode of China's agricultural products

Research Progress on Biomass Converting Technology and Application

Online First

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