Research direction: research on the technical system of optimized formula fertilization and rotation system for main crops; Nitrogen nutrition management, vegetable safety production and nitrate pollution control in vegetable fields; Study on Molybdenum Nutrition Mechanism of Crops and Rational Application Technology of Molybdenum Fertilizer: Principles and Technology of Municipal Sludge Agriculture and Pollution Control

Chinese name: Hu

Date of birth: 1964

Occupation: teacher

Graduate school: Huazhong Agricultural University

Representative works: practical formula fertilization technology

Degree: Doctor.

Gender: male

Title: Professor

Basic situation

Name: Hu

Teaching Major: Science-Environmental Science

Employment situation: in

Gender: male

Faculty: College of Resources and Environment

Courses taught:

brief introduction

Male, born in 1964, doctor, professor, doctoral supervisor, director graduate department of Huazhong Agricultural University, deputy director of the Key Open Laboratory of Subtropical Agricultural Resources and Environment of the Ministry of Agriculture, executive director and secretary general of Hubei Soil and Fertilizer Society.

1988 Bachelor of Agriculture in Huazhong Agricultural University, 199 1 Master, 1999 Doctor of Agriculture.

1999, 2000 went to New Zealand to carry out cooperative research on urban sludge land use.

1998 was named as the first top ten young post experts of Huazhong Agricultural University in May, and was elected as the cross-century academic backbone of Hubei Province in the same year.

200 1 was rated as a young and middle-aged expert with outstanding contributions in Hubei province;

In 2003, it was selected as the second level of Hubei province's 100 million talents project.

He has successively presided over the national eighth five-year plan project, the national natural science foundation project, the international cooperation project, the "948" project of the Ministry of Agriculture, the innovation project of Huazhong Agricultural University, and the horizontal cooperation project. Participate in 5 national natural science foundation projects and provincial and ministerial projects; Research projects include: National Natural Science Foundation projects, international cooperation projects, "948" projects of the Ministry of Agriculture and horizontal cooperation projects. Main research fields: research on optimized formula fertilization technology system and rotation system of main crops; Nitrogen nutrition management, vegetable safety production and nitrate pollution control in vegetable fields; Study on molybdenum nutrition mechanism of crops and reasonable application technology of molybdenum fertilizer: principles and technologies of agricultural use and pollution control of municipal sludge. "Technology of applying molybdenum fertilizer to winter wheat in yellow brown soil in Hubei Province" won the second prize of Hubei Science and Technology Progress Award1998; "Study on the Relationship and Mechanism between Molybdenum Nutrition Characteristics and Molybdenum and Nitrogen Nutrition in Winter Wheat" won the excellent doctoral thesis of Hubei Province in 2000; The co-edited Practical Formulated Fertilization Technology (series of agricultural scientists' service desks) won the second prize of the 4th Excellent Popular Science Works Award (popular science books) in Hubei Province in May 2002. In the Journal of Plant Nutrition, plants &; He has published more than 50 papers in periodicals such as Soil and Journal of Plant Nutrition and Fertilizer, and edited works 1 department. There are 4 graduate students with degrees, 4 doctoral students 1, 2 doctoral students1,who are currently studying.

Major academic achievements

Representative works: practical formula fertilization technology

Representative paper: Study on the relationship between molybdenum nutrition characteristics and molybdenum and nitrogen nutrition of winter wheat and its mechanism.

Scientific research task

Study on the mechanism of low nitrate accumulation in Chinese cabbage, supported by the special fund for graduate students' scientific and technological innovation of Huazhong Agricultural University, 60,000 yuan, 201.1-201.12.

The Ministry of Agriculture "Citrus Nutrition and Fertilization Post in Cultivation and Tillage Laboratory of National Citrus Industry Technology R&D Center", 201.1-201512.7 million yuan/year.

Nutrition Physiology of Crop Molybdenum and Its Regulation Technology, Special Project of Cultivation of Independent Science and Technology Innovation Fund of Huazhong Agricultural University, RMB 65,438+10,000, 201.1-2015.6438+02, presided over.

Research and Application of Soil Obstacles for Safe and Efficient Vegetable Production in Wuhan Suburb and Its Control Technology, Wuhan Science and Technology Key Project, RMB 654.38+10,000, 2009.1-201.12, presided over.

Introduction of regional groundwater quality prediction model based on land use pattern and its application in suburban vegetable fields, 948 project of the Ministry of Agriculture (2008-Z25), 500,000 yuan, June 20, 200810.6.

Research on Key Technologies of Hygiene and Quality Control of Suburban Agricultural Products Supported by the National Eleventh Five-Year Plan (2008BADA7B03), 3.96 million yuan, 2008 5438+0-2008 5438+00.12, presided over.

Study on high-efficient utilization technology of soil nitrogen and phosphorus nutrients in citrus orchards of Danjiangkou South-to-North Water Diversion Project, the national "Eleventh Five-Year" science and technology support plan project "Research and demonstration of agricultural ecological restoration technology of Danjiangkou South-to-North Water Diversion Project" (2007BAD87B09-09), 400,000 yuan, from August 0 to June 5,438+00, 2007.

"Citrus Nutrition and Fertilization Post in Cultivation and Tillage Laboratory of National Citrus Industry Technology R&D Center", Ministry of Agriculture, 2007.6438+0-205438+00.127,000 yuan/year.

Effects of Molybdenum on Endosperm Membrane Composition and Photosynthetic Characteristics of Winter Wheat under Low Temperature Stress, General Project of National Natural Science Foundation (3067 1232), 80,000 yuan, from June 2007 to February 2007, 12.

Research and application of comprehensive evaluation of soil quality and fertilization decision-making system under oil-rice rotation, a major technical research project of agricultural structure adjustment of the Ministry of Agriculture (06-03-08B), 300,000 yuan, hosted from June 2006 to June 2008.

The role of molybdenum in regulating and controlling the formation of cold resistance of winter wheat, supported by the doctoral program special fund of the Ministry of Education, 60,000 yuan, 2005 438+0-2006 438+02.

National High-yield Science and Technology Project: Integrated Research and Demonstration of High-yield and High-efficiency Rice Technology in Hubei Province, National Key Science and Technology Project (2004BA520A02), 65438+20041October-65438+February 2006, 40,000 yuan, presided over sub-project (formula fertilization).

Introduction of nitrogen leaching prediction model and its application in vegetable nitrogen nutrition management, funded by the Ministry of Agriculture, "Introduction of International Advanced Agricultural Science and Technology Project (948 Project)" (2003-Z54), 800,000 yuan, from September 2003 to September 2007.

Ministry of Education's "Outstanding Talents Support Program in the New Century" (NECT-04-07 1): Nutrition Mechanism of Molybdenum in Crops, 500,000 yuan, 2004.6438+0 ~ 2009.438+02, presided over.

Study on the mechanism of molybdenum improving the cold resistance of winter wheat, supported by the National Natural Science Foundation (3004 1),130,000 yuan, 200 1 ~ 2003.438+02.

Study on the Mechanism of Molybdenum Deficiency and Yellowing of Winter Wheat, supported by National Natural Science Foundation of China (3970428), 65438+ ten thousand yuan,1998.1~ 2000.6438+02.

Sludge Land Use: Soil Fertility and Environmental Effects, supported by New Zealand Asia 2000 Fund,1999.1~ 2005438+0.12.

Study on the Mechanism of Yellow Winter Wheat Caused by Molybdenum Deficiency, Science Foundation of Hubei Province (97J054),1998438+0 ~19938+02.

The research on comprehensive utilization of waste residue and waste liquid was entrusted by the enterprise and hosted by 200 1. 1 ~ 2002+02.

Response and mechanism of microorganisms to heavy metal pollution in municipal sludge soil, open project of State Key Laboratory of Agricultural Microbiology, 2005438+0. 1 ~ 2002.438+02, presided over.

Study on the technical system of optimized formula fertilization for main crops in brown red soil in southern Hubei, the national "Eighth Five-Year Plan" scientific and technological research,1993,438+02 ~1996,438+02, presided over the sub-item.

The Ministry of Agriculture participated in the key project of the Ninth Five-Year Plan "Study on Soil Nutrient Limiting Factors and Physical and Chemical Techniques for Improving the Benefits of Macroelement, Medium and Trace Element Fertilizers"1996.1~1998.12.

Research topic of teaching reform

Course construction of agricultural resources utilization technology, the subject of National Agricultural Extension Master's Degree Education Steering Committee (NTJC 10 12), 201.1-KLOC-0/2, presided over.

Course construction of agricultural resources utilization technology, the subject of National Agricultural Extension Master's Degree Education Steering Committee (NTKC09 12), 2010.1-KLOC-0/2, presided over.

Research on the Construction of Master's Course System of Agricultural Extension, National Agricultural Extension Professional Degree Education Steering Committee Project (NYKT0905), 2009. 1- 12, presided over.

The 11th Five-Year Sub-project of China Academic Degree and Postgraduate Education Society "Research on the Connection between Agricultural Degree Education and Practical Talents Training in Agricultural Higher Vocational Colleges" was hosted from 2006+08 to 2009+02.

"Research on the Construction of Public Curriculum System for Agricultural Postgraduates", a key topic of the 11th Five-Year Plan of China Academic Degree and Postgraduate Education Society, was hosted from 2006.6438+02 to 2009.6438+02.

Research on the reform and development of postgraduate education in research universities with agricultural characteristics, Huazhong Agricultural University, 2005.438+0 ~ 2006.8+02, presided over.

Study on the development strategy of higher agriculture and forestry education in China, consulting project of China Academy of Engineering, June 2004 ~ June 2005, participated in.

Reform and Practice of Agricultural and Forestry Experiment Teaching, Ministry of Education, 2005 438+0.6438+0 ~ 2003 8+02, second host.

Research and practice on the integration and optimization of humanities and social sciences courses for agricultural and forestry undergraduates, Ministry of Education, 2005438+0. 1 ~ 2003.438+02, attended.

Innovation and Practice of Training Mode for Agricultural Resources and Environment Talents, Hubei Province, 2005438+0. 1 ~ 2003438+02, the second host.

Key subject construction of crop nutrition diagnosis and fertilization in Huazhong Agricultural University, 1998 438+0 ~ 2000 438+02, presided over.

Awards and patents

Teaching reward

1997

1. Second prize of speech contest for young teachers of Huazhong Agricultural University;

2. Third Prize of Excellent Teaching Quality of Huazhong Agricultural University.

1998

3. The establishment and practice of the teaching method system to cultivate students' "Four Movements" ability won the teaching research and reform award of Huazhong Agricultural University.

1999

4. Won the first prize of excellent teaching quality of Huazhong Agricultural University;

5. The course of crop nutrition diagnosis and fertilization was rated as the first batch of excellent courses in Huazhong Agricultural University.

In 2000,

6. "Teaching reform and practice of crop nutrition diagnosis and fertilization" won the teaching achievement Excellence Award of Huazhong Agricultural University;

7. Huazhong Agricultural University Excellent Thesis Guidance Award;

8. Co-author "Preliminary Exploration of Experimental Teaching Reform in Agricultural and Forestry Colleges in the New Century" won the second prize of excellent papers in 2000 by the National Higher Agricultural Education Research Association, ranking third.

In 2002

9. In 2002, Crop Nutrition Diagnosis and Fertilization was awarded as an excellent course in Hubei Province.

10. The research paper "Innovating management to improve the performance of teachers' team construction" won the second prize of excellent papers of Hubei University Teachers' Management Research Association in 20001-2003 and the third prize of the fifth excellent higher education research paper of Hubei Higher Education Society.

the year of 2008

1 1. The exploration and practice of the close combination of doctor of agriculture training and high-level scientific research, the first prize of teaching achievement award of Huazhong Agricultural University, ranked second.

In 2009

12. Research on the construction of public curriculum system for agricultural and forestry graduate students, and won the first prize of Excellent Research Achievement Award of China Academic Degree and Graduate Education Society in 2009.

13. The innovative research and practice of postgraduate education system and operation mechanism in research universities won the third place in the Excellent Research Achievement Award of China Academic Degree and Postgraduate Education Society in 2009.

Main thesis

Scientific research paper

1. Effects of nitrogen application on nitrate accumulation in Chinese cabbage and tomato, Hu,,, Liu, Journal of Huazhong Agricultural University, 1992, 1 1 (3): 239 ~ 243.

2. Study on the application of 2.NPK in red paddy soil in southern Hubei, Hu, Yin Mingji, etc. Journal of Huazhong Agricultural University, 1992, 1 1 (3): 244 ~ 248.

3. Hu,,, Liu,, et al., Soil Bulletin,1993,24 (3):118 ~120.

4. Study on fertilizer distribution in oil-rice rotation system in paddy soil of red soil in southern Hubei, Hu, Yin Mingji, Journal of Huazhong Agricultural University, 1995, sup.sum20:122 ~125.

5. Effects of excessive boron on quality and nitrogen metabolism of Chinese cabbage, Hu, Liu, Journal of Huazhong Agricultural University, 1995, sup. sum 2 1: 49 ~ 52。

6. Effect of Phosphate Fertilizer on the Growth and Development of Alopecurus japonicus, Hu, Journal of Huazhong Agricultural University, 1996, 15 (1): 39 ~ 40.

7. Effect of nitrogen fertilizer level on vegetable quality, Hu, Liu, soil fertilizer, 1996, 3: 34 ~ 36.

8. Difference of potassium application effect among different wheat varieties ⅰ: Biomass and potassium accumulation, Hu, Wang Yunhua, Journal of Huazhong Agricultural University, 1996, 15 (3): 243 ~ 248.

9. Effects of potassium chloride application on growth and nutrient accumulation of rape seedlings in four soils in southern Hubei, Hu,,, Journal of Huazhong Agricultural University, 1996, 15 (4): 350 ~ 353.

10. Difference of potassium application effect of different wheat varieties, Hu, Wang Yunhua, Journal of Plant Nutrition and Fertilizer,1996,2 (3): 273 ~ 278.

1 1. Difference of potassium application effect among different wheat varieties Ⅱ: absorption and balance of nitrogen and phosphorus, Hu, Wang Yunhua, Journal of Huazhong Agricultural University, 1996, 15 (5): 442 ~ 446.

12. Effect of phosphate fertilizer on the relationship between wheat and milkweed, Hu, Journal of Huazhong Agricultural University, 1996, 15 (5): 450 ~ 453.

13. Effects of Nitrogen Fertilizer on the Quality of Feeding Organs of Chinese Cabbage and Tomato, Hu,,, Journal of Plant Nutrition and Fertilizer,1997,3 (1): 85 ~ 89.

14. Analysis of soil fertility and tea tree nutrition in some tea gardens in Hubei Province, Hu, Huang, Journal of Huazhong Agricultural University, 1997, 16 (3): 287 ~ 290.

15 (meeting). Research progress of molybdenum nutrition in plants, Hu, Wang Yunhua, See: Science of Soil and Plant Nutrition Towards 2 1 century, edited by the Youth Committee of China Soil Society and China Plant Nutrition and Fertilizer Society, China Agricultural Press, 1997: 344 ~ 348.

16. Effects of Lime and Magnesium Sulfate on Rape in Brown Red Soil Dryland in Southern Hubei, Hu, Wu Ping, Journal of Huazhong Agricultural University, 1997, 16 (6): 57 1 ~ 575.

17. Effects of available molybdenum level in yellow brown soil on yield structure, chlorophyll and soluble sugar of winter wheat, Hu, Wang Yunhua, et al. , soil fertilizer, 1998, 1: 19 ~ 22.

18. Discussion on using molybdenum value as diagnostic index of molybdenum deficient soil in winter wheat, Hu, Pang Jing, et al. Journal of Plant Nutrition and Fertilizer,1998,4 (4): 393 ~ 398.

19 (meeting). The research of molybdenum fertilizer in China has developed rapidly, Wang Yunhua, Hu,, etc. , in: Proceedings of the Second International Symposium on Trace Elements and Food Chain, edited by the Research Society of China Agricultural Society, Beijing: China Agricultural Press, 1999: 33 ~ 4 1.

20 (meeting). Research progress of molybdenum fertilizer, Wang Yunhua, Hu,, etc. See: Li Shengxiu, Editor-in-Chief, Collection of Studies on Soil-Plant Nutrition, Shaanxi Science and Technology Press, 1999: 63 ~ 7 1.

Effects of combined application of molybdenum and nitrogen on yield and dry matter accumulation of winter wheat, Hu, Wang Yunhua, et al. Journal of Huazhong Agricultural University, 1999, 18 (3): 225 ~ 228.

Research Progress of Molybdenum Nutrition and Molybdenum Fertilizer Application in Plants, Hu, Wang Yunhua, Journal of Huazhong Agricultural University (Selected Papers on Soil Fertilizer Research and Application in Hubei Province), 1999, sup .sum 28: 24 1 ~ 247.

Study on the distribution of molybdenum in winter wheat plants, Hu, Wang Yunhua, et al. Journal of Huazhong Agricultural University, 2000, 19 (6): 568 ~ 572.

Effects of seed molybdenum on nitrate reductase activity, dry matter weight and yield of winter wheat, Yu Min, Wang Yunhua, Hu, Journal of Plant Nutrition and Fertilizer, 2000,6 (2): 220 ~ 226.

Study on diagnosis method of molybdenum nutrition in winter wheat, Hu, Wang Yunhua, etc. World elemental medicine, 2000,7 (1): 85 ~ 88.

Effect of molybdenum on nitrogen metabolism of winter wheat, Yu Min, Hu, et al. , World Elemental Medicine, July 2000 (1):102 ~105.

Effect of molybdenum nutrition on inorganic nitrogen composition of winter wheat, Hu, Wang Yunhua, Tan Qiling, etc. Journal of Huazhong Agricultural University, 200 1, 20 (2): 125 ~ 129.

Absorption and accumulation of molybdenum in winter wheat at different growth stages, Hu, Wang Yunhua, Pang Jing, etc. Journal of Huazhong Agricultural University, 200 1, 20 (4): 350 ~ 353.

Effect of industrial sludge application on cotton yield and soil heavy metal content, Tan Qiling, Hu,, Journal of Huazhong Agricultural University, 200 1, 20 (1): 36 ~ 39.

Effect of molybdenum on carbon metabolism of winter wheat in yellow brown soil, Pang Jing, Hu, Wang Yunhua, etc. Journal of Huazhong Agricultural University, 200 1, 20 (1): 33 ~ 35.

Effect of molybdenum application on ammonium nitrogen content and membrane permeability of winter wheat, Hu, Journal of Three Gorges University (Natural Science Edition), 200 1 (4): 38 1 ~ 384.

Effect of molybdenum application on proline and ascorbic acid content in winter wheat, Hu, Journal of Three Gorges University (Natural Science Edition), 200 1 (5): 473 ~ 476.

Effects of Molybdenum Fertilizer on Free Amino Acids, Soluble protein and Sugar Contents of Winter Wheat, Hu and Tan Qiling. Journal of Huazhong Agricultural University, 2002,265,438+0 (65,438+0): 40-43.

Speciation of heavy metals in municipal sludge and its effect on enzyme activity in fluvo-aquic soil, Tan Qiling, Hu,, et al. Journal of Huazhong Agricultural University, 2002,21(1): 36-39.

Effects of combined application of molybdenum and nitrogen on protein and amino acid composition of winter wheat, Hu, Wang Yunhua, Tan Qiling, Acta Plant Nutrition and Fertilizer, 2002,8 (2): 224 ~ 228.

Characteristics of municipal sludge and its agricultural utilization, Tan Qiling, Hu,, et al. Journal of Huazhong Agricultural University, 2002,21(6): 586-592.

Genotypic differences of molybdenum deficiency in winter wheat, Yu Min, Hu, Wang Yunhua, Journal of Huazhong Agricultural University, 2003,22 (4): 360 ~ 364.

Effects of molybdenum fertilizer application on fatty acids and ultrastructure of winter wheat leaves in acidic yellow brown soil, Hu, Tan Qiling, Journal of Plant Nutrition and Fertilizer, 2004, 10 (1): 86 ~ 90.

Effects of continuous application of two kinds of sludge on heavy metal content and enzyme activity in fluvo-aquic soil, Tan Qiling, Hu et al. Applied Ecology, 2004, 15 (3): 497 ~ 500.

Effects of Boron and Magnesium Nutrition on Boron Forms of Brassica napus Varieties with Different Boron Efficiency at Seedling Stage, Nian Fuzhao, Xu Fangsen, Chen Gang, Hu, Wang Yunhua, Journal of Plant Nutrition and Fertilizer, 2004, 10 (6): 633 ~ 637.

49. Molybdenum in Food and Human Health, Zheng, Hu, World Elemental Medicine, 2004, 1 1 (1): 6 ~ 9.

50. Absorption and Distribution of Molybdenum by Winter Wheat Varieties with Different Molybdenum Efficiency, Yu Min, Hu, Wang Yunhua, China Agricultural Sciences, 2004,37 (11):1749 ~1753.

5 1. Effect of Boron on Yield and Quality of Brassica napus with Different Efficiency, Nian Fuzhao, Xu Fangsen, Chen Gang, Hu, Wang Yunhua, Journal of Oil Crops, 2004,26 (4): 63 ~ 65.

52. Research progress of soil nitrogen leaching in vegetable fields and its control measures,, Zhao Guifang, Zhu,, Wu Lishu, Hu, Ecological environment, 2004,13 (1):105 ~108.

53. Effects of different drip irrigation rates and nitrogen application rates on nitrate accumulation in potatoes,,,, Wu Lishu, Hu, Journal of Irrigation and Drainage, 2004,23 (4): 23 ~ 25.

54. Research progress on the effect of boron on the yield and quality of rapeseed, Nian Fuzhao, Xu Fangsen, Hu, Wang Yunhua, Mountain Agriculture and Biology, 2005,24 (1): 79 ~ 83.

55. Molybdenum-containing enzymes and molybdenum nutrition in higher plants, Hu, plant physiology communications, 2005,41(3): 395 ~ 399.

56. Effects of earthworm activities without fertilizers and fertilizers on wages. Liu Xiaoli, Cheng Xiao (related authors), Shu Zhenshang. International Environment, March 20051:874-879 (included in SCI and EI).

57. Effects of molybdenum deficiency on chlorophyll content and chloroplast ultrastructure of different winter wheat varieties, Yu Min, Hu, Wang Yunhua, Journal of Huazhong Agricultural University, 2005,24 (5): 465 ~ 469.

58. Preliminary study on the application of ecological concrete in urban non-point source pollution control, Chen Qingfeng, Dan, Hu, Shanghai Environmental Science, 2005,24 (5): 214-217.

59. Effect of molybdenum on chlorophyll content of winter wheat, Yu Min, Hu, Wang Yunhua, journal of triticeae crops, 2006,26 (2):113-116.

60. The role of membrane lipid peroxidation under low temperature stress. Cheng, Hu Chengxiao (correspondent), Tan Qiling. Journal of Plant Physiology and Molecular Biology, 2006,32 (2):175-182.

6 1a。 Effects of Molybdenum on Precursors of Chlorophyll Synthesis in Winter Wheat at Low Temperature, Yu Min, Hu, Wang Yunhua, China Agricultural Sciences, 2006,39 (4): 702-708.

6 1b。 Effect of low temperature on chlorophyll biosynthesis, Yu Min, Cheng Xiaohu, Wang Yunhua. China Agricultural Sciences, 2006,5 (9): 670-677.

62. Effect of Molybdenum on the Activity of Antioxidant Enzymes in Winter Wheat under Low Temperature Stress,, Tan Qiling, Hu, Gan, Yi Changcheng, China Agricultural Science, 2006,39 (5): 952-959.

63. Effects of Molybdenum on Photosynthetic Characteristics of Winter Wheat under Low Temperature Stress, Hu, Tan Qiling, Gan, Acta Crops, 2006,32 (9):1418-1422.

64. How far is the road from QTL to QTG? Zeng, Xu Fangsen, Meng Jinling, Wang Yunhua, Hu, Acta Genetics, 2006,28 (9):11-1/98.

65. Study on Adsorption Capacity of Paddy Soils in Different Areas of Hubei Province, Liao, Zou Juan, Hu, Gong Ximin, Lu, Journal of Huazhong Agricultural University, 2006,25 (4): 385-388.

66. Effects of molybdenum on chlorophyll, ascorbic acid and nitrate accumulation in Chinese cabbage, Zheng, Hu, Zheng Jing, Hua Ping, Journal of Agricultural Products Processing, 2006, 3: 7-8.

67. Dynamic Effects of Several Nitrogen Fertilizers on the Transformation of Exogenous Cadmium in Paddy Soil under Different Moisture Conditions, Yang Anchor, Wang,, Hu, Agricultural Environmental Science, 2006,25 (5):1202-1207.

68. Experimental Study on Eco-concrete Controlling Urban Slope Storm Runoff Pollution, Chen Qingfeng, Shan, Yin Clarification, Hu, Environmental Pollution Control Technology and Equipment, 2006, 1 1 (7): 23-28.

69. Effects of molybdenum on catalase and peroxidase activities of different winter wheat varieties, Yu Min, Hu, Wang Yunhua, Journal of Plant Nutrition and Fertilizer, 2007,13 (1):164-166.

70. Effects of Molybdenum Application on Respiration-related Enzymes in Winter Wheat Leaves with Different Molybdenum Efficiency, Gan, Hu (correspondent), Tan Qiling, Journal of Plant Nutrition and Fertilizer, 2007,13 (1):18.